''西西弗书店分类：''没有具体的分类标准，有按学科分的，有按文本内容分的，有按是否畅销分的，有按是否是新出版分的。<br/>
''1. 按学科畅销总类有：''社科畅销，生活畅销，幼儿启蒙，文学畅销，心理心灵畅销，经管畅销，艺术设计畅销，各种重点新书。<br/>
''2.按书本题材划分：''中国思想通论，中国史通论，诗词戏曲，社会通俗小说，古典文学评论，历史军事小说，欧美奇幻小说，奇幻武侠小说，国内旅游攻略，宠物，地域风情，咖啡茶酒，艺术通识，艺术评论，东方建筑，音乐基础，国画，电影电视，广播影视考试，舞台艺术，摄影技法，摄影品鉴，美术考试，励志读物，恋爱与家庭，青春散文，教育考试，哲学宗教，国外实用菜谱，国外美食品鉴，欧美社会历史军事小说，拉美亚非文学，欧美情感小说，中国帝王将相，中国近现代政军人物，中国近代史，中国明清史，中国商道，名企与企业家，金融市场与投资等。<br/>
''3.按国内外划分：''国外实用菜谱，国外美食品鉴，欧美社会历史军事小说，拉美亚非文学，欧美情感小说，中国帝王将相，中国近现代政军人物，中国近代史，中国明清史，中国商道，中国思想通论，中国史通论，诗词戏曲，社会通俗小说，古典文学评论，历史军事小说，欧美奇幻小说，奇幻武侠小说，东方建筑等。<br/>
''4.按文本表现形式分：''诗词戏曲，社会通俗小说，历史军事小说，欧美奇幻小说，奇幻武侠小说，青春散文， 欧美社会历史军事小说 ，欧美情感小说等。
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Built from branch 'tiddlywiki-com' at commit df85281420cccc06870e7dce2aafddf2327708a1 of https://github.com/Jermolene/TiddlyWiki5.git at 2019-11-02 13:21:50 UTC
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"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
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"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2018, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n this list of conditions and the following disclaimer in the documentation\n and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n contributors may be used to endorse or promote products derived from\n this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
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"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/CopyToClipboard/Caption": {
"title": "$:/language/Buttons/CopyToClipboard/Caption",
"text": "copy to clipboard"
},
"$:/language/Buttons/CopyToClipboard/Hint": {
"title": "$:/language/Buttons/CopyToClipboard/Hint",
"text": "Copy this text to the clipboard"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/SidebarSearch/Hint": {
"title": "$:/language/Buttons/SidebarSearch/Hint",
"text": "Select the sidebar search field"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "fold tiddler"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Fold the body of this tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "fold-bar"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Optional bars to fold and unfold tiddlers"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "unfold tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Unfold the body of this tiddler"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "fold other tiddlers"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Fold the bodies of other opened tiddlers"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "fold all tiddlers"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Fold the bodies of all opened tiddlers"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "unfold all tiddlers"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Unfold the bodies of all opened tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import many types of file including text, image, TiddlyWiki or JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/Manager/Caption": {
"title": "$:/language/Buttons/Manager/Caption",
"text": "tiddler manager"
},
"$:/language/Buttons/Manager/Hint": {
"title": "$:/language/Buttons/Manager/Hint",
"text": "Open tiddler manager"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "new image"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Create a new image tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "new Markdown tiddler"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Create a new Markdown tiddler"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Print/Caption": {
"title": "$:/language/Buttons/Print/Caption",
"text": "print page"
},
"$:/language/Buttons/Print/Hint": {
"title": "$:/language/Buttons/Print/Hint",
"text": "Print the current page"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Timestamp/Caption": {
"title": "$:/language/Buttons/Timestamp/Caption",
"text": "timestamps"
},
"$:/language/Buttons/Timestamp/Hint": {
"title": "$:/language/Buttons/Timestamp/Hint",
"text": "Choose whether modifications update timestamps"
},
"$:/language/Buttons/Timestamp/On/Caption": {
"title": "$:/language/Buttons/Timestamp/On/Caption",
"text": "timestamps are on"
},
"$:/language/Buttons/Timestamp/On/Hint": {
"title": "$:/language/Buttons/Timestamp/On/Hint",
"text": "Update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Timestamp/Off/Caption": {
"title": "$:/language/Buttons/Timestamp/Off/Caption",
"text": "timestamps are off"
},
"$:/language/Buttons/Timestamp/Off/Hint": {
"title": "$:/language/Buttons/Timestamp/Off/Hint",
"text": "Don't update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "bold"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Apply bold formatting to selection"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "Clear image to solid colour"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "editor height"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Automatically adjust height to fit content"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Fixed height:"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Choose the height of the text editor"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "excise"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Perform excision"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Macro name:"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Title of new tiddler:"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Replace excised text with:"
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "macro"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "link"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusion"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Tag new tiddler with the title of this tiddler"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "Warning: tiddler already exists"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Excise the selected text into a new tiddler"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "heading 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Apply heading level 1 formatting to lines containing selection"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "heading 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Apply heading level 2 formatting to lines containing selection"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "heading 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Apply heading level 3 formatting to lines containing selection"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "heading 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Apply heading level 4 formatting to lines containing selection"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "heading 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Apply heading level 5 formatting to lines containing selection"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "heading 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Apply heading level 6 formatting to lines containing selection"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "italic"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Apply italic formatting to selection"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "line width"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Set line width for painting"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "link"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "Create wikitext link"
},
"$:/language/Buttons/Linkify/Caption": {
"title": "$:/language/Buttons/Linkify/Caption",
"text": "wikilink"
},
"$:/language/Buttons/Linkify/Hint": {
"title": "$:/language/Buttons/Linkify/Hint",
"text": "Wrap selection in square brackets"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "bulleted list"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Apply bulleted list formatting to lines containing selection"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "numbered list"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Apply numbered list formatting to lines containing selection"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "monospaced block"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Apply monospaced block formatting to lines containing selection"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "monospaced"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Apply monospaced character formatting to selection"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "opacity"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Set painting opacity"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "paint colour"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Set painting colour"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "picture"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Insert picture"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "preview"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Show preview pane"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "preview type"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Choose preview type"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "quote"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Apply quoted text formatting to lines containing selection"
},
"$:/language/Buttons/RotateLeft/Caption": {
"title": "$:/language/Buttons/RotateLeft/Caption",
"text": "rotate left"
},
"$:/language/Buttons/RotateLeft/Hint": {
"title": "$:/language/Buttons/RotateLeft/Hint",
"text": "Rotate image left by 90 degrees"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "image size"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Height:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Resize image"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Width:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Set image size"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "stamp"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Add your own"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Insert a preconfigured snippet of text"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Name as shown in menu"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "strikethrough"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Apply strikethrough formatting to selection"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "subscript"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Apply subscript formatting to selection"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "superscript"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Apply superscript formatting to selection"
},
"$:/language/Buttons/ToggleSidebar/Hint": {
"title": "$:/language/Buttons/ToggleSidebar/Hint",
"text": "Toggle the sidebar visibility"
},
"$:/language/Buttons/Transcludify/Caption": {
"title": "$:/language/Buttons/Transcludify/Caption",
"text": "transclusion"
},
"$:/language/Buttons/Transcludify/Hint": {
"title": "$:/language/Buttons/Transcludify/Hint",
"text": "Wrap selection in curly brackets"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "underline"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Apply underline formatting to selection"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
"text": "Text for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt",
"text": "Title of new tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Type shortcut here"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "add shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Keyboard Shortcuts"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Manage keyboard shortcut assignments"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No keyboard shortcuts assigned"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "remove keyboard shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "All platforms"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Macintosh platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Non-Macintosh platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Linux platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Non-Linux platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Windows platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Non-Windows platforms only"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Delete/Hint": {
"title": "$:/language/ControlPanel/Palette/Editor/Delete/Hint",
"text": "delete this entry from the current palette"
},
"$:/language/ControlPanel/Palette/Editor/Names/External/Show": {
"title": "$:/language/ControlPanel/Palette/Editor/Names/External/Show",
"text": "Show color names that are not part of the current palette"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Parsing"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|https://tiddlywiki.com/#SafeMode]] to restore normal operation."
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Block Parse Rules"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Inline Parse Rules"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Pragma Parse Rules"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "install"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "This plugin is not currently installed"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "open plugin library"
},
"$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
"text": "close plugin library"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "reinstall"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
"text": "Permit automatic saving for the download saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
"text": "Enable Autosave for Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
"text": "Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
"text": "These settings apply to the HTML5-compatible download saver"
},
"$:/language/ControlPanel/Saving/General/Caption": {
"title": "$:/language/ControlPanel/Saving/General/Caption",
"text": "General"
},
"$:/language/ControlPanel/Saving/General/Hint": {
"title": "$:/language/ControlPanel/Saving/General/Hint",
"text": "These settings apply to all the loaded savers"
},
"$:/language/ControlPanel/Saving/Hint": {
"title": "$:/language/ControlPanel/Saving/Hint",
"text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
},
"$:/language/ControlPanel/Saving/GitService/Branch": {
"title": "$:/language/ControlPanel/Saving/GitService/Branch",
"text": "Target branch for saving"
},
"$:/language/ControlPanel/Saving/GitService/CommitMessage": {
"title": "$:/language/ControlPanel/Saving/GitService/CommitMessage",
"text": "Saved by TiddlyWiki"
},
"$:/language/ControlPanel/Saving/GitService/Description": {
"title": "$:/language/ControlPanel/Saving/GitService/Description",
"text": "These settings are only used when saving to <<service-name>>"
},
"$:/language/ControlPanel/Saving/GitService/Filename": {
"title": "$:/language/ControlPanel/Saving/GitService/Filename",
"text": "Filename of target file (e.g. `index.html`)"
},
"$:/language/ControlPanel/Saving/GitService/Path": {
"title": "$:/language/ControlPanel/Saving/GitService/Path",
"text": "Path to target file (e.g. `/wiki/`)"
},
"$:/language/ControlPanel/Saving/GitService/Repo": {
"title": "$:/language/ControlPanel/Saving/GitService/Repo",
"text": "Target repository (e.g. `Jermolene/TiddlyWiki5`)"
},
"$:/language/ControlPanel/Saving/GitService/ServerURL": {
"title": "$:/language/ControlPanel/Saving/GitService/ServerURL",
"text": "Server API URL"
},
"$:/language/ControlPanel/Saving/GitService/UserName": {
"title": "$:/language/ControlPanel/Saving/GitService/UserName",
"text": "Username"
},
"$:/language/ControlPanel/Saving/GitService/GitHub/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/GitHub/Caption",
"text": "~GitHub Saver"
},
"$:/language/ControlPanel/Saving/GitService/GitHub/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/GitHub/Password",
"text": "Password, OAUTH token, or personal access token (see [[GitHub help page|https://help.github.com/en/articles/creating-a-personal-access-token-for-the-command-line]] for details)"
},
"$:/language/ControlPanel/Saving/GitService/GitLab/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/GitLab/Caption",
"text": "~GitLab Saver"
},
"$:/language/ControlPanel/Saving/GitService/GitLab/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/GitLab/Password",
"text": "Personal access token for API (see [[GitLab help page|https://docs.gitlab.com/ee/user/profile/personal_access_tokens.html]] for details)"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
"text": "~TiddlySpot Saver"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Attempt to automatically save changes during editing when using a supporting saver"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Camel Case Wiki Links"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Enable automatic ~CamelCase linking"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "Enable or disable the editor toolbar:"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "Show editor toolbar"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
"text": "Tiddler Info Panel Mode"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
"text": "Control when the tiddler info panel closes:"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
"text": "Tiddler info panel closes automatically"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
"text": "Tiddler info panel stays open until explicitly closed"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption",
"text": "Permalink/permaview Mode"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint",
"text": "Choose how permalink/permaview is handled:"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description",
"text": "Copy permalink/permaview URL to clipboard"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description",
"text": "Update address bar with permalink/permaview URL"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "Performance Instrumentation"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Enable performance instrumentation"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption",
"text": "Default More Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint",
"text": "Specify which More sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "Wiki Links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "Choose whether to link to tiddlers that do not exist yet"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "Enable links to missing tiddlers"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Stylesheets/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Caption",
"text": "Stylesheets"
},
"$:/language/ControlPanel/Stylesheets/Expand/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Expand/Caption",
"text": "Expand All"
},
"$:/language/ControlPanel/Stylesheets/Hint": {
"title": "$:/language/ControlPanel/Stylesheets/Hint",
"text": "This is the rendered CSS of the current stylesheet tiddlers tagged with <<tag \"$:/tags/Stylesheet\">>"
},
"$:/language/ControlPanel/Stylesheets/Restore/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Restore/Caption",
"text": "Restore"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/allfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/allfilteroperator",
"text": "A sub-operator for the ''all'' filter operator."
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/authenticator": {
"title": "$:/language/Docs/ModuleTypes/authenticator",
"text": "Defines how requests are authenticated by the built-in HTTP server."
},
"$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
"title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
"text": "A bitmap editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/info": {
"title": "$:/language/Docs/ModuleTypes/info",
"text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/library": {
"title": "$:/language/Docs/ModuleTypes/library",
"text": "Generic module type for general purpose JavaScript modules."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/route": {
"title": "$:/language/Docs/ModuleTypes/route",
"text": "Defines how individual URL patterns are handled by the built-in HTTP server."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/texteditoroperation": {
"title": "$:/language/Docs/ModuleTypes/texteditoroperation",
"text": "A text editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/select-tag-background": {
"title": "$:/language/Docs/PaletteColours/select-tag-background",
"text": "`<select>` element background"
},
"$:/language/Docs/PaletteColours/select-tag-foreground": {
"title": "$:/language/Docs/PaletteColours/select-tag-foreground",
"text": "`<select>` element text"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This tiddler shows content stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Field/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Field/Dropdown/Caption",
"text": "field list"
},
"$:/language/EditTemplate/Field/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Field/Dropdown/Hint",
"text": "Show field list"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
},
"$:/language/EditTemplate/Title/Exists/Prompt": {
"title": "$:/language/EditTemplate/Title/Exists/Prompt",
"text": "Target tiddler already exists"
},
"$:/language/EditTemplate/Title/Relink/Prompt": {
"title": "$:/language/EditTemplate/Title/Relink/Prompt",
"text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
},
"$:/language/EditTemplate/Title/References/Prompt": {
"title": "$:/language/EditTemplate/Title/References/Prompt",
"text": "The following references to this tiddler will not be automatically updated:"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/hide-body": {
"title": "$:/language/Docs/Fields/hide-body",
"text": "The view template will hide bodies of tiddlers if set to: ''yes''"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "Indicates that a tiddler should be saved as a JavaScript library if set to: ''yes''"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles, or at the end of the list if this field is present but empty"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/toc-link": {
"title": "$:/language/Docs/Fields/toc-link",
"text": "Suppresses the tiddler's link in a Table of Contents tree if set to: ''no''"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SessionTiddlers": {
"title": "$:/language/Filters/SessionTiddlers",
"text": "Tiddlers modified since the wiki was loaded"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/StoryList": {
"title": "$:/language/Filters/StoryList",
"text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is vital to make sure that you can reliably save changes. See https://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/deletetiddlers": {
"title": "$:/language/Help/deletetiddlers",
"description": "Deletes a group of tiddlers",
"text": "<<.from-version \"5.1.20\">> Deletes a group of tiddlers identified by a filter.\n\n```\n--deletetiddlers <filter>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/fetch": {
"title": "$:/language/Help/fetch",
"description": "Fetch tiddlers from wiki by URL",
"text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\nThe \"file\" and \"files\" variants fetch the specified files and attempt to import the tiddlers within them (the same processing as if the files were dragged into the browser window). The \"raw-file\" and \"raw-files\" variants fetch the specified files and then store the raw file data in tiddlers, without applying the import logic.\n\nWith the \"file\" and \"raw-file\" variants only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" and \"raw-files\" variants, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nFor the \"file\" and \"files\" variants, the `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nFor all variants, the `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from https://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\nThe following example retrieves the \"favicon\" file from tiddlywiki.com and saves it in a file called \"output.ico\". Note that the intermediate tiddler \"Icon Tiddler\" is quoted in the \"--fetch\" command because it is being used as a transformation filter to replace the default title, while there are no quotes for the \"--savetiddler\" command because it is being used directly as a title.\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/import": {
"title": "$:/language/Help/import",
"description": "Import tiddlers from a file",
"text": "Import tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The deserializer must be explicitly specified, unlike the `load` command which infers the deserializer from the file extension.\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\nThe deserializers in the core include:\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\nThe title of the imported tiddler defaults to the filename.\n\nThe encoding defaults to \"utf8\", but can be \"base64\" for importing binary files.\n\nNote that TiddlyWiki will not import an older version of an already loaded plugin.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/listen": {
"title": "$:/language/Help/listen",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "Serves a wiki over HTTP.\n\nThe listen command uses NamedCommandParameters:\n\n```\n--listen [<name>=<value>]...\n```\n\nAll parameters are optional with safe defaults, and can be specified in any order. The recognised parameters are:\n\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''credentials'' - pathname of credentials CSV file (relative to wiki folder)\n* ''anon-username'' - the username for signing edits for anonymous users\n* ''username'' - optional username for basic authentication\n* ''password'' - optional password for basic authentication\n* ''authenticated-user-header'' - optional name of header to be used for trusted authentication\n* ''readers'' - comma separated list of principals allowed to read from this wiki\n* ''writers'' - comma separated list of principals allowed to write to this wiki\n* ''csrf-disable'' - set to \"yes\" to disable CSRF checks (defaults to \"no\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''tls-cert'' - pathname of TLS certificate file (relative to wiki folder)\n* ''tls-key'' - pathname of TLS key file (relative to wiki folder)\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n* ''gzip'' - set to \"yes\" to enable gzip compression for some http endpoints (defaults to \"no\")\n\nFor information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The processing applied to incoming files is determined by the file extension. Use the alternative `import` command if you need to specify the deserializer and encoding explicitly.\n\n```\n--load <filepath> [noerror]\n--load <dirpath> [noerror]\n```\n\nBy default, the load command raises an error if no tiddlers are found. The error can be suppressed by providing the optional \"noerror\" parameter.\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
},
"$:/language/Help/render": {
"title": "$:/language/Help/render",
"description": "Renders individual tiddlers to files",
"text": "Render individual tiddlers identified by a filter and save the results to the specified files.\n\nOptionally, the title of a template tiddler can be specified. In this case, instead of directly rendering each tiddler, the template tiddler is rendered with the \"currentTiddler\" variable set to the title of the tiddler that is being rendered.\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be rendered\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]addsuffix[.html]]`, which uses the unchanged tiddler title as the filename\n* ''render-type'': Optional render type: `text/html` (the default) returns the full HTML text and `text/plain` just returns the text content (ie it ignores HTML tags and other unprintable material)\n* ''template'': Optional template through which each tiddler is rendered\n* ''name'': Name of optional variable\n* ''value'': Value of optional variable\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When referring to a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--render \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being rendered, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--render` command is a more flexible replacement for both the `--rendertiddler` and `--rendertiddlers` commands, which are deprecated\n\nExamples:\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- renders all non-system tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles and the extension HTML\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "(Note: The `--rendertiddler` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "(Note: The `--rendertiddlers` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/save": {
"title": "$:/language/Help/save",
"description": "Saves individual raw tiddlers to files",
"text": "Saves individual tiddlers identified by a filter in their raw text or binary format to the specified files.\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be saved\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]]`, which uses the unchanged tiddler title as the filename\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When saving a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--save \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being saved, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--save` command is a more flexible replacement for both the `--savetiddler` and `--savetiddlers` commands, which are deprecated\n\nExamples:\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- saves all non-system image tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "(Note: The `--savetiddler` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "(Note: The `--savetiddlers` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/savewikifolder": {
"title": "$:/language/Help/savewikifolder",
"description": "Saves a wiki to a new wiki folder",
"text": "<<.from-version \"5.1.20\">> Saves the current wiki as a wiki folder, including tiddlers, plugins and configuration:\n\n```\n--savewikifolder <wikifolderpath> [<filter>]\n```\n\n* The target wiki folder must be empty or non-existent\n* The filter specifies which tiddlers should be included. It is optional, defaulting to `[all[tiddlers]]`\n* Plugins from the official plugin library are replaced with references to those plugins in the `tiddlywiki.info` file\n* Custom plugins are unpacked into their own folder\n\nA common usage is to convert a TiddlyWiki HTML file into a wiki folder:\n\n```\ntiddlywiki --load ./mywiki.html --savewikifolder ./mywikifolder\n```\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki (deprecated in favour of the new listen command)",
"text": "Legacy command to serve a wiki over HTTP.\n\n```\n--server <port> <root-tiddler> <root-render-type> <root-serve-type> <username> <password> <host> <path-prefix> <debug-level>\n```\n\nThe parameters are:\n\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation should only be used on a trusted network or over HTTPS.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password.\n\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nUsing an address like this exposes your system to the local network. For information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port. It can be useful to use an environment variable to pass the port number to the Node.js process. This example references an environment variable called \"MY_PORT_NUMBER\":\n\n```\n--server MY_PORT_NUMBER $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "The following tiddlers were imported:"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Listing/Preview": {
"title": "$:/language/Import/Listing/Preview",
"text": "Preview:"
},
"$:/language/Import/Listing/Preview/Text": {
"title": "$:/language/Import/Listing/Preview/Text",
"text": "Text"
},
"$:/language/Import/Listing/Preview/TextRaw": {
"title": "$:/language/Import/Listing/Preview/TextRaw",
"text": "Text (Raw)"
},
"$:/language/Import/Listing/Preview/Fields": {
"title": "$:/language/Import/Listing/Preview/Fields",
"text": "Fields"
},
"$:/language/Import/Listing/Preview/Diff": {
"title": "$:/language/Import/Listing/Preview/Diff",
"text": "Diff"
},
"$:/language/Import/Listing/Preview/DiffFields": {
"title": "$:/language/Import/Listing/Preview/DiffFields",
"text": "Diff (Fields)"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/System/Warning": {
"title": "$:/language/Import/Upgrader/System/Warning",
"text": "Core module tiddler"
},
"$:/language/Import/Upgrader/System/Alert": {
"title": "$:/language/Import/Upgrader/System/Alert",
"text": "You are about to import a tiddler that will overwrite a core module tiddler. This is not recommended as it may make the system unstable"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See https://tiddlywiki.com/static/Upgrading.html for more details."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recent:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "count"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/Diffs/CountMessage": {
"title": "$:/language/Diffs/CountMessage",
"text": "<<diff-count>> differences"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "Error"
},
"$:/language/Error/EditConflict": {
"title": "$:/language/Error/EditConflict",
"text": "File changed on server"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "Filter error"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "Syntax error in filter expression"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "Filter Error: Unknown operand for the 'is' filter operator"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "Error loading plugin library"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "Recursive transclusion error in transclude widget"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "Error retrieving skinny tiddler list"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "Error saving to TWEdit"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "Error while saving"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest error code"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Internal JavaScript Error"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Trying to load external content from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear, either the tiddler content type doesn't match the type of the external content, or you may be using a browser that doesn't support external content for wikis loaded as standalone files. See https://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "Login to TiddlySpace"
},
"$:/language/Manager/Controls/FilterByTag/None": {
"title": "$:/language/Manager/Controls/FilterByTag/None",
"text": "(none)"
},
"$:/language/Manager/Controls/FilterByTag/Prompt": {
"title": "$:/language/Manager/Controls/FilterByTag/Prompt",
"text": "Filter by tag:"
},
"$:/language/Manager/Controls/Order/Prompt": {
"title": "$:/language/Manager/Controls/Order/Prompt",
"text": "Reverse order"
},
"$:/language/Manager/Controls/Search/Placeholder": {
"title": "$:/language/Manager/Controls/Search/Placeholder",
"text": "Search"
},
"$:/language/Manager/Controls/Search/Prompt": {
"title": "$:/language/Manager/Controls/Search/Prompt",
"text": "Search:"
},
"$:/language/Manager/Controls/Show/Option/Tags": {
"title": "$:/language/Manager/Controls/Show/Option/Tags",
"text": "tags"
},
"$:/language/Manager/Controls/Show/Option/Tiddlers": {
"title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
"text": "tiddlers"
},
"$:/language/Manager/Controls/Show/Prompt": {
"title": "$:/language/Manager/Controls/Show/Prompt",
"text": "Show:"
},
"$:/language/Manager/Controls/Sort/Prompt": {
"title": "$:/language/Manager/Controls/Sort/Prompt",
"text": "Sort by:"
},
"$:/language/Manager/Item/Colour": {
"title": "$:/language/Manager/Item/Colour",
"text": "Colour"
},
"$:/language/Manager/Item/Fields": {
"title": "$:/language/Manager/Item/Fields",
"text": "Fields"
},
"$:/language/Manager/Item/Icon/None": {
"title": "$:/language/Manager/Item/Icon/None",
"text": "(none)"
},
"$:/language/Manager/Item/Icon": {
"title": "$:/language/Manager/Item/Icon",
"text": "Icon"
},
"$:/language/Manager/Item/RawText": {
"title": "$:/language/Manager/Item/RawText",
"text": "Raw text"
},
"$:/language/Manager/Item/Tags": {
"title": "$:/language/Manager/Item/Tags",
"text": "Tags"
},
"$:/language/Manager/Item/Tools": {
"title": "$:/language/Manager/Item/Tools",
"text": "Tools"
},
"$:/language/Manager/Item/WikifiedText": {
"title": "$:/language/Manager/Item/WikifiedText",
"text": "Wikified text"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" -- click {{||$:/core/ui/Buttons/edit}} to create"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "No"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/SystemTiddlers/Include/Prompt": {
"title": "$:/language/SystemTiddlers/Include/Prompt",
"text": "Include system tiddlers"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DDth MMM YYYY at hh12:0mmam"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "Yes"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Text": {
"title": "$:/config/NewJournal/Text",
"text": ""
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Notifications/CopiedToClipboard/Succeeded": {
"title": "$:/language/Notifications/CopiedToClipboard/Succeeded",
"text": "Copied to clipboard!"
},
"$:/language/Notifications/CopiedToClipboard/Failed": {
"title": "$:/language/Notifications/CopiedToClipboard/Failed",
"text": "Failed to copy to clipboard!"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "All matches:"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "Title matches:"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Search"
},
"$:/language/Search/Search/TooShort": {
"title": "$:/language/Search/Search/TooShort",
"text": "Search text too short"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Explorer/Caption": {
"title": "$:/language/SideBar/Explorer/Caption",
"text": "Explorer"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "List of tiddlers by tag",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "Theme Tweaks"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "You can tweak certain aspects of the ''Vanilla'' theme."
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "Options"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "Sidebar layout"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "Fixed story, fluid sidebar"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "Fluid story, fixed sidebar"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "Sticky titles"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "Causes tiddler titles to \"stick\" to the top of the browser window"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "Wrap long lines in code blocks"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "Settings"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "Font family"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "Code font family"
},
"$:/language/ThemeTweaks/Settings/EditorFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
"text": "Editor font family"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "Page background image"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "Page background image attachment"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "Scroll with tiddlers"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "Fixed to window"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "Page background image size"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "Auto"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "Cover"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "Contain"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "Sizes"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "Font size"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "Line height"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "Font size for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "Line height for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "Story left position"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "Story top position"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "how far the top margin of the story river<br>is from the top of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "Story right"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "how far the left margin of the sidebar <br>is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "Story width"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "the overall width of the story river"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "Tiddler width"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "within the story river"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "Sidebar breakpoint"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "Sidebar width"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "the width of the sidebar in fluid-fixed layout"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"title": "$:/core/modules/commander.js",
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\t// Parse named parameters if required\n\t\t\t\tif(command.info.namedParameterMode) {\n\t\t\t\t\tparams = this.extractNamedParameters(params,command.info.mandatoryParameters);\n\t\t\t\t\tif(typeof params === \"string\") {\n\t\t\t\t\t\treturn this.callback(params);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nGiven an array of parameter strings `params` in name:value format, and an array of mandatory parameter names in `mandatoryParameters`, returns a hashmap of values or a string if error\n*/\nCommander.prototype.extractNamedParameters = function(params,mandatoryParameters) {\n\tmandatoryParameters = mandatoryParameters || [];\n\tvar errors = [],\n\t\tparamsByName = Object.create(null);\n\t// Extract the parameters\n\t$tw.utils.each(params,function(param) {\n\t\tvar index = param.indexOf(\"=\");\n\t\tif(index < 1) {\n\t\t\terrors.push(\"malformed named parameter: '\" + param + \"'\");\n\t\t}\n\t\tparamsByName[param.slice(0,index)] = $tw.utils.trim(param.slice(index+1));\n\t});\n\t// Check the mandatory parameters are present\n\t$tw.utils.each(mandatoryParameters,function(mandatoryParameter) {\n\t\tif(!$tw.utils.hop(paramsByName,mandatoryParameter)) {\n\t\t\terrors.push(\"missing mandatory parameter: '\" + mandatoryParameter + \"'\");\n\t\t}\n\t});\n\t// Return any errors\n\tif(errors.length > 0) {\n\t\treturn errors.join(\" and\\n\");\n\t} else {\n\t\treturn paramsByName;\t\t\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"title": "$:/core/modules/commands/build.js",
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"title": "$:/core/modules/commands/clearpassword.js",
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/deletetiddlers.js": {
"title": "$:/core/modules/commands/deletetiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/deletetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to delete tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"deletetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filter\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\twiki.deleteTiddler(title);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"title": "$:/core/modules/commands/editions.js",
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/fetch.js": {
"title": "$:/core/modules/commands/fetch.js",
"text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tswitch(this.params[0]) {\n\t\tcase \"raw-file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turl: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"raw-files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback,redirectCount) {\n\tif(redirectCount > 10) {\n\t\treturn callback(\"Error too many redirects retrieving \" + url);\n\t}\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t \tdata = [];\n\t self.commander.write(\"Reading \" + url + \": \");\n\t response.on(\"data\",function(chunk) {\n\t data.push(chunk);\n\t self.commander.write(\".\");\n\t });\n\t response.on(\"end\",function() {\n\t self.commander.write(\"\\n\");\n\t if(response.statusCode === 200) {\n\t\t self.processBody(Buffer.concat(data),type,options,url);\n\t\t callback(null);\n\t } else {\n\t \tif(response.statusCode === 302 || response.statusCode === 303 || response.statusCode === 307) {\n\t \t\treturn self.fetchFile(response.headers.location,options,callback,redirectCount + 1);\n\t \t} else {\n\t\t \treturn callback(\"Error \" + response.statusCode + \" retrieving \" + url)\t \t\t\n\t \t}\n\t }\n\t \t});\n\t \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options,url) {\n\tvar self = this;\n\t// Collect the tiddlers in a wiki\n\tvar incomingWiki = new $tw.Wiki();\n\tif(options.raw) {\n\t\tvar typeInfo = type ? $tw.config.contentTypeInfo[type] : null,\n\t\t\tencoding = typeInfo ? typeInfo.encoding : \"utf8\";\n\t\tincomingWiki.addTiddler(new $tw.Tiddler({\n\t\t\ttitle: url,\n\t\t\ttype: type,\n\t\t\ttext: body.toString(encoding)\n\t\t}));\n\t} else {\n\t\t// Deserialise the file to extract the tiddlers\n\t\tvar tiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body.toString(\"utf8\"),{});\n\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t});\n\t}\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter || \"[all[tiddlers]]\");\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"title": "$:/core/modules/commands/help.js",
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/import.js": {
"title": "$:/core/modules/commands/import.js",
"text": "/*\\\ntitle: $:/core/modules/commands/import.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 2) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar filename = self.params[0],\n\t\tdeserializer = self.params[1],\n\t\ttitle = self.params[2] || filename,\n\t\tencoding = self.params[3] || \"utf8\",\n\t\ttext = fs.readFileSync(filename,encoding),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(null,text,{title: title},{deserializer: deserializer});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t});\n\tthis.commander.log(tiddlers.length + \" tiddler(s) imported\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"title": "$:/core/modules/commands/init.js",
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/listen.js": {
"title": "$:/core/modules/commands/listen.js",
"text": "/*\\\ntitle: $:/core/modules/commands/listen.js\ntype: application/javascript\nmodule-type: command\n\nListen for HTTP requests and serve tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"listen\",\n\tsynchronous: true,\n\tnamedParameterMode: true,\n\tmandatoryParameters: [],\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: self.params\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"title": "$:/core/modules/commands/load.js",
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file or directory\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar tiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count && self.params[1] !== \"noerror\") {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"title": "$:/core/modules/commands/makelibrary.js",
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"title": "$:/core/modules/commands/output.js",
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"title": "$:/core/modules/commands/password.js",
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/render.js": {
"title": "$:/core/modules/commands/render.js",
"text": "/*\\\ntitle: $:/core/modules/commands/render.js\ntype: application/javascript\nmodule-type: command\n\nRender individual tiddlers and save the results to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"render\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing tiddler filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]addsuffix[.html]]\",\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvarName = this.params[4],\n\t\tvarValue = this.params[5],\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template || title),\n\t\t\tvariables = {currentTiddler: title};\n\t\tif(varName) {\n\t\t\tvariables[varName] = varValue || \"\";\n\t\t}\n\t\tvar widgetNode = wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Rendering \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"title": "$:/core/modules/commands/rendertiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"title": "$:/core/modules/commands/rendertiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/save.js": {
"title": "$:/core/modules/commands/save.js",
"text": "/*\\\ntitle: $:/core/modules/commands/save.js\ntype: application/javascript\nmodule-type: command\n\nSaves individual tiddlers in their raw text or binary format to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"save\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]]\",\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Saving \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"title": "$:/core/modules/commands/savetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"title": "$:/core/modules/commands/savetiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savewikifolder.js": {
"title": "$:/core/modules/commands/savewikifolder.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savewikifolder.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the current wiki as a wiki folder\n\n--savewikifolder <wikifolderpath> [<filter>]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savewikifolder\",\n\tsynchronous: true\n};\n\nvar fs,path;\nif($tw.node) {\n\tfs = require(\"fs\");\n\tpath = require(\"path\");\n}\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing wiki folder path\";\n\t}\n\tvar wikifoldermaker = new WikiFolderMaker(this.params[0],this.params[1],this.commander);\n\treturn wikifoldermaker.save();\n};\n\nfunction WikiFolderMaker(wikiFolderPath,wikiFilter,commander) {\n\tthis.wikiFolderPath = wikiFolderPath;\n\tthis.wikiFilter = wikiFilter || \"[all[tiddlers]]\";\n\tthis.commander = commander;\n\tthis.wiki = commander.wiki;\n\tthis.savedPaths = []; // So that we can detect filename clashes\n}\n\nWikiFolderMaker.prototype.log = function(str) {\n\tif(this.commander.verbose) {\n\t\tconsole.log(str);\n\t}\n};\n\nWikiFolderMaker.prototype.tiddlersToIgnore = [\n\t\"$:/boot/boot.css\",\n\t\"$:/boot/boot.js\",\n\t\"$:/boot/bootprefix.js\",\n\t\"$:/core\",\n\t\"$:/library/sjcl.js\",\n\t\"$:/temp/info-plugin\"\n];\n\n/*\nReturns null if successful, or an error string if there was an error\n*/\nWikiFolderMaker.prototype.save = function() {\n\tvar self = this;\n\t// Check that the output directory doesn't exist\n\tif(fs.existsSync(this.wikiFolderPath) && !$tw.utils.isDirectoryEmpty(this.wikiFolderPath)) {\n\t\treturn \"The unpackwiki command requires that the output wiki folder be empty\";\n\t}\n\t// Get the tiddlers from the source wiki\n\tvar tiddlerTitles = this.wiki.filterTiddlers(this.wikiFilter);\n\t// Initialise a new tiddlwiki.info file\n\tvar newWikiInfo = {};\n\t// Process each incoming tiddler in turn\n\t$tw.utils.each(tiddlerTitles,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tif(self.tiddlersToIgnore.indexOf(title) !== -1) {\n\t\t\t\t// Ignore the core plugin and the ephemeral info plugin\n\t\t\t\tself.log(\"Ignoring tiddler: \" + title);\n\t\t\t} else {\n\t\t\t\tvar type = tiddler.fields.type,\n\t\t\t\t\tpluginType = tiddler.fields[\"plugin-type\"];\n\t\t\t\tif(type === \"application/json\" && pluginType) {\n\t\t\t\t\t// Plugin tiddler\n\t\t\t\t\tvar libraryDetails = self.findPluginInLibrary(title);\n\t\t\t\t\tif(libraryDetails) {\n\t\t\t\t\t\t// A plugin from the core library\n\t\t\t\t\t\tself.log(\"Adding built-in plugin: \" + libraryDetails.name);\n\t\t\t\t\t\tnewWikiInfo[libraryDetails.type] = newWikiInfo[libraryDetails.type] || [];\n\t\t\t\t\t\t$tw.utils.pushTop(newWikiInfo[libraryDetails.type],libraryDetails.name);\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// A custom plugin\n\t\t\t\t\t\tself.log(\"Processing custom plugin: \" + title);\n\t\t\t\t\t\tself.saveCustomPlugin(tiddler);\n\t\t\t\t\t}\t\t\t\t\n\t\t\t\t} else {\n\t\t\t\t\t// Ordinary tiddler\n\t\t\t\t\tself.saveTiddler(\"tiddlers\",tiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Save the tiddlywiki.info file\n\tthis.saveJSONFile(\"tiddlywiki.info\",newWikiInfo);\n\tself.log(\"Writing tiddlywiki.info: \" + JSON.stringify(newWikiInfo,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\n/*\nTest whether the specified tiddler is a plugin in the plugin library\n*/\nWikiFolderMaker.prototype.findPluginInLibrary = function(title) {\n\tvar parts = title.split(\"/\"),\n\t\tpluginPath, type, name;\n\tif(parts[0] === \"$:\") {\n\t\tif(parts[1] === \"languages\" && parts.length === 3) {\n\t\t\tpluginPath = \"languages\" + path.sep + parts[2];\n\t\t\ttype = parts[1];\n\t\t\tname = parts[2];\n\t\t} else if(parts[1] === \"plugins\" || parts[1] === \"themes\" && parts.length === 4) {\n\t\t\tpluginPath = parts[1] + path.sep + parts[2] + path.sep + parts[3];\n\t\t\ttype = parts[1];\n\t\t\tname = parts[2] + \"/\" + parts[3];\n\t\t}\n\t}\n\tif(pluginPath && type && name) {\n\t\tpluginPath = path.resolve($tw.boot.bootPath,\"..\",pluginPath);\n\t\tif(fs.existsSync(pluginPath)) {\n\t\t\treturn {\n\t\t\t\tpluginPath: pluginPath,\n\t\t\t\ttype: type,\n\t\t\t\tname: name\n\t\t\t};\n\t\t}\n\t}\n\treturn false;\n};\n\nWikiFolderMaker.prototype.saveCustomPlugin = function(pluginTiddler) {\n\tvar self = this,\n\t\tpluginTitle = pluginTiddler.fields.title,\n\t\ttitleParts = pluginTitle.split(\"/\"),\n\t\tdirectory = $tw.utils.generateTiddlerFilepath(titleParts[titleParts.length - 1],{\n\t\t\tdirectory: path.resolve(this.wikiFolderPath,pluginTiddler.fields[\"plugin-type\"] + \"s\")\n\t\t}),\n\t\tpluginInfo = pluginTiddler.getFieldStrings({exclude: [\"text\",\"type\"]});\n\tthis.saveJSONFile(directory + path.sep + \"plugin.info\",pluginInfo);\n\tself.log(\"Writing \" + directory + path.sep + \"plugin.info: \" + JSON.stringify(pluginInfo,null,$tw.config.preferences.jsonSpaces));\n\tvar pluginTiddlers = JSON.parse(pluginTiddler.fields.text).tiddlers; // A hashmap of tiddlers in the plugin\n\t$tw.utils.each(pluginTiddlers,function(tiddler) {\n\t\tself.saveTiddler(directory,new $tw.Tiddler(tiddler));\n\t});\n};\n\nWikiFolderMaker.prototype.saveTiddler = function(directory,tiddler) {\n\tvar fileInfo = $tw.utils.generateTiddlerFileInfo(tiddler,{\n\t\tdirectory: path.resolve(this.wikiFolderPath,directory),\n\t\twiki: this.wiki\n\t});\n\t$tw.utils.saveTiddlerToFileSync(tiddler,fileInfo);\n};\n\nWikiFolderMaker.prototype.saveJSONFile = function(filename,json) {\n\tthis.saveTextFile(filename,JSON.stringify(json,null,$tw.config.preferences.jsonSpaces));\n};\n\nWikiFolderMaker.prototype.saveTextFile = function(filename,data) {\n\tthis.saveFile(filename,\"utf8\",data);\n};\n\nWikiFolderMaker.prototype.saveFile = function(filename,encoding,data) {\n\tvar filepath = path.resolve(this.wikiFolderPath,filename);\n\t$tw.utils.createFileDirectories(filepath);\n\tfs.writeFileSync(filepath,data,encoding);\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"title": "$:/core/modules/commands/server.js",
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nDeprecated legacy command for serving tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: {\n\t\t\tport: this.params[0],\n\t\t\thost: this.params[6],\n\t\t\t\"root-tiddler\": this.params[1],\n\t\t\t\"root-render-type\": this.params[2],\n\t\t\t\"root-serve-type\": this.params[3],\n\t\t\tusername: this.params[4],\n\t\t\tpassword: this.params[5],\n\t\t\t\"path-prefix\": this.params[7],\n\t\t\t\"debug-level\": this.params[8]\n\t\t}\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"title": "$:/core/modules/commands/setfield.js",
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"title": "$:/core/modules/commands/unpackplugin.js",
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"title": "$:/core/modules/commands/verbose.js",
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"title": "$:/core/modules/commands/version.js",
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"title": "$:/core/modules/config.js",
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"title": "$:/core/modules/deserializers.js",
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/editor/engines/framed.js": {
"title": "$:/core/modules/editor/engines/framed.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeNode.style[\"background-color\"] = this.widget.wiki.extractTiddlerDataItem(this.widget.wiki.getTiddlerText(\"$:/palette\"),\"tiddler-editor-background\");\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editTabIndex) {\n\t\tthis.iframeNode.setAttribute(\"tabindex\",this.widget.editTabIndex);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"click\",handlerObject: this,handlerMethod: \"handleClickEvent\"},\n\t\t{name: \"focus\",handlerObject: this,handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\tthis.domNode.style[\"background-color\"] = this.widget.wiki.extractTiddlerDataItem(this.widget.wiki.getTiddlerText(\"$:/palette\"),\"tiddler-editor-background\");\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\t\n/*\nHandle the focus event\n*/\nFramedEngine.prototype.handleFocusEvent = function(event) {\n\tthis.widget.cancelPopups();\n\treturn true;\n};\n\n/*\nHandle a click\n*/\nFramedEngine.prototype.handleClickEvent = function(event) {\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/engines/simple.js": {
"title": "$:/core/modules/editor/engines/simple.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tif(this.widget.editTabIndex) {\n\t\tthis.domNode.setAttribute(\"tabindex\",this.widget.editTabIndex);\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tthis.widget.cancelPopups();\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/factory.js": {
"title": "$:/core/modules/editor/factory.js",
"text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\tthis.editTabIndex = this.getAttribute(\"tabindex\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag) || \"input\";\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0) && (!this.document.isTiddlyWikiFakeDom);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup || changedAttributes.rows || changedAttributes.tabindex || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tCancel Popups\n\t*/\n\tEditTextWidget.prototype.cancelPopups = function() {\n\t\t$tw.popup.cancel(0,this.engine.domNode);\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/operations/bitmap/clear.js": {
"title": "$:/core/modules/editor/operations/bitmap/clear.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/resize.js": {
"title": "$:/core/modules/editor/operations/bitmap/resize.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/rotate-left.js": {
"title": "$:/core/modules/editor/operations/bitmap/rotate-left.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/rotate-left.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to rotate the image left by 90 degrees\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"rotate-left\"] = function(event) {\n\t// Rotate the canvas left by 90 degrees\n\tthis.rotateCanvasLeft();\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/text/excise.js": {
"title": "$:/core/modules/editor/operations/text/excise.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ? [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/make-link.js": {
"title": "$:/core/modules/editor/operations/text/make-link.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/prefix-lines.js": {
"title": "$:/core/modules/editor/operations/text/prefix-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline = prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-all.js": {
"title": "$:/core/modules/editor/operations/text/replace-all.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-selection.js": {
"title": "$:/core/modules/editor/operations/text/replace-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/save-selection.js": {
"title": "$:/core/modules/editor/operations/text/save-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/save-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to save the current selection in a specified tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"save-selection\"] = function(event,operation) {\n\tvar tiddler = event.paramObject.tiddler,\n\t\tfield = event.paramObject.field || \"text\";\n\tif(tiddler && field) {\n\t\tthis.wiki.setText(tiddler,field,null,operation.text.substring(operation.selStart,operation.selEnd));\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-lines.js": {
"title": "$:/core/modules/editor/operations/text/wrap-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-selection.js": {
"title": "$:/core/modules/editor/operations/text/wrap-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix\n\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\toperation.replacement = \"\";\n\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/filters/addprefix.js": {
"title": "$:/core/modules/filters/addprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"title": "$:/core/modules/filters/addsuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"title": "$:/core/modules/filters/after.js",
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"title": "$:/core/modules/filters/all/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"title": "$:/core/modules/filters/all/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"title": "$:/core/modules/filters/all/orphans.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"title": "$:/core/modules/filters/all/shadows.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tags.js": {
"title": "$:/core/modules/filters/all/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"title": "$:/core/modules/filters/all/tiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"title": "$:/core/modules/filters/all.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"title": "$:/core/modules/filters/backlinks.js",
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"title": "$:/core/modules/filters/before.js",
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"title": "$:/core/modules/filters/commands.js",
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/contains.js": {
"title": "$:/core/modules/filters/contains.js",
"text": "/*\\\ntitle: $:/core/modules/filters/contains.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for finding values in array fields\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.contains = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"list\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) !== -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/count.js": {
"title": "$:/core/modules/filters/count.js",
"text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/days.js": {
"title": "$:/core/modules/filters/days.js",
"text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"title": "$:/core/modules/filters/each.js",
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\tvalue,values = {},\n\tfield = operator.operand || \"title\";\n\tif(operator.suffix === \"value\" && field === \"title\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(values,title)) {\n\t\t\t\tvalues[title] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else if(operator.suffix !== \"list-item\") {\n\t\tif(field === \"title\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !$tw.utils.hop(values,title)) {\n\t\t\t\t\tvalues[title] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvalue = tiddler.getFieldString(field);\n\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"title": "$:/core/modules/filters/eachday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"title": "$:/core/modules/filters/editiondescription.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"title": "$:/core/modules/filters/editions.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/else.js": {
"title": "$:/core/modules/filters/else.js",
"text": "/*\\\ntitle: $:/core/modules/filters/else.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing an empty input list with a constant, passing a non-empty input list straight through\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.else = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tif(results.length === 0) {\n\t\treturn [operator.operand];\n\t} else {\n\t\treturn results;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/decodeuricomponent.js": {
"title": "$:/core/modules/filters/decodeuricomponent.js",
"text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURIComponent(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURI(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.jsonstringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.jsonStringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\nexports.escapecss = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t// escape any character with a special meaning in CSS using CSS.escape()\n\t\tresults.push(CSS.escape(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/enlist.js": {
"title": "$:/core/modules/filters/enlist.js",
"text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar allowDuplicates = false;\n\tswitch(operator.suffix) {\n\t\tcase \"raw\":\n\t\t\tallowDuplicates = true;\n\t\t\tbreak;\n\t\tcase \"dedupe\":\n\t\t\tallowDuplicates = false;\n\t\t\tbreak;\n\t}\n\tvar list = $tw.utils.parseStringArray(operator.operand,allowDuplicates);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"title": "$:/core/modules/filters/field.js",
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],indexedResults,\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tif(source.byField && operator.operand) {\n\t\t\t\tindexedResults = source.byField(fieldname,operator.operand);\n\t\t\t\tif(indexedResults) {\n\t\t\t\t\treturn indexedResults\n\t\t\t\t}\n\t\t\t}\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"title": "$:/core/modules/filters/fields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"title": "$:/core/modules/filters/get.js",
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"title": "$:/core/modules/filters/getindex.js",
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getvariable.js": {
"title": "$:/core/modules/filters/getvariable.js",
"text": "/*\\\ntitle: $:/core/modules/filters/getvariable.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing input values by the value of the variable with the same name, or blank if the variable is missing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getvariable = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.widget.getVariable(title) || \"\");\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"title": "$:/core/modules/filters/has.js",
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\t\t\t\t\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"title": "$:/core/modules/filters/haschanged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"title": "$:/core/modules/filters/indexes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/insertbefore.js": {
"title": "$:/core/modules/filters/insertbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/blank.js": {
"title": "$:/core/modules/filters/is/blank.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/blank.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[blank]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.blank = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!title) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/current.js": {
"title": "$:/core/modules/filters/is/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"title": "$:/core/modules/filters/is/image.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"title": "$:/core/modules/filters/is/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"title": "$:/core/modules/filters/is/orphan.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"title": "$:/core/modules/filters/is/shadow.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"title": "$:/core/modules/filters/is/system.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"title": "$:/core/modules/filters/is/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"title": "$:/core/modules/filters/is/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/variable.js": {
"title": "$:/core/modules/filters/is/variable.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/variable.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[variable]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.variable = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!(title in options.widget.variables)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title in options.widget.variables) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"title": "$:/core/modules/filters/is.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"title": "$:/core/modules/filters/limit.js",
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"title": "$:/core/modules/filters/links.js",
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"title": "$:/core/modules/filters/list.js",
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"title": "$:/core/modules/filters/listed.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"title": "$:/core/modules/filters/listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/lookup.js": {
"title": "$:/core/modules/filters/lookup.js",
"text": "/*\\\ntitle: $:/core/modules/filters/lookup.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that looks up values via a title prefix\n\n[lookup:<field>[<prefix>]]\n\nPrepends the prefix to the selected items and returns the specified field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.lookup = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.wiki.getTiddlerText(operator.operand + title) || options.wiki.getTiddlerText(operator.operand + operator.suffix));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/match.js": {
"title": "$:/core/modules/filters/match.js",
"text": "/*\\\ntitle: $:/core/modules/filters/match.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title matches a string\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.match = function(source,operator,options) {\n\tvar results = [],\n\t\tsuffixes = (operator.suffixes || [])[0] || [];\n\tif(suffixes.indexOf(\"caseinsensitive\") !== -1) {\n\t\tif(operator.prefix === \"!\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title.toLowerCase() !== (operator.operand || \"\").toLowerCase()) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title.toLowerCase() === (operator.operand || \"\").toLowerCase()) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.prefix === \"!\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title !== operator.operand) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title === operator.operand) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/math.js": {
"title": "$:/core/modules/filters/math.js",
"text": "/*\\\ntitle: $:/core/modules/filters/math.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for math. Unary/binary operators work on each item in turn, and return a new item list.\n\nSum/product/maxall/minall operate on the entire list, returning a single item.\n\nNote that strings are converted to numbers automatically. Trailing non-digits are ignored.\n\n* \"\" converts to 0\n* \"12kk\" converts to 12\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.negate = makeNumericBinaryOperator(\n\tfunction(a) {return -a}\n);\n\nexports.abs = makeNumericBinaryOperator(\n\tfunction(a) {return Math.abs(a)}\n);\n\nexports.ceil = makeNumericBinaryOperator(\n\tfunction(a) {return Math.ceil(a)}\n);\n\nexports.floor = makeNumericBinaryOperator(\n\tfunction(a) {return Math.floor(a)}\n);\n\nexports.round = makeNumericBinaryOperator(\n\tfunction(a) {return Math.round(a)}\n);\n\nexports.trunc = makeNumericBinaryOperator(\n\tfunction(a) {return Math.trunc(a)}\n);\n\nexports.untrunc = makeNumericBinaryOperator(\n\tfunction(a) {return Math.ceil(Math.abs(a)) * Math.sign(a)}\n);\n\nexports.sign = makeNumericBinaryOperator(\n\tfunction(a) {return Math.sign(a)}\n);\n\nexports.add = makeNumericBinaryOperator(\n\tfunction(a,b) {return a + b;}\n);\n\nexports.subtract = makeNumericBinaryOperator(\n\tfunction(a,b) {return a - b;}\n);\n\nexports.multiply = makeNumericBinaryOperator(\n\tfunction(a,b) {return a * b;}\n);\n\nexports.divide = makeNumericBinaryOperator(\n\tfunction(a,b) {return a / b;}\n);\n\nexports.remainder = makeNumericBinaryOperator(\n\tfunction(a,b) {return a % b;}\n);\n\nexports.max = makeNumericBinaryOperator(\n\tfunction(a,b) {return Math.max(a,b);}\n);\n\nexports.min = makeNumericBinaryOperator(\n\tfunction(a,b) {return Math.min(a,b);}\n);\n\nexports.fixed = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toFixed.call(a,Math.min(Math.max(b,0),100));}\n);\n\nexports.precision = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toPrecision.call(a,Math.min(Math.max(b,1),100));}\n);\n\nexports.exponential = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toExponential.call(a,Math.min(Math.max(b,0),100));}\n);\n\nexports.sum = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return accumulator + value},\n\t0 // Initial value\n);\n\nexports.product = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return accumulator * value},\n\t1 // Initial value\n);\n\nexports.maxall = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return Math.max(accumulator,value)},\n\t-Infinity // Initial value\n);\n\nexports.minall = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return Math.min(accumulator,value)},\n\tInfinity // Initial value\n);\n\nfunction makeNumericBinaryOperator(fnCalc) {\n\treturn function(source,operator,options) {\n\t\tvar result = [],\n\t\t\tnumOperand = parseNumber(operator.operand);\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(stringifyNumber(fnCalc(parseNumber(title),numOperand)));\n\t\t});\n\t\treturn result;\n\t};\n}\n\nfunction makeNumericReducingOperator(fnCalc,initialValue) {\n\tinitialValue = initialValue || 0;\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(title);\n\t\t});\n\t\treturn [stringifyNumber(result.reduce(function(accumulator,currentValue) {\n\t\t\treturn fnCalc(accumulator,parseNumber(currentValue));\n\t\t},initialValue))];\n\t};\n}\n\nfunction parseNumber(str) {\n\treturn parseFloat(str) || 0;\n}\n\nfunction stringifyNumber(num) {\n\treturn num + \"\";\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/minlength.js": {
"title": "$:/core/modules/filters/minlength.js",
"text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"title": "$:/core/modules/filters/modules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"title": "$:/core/modules/filters/moduletypes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"title": "$:/core/modules/filters/next.js",
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"title": "$:/core/modules/filters/plugintiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"title": "$:/core/modules/filters/prefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"title": "$:/core/modules/filters/previous.js",
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/range.js": {
"title": "$:/core/modules/filters/range.js",
"text": "/*\\\ntitle: $:/core/modules/filters/range.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for generating a numeric range.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.range = function(source,operator,options) {\n\tvar results = [];\n\t// Split the operand into numbers delimited by these symbols\n\tvar parts = operator.operand.split(/[,:;]/g),\n\t\tbeg, end, inc, i, fixed = 0;\n\tfor (i=0; i<parts.length; i++) {\n\t\t// Validate real number\n\t\tif(!/^\\s*[+-]?((\\d+(\\.\\d*)?)|(\\.\\d+))\\s*$/.test(parts[i])) {\n\t\t\treturn [\"range: bad number \\\"\" + parts[i] + \"\\\"\"];\n\t\t}\n\t\t// Count digits; the most precise number determines decimal places in output.\n\t\tvar frac = /\\.\\d+/.exec(parts[i]);\n\t\tif(frac) {\n\t\t\tfixed = Math.max(fixed,frac[0].length-1);\n\t\t}\n\t\tparts[i] = parseFloat(parts[i]);\n\t}\n\tswitch(parts.length) {\n\t\tcase 1:\n\t\t\tend = parts[0];\n\t\t\tif (end >= 1) {\n\t\t\t\tbeg = 1;\n\t\t\t}\n\t\t\telse if (end <= -1) {\n\t\t\t\tbeg = -1;\n\t\t\t}\n\t\t\telse {\n\t\t\t\treturn [];\n\t\t\t}\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 2:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 3:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = Math.abs(parts[2]);\n\t\t\tbreak;\n\t}\n\tif(inc === 0) {\n\t\treturn [\"range: increment 0 causes infinite loop\"];\n\t}\n\t// May need to count backwards\n\tvar direction = ((end < beg) ? -1 : 1);\n\tinc *= direction;\n\t// Estimate number of resulting elements\n\tif((end - beg) / inc > 10000) {\n\t\treturn [\"range: too many steps (over 10K)\"];\n\t}\n\t// Avoid rounding error on last step\n\tend += direction * 0.5 * Math.pow(0.1,fixed);\n\tvar safety = 10010;\n\t// Enumerate the range\n\tif (end<beg) {\n\t\tfor(i=beg; i>end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tfor(i=beg; i<end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\tif(safety<0) {\n\t\treturn [\"range: unexpectedly large output\"];\n\t}\n\t// Reverse?\n\tif(operator.prefix === \"!\") {\n\t\tresults.reverse();\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"title": "$:/core/modules/filters/regexp.js",
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"title": "$:/core/modules/filters/removeprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"title": "$:/core/modules/filters/removesuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title && title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"title": "$:/core/modules/filters/sameday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"title": "$:/core/modules/filters/search.js",
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffixes) {\n\t\tvar hasFlag = function(flag) {\n\t\t\t\treturn (operator.suffixes[1] || []).indexOf(flag) !== -1;\n\t\t\t},\n\t\t\texcludeFields = false,\n\t\t\tfieldList = operator.suffixes[0] || [],\n\t\t\tfirstField = fieldList[0] || \"\", \n\t\t\tfirstChar = firstField.charAt(0),\n\t\t\tfields;\n\t\tif(firstChar === \"-\") {\n\t\t\tfields = [firstField.slice(1)].concat(fieldList.slice(1));\n\t\t\texcludeFields = true;\n\t\t} else if(fieldList[0] === \"*\"){\n\t\t\tfields = [];\n\t\t\texcludeFields = true;\n\t\t} else {\n\t\t\tfields = fieldList.slice(0);\n\t\t}\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: fields,\n\t\t\texcludeField: excludeFields,\n\t\t\tcaseSensitive: hasFlag(\"casesensitive\"),\n\t\t\tliteral: hasFlag(\"literal\"),\n\t\t\twhitespace: hasFlag(\"whitespace\"),\n\t\t\tanchored: hasFlag(\"anchored\"),\n\t\t\tregexp: hasFlag(\"regexp\"),\n\t\t\twords: hasFlag(\"words\")\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"title": "$:/core/modules/filters/shadowsource.js",
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"title": "$:/core/modules/filters/sort.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortan = function(source, operator, options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results, operator.operand || \"title\", operator.prefix === \"!\",false,false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"title": "$:/core/modules/filters/splitbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"title": "$:/core/modules/filters/storyviews.js",
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/strings.js": {
"title": "$:/core/modules/filters/strings.js",
"text": "/*\\\ntitle: $:/core/modules/filters/strings.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for strings. Unary/binary operators work on each item in turn, and return a new item list.\n\nSum/product/maxall/minall operate on the entire list, returning a single item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.length = makeStringBinaryOperator(\n\tfunction(a) {return [\"\" + (\"\" + a).length];}\n);\n\nexports.uppercase = makeStringBinaryOperator(\n\tfunction(a) {return [(\"\" + a).toUpperCase()];}\n);\n\nexports.lowercase = makeStringBinaryOperator(\n\tfunction(a) {return [(\"\" + a).toLowerCase()];}\n);\n\nexports.sentencecase = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.toSentenceCase(a)];}\n);\n\nexports.titlecase = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.toTitleCase(a)];}\n);\n\nexports.trim = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.trim(a)];}\n);\n\nexports.split = makeStringBinaryOperator(\n\tfunction(a,b) {return (\"\" + a).split(b);}\n);\n\nexports.join = makeStringReducingOperator(\n\tfunction(accumulator,value,operand) {\n\t\tif(accumulator === null) {\n\t\t\treturn value;\n\t\t} else {\n\t\t\treturn accumulator + operand + value;\n\t\t}\n\t},null\n);\n\nfunction makeStringBinaryOperator(fnCalc) {\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tArray.prototype.push.apply(result,fnCalc(title,operator.operand || \"\"));\n\t\t});\n\t\treturn result;\n\t};\n}\n\nfunction makeStringReducingOperator(fnCalc,initialValue) {\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(title);\n\t\t});\n\t\treturn [result.reduce(function(accumulator,currentValue) {\n\t\t\treturn fnCalc(accumulator,currentValue,operator.operand || \"\");\n\t\t},initialValue)];\n\t};\n}\n\nexports.splitregexp = function(source,operator,options) {\n\tvar result = [],\n\t\tsuffix = operator.suffix || \"\",\n\t\tflags = (suffix.indexOf(\"m\") !== -1 ? \"m\" : \"\") + (suffix.indexOf(\"i\") !== -1 ? \"i\" : \"\"),\n\t\tregExp;\n\ttry {\n\t\tregExp = new RegExp(operator.operand || \"\",flags);\t\t\n\t} catch(ex) {\n\t\treturn [\"RegExp error: \" + ex];\n\t}\n\tsource(function(tiddler,title) {\n\t\tArray.prototype.push.apply(result,title.split(regExp));\n\t});\t\t\n\treturn result;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/subfilter.js": {
"title": "$:/core/modules/filters/subfilter.js",
"text": "/*\\\ntitle: $:/core/modules/filters/subfilter.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand evaluated as a filter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subfilter = function(source,operator,options) {\n\tvar list = options.wiki.filterTiddlers(operator.operand,options.widget,source);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/subtiddlerfields.js": {
"title": "$:/core/modules/filters/subtiddlerfields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/subtiddlerfields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected subtiddlers of the plugin named in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subtiddlerfields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar subtiddler = options.wiki.getSubTiddler(operator.operand,title);\n\t\tif(subtiddler) {\n\t\t\tfor(var fieldName in subtiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"title": "$:/core/modules/filters/suffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"title": "$:/core/modules/filters/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [],indexedResults;\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tvar tiddlers;\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\ttiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddlers.indexOf(title) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tif(source.byTag) {\n\t\t\t\tindexedResults = source.byTag(operator.operand);\n\t\t\t\tif(indexedResults) {\n\t\t\t\t\treturn indexedResults;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\ttiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\t\t\tsource(function(tiddler,title) {\n\t\t\t\t\tif(tiddlers.indexOf(title) !== -1) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t\t}\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"title": "$:/core/modules/filters/tagging.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"title": "$:/core/modules/filters/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/then.js": {
"title": "$:/core/modules/filters/then.js",
"text": "/*\\\ntitle: $:/core/modules/filters/then.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing any titles with a constant\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.then = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"title": "$:/core/modules/filters/title.js",
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"title": "$:/core/modules/filters/untagged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/variables.js": {
"title": "$:/core/modules/filters/variables.js",
"text": "/*\\\ntitle: $:/core/modules/filters/variables.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the active variables\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.variables = function(source,operator,options) {\n\tvar names = [];\n\tfor(var variable in options.widget.variables) {\n\t\tnames.push(variable);\n\t}\n\treturn names.sort();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/wikiparserrules.js": {
"title": "$:/core/modules/filters/wikiparserrules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/x-listops.js": {
"title": "$:/core/modules/filters/x-listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n /*jslint node: true, browser: true */\n /*global $tw: false */\n \"use strict\";\n\n /*\n Fetch titles from the current list\n */\n var prepare_results = function (source) {\n var results = [];\n source(function (tiddler, title) {\n results.push(title);\n });\n return results;\n };\n\n /*\n Moves a number of items from the tail of the current list before the item named in the operand\n */\n exports.putbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list after the item named in the operand\n */\n exports.putafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Replaces the item named in the operand with a number of items from the tail of the current list\n */\n exports.replace = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -count) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list to the head of the list\n */\n exports.putfirst = function (source, operator) {\n var results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,1);\n return results.slice(-count).concat(results.slice(0, -count));\n };\n\n /*\n Moves a number of items from the head of the current list to the tail of the list\n */\n exports.putlast = function (source, operator) {\n var results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,1);\n return results.slice(count).concat(results.slice(0, count));\n };\n\n /*\n Moves the item named in the operand a number of places forward or backward in the list\n */\n exports.move = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1),\n marker = results.splice(index, 1),\n offset = (index + count) > 0 ? index + count : 0;\n return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n };\n\n /*\n Returns the items from the current list that are after the item named in the operand\n */\n exports.allafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1) ? [] :\n (operator.suffix) ? results.slice(index) :\n results.slice(index + 1);\n };\n\n /*\n Returns the items from the current list that are before the item named in the operand\n */\n exports.allbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1) ? [] :\n (operator.suffix) ? results.slice(0, index + 1) :\n results.slice(0, index);\n };\n\n /*\n Appends the items listed in the operand array to the tail of the current list\n */\n exports.append = function (source, operator) {\n var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || append.length;\n return (append.length === 0) ? results :\n (operator.prefix) ? results.concat(append.slice(-count)) :\n results.concat(append.slice(0, count));\n };\n\n /*\n Prepends the items listed in the operand array to the head of the current list\n */\n exports.prepend = function (source, operator) {\n var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,prepend.length);\n return (prepend.length === 0) ? results :\n (operator.prefix) ? prepend.slice(-count).concat(results) :\n prepend.slice(0, count).concat(results);\n };\n\n /*\n Returns all items from the current list except the items listed in the operand array\n */\n exports.remove = function (source, operator) {\n var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || array.length,\n p,\n len,\n index;\n len = array.length - 1;\n for (p = 0; p < count; ++p) {\n if (operator.prefix) {\n index = results.indexOf(array[len - p]);\n } else {\n index = results.indexOf(array[p]);\n }\n if (index !== -1) {\n results.splice(index, 1);\n }\n }\n return results;\n };\n\n /*\n Returns all items from the current list sorted in the order of the items in the operand array\n */\n exports.sortby = function (source, operator) {\n var results = prepare_results(source);\n if (!results || results.length < 2) {\n return results;\n }\n var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n results.sort(function (a, b) {\n return lookup.indexOf(a) - lookup.indexOf(b);\n });\n return results;\n };\n\n /*\n Removes all duplicate items from the current list\n */\n exports.unique = function (source, operator) {\n var results = prepare_results(source);\n var set = results.reduce(function (a, b) {\n if (a.indexOf(b) < 0) {\n a.push(b);\n }\n return a;\n }, []);\n return set;\n };\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"title": "$:/core/modules/filters.js",
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\t// The raw suffix for older filters\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t\t// The processed suffix for newer filters\n\t\t\toperator.suffixes = [];\n\t\t\t$tw.utils.each(operator.suffix.split(\":\"),function(subsuffix) {\n\t\t\t\toperator.suffixes.push([]);\n\t\t\t\t$tw.utils.each(subsuffix.split(\",\"),function(entry) {\n\t\t\t\t\tentry = $tw.utils.trim(entry);\n\t\t\t\t\tif(entry) {\n\t\t\t\t\t\toperator.suffixes[operator.suffixes.length - 1].push(entry); \n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t});\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-|~|=)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tsuffixes: operator.suffixes,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"=\": // The results of the operation are pushed into the result without deduplication\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tArray.prototype.push.apply(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"~\": // This operation is unioned into the result only if the main result so far is empty\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tif(results.length === 0) {\n\t\t\t\t\t\t\t// Main result so far is empty\n\t\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter: \" + filterString,function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/indexers/field-indexer.js": {
"title": "$:/core/modules/indexers/field-indexer.js",
"text": "/*\\\ntitle: $:/core/modules/indexers/field-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers with each field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\nvar DEFAULT_MAXIMUM_INDEXED_VALUE_LENGTH = 128;\n\nfunction FieldIndexer(wiki) {\n\tthis.wiki = wiki;\n}\n\nFieldIndexer.prototype.init = function() {\n\tthis.index = null;\n\tthis.maxIndexedValueLength = DEFAULT_MAXIMUM_INDEXED_VALUE_LENGTH;\n\tthis.addIndexMethods();\n}\n\n// Provided for testing\nFieldIndexer.prototype.setMaxIndexedValueLength = function(length) {\n\tthis.index = null;\n\tthis.maxIndexedValueLength = length;\n};\n\nFieldIndexer.prototype.addIndexMethods = function() {\n\tvar self = this;\n\tthis.wiki.each.byField = function(name,value) {\n\t\tvar titles = self.wiki.allTitles(),\n\t\t\tlookup = self.lookup(name,value);\n\t\treturn lookup && lookup.filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachShadow.byField = function(name,value) {\n\t\tvar titles = self.wiki.allShadowTitles(),\n\t\t\tlookup = self.lookup(name,value);\n\t\treturn lookup && lookup.filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachTiddlerPlusShadows.byField = function(name,value) {\n\t\tvar lookup = self.lookup(name,value);\n\t\treturn lookup ? lookup.slice(0) : null;\n\t};\n\tthis.wiki.eachShadowPlusTiddlers.byField = function(name,value) {\n\t\tvar lookup = self.lookup(name,value);\n\t\treturn lookup ? lookup.slice(0) : null;\n\t};\n};\n\n/*\nTear down and then rebuild the index as if all tiddlers have changed\n*/\nFieldIndexer.prototype.rebuild = function() {\n\t// Invalidate the index so that it will be rebuilt when it is next used\n\tthis.index = null;\n};\n\n/*\nBuild the index for a particular field\n*/\nFieldIndexer.prototype.buildIndexForField = function(name) {\n\tvar self = this;\n\t// Hashmap by field name of hashmap by field value of array of tiddler titles\n\tthis.index = this.index || Object.create(null);\n\tthis.index[name] = Object.create(null);\n\tvar baseIndex = this.index[name];\n\t// Update the index for each tiddler\n\tthis.wiki.eachTiddlerPlusShadows(function(tiddler,title) {\n\t\tif(name in tiddler.fields) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t// Skip any values above the maximum length\n\t\t\tif(value.length < self.maxIndexedValueLength) {\n\t\t\t\tbaseIndex[value] = baseIndex[value] || [];\n\t\t\t\tbaseIndex[value].push(title);\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nUpdate the index in the light of a tiddler value changing; note that the title must be identical. (Renames are handled as a separate delete and create)\nupdateDescriptor: {old: {tiddler: <tiddler>, shadow: <boolean>, exists: <boolean>},new: {tiddler: <tiddler>, shadow: <boolean>, exists: <boolean>}}\n*/\nFieldIndexer.prototype.update = function(updateDescriptor) {\n\tvar self = this;\n\t// Don't do anything if the index hasn't been built yet\n\tif(this.index === null) {\n\t\treturn;\n\t}\n\t// Remove the old tiddler from the index\n\tif(updateDescriptor.old.tiddler) {\n\t\t$tw.utils.each(this.index,function(indexEntry,name) {\n\t\t\tif(name in updateDescriptor.old.tiddler.fields) {\n\t\t\t\tvar value = updateDescriptor.old.tiddler.getFieldString(name),\n\t\t\t\t\ttiddlerList = indexEntry[value];\n\t\t\t\tif(tiddlerList) {\n\t\t\t\t\tvar index = tiddlerList.indexOf(updateDescriptor.old.tiddler.fields.title);\n\t\t\t\t\tif(index !== -1) {\n\t\t\t\t\t\ttiddlerList.splice(index,1);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\t// Add the new tiddler to the index\n\tif(updateDescriptor[\"new\"].tiddler) {\n\t\t$tw.utils.each(this.index,function(indexEntry,name) {\n\t\t\tif(name in updateDescriptor[\"new\"].tiddler.fields) {\n\t\t\t\tvar value = updateDescriptor[\"new\"].tiddler.getFieldString(name);\n\t\t\t\tif(value.length < self.maxIndexedValueLength) {\n\t\t\t\t\tindexEntry[value] = indexEntry[value] || [];\n\t\t\t\t\tindexEntry[value].push(updateDescriptor[\"new\"].tiddler.fields.title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n// Lookup the given field returning a list of tiddler titles\nFieldIndexer.prototype.lookup = function(name,value) {\n\t// Fail the lookup if the value is too long\n\tif(value.length >= this.maxIndexedValueLength) {\n\t\treturn null;\n\t}\n\t// Update the index if it has yet to be built\n\tif(this.index === null || !this.index[name]) {\n\t\tthis.buildIndexForField(name);\n\t}\n\treturn this.index[name][value] || [];\n};\n\nexports.FieldIndexer = FieldIndexer;\n\n})();\n",
"type": "application/javascript",
"module-type": "indexer"
},
"$:/core/modules/indexers/tag-indexer.js": {
"title": "$:/core/modules/indexers/tag-indexer.js",
"text": "/*\\\ntitle: $:/core/modules/indexers/tag-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers with each tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\nfunction TagIndexer(wiki) {\n\tthis.wiki = wiki;\n}\n\nTagIndexer.prototype.init = function() {\n\tthis.subIndexers = [\n\t\tnew TagSubIndexer(this,\"each\"),\n\t\tnew TagSubIndexer(this,\"eachShadow\"),\n\t\tnew TagSubIndexer(this,\"eachTiddlerPlusShadows\"),\n\t\tnew TagSubIndexer(this,\"eachShadowPlusTiddlers\")\n\t];\n\t$tw.utils.each(this.subIndexers,function(subIndexer) {\n\t\tsubIndexer.addIndexMethod();\n\t});\n};\n\nTagIndexer.prototype.rebuild = function() {\n\t$tw.utils.each(this.subIndexers,function(subIndexer) {\n\t\tsubIndexer.rebuild();\n\t});\n};\n\nTagIndexer.prototype.update = function(updateDescriptor) {\n\t$tw.utils.each(this.subIndexers,function(subIndexer) {\n\t\tsubIndexer.update(updateDescriptor);\n\t});\n};\n\nfunction TagSubIndexer(indexer,iteratorMethod) {\n\tthis.indexer = indexer;\n\tthis.iteratorMethod = iteratorMethod;\n\tthis.index = null; // Hashmap of tag title to {isSorted: bool, titles: [array]} or null if not yet initialised\n}\n\nTagSubIndexer.prototype.addIndexMethod = function() {\n\tvar self = this;\n\tthis.indexer.wiki[this.iteratorMethod].byTag = function(tag) {\n\t\treturn self.lookup(tag).slice(0);\n\t};\n};\n\nTagSubIndexer.prototype.rebuild = function() {\n\tvar self = this;\n\t// Hashmap by tag of array of {isSorted:, titles:[]}\n\tthis.index = Object.create(null);\n\t// Add all the tags\n\tthis.indexer.wiki[this.iteratorMethod](function(tiddler,title) {\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\tif(!self.index[tag]) {\n\t\t\t\tself.index[tag] = {isSorted: false, titles: [title]};\n\t\t\t} else {\n\t\t\t\tself.index[tag].titles.push(title);\n\t\t\t}\n\t\t});\t\t\n\t});\n};\n\nTagSubIndexer.prototype.update = function(updateDescriptor) {\n\tthis.index = null;\n};\n\nTagSubIndexer.prototype.lookup = function(tag) {\n\t// Update the index if it has yet to be built\n\tif(this.index === null) {\n\t\tthis.rebuild();\n\t}\n\tvar indexRecord = this.index[tag];\n\tif(indexRecord) {\n\t\tif(!indexRecord.isSorted) {\n\t\t\tif(this.indexer.wiki.sortByList) {\n\t\t\t\tindexRecord.titles = this.indexer.wiki.sortByList(indexRecord.titles,tag);\n\t\t\t}\t\t\t\n\t\t\tindexRecord.isSorted = true;\n\t\t}\n\t\treturn indexRecord.titles;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n\nexports.TagIndexer = TagIndexer;\n\n})();\n",
"type": "application/javascript",
"module-type": "indexer"
},
"$:/core/modules/info/platform.js": {
"title": "$:/core/modules/info/platform.js",
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\tif($tw.browser) {\n\t\t// Document location\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t\t// Screen size\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/width\", text: window.screen.width.toString()});\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/height\", text: window.screen.height.toString()});\n\t\t// Language\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/language\", text: navigator.language || \"\"});\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/keyboard.js": {
"title": "$:/core/modules/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n\tthis.shortcutKeysList = [], // Stores the shortcut-key descriptors\n\tthis.shortcutActionList = [], // Stores the corresponding action strings\n\tthis.shortcutParsedList = []; // Stores the parsed key descriptors\n\tthis.lookupNames = [\"shortcuts\"];\n\tthis.lookupNames.push($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\")\n\tthis.lookupNames.push($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\tthis.lookupNames.push($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\tthis.updateShortcutLists(this.getShortcutTiddlerList());\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.handleShortcutChanges(changes);\n\t});\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\t$tw.utils.each(self.lookupNames,function(platformDescriptor) {\n\t\t\t\t\tlookupName(platformDescriptor);\n\t\t\t\t});\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.getShortcutTiddlerList = function() {\n\treturn $tw.wiki.getTiddlersWithTag(\"$:/tags/KeyboardShortcut\");\n};\n\nKeyboardManager.prototype.updateShortcutLists = function(tiddlerList) {\n\tthis.shortcutTiddlers = tiddlerList;\n\tfor(var i=0; i<tiddlerList.length; i++) {\n\t\tvar title = tiddlerList[i],\n\t\t\ttiddlerFields = $tw.wiki.getTiddler(title).fields;\n\t\tthis.shortcutKeysList[i] = tiddlerFields.key !== undefined ? tiddlerFields.key : undefined;\n\t\tthis.shortcutActionList[i] = tiddlerFields.text;\n\t\tthis.shortcutParsedList[i] = this.shortcutKeysList[i] !== undefined ? this.parseKeyDescriptors(this.shortcutKeysList[i]) : undefined;\n\t}\n};\n\nKeyboardManager.prototype.handleKeydownEvent = function(event) {\n\tvar key, action;\n\tfor(var i=0; i<this.shortcutTiddlers.length; i++) {\n\t\tif(this.shortcutParsedList[i] !== undefined && this.checkKeyDescriptors(event,this.shortcutParsedList[i])) {\n\t\t\tkey = this.shortcutParsedList[i];\n\t\t\taction = this.shortcutActionList[i];\n\t\t}\n\t}\n\tif(key !== undefined) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\t$tw.rootWidget.invokeActionString(action,$tw.rootWidget);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.detectNewShortcuts = function(changedTiddlers) {\n\tvar shortcutConfigTiddlers = [],\n\t\thandled = false;\n\t$tw.utils.each(this.lookupNames,function(platformDescriptor) {\n\t\tvar descriptorString = \"$:/config/\" + platformDescriptor + \"/\";\n\t\tObject.keys(changedTiddlers).forEach(function(configTiddler) {\n\t\t\tvar configString = configTiddler.substr(0, configTiddler.lastIndexOf(\"/\") + 1);\n\t\t\tif(configString === descriptorString) {\n\t\t\t\tshortcutConfigTiddlers.push(configTiddler);\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t});\n\t});\n\tif(handled) {\n\t\treturn $tw.utils.hopArray(changedTiddlers,shortcutConfigTiddlers);\n\t} else {\n\t\treturn false;\n\t}\n};\n\nKeyboardManager.prototype.handleShortcutChanges = function(changedTiddlers) {\n\tvar newList = this.getShortcutTiddlerList();\n\tvar hasChanged = $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers) ? true :\n\t\t($tw.utils.hopArray(changedTiddlers,newList) ? true :\n\t\t(this.detectNewShortcuts(changedTiddlers))\n\t);\n\t// Re-cache shortcuts if something changed\n\tif(hasChanged) {\n\t\tthis.updateShortcutLists(newList);\n\t}\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/language.js": {
"title": "$:/core/modules/language.js",
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"title": "$:/core/modules/macros/changecount.js",
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"title": "$:/core/modules/macros/contrastcolour.js",
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"title": "$:/core/modules/macros/csvtiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/displayshortcuts.js": {
"title": "$:/core/modules/macros/displayshortcuts.js",
"text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddler.js": {
"title": "$:/core/modules/macros/jsontiddler.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"title": "$:/core/modules/macros/jsontiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\treturn this.wiki.getTiddlersAsJson(filter);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"title": "$:/core/modules/macros/makedatauri.js",
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"title": "$:/core/modules/macros/now.js",
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"title": "$:/core/modules/macros/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"title": "$:/core/modules/macros/resolvepath.js",
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/unusedtitle.js": {
"title": "$:/core/modules/macros/unusedtitle.js",
"text": "/*\\\ntitle: $:/core/modules/macros/unusedtitle.js\ntype: application/javascript\nmodule-type: macro\nMacro to return a new title that is unused in the wiki. It can be given a name as a base.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"unusedtitle\";\n\nexports.params = [\n\t{name: \"baseName\"},\n\t{name: \"options\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(baseName, options) {\n\tif(!baseName) {\n\t\tbaseName = $tw.language.getString(\"DefaultNewTiddlerTitle\");\n\t}\n\treturn this.wiki.generateNewTitle(baseName, options);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"title": "$:/core/modules/macros/version.js",
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"title": "$:/core/modules/parsers/audioparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/binaryparser.js": {
"title": "$:/core/modules/parsers/binaryparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/binaryparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar BinaryParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}];\n};\n\nexports[\"application/octet-stream\"] = BinaryParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"title": "$:/core/modules/parsers/csvparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"title": "$:/core/modules/parsers/htmlparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"title": "$:/core/modules/parsers/imageparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t};\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/webp\"] = ImageParser;\nexports[\"image/heic\"] = ImageParser;\nexports[\"image/heif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"title": "$:/core/modules/utils/parseutils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/pdfparser.js": {
"title": "$:/core/modules/parsers/pdfparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/textparser.js": {
"title": "$:/core/modules/parsers/textparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/videoparser.js": {
"title": "$:/core/modules/parsers/videoparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: https://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.slice(1).indexOf(\"$\") !== -1) {\n\t\treturn null;\n\t}\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[https://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [https://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [https://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|https://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/import.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/import.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/import.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for importing variable definitions\n\n```\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"import\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\import[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the filter terminated by a line break\n\tvar reMatch = /(.*)(\\r?\\n)|$/mg;\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\tthis.parser.pos = reMatch.lastIndex;\n\t// Parse tree nodes to return\n\treturn [{\n\t\ttype: \"importvariables\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: match[1]}\n\t\t},\n\t\tchildren: []\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params,\n\t\tisMacroDefinition: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[https://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|https://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/whitespace.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/whitespace.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/whitespace.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for whitespace specifications\n\n```\n\\whitespace trim\n\\whitespace notrim\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"whitespace\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\whitespace[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\t$tw.utils.each(tokens,function(token) {\n\t\tswitch(token) {\n\t\t\tcase \"trim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = true;\n\t\t\t\tbreak;\n\t\t\tcase \"notrim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = false;\n\t\t\t\tbreak;\n\t\t}\n\t});\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Flag for ignoring whitespace\n\tthis.configTrimWhiteSpace = false;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,nextMatch.matchIndex));\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,terminatorMatch.index));\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,inlineRuleMatch.matchIndex));\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nPush a text widget onto an array, respecting the configTrimWhiteSpace setting\n*/\nWikiParser.prototype.pushTextWidget = function(array,text) {\n\tif(this.configTrimWhiteSpace) {\n\t\ttext = $tw.utils.trim(text);\n\t}\n\tif(text) {\n\t\tarray.push({type: \"text\", text: text});\t\t\n\t}\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"title": "$:/core/modules/pluginswitcher.js",
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"title": "$:/core/modules/saver-handler.js",
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.preloadDirty = options.preloadDirty || [];\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(self.preloadDirty,function(title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t});\n\t\tthis.numChanges = filteredChanges.length;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\";\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\tvar\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"title": "$:/core/modules/savers/andtidwiki.js",
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/beaker.js": {
"title": "$:/core/modules/savers/beaker.js",
"text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\nCompatible with beaker >= V0.7.2\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar dat = new DatArchive(\"\" + window.location),\n\t\tpathname = (\"\" + window.location.pathname).split(\"#\")[0];\n\tdat.stat(pathname).then(function(value) {\n\t\tif(value.isDirectory()) {\n\t\t\tpathname = pathname + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(pathname,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.DatArchive && location.protocol===\"dat:\";\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"title": "$:/core/modules/savers/download.js",
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\t// We decode the pathname because document.location is URL encoded by the browser\n\t\t\tfilename = decodeURIComponent(document.location.pathname.substr(p+1));\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"title": "$:/core/modules/savers/fsosaver.js",
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/github.js": {
"title": "$:/core/modules/savers/github.js",
"text": "/*\\\ntitle: $:/core/modules/savers/github.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by pushing a commit to the GitHub v3 REST API\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar GitHubSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nGitHubSaver.prototype.save = function(text,method,callback) {\n\tvar self = this,\n\t\tusername = this.wiki.getTiddlerText(\"$:/GitHub/Username\"),\n\t\tpassword = $tw.utils.getPassword(\"github\"),\n\t\trepo = this.wiki.getTiddlerText(\"$:/GitHub/Repo\"),\n\t\tpath = this.wiki.getTiddlerText(\"$:/GitHub/Path\"),\n\t\tfilename = this.wiki.getTiddlerText(\"$:/GitHub/Filename\"),\n\t\tbranch = this.wiki.getTiddlerText(\"$:/GitHub/Branch\") || \"master\",\n\t\tendpoint = this.wiki.getTiddlerText(\"$:/GitHub/ServerURL\") || \"https://api.github.com\",\n\t\theaders = {\n\t\t\t\"Accept\": \"application/vnd.github.v3+json\",\n\t\t\t\"Content-Type\": \"application/json;charset=UTF-8\",\n\t\t\t\"Authorization\": \"Basic \" + window.btoa(username + \":\" + password)\n\t\t};\n\t// Bail if we don't have everything we need\n\tif(!username || !password || !repo || !path || !filename) {\n\t\treturn false;\n\t}\n\t// Make sure the path start and ends with a slash\n\tif(path.substring(0,1) !== \"/\") {\n\t\tpath = \"/\" + path;\n\t}\n\tif(path.substring(path.length - 1) !== \"/\") {\n\t\tpath = path + \"/\";\n\t}\n\t// Compose the base URI\n\tvar uri = endpoint + \"/repos/\" + repo + \"/contents\" + path;\n\t// Perform a get request to get the details (inc shas) of files in the same path as our file\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"GET\",\n\t\theaders: headers,\n\t\tdata: {\n\t\t\tref: branch\n\t\t},\n\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\tvar getResponseData,sha = \"\";\n\t\t\tif(err && xhr.status !== 404) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tif(xhr.status !== 404) {\n\t\t\t\tgetResponseData = JSON.parse(getResponseDataJson);\n\t\t\t\t$tw.utils.each(getResponseData,function(details) {\n\t\t\t\t\tif(details.name === filename) {\n\t\t\t\t\t\tsha = details.sha;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t}\n\t\t\tvar data = {\n\t\t\t\tmessage: $tw.language.getRawString(\"ControlPanel/Saving/GitService/CommitMessage\"),\n\t\t\t\tcontent: $tw.utils.base64Encode(text),\n\t\t\t\tbranch: branch,\n\t\t\t\tsha: sha\n\t\t\t};\n\t\t\t// Perform a PUT request to save the file\n\t\t\t$tw.utils.httpRequest({\n\t\t\t\turl: uri + filename,\n\t\t\t\ttype: \"PUT\",\n\t\t\t\theaders: headers,\n\t\t\t\tdata: JSON.stringify(data),\n\t\t\t\tcallback: function(err,putResponseDataJson,xhr) {\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\treturn callback(err);\n\t\t\t\t\t}\n\t\t\t\t\tvar putResponseData = JSON.parse(putResponseDataJson);\n\t\t\t\t\tcallback(null);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nGitHubSaver.prototype.info = {\n\tname: \"github\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new GitHubSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/gitlab.js": {
"title": "$:/core/modules/savers/gitlab.js",
"text": "/*\\\ntitle: $:/core/modules/savers/gitlab.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by pushing a commit to the GitLab REST API\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: true */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar GitLabSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nGitLabSaver.prototype.save = function(text,method,callback) {\n\t/* See https://docs.gitlab.com/ee/api/repository_files.html */\n\tvar self = this,\n\t\tusername = this.wiki.getTiddlerText(\"$:/GitLab/Username\"),\n\t\tpassword = $tw.utils.getPassword(\"gitlab\"),\n\t\trepo = this.wiki.getTiddlerText(\"$:/GitLab/Repo\"),\n\t\tpath = this.wiki.getTiddlerText(\"$:/GitLab/Path\"),\n\t\tfilename = this.wiki.getTiddlerText(\"$:/GitLab/Filename\"),\n\t\tbranch = this.wiki.getTiddlerText(\"$:/GitLab/Branch\") || \"master\",\n\t\tendpoint = this.wiki.getTiddlerText(\"$:/GitLab/ServerURL\") || \"https://gitlab.com/api/v4\",\n\t\theaders = {\n\t\t\t\"Content-Type\": \"application/json;charset=UTF-8\",\n\t\t\t\"Private-Token\": password\n\t\t};\n\t// Bail if we don't have everything we need\n\tif(!username || !password || !repo || !path || !filename) {\n\t\treturn false;\n\t}\n\t// Make sure the path start and ends with a slash\n\tif(path.substring(0,1) !== \"/\") {\n\t\tpath = \"/\" + path;\n\t}\n\tif(path.substring(path.length - 1) !== \"/\") {\n\t\tpath = path + \"/\";\n\t}\n\t// Compose the base URI\n\tvar uri = endpoint + \"/projects/\" + encodeURIComponent(repo) + \"/repository/\";\n\t// Perform a get request to get the details (inc shas) of files in the same path as our file\n\t$tw.utils.httpRequest({\n\t\turl: uri + \"tree/\" + encodeURIComponent(path.replace(/^\\/+|\\/$/g, '')),\n\t\ttype: \"GET\",\n\t\theaders: headers,\n\t\tdata: {\n\t\t\tref: branch\n\t\t},\n\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\tvar getResponseData,sha = \"\";\n\t\t\tif(err && xhr.status !== 404) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tvar requestType = \"POST\";\n\t\t\tif(xhr.status !== 404) {\n\t\t\t\tgetResponseData = JSON.parse(getResponseDataJson);\n\t\t\t\t$tw.utils.each(getResponseData,function(details) {\n\t\t\t\t\tif(details.name === filename) {\n\t\t\t\t\t\trequestType = \"PUT\";\n\t\t\t\t\t\tsha = details.sha;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t}\n\t\t\tvar data = {\n\t\t\t\tcommit_message: $tw.language.getRawString(\"ControlPanel/Saving/GitService/CommitMessage\"),\n\t\t\t\tcontent: text,\n\t\t\t\tbranch: branch,\n\t\t\t\tsha: sha\n\t\t\t};\n\t\t\t// Perform a request to save the file\n\t\t\t$tw.utils.httpRequest({\n\t\t\t\turl: uri + \"files/\" + encodeURIComponent(path.replace(/^\\/+/, '') + filename),\n\t\t\t\ttype: requestType,\n\t\t\t\theaders: headers,\n\t\t\t\tdata: JSON.stringify(data),\n\t\t\t\tcallback: function(err,putResponseDataJson,xhr) {\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\treturn callback(err);\n\t\t\t\t\t}\n\t\t\t\t\tvar putResponseData = JSON.parse(putResponseDataJson);\n\t\t\t\t\tcallback(null);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nGitLabSaver.prototype.info = {\n\tname: \"gitlab\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new GitLabSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"title": "$:/core/modules/savers/manualdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"title": "$:/core/modules/savers/msdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/put.js": {
"title": "$:/core/modules/savers/put.js",
"text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRetrieve ETag if available\n*/\nvar retrieveETag = function(self) {\n\tvar headers = {\n\t\tAccept: \"*/*;charset=UTF-8\"\n\t};\n\t$tw.utils.httpRequest({\n\t\turl: self.uri(),\n\t\ttype: \"HEAD\",\n\t\theaders: headers,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tvar etag = xhr.getResponseHeader(\"ETag\");\n\t\t\tif(!etag) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tself.etag = etag.replace(/^W\\//,\"\");\n\t\t}\n\t});\n};\n\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err,data,xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\tretrieveETag(this);\n};\n\nPutSaver.prototype.uri = function() {\n\treturn document.location.toString().split(\"#\")[0];\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text,method,callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = {\n\t\t\"Content-Type\": \"text/html;charset=UTF-8\"\n\t};\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\t// response is textual: \"XMLHttpRequest error code: 412\"\n\t\t\t\tvar status = Number(err.substring(err.indexOf(':') + 2, err.length))\n\t\t\t\tif(status === 412) { // edit conflict\n\t\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\t\tcallback(message);\n\t\t\t\t} else {\n\t\t\t\t\tcallback(err); // fail\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tif(self.etag == null) {\n\t\t\t\t\tretrieveETag(self);\n\t\t\t\t}\n\t\t\t\tcallback(null); // success\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\",\"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"title": "$:/core/modules/savers/tiddlyfox.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"title": "$:/core/modules/savers/tiddlyie.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"title": "$:/core/modules/savers/twedit.js",
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"title": "$:/core/modules/savers/upload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/server/authenticators/basic.js": {
"title": "$:/core/modules/server/authenticators/basic.js",
"text": "/*\\\ntitle: $:/core/modules/server/authenticators/basic.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for WWW basic authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\nfunction BasicAuthenticator(server) {\n\tthis.server = server;\n\tthis.credentialsData = [];\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nBasicAuthenticator.prototype.init = function() {\n\t// Read the credentials data\n\tthis.credentialsFilepath = this.server.get(\"credentials\");\n\tif(this.credentialsFilepath) {\n\t\tvar resolveCredentialsFilepath = path.resolve($tw.boot.wikiPath,this.credentialsFilepath);\n\t\tif(fs.existsSync(resolveCredentialsFilepath) && !fs.statSync(resolveCredentialsFilepath).isDirectory()) {\n\t\t\tvar credentialsText = fs.readFileSync(resolveCredentialsFilepath,\"utf8\"),\n\t\t\t\tcredentialsData = $tw.utils.parseCsvStringWithHeader(credentialsText);\n\t\t\tif(typeof credentialsData === \"string\") {\n\t\t\t\treturn \"Error: \" + credentialsData + \" reading credentials from '\" + resolveCredentialsFilepath + \"'\";\n\t\t\t} else {\n\t\t\t\tthis.credentialsData = credentialsData;\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"Error: Unable to load user credentials from '\" + resolveCredentialsFilepath + \"'\";\n\t\t}\n\t}\n\t// Add the hardcoded username and password if specified\n\tif(this.server.get(\"username\") && this.server.get(\"password\")) {\n\t\tthis.credentialsData = this.credentialsData || [];\n\t\tthis.credentialsData.push({\n\t\t\tusername: this.server.get(\"username\"),\n\t\t\tpassword: this.server.get(\"password\")\n\t\t});\n\t}\n\treturn this.credentialsData.length > 0;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nBasicAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Extract the incoming username and password from the request\n\tvar header = request.headers.authorization || \"\";\n\tif(!header && state.allowAnon) {\n\t\t// If there's no header and anonymous access is allowed then we don't set authenticatedUsername\n\t\treturn true;\n\t}\n\tvar token = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tincomingUsername = parts[0],\n\t\tincomingPassword = parts[1];\n\t// Check that at least one of the credentials matches\n\tvar matchingCredentials = this.credentialsData.find(function(credential) {\n\t\treturn credential.username === incomingUsername && credential.password === incomingPassword;\n\t});\n\tif(matchingCredentials) {\n\t\t// If so, add the authenticated username to the request state\n\t\tstate.authenticatedUsername = incomingUsername;\n\t\treturn true;\n\t} else {\n\t\t// If not, return an authentication challenge\n\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\n\t\treturn false;\n\t}\n};\n\nexports.AuthenticatorClass = BasicAuthenticator;\n\n})();\n",
"type": "application/javascript",
"module-type": "authenticator"
},
"$:/core/modules/server/authenticators/header.js": {
"title": "$:/core/modules/server/authenticators/header.js",
"text": "/*\\\ntitle: $:/core/modules/server/authenticators/header.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for trusted header authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction HeaderAuthenticator(server) {\n\tthis.server = server;\n\tthis.header = server.get(\"authenticated-user-header\");\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nHeaderAuthenticator.prototype.init = function() {\n\treturn !!this.header;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nHeaderAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Otherwise, authenticate as the username in the specified header\n\tvar username = request.headers[this.header];\n\tif(!username && !state.allowAnon) {\n\t\tresponse.writeHead(401,\"Authorization header required to login to '\" + state.server.servername + \"'\");\n\t\tresponse.end();\n\t\treturn false;\n\t} else {\n\t\t// authenticatedUsername will be undefined for anonymous users\n\t\tstate.authenticatedUsername = username;\n\t\treturn true;\n\t}\n};\n\nexports.AuthenticatorClass = HeaderAuthenticator;\n\n})();\n",
"type": "application/javascript",
"module-type": "authenticator"
},
"$:/core/modules/server/routes/delete-tiddler.js": {
"title": "$:/core/modules/server/routes/delete-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/delete-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nDELETE /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"DELETE\";\n\nexports.path = /^\\/bags\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]);\n\tstate.wiki.deleteTiddler(title);\n\tresponse.writeHead(204, \"OK\", {\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-favicon.js": {
"title": "$:/core/modules/server/routes/get-favicon.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-favicon.js\ntype: application/javascript\nmodule-type: route\n\nGET /favicon.ico\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/favicon.ico$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\tresponse.end(buffer,\"base64\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-file.js": {
"title": "$:/core/modules/server/routes/get-file.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-file.js\ntype: application/javascript\nmodule-type: route\n\nGET /files/:filepath\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/files\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar path = require(\"path\"),\n\t\tfs = require(\"fs\"),\n\t\tutil = require(\"util\");\n\tvar filename = path.resolve($tw.boot.wikiPath,\"files\",decodeURIComponent(state.params[0])),\n\t\textension = path.extname(filename);\n\tfs.readFile(filename,function(err,content) {\n\t\tvar status,content,type = \"text/plain\";\n\t\tif(err) {\n\t\t\tif(err.code === \"ENOENT\") {\n\t\t\t\tstatus = 404;\n\t\t\t\tcontent = \"File '\" + filename + \"' not found\";\n\t\t\t} else if(err.code === \"EACCES\") {\n\t\t\t\tstatus = 403;\n\t\t\t\tcontent = \"You do not have permission to access the file '\" + filename + \"'\";\n\t\t\t} else {\n\t\t\t\tstatus = 500;\n\t\t\t\tcontent = err.toString();\n\t\t\t}\n\t\t} else {\n\t\t\tstatus = 200;\n\t\t\tcontent = content;\n\t\t\ttype = ($tw.config.fileExtensionInfo[extension] ? $tw.config.fileExtensionInfo[extension].type : \"application/octet-stream\");\n\t\t}\n\t\tresponse.writeHead(status,{\n\t\t\t\"Content-Type\": type\n\t\t});\n\t\tresponse.end(content);\n\t});\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-index.js": {
"title": "$:/core/modules/server/routes/get-index.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-index.js\ntype: application/javascript\nmodule-type: route\n\nGET /\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar zlib = require(\"zlib\");\n\nexports.method = \"GET\";\n\nexports.path = /^\\/$/;\n\nexports.handler = function(request,response,state) {\n\tvar acceptEncoding = request.headers[\"accept-encoding\"];\n\tif(!acceptEncoding) {\n\t\tacceptEncoding = \"\";\n\t}\n\tvar text = state.wiki.renderTiddler(state.server.get(\"root-render-type\"),state.server.get(\"root-tiddler\")),\n\t\tresponseHeaders = {\n\t\t\"Content-Type\": state.server.get(\"root-serve-type\")\n\t};\n\t/*\n\tIf the gzip=yes flag for `listen` is set, check if the user agent permits\n\tcompression. If so, compress our response. Note that we use the synchronous\n\tfunctions from zlib to stay in the imperative style. The current `Server`\n\tdoesn't depend on this, and we may just as well use the async versions.\n\t*/\n\tif(state.server.enableGzip) {\n\t\tif (/\\bdeflate\\b/.test(acceptEncoding)) {\n\t\t\tresponseHeaders[\"Content-Encoding\"] = \"deflate\";\n\t\t\ttext = zlib.deflateSync(text);\n\t\t} else if (/\\bgzip\\b/.test(acceptEncoding)) {\n\t\t\tresponseHeaders[\"Content-Encoding\"] = \"gzip\";\n\t\t\ttext = zlib.gzipSync(text);\n\t\t}\n\t}\n\tresponse.writeHead(200,responseHeaders);\n\tresponse.end(text);\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-login-basic.js": {
"title": "$:/core/modules/server/routes/get-login-basic.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-login-basic.js\ntype: application/javascript\nmodule-type: route\n\nGET /login-basic -- force a Basic Authentication challenge\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/login-basic$/;\n\nexports.handler = function(request,response,state) {\n\tif(!state.authenticatedUsername) {\n\t\t// Challenge if there's no username\n\t\tresponse.writeHead(401,{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\t\t\n\t} else {\n\t\t// Redirect to the root wiki if login worked\n\t\tresponse.writeHead(302,{\n\t\t\tLocation: \"/\"\n\t\t});\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-status.js": {
"title": "$:/core/modules/server/routes/get-status.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-status.js\ntype: application/javascript\nmodule-type: route\n\nGET /status\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/status$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar text = JSON.stringify({\n\t\tusername: state.authenticatedUsername || state.server.get(\"anon-username\") || \"\",\n\t\tanonymous: !state.authenticatedUsername,\n\t\tread_only: !state.server.isAuthorized(\"writers\",state.authenticatedUsername),\n\t\tspace: {\n\t\t\trecipe: \"default\"\n\t\t},\n\t\ttiddlywiki_version: $tw.version\n\t});\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddler-html.js": {
"title": "$:/core/modules/server/routes/get-tiddler-html.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler-html.js\ntype: application/javascript\nmodule-type: route\n\nGET /:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/([^\\/]+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar renderType = tiddler.getFieldString(\"_render_type\"),\n\t\t\trenderTemplate = tiddler.getFieldString(\"_render_template\");\n\t\t// Tiddler fields '_render_type' and '_render_template' overwrite\n\t\t// system wide settings for render type and template\n\t\tif(state.wiki.isSystemTiddler(title)) {\n\t\t\trenderType = renderType || state.server.get(\"system-tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"system-tiddler-render-template\");\n\t\t} else {\n\t\t\trenderType = renderType || state.server.get(\"tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"tiddler-render-template\");\n\t\t}\n\t\tvar text = state.wiki.renderTiddler(renderType,renderTemplate,{parseAsInline: true, variables: {currentTiddler: title}});\n\t\t// Naughty not to set a content-type, but it's the easiest way to ensure the browser will see HTML pages as HTML, and accept plain text tiddlers as CSS or JS\n\t\tresponse.writeHead(200);\n\t\tresponse.end(text,\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddler.js": {
"title": "$:/core/modules/server/routes/get-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title),\n\t\ttiddlerFields = {},\n\t\tknownFields = [\n\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t];\n\tif(tiddler) {\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\ttiddlerFields[name] = value;\n\t\t\t} else {\n\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddlers-json.js": {
"title": "$:/core/modules/server/routes/get-tiddlers-json.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddlers-json.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/tiddlers.json\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers.json$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar tiddlers = [];\n\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\tvar tiddlerFields = {};\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tif(name !== \"text\") {\n\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\ttiddlers.push(tiddlerFields);\n\t});\n\tvar text = JSON.stringify(tiddlers);\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/put-tiddler.js": {
"title": "$:/core/modules/server/routes/put-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/put-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nPUT /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"PUT\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\tfields = JSON.parse(state.data);\n\t// Pull up any subfields in the `fields` object\n\tif(fields.fields) {\n\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\tfields[name] = field;\n\t\t});\n\t\tdelete fields.fields;\n\t}\n\t// Remove any revision field\n\tif(fields.revision) {\n\t\tdelete fields.revision;\n\t}\n\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\tresponse.writeHead(204, \"OK\",{\n\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/server.js": {
"title": "$:/core/modules/server/server.js",
"text": "/*\\\ntitle: $:/core/modules/server/server.js\ntype: application/javascript\nmodule-type: library\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\n/*\nA simple HTTP server with regexp-based routes\noptions: variables - optional hashmap of variables to set (a misnomer - they are really constant parameters)\n\t\t routes - optional array of routes to use\n\t\t wiki - reference to wiki object\n*/\nfunction Server(options) {\n\tvar self = this;\n\tthis.routes = options.routes || [];\n\tthis.authenticators = options.authenticators || [];\n\tthis.wiki = options.wiki;\n\tthis.servername = $tw.utils.transliterateToSafeASCII(this.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\");\n\t// Initialise the variables\n\tthis.variables = $tw.utils.extend({},this.defaultVariables);\n\tif(options.variables) {\n\t\tfor(var variable in options.variables) {\n\t\t\tif(options.variables[variable]) {\n\t\t\t\tthis.variables[variable] = options.variables[variable];\n\t\t\t}\n\t\t}\t\t\n\t}\n\t$tw.utils.extend({},this.defaultVariables,options.variables);\n\t// Initialise CSRF\n\tthis.csrfDisable = this.get(\"csrf-disable\") === \"yes\";\n\t// Initialize Gzip compression\n\tthis.enableGzip = this.get(\"gzip\") === \"yes\";\n\t// Initialise authorization\n\tvar authorizedUserName = (this.get(\"username\") && this.get(\"password\")) ? this.get(\"username\") : \"(anon)\";\n\tthis.authorizationPrincipals = {\n\t\treaders: (this.get(\"readers\") || authorizedUserName).split(\",\").map($tw.utils.trim),\n\t\twriters: (this.get(\"writers\") || authorizedUserName).split(\",\").map($tw.utils.trim)\n\t}\n\t// Load and initialise authenticators\n\t$tw.modules.forEachModuleOfType(\"authenticator\", function(title,authenticatorDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addAuthenticator(authenticatorDefinition.AuthenticatorClass);\n\t});\n\t// Load route handlers\n\t$tw.modules.forEachModuleOfType(\"route\", function(title,routeDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addRoute(routeDefinition);\n\t});\n\t// Initialise the http vs https\n\tthis.listenOptions = null;\n\tthis.protocol = \"http\";\n\tvar tlsKeyFilepath = this.get(\"tls-key\"),\n\t\ttlsCertFilepath = this.get(\"tls-cert\");\n\tif(tlsCertFilepath && tlsKeyFilepath) {\n\t\tthis.listenOptions = {\n\t\t\tkey: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsKeyFilepath),\"utf8\"),\n\t\t\tcert: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsCertFilepath),\"utf8\")\n\t\t};\n\t\tthis.protocol = \"https\";\n\t}\n\tthis.transport = require(this.protocol);\n}\n\nServer.prototype.defaultVariables = {\n\tport: \"8080\",\n\thost: \"127.0.0.1\",\n\t\"root-tiddler\": \"$:/core/save/all\",\n\t\"root-render-type\": \"text/plain\",\n\t\"root-serve-type\": \"text/html\",\n\t\"tiddler-render-type\": \"text/html\",\n\t\"tiddler-render-template\": \"$:/core/templates/server/static.tiddler.html\",\n\t\"system-tiddler-render-type\": \"text/plain\",\n\t\"system-tiddler-render-template\": \"$:/core/templates/wikified-tiddler\",\n\t\"debug-level\": \"none\",\n\t\"gzip\": \"no\"\n};\n\nServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nServer.prototype.addAuthenticator = function(AuthenticatorClass) {\n\t// Instantiate and initialise the authenticator\n\tvar authenticator = new AuthenticatorClass(this),\n\t\tresult = authenticator.init();\n\tif(typeof result === \"string\") {\n\t\t$tw.utils.error(\"Error: \" + result);\n\t} else if(result) {\n\t\t// Only use the authenticator if it initialised successfully\n\t\tthis.authenticators.push(authenticator);\n\t}\n};\n\nServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"path-prefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length) || \"/\";\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nServer.prototype.methodMappings = {\n\t\"GET\": \"readers\",\n\t\"OPTIONS\": \"readers\",\n\t\"HEAD\": \"readers\",\n\t\"PUT\": \"writers\",\n\t\"POST\": \"writers\",\n\t\"DELETE\": \"writers\"\n};\n\n/*\nCheck whether a given user is authorized for the specified authorizationType (\"readers\" or \"writers\"). Pass null or undefined as the username to check for anonymous access\n*/\nServer.prototype.isAuthorized = function(authorizationType,username) {\n\tvar principals = this.authorizationPrincipals[authorizationType] || [];\n\treturn principals.indexOf(\"(anon)\") !== -1 || (username && (principals.indexOf(\"(authenticated)\") !== -1 || principals.indexOf(username) !== -1));\n}\n\nServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\t// Get the principals authorized to access this resource\n\tvar authorizationType = this.methodMappings[request.method] || \"readers\";\n\t// Check for the CSRF header if this is a write\n\tif(!this.csrfDisable && authorizationType === \"writers\" && request.headers[\"x-requested-with\"] !== \"TiddlyWiki\") {\n\t\tresponse.writeHead(403,\"'X-Requested-With' header required to login to '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\t\t\n\t}\n\t// Check whether anonymous access is granted\n\tstate.allowAnon = this.isAuthorized(authorizationType,null);\n\t// Authenticate with the first active authenticator\n\tif(this.authenticators.length > 0) {\n\t\tif(!this.authenticators[0].authenticateRequest(request,response,state)) {\n\t\t\t// Bail if we failed (the authenticator will have sent the response)\n\t\t\treturn;\n\t\t}\t\t\n\t}\n\t// Authorize with the authenticated username\n\tif(!this.isAuthorized(authorizationType,state.authenticatedUsername)) {\n\t\tresponse.writeHead(401,\"'\" + state.authenticatedUsername + \"' is not authorized to access '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Optionally output debug info\n\tif(self.get(\"debug-level\") !== \"none\") {\n\t\tconsole.log(\"Request path:\",JSON.stringify(state.urlInfo));\n\t\tconsole.log(\"Request headers:\",JSON.stringify(request.headers));\n\t\tconsole.log(\"authenticatedUsername:\",state.authenticatedUsername);\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Receive the request body if necessary and hand off to the route handler\n\tif(route.bodyFormat === \"stream\" || request.method === \"GET\" || request.method === \"HEAD\") {\n\t\t// Let the route handle the request stream itself\n\t\troute.handler(request,response,state);\n\t} else if(route.bodyFormat === \"string\" || !route.bodyFormat) {\n\t\t// Set the encoding for the incoming request\n\t\trequest.setEncoding(\"utf8\");\n\t\tvar data = \"\";\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata += chunk.toString();\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = data;\n\t\t\troute.handler(request,response,state);\n\t\t});\n\t} else if(route.bodyFormat === \"buffer\") {\n\t\tvar data = [];\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata.push(chunk);\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = Buffer.concat(data);\n\t\t\troute.handler(request,response,state);\n\t\t})\n\t} else {\n\t\tresponse.writeHead(400,\"Invalid bodyFormat \" + route.bodyFormat + \" in route \" + route.method + \" \" + route.path.source);\n\t\tresponse.end();\n\t}\n};\n\n/*\nListen for requests\nport: optional port number (falls back to value of \"port\" variable)\nhost: optional host address (falls back to value of \"host\" variable)\nprefix: optional prefix (falls back to value of \"path-prefix\" variable)\n*/\nServer.prototype.listen = function(port,host,prefix) {\n\t// Handle defaults for port and host\n\tport = port || this.get(\"port\");\n\thost = host || this.get(\"host\");\n\tprefix = prefix || this.get(\"path-prefix\") || \"\";\n\t// Check for the port being a string and look it up as an environment variable\n\tif(parseInt(port,10).toString() !== port) {\n\t\tport = process.env[port] || 8080;\n\t}\n\t$tw.utils.log(\"Serving on \" + this.protocol + \"://\" + host + \":\" + port + prefix,\"brown/orange\");\n\t$tw.utils.log(\"(press ctrl-C to exit)\",\"red\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\t// Listen\n\tvar server;\n\tif(this.listenOptions) {\n\t\tserver = this.transport.createServer(this.listenOptions,this.requestHandler.bind(this));\n\t} else {\n\t\tserver = this.transport.createServer(this.requestHandler.bind(this));\n\t}\n\treturn server.listen(port,host);\n};\n\nexports.Server = Server;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/browser-messaging.js": {
"title": "$:/core/modules/browser-messaging.js",
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\t// console.log(\"browser-messaging: \",document.location.toString())\n\t\t// console.log(\"browser-messaging: Received message from\",event.origin);\n\t\t// console.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"title": "$:/core/modules/startup/commands.js",
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/CSSescape.js": {
"title": "$:/core/modules/startup/CSSescape.js",
"text": "/*\\\ntitle: $:/core/modules/startup/CSSescape.js\ntype: application/javascript\nmodule-type: startup\n\nPolyfill for CSS.escape()\n\n\\*/\n(function(root,factory){\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"css-escape\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*! https://mths.be/cssescape v1.5.1 by @mathias | MIT license */\n// https://github.com/umdjs/umd/blob/master/returnExports.js\nexports.startup = factory(root);\n}(typeof global != 'undefined' ? global : this, function(root) {\n\n\tif (root.CSS && root.CSS.escape) {\n\t\treturn;\n\t}\n\n\t// https://drafts.csswg.org/cssom/#serialize-an-identifier\n\tvar cssEscape = function(value) {\n\t\tif (arguments.length == 0) {\n\t\t\tthrow new TypeError('`CSS.escape` requires an argument.');\n\t\t}\n\t\tvar string = String(value);\n\t\tvar length = string.length;\n\t\tvar index = -1;\n\t\tvar codeUnit;\n\t\tvar result = '';\n\t\tvar firstCodeUnit = string.charCodeAt(0);\n\t\twhile (++index < length) {\n\t\t\tcodeUnit = string.charCodeAt(index);\n\t\t\t// Note: there’s no need to special-case astral symbols, surrogate\n\t\t\t// pairs, or lone surrogates.\n\n\t\t\t// If the character is NULL (U+0000), then the REPLACEMENT CHARACTER\n\t\t\t// (U+FFFD).\n\t\t\tif (codeUnit == 0x0000) {\n\t\t\t\tresult += '\\uFFFD';\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tif (\n\t\t\t\t// If the character is in the range [\\1-\\1F] (U+0001 to U+001F) or is\n\t\t\t\t// U+007F, […]\n\t\t\t\t(codeUnit >= 0x0001 && codeUnit <= 0x001F) || codeUnit == 0x007F ||\n\t\t\t\t// If the character is the first character and is in the range [0-9]\n\t\t\t\t// (U+0030 to U+0039), […]\n\t\t\t\t(index == 0 && codeUnit >= 0x0030 && codeUnit <= 0x0039) ||\n\t\t\t\t// If the character is the second character and is in the range [0-9]\n\t\t\t\t// (U+0030 to U+0039) and the first character is a `-` (U+002D), […]\n\t\t\t\t(\n\t\t\t\t\tindex == 1 &&\n\t\t\t\t\tcodeUnit >= 0x0030 && codeUnit <= 0x0039 &&\n\t\t\t\t\tfirstCodeUnit == 0x002D\n\t\t\t\t)\n\t\t\t) {\n\t\t\t\t// https://drafts.csswg.org/cssom/#escape-a-character-as-code-point\n\t\t\t\tresult += '\\\\' + codeUnit.toString(16) + ' ';\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tif (\n\t\t\t\t// If the character is the first character and is a `-` (U+002D), and\n\t\t\t\t// there is no second character, […]\n\t\t\t\tindex == 0 &&\n\t\t\t\tlength == 1 &&\n\t\t\t\tcodeUnit == 0x002D\n\t\t\t) {\n\t\t\t\tresult += '\\\\' + string.charAt(index);\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// If the character is not handled by one of the above rules and is\n\t\t\t// greater than or equal to U+0080, is `-` (U+002D) or `_` (U+005F), or\n\t\t\t// is in one of the ranges [0-9] (U+0030 to U+0039), [A-Z] (U+0041 to\n\t\t\t// U+005A), or [a-z] (U+0061 to U+007A), […]\n\t\t\tif (\n\t\t\t\tcodeUnit >= 0x0080 ||\n\t\t\t\tcodeUnit == 0x002D ||\n\t\t\t\tcodeUnit == 0x005F ||\n\t\t\t\tcodeUnit >= 0x0030 && codeUnit <= 0x0039 ||\n\t\t\t\tcodeUnit >= 0x0041 && codeUnit <= 0x005A ||\n\t\t\t\tcodeUnit >= 0x0061 && codeUnit <= 0x007A\n\t\t\t) {\n\t\t\t\t// the character itself\n\t\t\t\tresult += string.charAt(index);\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// Otherwise, the escaped character.\n\t\t\t// https://drafts.csswg.org/cssom/#escape-a-character\n\t\t\tresult += '\\\\' + string.charAt(index);\n\n\t\t}\n\t\treturn result;\n\t};\n\n\tif (!root.CSS) {\n\t\troot.CSS = {};\n\t}\n\n\troot.CSS.escape = cssEscape;\n\n}));\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"title": "$:/core/modules/startup/favicon.js",
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"title": "$:/core/modules/startup/info.js",
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"title": "$:/core/modules/startup/load-modules.js",
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.wiki.addIndexersToWiki();\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"title": "$:/core/modules/startup/password.js",
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"title": "$:/core/modules/startup/render.js",
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n \t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t})();\n\t// Remove any splash screen elements\n\tvar removeList = document.querySelectorAll(\".tc-remove-when-wiki-loaded\");\n\t$tw.utils.each(removeList,function(removeItem) {\n\t\tif(removeItem.parentNode) {\n\t\t\tremoveItem.parentNode.removeChild(removeItem);\n\t\t}\n\t});\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.hooks.invokeHook(\"th-page-refreshing\");\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"title": "$:/core/modules/startup/rootwidget.js",
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject, event: event});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the copy-to-clipboard mechanism\n\t$tw.rootWidget.addEventListener(\"tm-copy-to-clipboard\",function(event) {\n\t\t$tw.utils.copyToClipboard(event.param);\n\t});\n\t// Install the tm-focus-selector message\n\t$tw.rootWidget.addEventListener(\"tm-focus-selector\",function(event) {\n\t\tvar selector = event.param || \"\",\n\t\t\telement;\n\t\ttry {\n\t\t\telement = document.querySelector(selector);\n\t\t} catch(e) {\n\t\t\tconsole.log(\"Error in selector: \",selector)\n\t\t}\n\t\tif(element && element.focus) {\n\t\t\telement.focus(event.paramObject);\n\t\t}\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tvar fullScreenDocument = event.event ? event.event.target.ownerDocument : document;\n\t\t\tif(event.param === \"enter\") {\n\t\t\t\tfullScreenDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t} else if(event.param === \"exit\") {\n\t\t\t\tfullScreenDocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tif(fullScreenDocument[fullscreen._fullscreenElement]) {\n\t\t\t\t\tfullScreenDocument[fullscreen._exitFullscreen]();\n\t\t\t\t} else {\n\t\t\t\t\tfullScreenDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t\t}\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"title": "$:/core/modules/startup.js",
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.platform);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\t$tw.rootWidget = new widget.widget({\n\t\ttype: \"widget\",\n\t\tchildren: []\n\t},{\n\t\twiki: $tw.wiki,\n\t\tdocument: $tw.browser ? document : $tw.fakeDocument\n\t});\n\t// Execute any startup actions\n\tvar executeStartupTiddlers = function(tag) {\n\t\t$tw.utils.each($tw.wiki.filterTiddlers(\"[all[shadows+tiddlers]tag[\" + tag + \"]!has[draft.of]]\"),function(title) {\n\t\t\t$tw.rootWidget.invokeActionString($tw.wiki.getTiddlerText(title),$tw.rootWidget);\n\t\t});\n\t};\n\texecuteStartupTiddlers(\"$:/tags/StartupAction\");\n\tif($tw.browser) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Browser\");\t\t\n\t}\n\tif($tw.node) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Node\");\t\t\n\t}\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-GB\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Listen for shortcuts\n\tif($tw.browser) {\n\t\t$tw.utils.addEventListeners(document,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t}]);\n\t}\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({\n\t\twiki: $tw.wiki,\n\t\tdirtyTracking: !$tw.syncadaptor,\n\t\tpreloadDirty: $tw.boot.preloadDirty || []\n\t});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"title": "$:/core/modules/startup/story.js",
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\nvar CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD = \"$:/config/Navigation/Permalinkview/CopyToClipboard\"; // Can be \"yes\" (default) or \"no\"\nvar CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/Permalinkview/UpdateAddressBar\"; // Can be \"yes\" (default) or \"no\"\n\n\n// Links to help, if there is no param\nvar HELP_OPEN_EXTERNAL_WINDOW = \"http://tiddlywiki.com/#WidgetMessage%3A%20tm-open-external-window\";\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers({\n\t\tdisableHistory: $tw.boot.disableStartupNavigation\n\t});\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for tm-open-external-window message\n\t\t$tw.rootWidget.addEventListener(\"tm-open-external-window\",function(event) {\n\t\t\tvar paramObject = event.paramObject || {},\n\t\t\t\tstrUrl = event.param || HELP_OPEN_EXTERNAL_WINDOW,\n\t\t\t\tstrWindowName = paramObject.windowName,\n\t\t\t\tstrWindowFeatures = paramObject.windowFeatures;\n\t\t\twindow.open(strUrl, strWindowName, strWindowFeatures);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\"\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\"\n\t\t\t});\t\t\t\t\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndisableHistory: if true $:/History is NOT updated\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// Update history\n\tif(!options.disableHistory) {\n\t\t// If a target tiddler was specified add it to the history stack\n\t\tif(target && target !== \"\") {\n\t\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t\t}\n\t\t\t$tw.wiki.addToHistory(target);\n\t\t} else if(storyList.length > 0) {\n\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t}\t\t\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.copyToClipboard: \"permalink\", \"permaview\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\t// Get the story and the history stack\n\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\ttargetTiddler = \"\";\n\tif(options.targetTiddler) {\n\t\ttargetTiddler = options.targetTiddler;\n\t} else {\n\t\t// The target tiddler is the one at the top of the stack\n\t\tif(historyList.length > 0) {\n\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t}\n\t\t// Blank the target tiddler if it isn't present in the story\n\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\ttargetTiddler = \"\";\n\t\t}\n\t}\n\t// Assemble the location hash\n\tswitch(options.updateAddressBar) {\n\t\tcase \"permalink\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t\tbreak;\n\t}\n\t// Copy URL to the clipboard\n\tswitch(options.copyToClipboard) {\n\t\tcase \"permalink\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler));\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList)));\n\t\t\tbreak;\n\t}\n\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\tif(options.updateHistory === \"yes\") {\n\t\t\t// Assign the location hash so that history is updated\n\t\t\twindow.location.hash = $tw.locationHash;\n\t\t} else {\n\t\t\t// We use replace so that browser history isn't affected\n\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t}\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"title": "$:/core/modules/startup/windows.js",
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\twindowTitle = paramObject.windowTitle || title,\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow,\n\t\t srcDocument;\n\t\t// In case that popup blockers deny opening a new window\n\t\ttry {\n\t\t\tsrcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\t}\n\t\tcatch(e) {\n\t\t\treturn;\n\t\t}\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = windowTitle;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\t// Listen for keyboard shortcuts\n\t\t$tw.utils.addEventListeners(srcDocument,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t},{\n\t\t\tname: \"click\",\n\t\t\thandlerObject: $tw.popup,\n\t\t\thandlerMethod: \"handleEvent\"\n\t\t}]);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/story.js": {
"title": "$:/core/modules/story.js",
"text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/storyviews/classic.js": {
"title": "$:/core/modules/storyviews/classic.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration()\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\tif(duration) {\n\t\t// Scroll the node into view\n\t\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\t\n\t} else {\n\t\ttargetElement.scrollIntoView();\n\t}\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tif(duration) {\n\t\tvar targetElement = widget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(targetElement instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\t// Get the current height of the tiddler\n\t\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t\t// Reset the margin once the transition is over\n\t\tsetTimeout(function() {\n\t\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t\t{transition: \"none\"},\n\t\t\t\t{marginBottom: \"\"}\n\t\t\t]);\n\t\t},duration);\n\t\t// Set up the initial position of the element\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t\t{opacity: \"0.0\"}\n\t\t]);\n\t\t$tw.utils.forceLayout(targetElement);\n\t\t// Transition to the final position\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t\t{opacity: \"1.0\"}\n\t]);\n\t}\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tif(duration) {\n\t\tvar targetElement = widget.findFirstDomNode(),\n\t\t\tremoveElement = function() {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t};\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(targetElement instanceof Element)) {\n\t\t\tremoveElement();\n\t\t\treturn;\n\t\t}\n\t\t// Get the current height of the tiddler\n\t\tvar currWidth = targetElement.offsetWidth,\n\t\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t\t// Remove the dom nodes of the widget at the end of the transition\n\t\tsetTimeout(removeElement,duration);\n\t\t// Animate the closure\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"translateX(0px)\"},\n\t\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t\t{opacity: \"1.0\"}\n\t\t]);\n\t\t$tw.utils.forceLayout(targetElement);\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t\t{opacity: \"0.0\"}\n\t\t]);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"title": "$:/core/modules/storyviews/pop.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t\t$tw.utils.setStyle(widget.document.body,[\n\t\t\t{\"overflow-x\": \"\"}\n\t\t]);\n\t},duration);\n\t// Prevent the page from overscrolling due to the zoom factor\n\t$tw.utils.setStyle(widget.document.body,[\n\t\t{\"overflow-x\": \"hidden\"}\n\t]);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement && targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"title": "$:/core/modules/storyviews/zoomin.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"title": "$:/core/modules/syncer.js",
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleIsAnonymous = \"$:/status/IsAnonymous\";\nSyncer.prototype.titleIsReadOnly = \"$:/status/IsReadOnly\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSyncPollingInterval = \"$:/config/SyncPollingInterval\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.disableUI = !!options.disableUI;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || this.throttleInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || parseInt(this.wiki.getTiddlerText(this.titleSyncPollingInterval,\"\"),10) || this.pollTimerInterval;\n\tthis.logging = \"logging\" in options ? options.logging : true;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\") + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"),{\n\t\t\tcolour: \"cyan\",\n\t\t\tenable: this.logging\n\t\t});\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser && !this.disableUI) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tif(!this.disableUI) {\n\t\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\t\tself.handleLazyLoadEvent(title);\n\t\t});\t\t\n\t}\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser && !this.disableUI) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields,hasBeenLazyLoaded) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: hasBeenLazyLoaded !== undefined ? hasBeenLazyLoaded : true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username,isReadOnly,isAnonymous) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsReadOnly,text: isReadOnly ? \"yes\" : \"no\"});\n\t\t\tself.wiki.addTiddler({title: self.titleIsAnonymous,text: isAnonymous ? \"yes\" : \"no\"});\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields,false);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\t// Don't lazy load if the tiddler isn't included in the sync filter\n\t\tif(this.filterFn.call(this.wiki).indexOf(title) !== -1) {\n\t\t\tthis.createTiddlerInfo(title);\n\t\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t\t// Queue up a sync task to load this tiddler\n\t\t\tthis.enqueueSyncTask({\n\t\t\t\ttype: \"load\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields,true);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"title": "$:/core/modules/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet the value of a field as a list\n*/\nexports.getFieldList = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn [];\n\t}\n\treturn $tw.utils.parseStringArray(value);\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [],\n\t\tfields = Object.keys(this.fields).sort(),\n\t\tresult = [];\n\tfor(var t=0; t<fields.length; t++) {\n\t\tvar field = fields[t];\n\t\tif(exclude.indexOf(field) === -1) {\n\t\t\tresult.push(field + \": \" + this.getFieldString(field));\n\t\t}\n\t}\n\treturn result.join(\"\\n\");\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"title": "$:/core/modules/upgraders/plugins.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"title": "$:/core/modules/upgraders/system.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\",\"$:/Import\"],\n\tWARN_IMPORT_PREFIX_LIST = [\"$:/core/modules/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tshowAlert = false;\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor(var t=0; t<WARN_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = WARN_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix && wiki.isShadowTiddler(title)) {\n\t\t\t\t\tshowAlert = true;\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Warning\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\tif(showAlert) {\n\t\tvar logger = new $tw.utils.Logger(\"import\");\n\t\tlogger.alert($tw.language.getString(\"Import/Upgrader/System/Alert\"));\n\t}\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"title": "$:/core/modules/upgraders/themetweaks.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/base64-utf8/base64-utf8.module.js": {
"text": "(function(){// From https://gist.github.com/Nijikokun/5192472\n//\n// UTF8 Module\n//\n// Cleaner and modularized utf-8 encoding and decoding library for javascript.\n//\n// copyright: MIT\n// author: Nijiko Yonskai, @nijikokun, nijikokun@gmail.com\n!function(r,e,o,t){void 0!==o.module&&o.module.exports?o.module.exports=e.apply(o):void 0!==o.define&&\"function\"===o.define&&o.define.amd?define(\"utf8\",[],e):o.utf8=e.apply(o)}(0,function(){return{encode:function(r){if(\"string\"!=typeof r)return r;r=r.replace(/\\r\\n/g,\"\\n\");for(var e,o=\"\",t=0;t<r.length;t++)(e=r.charCodeAt(t))<128?o+=String.fromCharCode(e):e>127&&e<2048?(o+=String.fromCharCode(e>>6|192),o+=String.fromCharCode(63&e|128)):(o+=String.fromCharCode(e>>12|224),o+=String.fromCharCode(e>>6&63|128),o+=String.fromCharCode(63&e|128));return o},decode:function(r){if(\"string\"!=typeof r)return r;for(var e=\"\",o=0,t=0;o<r.length;)(t=r.charCodeAt(o))<128?(e+=String.fromCharCode(t),o++):t>191&&t<224?(e+=String.fromCharCode((31&t)<<6|63&r.charCodeAt(o+1)),o+=2):(e+=String.fromCharCode((15&t)<<12|(63&r.charCodeAt(o+1))<<6|63&r.charCodeAt(o+2)),o+=3);return e}}},this),function(r,e,o,t){if(void 0!==o.module&&o.module.exports){if(t&&o.require)for(var n=0;n<t.length;n++)o[t[n]]=o.require(t[n]);o.module.exports=e.apply(o)}else void 0!==o.define&&\"function\"===o.define&&o.define.amd?define(\"base64\",t||[],e):o.base64=e.apply(o)}(0,function(r){var e=r||this.utf8,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";return{encode:function(r){if(void 0===e)throw{error:\"MissingMethod\",message:\"UTF8 Module is missing.\"};if(\"string\"!=typeof r)return r;r=e.encode(r);for(var t,n,i,d,f,a,h,c=\"\",u=0;u<r.length;)d=(t=r.charCodeAt(u++))>>2,f=(3&t)<<4|(n=r.charCodeAt(u++))>>4,a=(15&n)<<2|(i=r.charCodeAt(u++))>>6,h=63&i,isNaN(n)?a=h=64:isNaN(i)&&(h=64),c+=o.charAt(d)+o.charAt(f)+o.charAt(a)+o.charAt(h);return c},decode:function(r){if(void 0===e)throw{error:\"MissingMethod\",message:\"UTF8 Module is missing.\"};if(\"string\"!=typeof r)return r;r=r.replace(/[^A-Za-z0-9\\+\\/\\=]/g,\"\");for(var t,n,i,d,f,a,h=\"\",c=0;c<r.length;)t=o.indexOf(r.charAt(c++))<<2|(d=o.indexOf(r.charAt(c++)))>>4,n=(15&d)<<4|(f=o.indexOf(r.charAt(c++)))>>2,i=(3&f)<<6|(a=o.indexOf(r.charAt(c++))),h+=String.fromCharCode(t),64!=f&&(h+=String.fromCharCode(n)),64!=a&&(h+=String.fromCharCode(i));return e.decode(h)}}},this,[\"utf8\"]);}).call(exports);",
"type": "application/javascript",
"title": "$:/core/modules/utils/base64-utf8/base64-utf8.module.js",
"module-type": "library"
},
"$:/core/modules/utils/crypto.js": {
"title": "$:/core/modules/utils/crypto.js",
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/csv.js": {
"title": "$:/core/modules/utils/csv.js",
"text": "/*\\\ntitle: $:/core/modules/utils/csv.js\ntype: application/javascript\nmodule-type: utils\n\nA barebones CSV parser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a CSV string with a header row and return an array of hashmaps.\n*/\nexports.parseCsvStringWithHeader = function(text,options) {\n\toptions = options || {};\n\tvar separator = options.separator || \",\",\n\t\trows = text.split(/\\r?\\n/mg).map(function(row) {\n\t\t\treturn $tw.utils.trim(row);\n\t\t}).filter(function(row) {\n\t\t\treturn row !== \"\";\n\t\t});\n\tif(rows.length < 1) {\n\t\treturn \"Missing header row\";\n\t}\n\tvar headings = rows[0].split(separator),\n\t\tresults = [];\n\tfor(var row=1; row<rows.length; row++) {\n\t\tvar columns = rows[row].split(separator),\n\t\t\tcolumnResult = Object.create(null);\n\t\tif(columns.length !== headings.length) {\n\t\t\treturn \"Malformed CSV row '\" + rows[row] + \"'\";\n\t\t}\n\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\tvar columnName = headings[column];\n\t\t\tcolumnResult[columnName] = $tw.utils.trim(columns[column] || \"\");\n\t\t}\n\t\tresults.push(columnResult);\t\t\t\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/diff-match-patch/diff_match_patch.js": {
"text": "(function(){function diff_match_patch(){this.Diff_Timeout=1;this.Diff_EditCost=4;this.Match_Threshold=.5;this.Match_Distance=1E3;this.Patch_DeleteThreshold=.5;this.Patch_Margin=4;this.Match_MaxBits=32}var DIFF_DELETE=-1,DIFF_INSERT=1,DIFF_EQUAL=0;\ndiff_match_patch.prototype.diff_main=function(a,b,c,d){\"undefined\"==typeof d&&(d=0>=this.Diff_Timeout?Number.MAX_VALUE:(new Date).getTime()+1E3*this.Diff_Timeout);if(null==a||null==b)throw Error(\"Null input. (diff_main)\");if(a==b)return a?[[DIFF_EQUAL,a]]:[];\"undefined\"==typeof c&&(c=!0);var e=c,f=this.diff_commonPrefix(a,b);c=a.substring(0,f);a=a.substring(f);b=b.substring(f);f=this.diff_commonSuffix(a,b);var g=a.substring(a.length-f);a=a.substring(0,a.length-f);b=b.substring(0,b.length-f);a=this.diff_compute_(a,\nb,e,d);c&&a.unshift([DIFF_EQUAL,c]);g&&a.push([DIFF_EQUAL,g]);this.diff_cleanupMerge(a);return a};\ndiff_match_patch.prototype.diff_compute_=function(a,b,c,d){if(!a)return[[DIFF_INSERT,b]];if(!b)return[[DIFF_DELETE,a]];var e=a.length>b.length?a:b,f=a.length>b.length?b:a,g=e.indexOf(f);return-1!=g?(c=[[DIFF_INSERT,e.substring(0,g)],[DIFF_EQUAL,f],[DIFF_INSERT,e.substring(g+f.length)]],a.length>b.length&&(c[0][0]=c[2][0]=DIFF_DELETE),c):1==f.length?[[DIFF_DELETE,a],[DIFF_INSERT,b]]:(e=this.diff_halfMatch_(a,b))?(b=e[1],f=e[3],a=e[4],e=this.diff_main(e[0],e[2],c,d),c=this.diff_main(b,f,c,d),e.concat([[DIFF_EQUAL,\na]],c)):c&&100<a.length&&100<b.length?this.diff_lineMode_(a,b,d):this.diff_bisect_(a,b,d)};\ndiff_match_patch.prototype.diff_lineMode_=function(a,b,c){var d=this.diff_linesToChars_(a,b);a=d.chars1;b=d.chars2;d=d.lineArray;a=this.diff_main(a,b,!1,c);this.diff_charsToLines_(a,d);this.diff_cleanupSemantic(a);a.push([DIFF_EQUAL,\"\"]);for(var e=d=b=0,f=\"\",g=\"\";b<a.length;){switch(a[b][0]){case DIFF_INSERT:e++;g+=a[b][1];break;case DIFF_DELETE:d++;f+=a[b][1];break;case DIFF_EQUAL:if(1<=d&&1<=e){a.splice(b-d-e,d+e);b=b-d-e;d=this.diff_main(f,g,!1,c);for(e=d.length-1;0<=e;e--)a.splice(b,0,d[e]);b+=\nd.length}d=e=0;g=f=\"\"}b++}a.pop();return a};\ndiff_match_patch.prototype.diff_bisect_=function(a,b,c){for(var d=a.length,e=b.length,f=Math.ceil((d+e)/2),g=2*f,h=Array(g),l=Array(g),k=0;k<g;k++)h[k]=-1,l[k]=-1;h[f+1]=0;l[f+1]=0;k=d-e;for(var m=0!=k%2,p=0,x=0,w=0,q=0,t=0;t<f&&!((new Date).getTime()>c);t++){for(var v=-t+p;v<=t-x;v+=2){var n=f+v;var r=v==-t||v!=t&&h[n-1]<h[n+1]?h[n+1]:h[n-1]+1;for(var y=r-v;r<d&&y<e&&a.charAt(r)==b.charAt(y);)r++,y++;h[n]=r;if(r>d)x+=2;else if(y>e)p+=2;else if(m&&(n=f+k-v,0<=n&&n<g&&-1!=l[n])){var u=d-l[n];if(r>=\nu)return this.diff_bisectSplit_(a,b,r,y,c)}}for(v=-t+w;v<=t-q;v+=2){n=f+v;u=v==-t||v!=t&&l[n-1]<l[n+1]?l[n+1]:l[n-1]+1;for(r=u-v;u<d&&r<e&&a.charAt(d-u-1)==b.charAt(e-r-1);)u++,r++;l[n]=u;if(u>d)q+=2;else if(r>e)w+=2;else if(!m&&(n=f+k-v,0<=n&&n<g&&-1!=h[n]&&(r=h[n],y=f+r-n,u=d-u,r>=u)))return this.diff_bisectSplit_(a,b,r,y,c)}}return[[DIFF_DELETE,a],[DIFF_INSERT,b]]};\ndiff_match_patch.prototype.diff_bisectSplit_=function(a,b,c,d,e){var f=a.substring(0,c),g=b.substring(0,d);a=a.substring(c);b=b.substring(d);f=this.diff_main(f,g,!1,e);e=this.diff_main(a,b,!1,e);return f.concat(e)};\ndiff_match_patch.prototype.diff_linesToChars_=function(a,b){function c(a){for(var b=\"\",c=0,f=-1,g=d.length;f<a.length-1;){f=a.indexOf(\"\\n\",c);-1==f&&(f=a.length-1);var h=a.substring(c,f+1);c=f+1;(e.hasOwnProperty?e.hasOwnProperty(h):void 0!==e[h])?b+=String.fromCharCode(e[h]):(b+=String.fromCharCode(g),e[h]=g,d[g++]=h)}return b}var d=[],e={};d[0]=\"\";var f=c(a),g=c(b);return{chars1:f,chars2:g,lineArray:d}};\ndiff_match_patch.prototype.diff_charsToLines_=function(a,b){for(var c=0;c<a.length;c++){for(var d=a[c][1],e=[],f=0;f<d.length;f++)e[f]=b[d.charCodeAt(f)];a[c][1]=e.join(\"\")}};diff_match_patch.prototype.diff_commonPrefix=function(a,b){if(!a||!b||a.charAt(0)!=b.charAt(0))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(f,e)==b.substring(f,e)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonSuffix=function(a,b){if(!a||!b||a.charAt(a.length-1)!=b.charAt(b.length-1))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(a.length-e,a.length-f)==b.substring(b.length-e,b.length-f)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonOverlap_=function(a,b){var c=a.length,d=b.length;if(0==c||0==d)return 0;c>d?a=a.substring(c-d):c<d&&(b=b.substring(0,c));c=Math.min(c,d);if(a==b)return c;d=0;for(var e=1;;){var f=a.substring(c-e);f=b.indexOf(f);if(-1==f)return d;e+=f;if(0==f||a.substring(c-e)==b.substring(0,e))d=e,e++}};\ndiff_match_patch.prototype.diff_halfMatch_=function(a,b){function c(a,b,c){for(var d=a.substring(c,c+Math.floor(a.length/4)),e=-1,g=\"\",h,k,l,m;-1!=(e=b.indexOf(d,e+1));){var p=f.diff_commonPrefix(a.substring(c),b.substring(e)),u=f.diff_commonSuffix(a.substring(0,c),b.substring(0,e));g.length<u+p&&(g=b.substring(e-u,e)+b.substring(e,e+p),h=a.substring(0,c-u),k=a.substring(c+p),l=b.substring(0,e-u),m=b.substring(e+p))}return 2*g.length>=a.length?[h,k,l,m,g]:null}if(0>=this.Diff_Timeout)return null;\nvar d=a.length>b.length?a:b,e=a.length>b.length?b:a;if(4>d.length||2*e.length<d.length)return null;var f=this,g=c(d,e,Math.ceil(d.length/4));d=c(d,e,Math.ceil(d.length/2));if(g||d)g=d?g?g[4].length>d[4].length?g:d:d:g;else return null;if(a.length>b.length){d=g[0];e=g[1];var h=g[2];var l=g[3]}else h=g[0],l=g[1],d=g[2],e=g[3];return[d,e,h,l,g[4]]};\ndiff_match_patch.prototype.diff_cleanupSemantic=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=0,h=0,l=0,k=0;f<a.length;)a[f][0]==DIFF_EQUAL?(c[d++]=f,g=l,h=k,k=l=0,e=a[f][1]):(a[f][0]==DIFF_INSERT?l+=a[f][1].length:k+=a[f][1].length,e&&e.length<=Math.max(g,h)&&e.length<=Math.max(l,k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,d--,f=0<d?c[d-1]:-1,k=l=h=g=0,e=null,b=!0)),f++;b&&this.diff_cleanupMerge(a);this.diff_cleanupSemanticLossless(a);for(f=1;f<a.length;){if(a[f-1][0]==\nDIFF_DELETE&&a[f][0]==DIFF_INSERT){b=a[f-1][1];c=a[f][1];d=this.diff_commonOverlap_(b,c);e=this.diff_commonOverlap_(c,b);if(d>=e){if(d>=b.length/2||d>=c.length/2)a.splice(f,0,[DIFF_EQUAL,c.substring(0,d)]),a[f-1][1]=b.substring(0,b.length-d),a[f+1][1]=c.substring(d),f++}else if(e>=b.length/2||e>=c.length/2)a.splice(f,0,[DIFF_EQUAL,b.substring(0,e)]),a[f-1][0]=DIFF_INSERT,a[f-1][1]=c.substring(0,c.length-e),a[f+1][0]=DIFF_DELETE,a[f+1][1]=b.substring(e),f++;f++}f++}};\ndiff_match_patch.prototype.diff_cleanupSemanticLossless=function(a){function b(a,b){if(!a||!b)return 6;var c=a.charAt(a.length-1),d=b.charAt(0),e=c.match(diff_match_patch.nonAlphaNumericRegex_),f=d.match(diff_match_patch.nonAlphaNumericRegex_),g=e&&c.match(diff_match_patch.whitespaceRegex_),h=f&&d.match(diff_match_patch.whitespaceRegex_);c=g&&c.match(diff_match_patch.linebreakRegex_);d=h&&d.match(diff_match_patch.linebreakRegex_);var k=c&&a.match(diff_match_patch.blanklineEndRegex_),l=d&&b.match(diff_match_patch.blanklineStartRegex_);\nreturn k||l?5:c||d?4:e&&!g&&h?3:g||h?2:e||f?1:0}for(var c=1;c<a.length-1;){if(a[c-1][0]==DIFF_EQUAL&&a[c+1][0]==DIFF_EQUAL){var d=a[c-1][1],e=a[c][1],f=a[c+1][1],g=this.diff_commonSuffix(d,e);if(g){var h=e.substring(e.length-g);d=d.substring(0,d.length-g);e=h+e.substring(0,e.length-g);f=h+f}g=d;h=e;for(var l=f,k=b(d,e)+b(e,f);e.charAt(0)===f.charAt(0);){d+=e.charAt(0);e=e.substring(1)+f.charAt(0);f=f.substring(1);var m=b(d,e)+b(e,f);m>=k&&(k=m,g=d,h=e,l=f)}a[c-1][1]!=g&&(g?a[c-1][1]=g:(a.splice(c-\n1,1),c--),a[c][1]=h,l?a[c+1][1]=l:(a.splice(c+1,1),c--))}c++}};diff_match_patch.nonAlphaNumericRegex_=/[^a-zA-Z0-9]/;diff_match_patch.whitespaceRegex_=/\\s/;diff_match_patch.linebreakRegex_=/[\\r\\n]/;diff_match_patch.blanklineEndRegex_=/\\n\\r?\\n$/;diff_match_patch.blanklineStartRegex_=/^\\r?\\n\\r?\\n/;\ndiff_match_patch.prototype.diff_cleanupEfficiency=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=!1,h=!1,l=!1,k=!1;f<a.length;)a[f][0]==DIFF_EQUAL?(a[f][1].length<this.Diff_EditCost&&(l||k)?(c[d++]=f,g=l,h=k,e=a[f][1]):(d=0,e=null),l=k=!1):(a[f][0]==DIFF_DELETE?k=!0:l=!0,e&&(g&&h&&l&&k||e.length<this.Diff_EditCost/2&&3==g+h+l+k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,e=null,g&&h?(l=k=!0,d=0):(d--,f=0<d?c[d-1]:-1,l=k=!1),b=!0)),f++;b&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_cleanupMerge=function(a){a.push([DIFF_EQUAL,\"\"]);for(var b=0,c=0,d=0,e=\"\",f=\"\",g;b<a.length;)switch(a[b][0]){case DIFF_INSERT:d++;f+=a[b][1];b++;break;case DIFF_DELETE:c++;e+=a[b][1];b++;break;case DIFF_EQUAL:1<c+d?(0!==c&&0!==d&&(g=this.diff_commonPrefix(f,e),0!==g&&(0<b-c-d&&a[b-c-d-1][0]==DIFF_EQUAL?a[b-c-d-1][1]+=f.substring(0,g):(a.splice(0,0,[DIFF_EQUAL,f.substring(0,g)]),b++),f=f.substring(g),e=e.substring(g)),g=this.diff_commonSuffix(f,e),0!==g&&(a[b][1]=f.substring(f.length-\ng)+a[b][1],f=f.substring(0,f.length-g),e=e.substring(0,e.length-g))),0===c?a.splice(b-d,c+d,[DIFF_INSERT,f]):0===d?a.splice(b-c,c+d,[DIFF_DELETE,e]):a.splice(b-c-d,c+d,[DIFF_DELETE,e],[DIFF_INSERT,f]),b=b-c-d+(c?1:0)+(d?1:0)+1):0!==b&&a[b-1][0]==DIFF_EQUAL?(a[b-1][1]+=a[b][1],a.splice(b,1)):b++,c=d=0,f=e=\"\"}\"\"===a[a.length-1][1]&&a.pop();c=!1;for(b=1;b<a.length-1;)a[b-1][0]==DIFF_EQUAL&&a[b+1][0]==DIFF_EQUAL&&(a[b][1].substring(a[b][1].length-a[b-1][1].length)==a[b-1][1]?(a[b][1]=a[b-1][1]+a[b][1].substring(0,\na[b][1].length-a[b-1][1].length),a[b+1][1]=a[b-1][1]+a[b+1][1],a.splice(b-1,1),c=!0):a[b][1].substring(0,a[b+1][1].length)==a[b+1][1]&&(a[b-1][1]+=a[b+1][1],a[b][1]=a[b][1].substring(a[b+1][1].length)+a[b+1][1],a.splice(b+1,1),c=!0)),b++;c&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_xIndex=function(a,b){var c=0,d=0,e=0,f=0,g;for(g=0;g<a.length;g++){a[g][0]!==DIFF_INSERT&&(c+=a[g][1].length);a[g][0]!==DIFF_DELETE&&(d+=a[g][1].length);if(c>b)break;e=c;f=d}return a.length!=g&&a[g][0]===DIFF_DELETE?f:f+(b-e)};\ndiff_match_patch.prototype.diff_prettyHtml=function(a){for(var b=[],c=/&/g,d=/</g,e=/>/g,f=/\\n/g,g=0;g<a.length;g++){var h=a[g][0],l=a[g][1].replace(c,\"&\").replace(d,\"<\").replace(e,\">\").replace(f,\"¶<br>\");switch(h){case DIFF_INSERT:b[g]='<ins style=\"background:#e6ffe6;\">'+l+\"</ins>\";break;case DIFF_DELETE:b[g]='<del style=\"background:#ffe6e6;\">'+l+\"</del>\";break;case DIFF_EQUAL:b[g]=\"<span>\"+l+\"</span>\"}}return b.join(\"\")};\ndiff_match_patch.prototype.diff_text1=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_INSERT&&(b[c]=a[c][1]);return b.join(\"\")};diff_match_patch.prototype.diff_text2=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_DELETE&&(b[c]=a[c][1]);return b.join(\"\")};\ndiff_match_patch.prototype.diff_levenshtein=function(a){for(var b=0,c=0,d=0,e=0;e<a.length;e++){var f=a[e][1];switch(a[e][0]){case DIFF_INSERT:c+=f.length;break;case DIFF_DELETE:d+=f.length;break;case DIFF_EQUAL:b+=Math.max(c,d),d=c=0}}return b+=Math.max(c,d)};\ndiff_match_patch.prototype.diff_toDelta=function(a){for(var b=[],c=0;c<a.length;c++)switch(a[c][0]){case DIFF_INSERT:b[c]=\"+\"+encodeURI(a[c][1]);break;case DIFF_DELETE:b[c]=\"-\"+a[c][1].length;break;case DIFF_EQUAL:b[c]=\"=\"+a[c][1].length}return b.join(\"\\t\").replace(/%20/g,\" \")};\ndiff_match_patch.prototype.diff_fromDelta=function(a,b){for(var c=[],d=0,e=0,f=b.split(/\\t/g),g=0;g<f.length;g++){var h=f[g].substring(1);switch(f[g].charAt(0)){case \"+\":try{c[d++]=[DIFF_INSERT,decodeURI(h)]}catch(k){throw Error(\"Illegal escape in diff_fromDelta: \"+h);}break;case \"-\":case \"=\":var l=parseInt(h,10);if(isNaN(l)||0>l)throw Error(\"Invalid number in diff_fromDelta: \"+h);h=a.substring(e,e+=l);\"=\"==f[g].charAt(0)?c[d++]=[DIFF_EQUAL,h]:c[d++]=[DIFF_DELETE,h];break;default:if(f[g])throw Error(\"Invalid diff operation in diff_fromDelta: \"+\nf[g]);}}if(e!=a.length)throw Error(\"Delta length (\"+e+\") does not equal source text length (\"+a.length+\").\");return c};diff_match_patch.prototype.match_main=function(a,b,c){if(null==a||null==b||null==c)throw Error(\"Null input. (match_main)\");c=Math.max(0,Math.min(c,a.length));return a==b?0:a.length?a.substring(c,c+b.length)==b?c:this.match_bitap_(a,b,c):-1};\ndiff_match_patch.prototype.match_bitap_=function(a,b,c){function d(a,d){var e=a/b.length,g=Math.abs(c-d);return f.Match_Distance?e+g/f.Match_Distance:g?1:e}if(b.length>this.Match_MaxBits)throw Error(\"Pattern too long for this browser.\");var e=this.match_alphabet_(b),f=this,g=this.Match_Threshold,h=a.indexOf(b,c);-1!=h&&(g=Math.min(d(0,h),g),h=a.lastIndexOf(b,c+b.length),-1!=h&&(g=Math.min(d(0,h),g)));var l=1<<b.length-1;h=-1;for(var k,m,p=b.length+a.length,x,w=0;w<b.length;w++){k=0;for(m=p;k<m;)d(w,\nc+m)<=g?k=m:p=m,m=Math.floor((p-k)/2+k);p=m;k=Math.max(1,c-m+1);var q=Math.min(c+m,a.length)+b.length;m=Array(q+2);for(m[q+1]=(1<<w)-1;q>=k;q--){var t=e[a.charAt(q-1)];m[q]=0===w?(m[q+1]<<1|1)&t:(m[q+1]<<1|1)&t|(x[q+1]|x[q])<<1|1|x[q+1];if(m[q]&l&&(t=d(w,q-1),t<=g))if(g=t,h=q-1,h>c)k=Math.max(1,2*c-h);else break}if(d(w+1,c)>g)break;x=m}return h};\ndiff_match_patch.prototype.match_alphabet_=function(a){for(var b={},c=0;c<a.length;c++)b[a.charAt(c)]=0;for(c=0;c<a.length;c++)b[a.charAt(c)]|=1<<a.length-c-1;return b};\ndiff_match_patch.prototype.patch_addContext_=function(a,b){if(0!=b.length){for(var c=b.substring(a.start2,a.start2+a.length1),d=0;b.indexOf(c)!=b.lastIndexOf(c)&&c.length<this.Match_MaxBits-this.Patch_Margin-this.Patch_Margin;)d+=this.Patch_Margin,c=b.substring(a.start2-d,a.start2+a.length1+d);d+=this.Patch_Margin;(c=b.substring(a.start2-d,a.start2))&&a.diffs.unshift([DIFF_EQUAL,c]);(d=b.substring(a.start2+a.length1,a.start2+a.length1+d))&&a.diffs.push([DIFF_EQUAL,d]);a.start1-=c.length;a.start2-=\nc.length;a.length1+=c.length+d.length;a.length2+=c.length+d.length}};\ndiff_match_patch.prototype.patch_make=function(a,b,c){if(\"string\"==typeof a&&\"string\"==typeof b&&\"undefined\"==typeof c){var d=a;b=this.diff_main(d,b,!0);2<b.length&&(this.diff_cleanupSemantic(b),this.diff_cleanupEfficiency(b))}else if(a&&\"object\"==typeof a&&\"undefined\"==typeof b&&\"undefined\"==typeof c)b=a,d=this.diff_text1(b);else if(\"string\"==typeof a&&b&&\"object\"==typeof b&&\"undefined\"==typeof c)d=a;else if(\"string\"==typeof a&&\"string\"==typeof b&&c&&\"object\"==typeof c)d=a,b=c;else throw Error(\"Unknown call format to patch_make.\");\nif(0===b.length)return[];c=[];a=new diff_match_patch.patch_obj;for(var e=0,f=0,g=0,h=d,l=0;l<b.length;l++){var k=b[l][0],m=b[l][1];e||k===DIFF_EQUAL||(a.start1=f,a.start2=g);switch(k){case DIFF_INSERT:a.diffs[e++]=b[l];a.length2+=m.length;d=d.substring(0,g)+m+d.substring(g);break;case DIFF_DELETE:a.length1+=m.length;a.diffs[e++]=b[l];d=d.substring(0,g)+d.substring(g+m.length);break;case DIFF_EQUAL:m.length<=2*this.Patch_Margin&&e&&b.length!=l+1?(a.diffs[e++]=b[l],a.length1+=m.length,a.length2+=m.length):\nm.length>=2*this.Patch_Margin&&e&&(this.patch_addContext_(a,h),c.push(a),a=new diff_match_patch.patch_obj,e=0,h=d,f=g)}k!==DIFF_INSERT&&(f+=m.length);k!==DIFF_DELETE&&(g+=m.length)}e&&(this.patch_addContext_(a,h),c.push(a));return c};\ndiff_match_patch.prototype.patch_deepCopy=function(a){for(var b=[],c=0;c<a.length;c++){var d=a[c],e=new diff_match_patch.patch_obj;e.diffs=[];for(var f=0;f<d.diffs.length;f++)e.diffs[f]=d.diffs[f].slice();e.start1=d.start1;e.start2=d.start2;e.length1=d.length1;e.length2=d.length2;b[c]=e}return b};\ndiff_match_patch.prototype.patch_apply=function(a,b){if(0==a.length)return[b,[]];a=this.patch_deepCopy(a);var c=this.patch_addPadding(a);b=c+b+c;this.patch_splitMax(a);for(var d=0,e=[],f=0;f<a.length;f++){var g=a[f].start2+d,h=this.diff_text1(a[f].diffs),l=-1;if(h.length>this.Match_MaxBits){var k=this.match_main(b,h.substring(0,this.Match_MaxBits),g);-1!=k&&(l=this.match_main(b,h.substring(h.length-this.Match_MaxBits),g+h.length-this.Match_MaxBits),-1==l||k>=l)&&(k=-1)}else k=this.match_main(b,h,\ng);if(-1==k)e[f]=!1,d-=a[f].length2-a[f].length1;else if(e[f]=!0,d=k-g,g=-1==l?b.substring(k,k+h.length):b.substring(k,l+this.Match_MaxBits),h==g)b=b.substring(0,k)+this.diff_text2(a[f].diffs)+b.substring(k+h.length);else if(g=this.diff_main(h,g,!1),h.length>this.Match_MaxBits&&this.diff_levenshtein(g)/h.length>this.Patch_DeleteThreshold)e[f]=!1;else{this.diff_cleanupSemanticLossless(g);h=0;var m;for(l=0;l<a[f].diffs.length;l++){var p=a[f].diffs[l];p[0]!==DIFF_EQUAL&&(m=this.diff_xIndex(g,h));p[0]===\nDIFF_INSERT?b=b.substring(0,k+m)+p[1]+b.substring(k+m):p[0]===DIFF_DELETE&&(b=b.substring(0,k+m)+b.substring(k+this.diff_xIndex(g,h+p[1].length)));p[0]!==DIFF_DELETE&&(h+=p[1].length)}}}b=b.substring(c.length,b.length-c.length);return[b,e]};\ndiff_match_patch.prototype.patch_addPadding=function(a){for(var b=this.Patch_Margin,c=\"\",d=1;d<=b;d++)c+=String.fromCharCode(d);for(d=0;d<a.length;d++)a[d].start1+=b,a[d].start2+=b;d=a[0];var e=d.diffs;if(0==e.length||e[0][0]!=DIFF_EQUAL)e.unshift([DIFF_EQUAL,c]),d.start1-=b,d.start2-=b,d.length1+=b,d.length2+=b;else if(b>e[0][1].length){var f=b-e[0][1].length;e[0][1]=c.substring(e[0][1].length)+e[0][1];d.start1-=f;d.start2-=f;d.length1+=f;d.length2+=f}d=a[a.length-1];e=d.diffs;0==e.length||e[e.length-\n1][0]!=DIFF_EQUAL?(e.push([DIFF_EQUAL,c]),d.length1+=b,d.length2+=b):b>e[e.length-1][1].length&&(f=b-e[e.length-1][1].length,e[e.length-1][1]+=c.substring(0,f),d.length1+=f,d.length2+=f);return c};\ndiff_match_patch.prototype.patch_splitMax=function(a){for(var b=this.Match_MaxBits,c=0;c<a.length;c++)if(!(a[c].length1<=b)){var d=a[c];a.splice(c--,1);for(var e=d.start1,f=d.start2,g=\"\";0!==d.diffs.length;){var h=new diff_match_patch.patch_obj,l=!0;h.start1=e-g.length;h.start2=f-g.length;\"\"!==g&&(h.length1=h.length2=g.length,h.diffs.push([DIFF_EQUAL,g]));for(;0!==d.diffs.length&&h.length1<b-this.Patch_Margin;){g=d.diffs[0][0];var k=d.diffs[0][1];g===DIFF_INSERT?(h.length2+=k.length,f+=k.length,h.diffs.push(d.diffs.shift()),\nl=!1):g===DIFF_DELETE&&1==h.diffs.length&&h.diffs[0][0]==DIFF_EQUAL&&k.length>2*b?(h.length1+=k.length,e+=k.length,l=!1,h.diffs.push([g,k]),d.diffs.shift()):(k=k.substring(0,b-h.length1-this.Patch_Margin),h.length1+=k.length,e+=k.length,g===DIFF_EQUAL?(h.length2+=k.length,f+=k.length):l=!1,h.diffs.push([g,k]),k==d.diffs[0][1]?d.diffs.shift():d.diffs[0][1]=d.diffs[0][1].substring(k.length))}g=this.diff_text2(h.diffs);g=g.substring(g.length-this.Patch_Margin);k=this.diff_text1(d.diffs).substring(0,\nthis.Patch_Margin);\"\"!==k&&(h.length1+=k.length,h.length2+=k.length,0!==h.diffs.length&&h.diffs[h.diffs.length-1][0]===DIFF_EQUAL?h.diffs[h.diffs.length-1][1]+=k:h.diffs.push([DIFF_EQUAL,k]));l||a.splice(++c,0,h)}}};diff_match_patch.prototype.patch_toText=function(a){for(var b=[],c=0;c<a.length;c++)b[c]=a[c];return b.join(\"\")};\ndiff_match_patch.prototype.patch_fromText=function(a){var b=[];if(!a)return b;a=a.split(\"\\n\");for(var c=0,d=/^@@ -(\\d+),?(\\d*) \\+(\\d+),?(\\d*) @@$/;c<a.length;){var e=a[c].match(d);if(!e)throw Error(\"Invalid patch string: \"+a[c]);var f=new diff_match_patch.patch_obj;b.push(f);f.start1=parseInt(e[1],10);\"\"===e[2]?(f.start1--,f.length1=1):\"0\"==e[2]?f.length1=0:(f.start1--,f.length1=parseInt(e[2],10));f.start2=parseInt(e[3],10);\"\"===e[4]?(f.start2--,f.length2=1):\"0\"==e[4]?f.length2=0:(f.start2--,f.length2=\nparseInt(e[4],10));for(c++;c<a.length;){e=a[c].charAt(0);try{var g=decodeURI(a[c].substring(1))}catch(h){throw Error(\"Illegal escape in patch_fromText: \"+g);}if(\"-\"==e)f.diffs.push([DIFF_DELETE,g]);else if(\"+\"==e)f.diffs.push([DIFF_INSERT,g]);else if(\" \"==e)f.diffs.push([DIFF_EQUAL,g]);else if(\"@\"==e)break;else if(\"\"!==e)throw Error('Invalid patch mode \"'+e+'\" in: '+g);c++}}return b};diff_match_patch.patch_obj=function(){this.diffs=[];this.start2=this.start1=null;this.length2=this.length1=0};\ndiff_match_patch.patch_obj.prototype.toString=function(){for(var a=[\"@@ -\"+(0===this.length1?this.start1+\",0\":1==this.length1?this.start1+1:this.start1+1+\",\"+this.length1)+\" +\"+(0===this.length2?this.start2+\",0\":1==this.length2?this.start2+1:this.start2+1+\",\"+this.length2)+\" @@\\n\"],b,c=0;c<this.diffs.length;c++){switch(this.diffs[c][0]){case DIFF_INSERT:b=\"+\";break;case DIFF_DELETE:b=\"-\";break;case DIFF_EQUAL:b=\" \"}a[c+1]=b+encodeURI(this.diffs[c][1])+\"\\n\"}return a.join(\"\").replace(/%20/g,\" \")};\nthis.diff_match_patch=diff_match_patch;this.DIFF_DELETE=DIFF_DELETE;this.DIFF_INSERT=DIFF_INSERT;this.DIFF_EQUAL=DIFF_EQUAL;\n}).call(exports);",
"type": "application/javascript",
"title": "$:/core/modules/utils/diff-match-patch/diff_match_patch.js",
"module-type": "library"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"title": "$:/core/modules/utils/dom/animations/slide.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"title": "$:/core/modules/utils/dom/animator.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"title": "$:/core/modules/utils/dom/browser.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"title": "$:/core/modules/utils/dom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function(srcWindow) {\n\tvar scrollWindow = srcWindow || window;\n\tif(\"scrollX\" in scrollWindow) {\n\t\treturn {x: scrollWindow.scrollX, y: scrollWindow.scrollY};\n\t} else {\n\t\treturn {x: scrollWindow.document.documentElement.scrollLeft, y: scrollWindow.document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight || parseInt(minHeight,10);\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(element.ownerDocument.defaultView),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\tvar done = false;\n\ttry {\n\t\twindow.localStorage.setItem(\"tw5-password-\" + name,password);\n\t\tdone = true;\n\t} catch(e) {\n\t}\n\tif(!done) {\n\t\t$tw.savedPasswords = $tw.savedPasswords || Object.create(null);\n\t\t$tw.savedPasswords[name] = password;\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\tvar value;\n\ttry {\n\t\tvalue = window.localStorage.getItem(\"tw5-password-\" + name);\n\t} catch(e) {\n\t}\n\tif(value !== undefined) {\n\t\treturn value;\n\t} else {\n\t\treturn ($tw.savedPasswords || Object.create(null))[name] || \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n/*\nCopy plain text to the clipboard on browsers that support it\n*/\nexports.copyToClipboard = function(text,options) {\n\toptions = options || {};\n\tvar textArea = document.createElement(\"textarea\");\n\ttextArea.style.position = \"fixed\";\n\ttextArea.style.top = 0;\n\ttextArea.style.left = 0;\n\ttextArea.style.fontSize = \"12pt\";\n\ttextArea.style.width = \"2em\";\n\ttextArea.style.height = \"2em\";\n\ttextArea.style.padding = 0;\n\ttextArea.style.border = \"none\";\n\ttextArea.style.outline = \"none\";\n\ttextArea.style.boxShadow = \"none\";\n\ttextArea.style.background = \"transparent\";\n\ttextArea.value = text;\n\tdocument.body.appendChild(textArea);\n\ttextArea.select();\n\ttextArea.setSelectionRange(0,text.length);\n\tvar succeeded = false;\n\ttry {\n\t\tsucceeded = document.execCommand(\"copy\");\n\t} catch (err) {\n\t}\n\tif(!options.doNotNotify) {\n\t\t$tw.notifier.display(succeeded ? \"$:/language/Notifications/CopiedToClipboard/Succeeded\" : \"$:/language/Notifications/CopiedToClipboard/Failed\");\n\t}\n\tdocument.body.removeChild(textArea);\n};\n\nexports.getLocationPath = function() {\n\treturn window.location.toString().split(\"#\")[0];\n};\n\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/dragndrop.js": {
"title": "$:/core/modules/utils/dom/dragndrop.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\tif(event.dataTransfer === undefined) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t \tstartActions = options.startActions;\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Invoke drag-start actions if given\n\t\t\t\tif(startActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(startActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t// Collect the tiddlers being dragged\n\t\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t \t\tendActions = options.endActions;\n\t\t\t\tif(dragFilter) {\n\t\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t\t}\n\t\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Invoke drag-end actions if given\n\t\t\t\tif(endActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(endActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Available data types:\");\n\t\tfor(var type=0; type<dataTransfer.types.length; type++) {\n\t\t\tconsole.log(\"type\",dataTransfer.types[type],dataTransfer.getData(dataTransfer.types[type]))\n\t\t}\n\t}\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"title": "$:/core/modules/utils/dom/http.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\theaders: hashmap of headers to send\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data,xhr)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status,null,this);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\tif(!$tw.utils.hop(headers,\"X-Requested-With\")) {\n\t\trequest.setRequestHeader(\"X-Requested-With\",\"TiddlyWiki\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e,null,this);\n\t}\n\treturn request;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"title": "$:/core/modules/utils/dom/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"title": "$:/core/modules/utils/dom/modal.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tthis.srcDocument = options.variables && (options.variables.rootwindow === \"true\" ||\n\t\t\t\toptions.variables.rootwindow === \"yes\") ? document :\n\t\t\t\t(options.event.event && options.event.event.target ? options.event.event.target.ownerDocument : document);\n\tthis.srcWindow = this.srcDocument.defaultView;\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalBackdrop = this.srcDocument.createElement(\"div\"),\n\t\tmodalWrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalHeader = this.srcDocument.createElement(\"div\"),\n\t\theaderTitle = this.srcDocument.createElement(\"h3\"),\n\t\tmodalBody = this.srcDocument.createElement(\"div\"),\n\t\tmodalLink = this.srcDocument.createElement(\"a\"),\n\t\tmodalFooter = this.srcDocument.createElement(\"div\"),\n\t\tmodalFooterHelp = this.srcDocument.createElement(\"span\"),\n\t\tmodalFooterButtons = this.srcDocument.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(this.srcDocument.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = this.srcDocument.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(this.srcDocument.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + self.srcWindow.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\tself.srcWindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tself.srcDocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-this.srcWindow.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tthis.srcDocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tvar windowContainer = $tw.pageContainer ? ($tw.pageContainer === this.srcDocument.body.firstChild ? $tw.pageContainer : this.srcDocument.body.firstChild) : null;\n\tif(windowContainer) {\n\t\t$tw.utils.toggleClass(windowContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"title": "$:/core/modules/utils/dom/notifier.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"title": "$:/core/modules/utils/dom/popup.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned (one of domNode or domNodeRect is required)\n\tdomNodeRect: rectangle to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n\tfloating: if true, skips registering the popup, meaning that it will need manually clearing\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\n\t// Store the popup details if not already there\n\tif(!options.floating && this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode,\n\t\t\tnoStateReference: options.noStateReference\n\t\t});\n\t}\n\t// Set the state tiddler\n\tvar rect;\n\tif(options.domNodeRect) {\n\t\trect = options.domNodeRect;\n\t} else {\n\t\trect = {\n\t\t\tleft: options.domNode.offsetLeft,\n\t\t\ttop: options.domNode.offsetTop,\n\t\t\twidth: options.domNode.offsetWidth,\n\t\t\theight: options.domNode.offsetHeight\n\t\t};\n\t}\n\tvar popupRect = \"(\" + rect.left + \",\" + rect.top + \",\" + \n\t\t\t\trect.width + \",\" + rect.height + \")\";\n\tif(options.noStateReference) {\n\t\toptions.wiki.setText(options.title,\"text\",undefined,popupRect);\n\t} else {\n\t\toptions.wiki.setTextReference(options.title,popupRect);\n\t}\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nDetect if a Popup contains an input field that has focus\nReturns true or false\n*/\nPopup.prototype.detectInputWithinPopup = function(node) {\n\tvar withinPopup = false,\n\t currNode = node;\n\tfor(var i=0; i<this.popups.length; i++) {\n\t\tvar popup = (this.popups[i] && this.popups[i].domNode) ? this.popups[i].domNode : null;\n\t\twhile(node && popup) {\n\t\t\tif(node === popup || (node.classList && (node.classList.contains(\"tc-popup-keep\") || (node !== currNode && node.classList.contains(\"tc-popup-handle\"))))) {\n\t\t\t\twithinPopup = true;\n\t\t\t}\n\t\t\tnode = node.parentNode;\n\t\t}\n\t}\n\treturn withinPopup;\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level,focusedInputNode) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar inputWithinPopup;\n\t\tif(focusedInputNode) {\n\t\t\tinputWithinPopup = this.detectInputWithinPopup(focusedInputNode);\n\t\t}\n\t\tif(!inputWithinPopup) {\n\t\t\tvar popup = this.popups.pop();\n\t\t \tif(popup.title) {\n\t\t\t\tif(popup.noStateReference) {\n\t\t\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t\t\t} else {\n\t\t\t\t\tpopup.wiki.deleteTiddler($tw.utils.parseTextReference(popup.title).title);\n \t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"title": "$:/core/modules/utils/dom/scroller.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.isScrolling = function() {\n\treturn this.idRequestFrame !== null;\n}\n\nPageScroller.prototype.cancelScroll = function(srcWindow) {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(srcWindow,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element,callback) {\n\tvar self = this,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t srcWindow = element ? element.ownerDocument.defaultView : window;\n\t// Now get ready to scroll the body\n\tthis.cancelScroll(srcWindow);\n\tthis.startTime = Date.now();\n\t// Get the height of any position:fixed toolbars\n\tvar toolbar = srcWindow.document.querySelector(\".tc-adjust-top-of-scroll\"),\n\t\toffset = 0;\n\tif(toolbar) {\n\t\toffset = toolbar.offsetHeight;\n\t}\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar getBounds = function() {\n\t\t\tvar clientBounds = typeof callback === 'function' ? callback() : element.getBoundingClientRect(),\n\t\t\t\tscrollPosition = $tw.utils.getScrollPosition(srcWindow);\n\t\t\treturn {\n\t\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\t\ttop: clientBounds.top + scrollPosition.y - offset,\n\t\t\t\twidth: clientBounds.width,\n\t\t\t\theight: clientBounds.height\n\t\t\t};\n\t\t},\n\t\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t\t// targetPos/targetSize - position and size of the target element\n\t\t// currentPos/currentSize - position and size of the current scroll viewport\n\t\t// returns: new position of the scroll viewport\n\t\tgetEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = targetPos;\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tdrawFrame = function drawFrame() {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll(srcWindow);\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tvar scrollPosition = $tw.utils.getScrollPosition(srcWindow),\n\t\t\t\tbounds = getBounds(),\n\t\t\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,srcWindow.innerWidth),\n\t\t\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,srcWindow.innerHeight);\n\t\t\tsrcWindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(srcWindow,drawFrame);\n\t\t\t}\n\t\t};\n\tdrawFrame();\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"title": "$:/core/modules/utils/edition-info.js",
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"title": "$:/core/modules/utils/fakedom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis._style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"style\", {\n\tget: function() {\n\t\treturn this._style;\n\t},\n\tset: function(str) {\n\t\tvar self = this;\n\t\tstr = str || \"\";\n\t\t$tw.utils.each(str.split(\";\"),function(declaration) {\n\t\t\tvar parts = declaration.split(\":\"),\n\t\t\t\tname = $tw.utils.trim(parts[0]),\n\t\t\t\tvalue = $tw.utils.trim(parts[1]);\n\t\t\tif(name && value) {\n\t\t\t\tself._style[$tw.utils.convertStyleNameToPropertyName(name)] = value;\n\t\t\t}\n\t\t});\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this._style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this._style) {\n\t\t\t\tstyle.push($tw.utils.convertPropertyNameToStyleName(s) + \":\" + this._style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\");\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\treturn \"\";\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn \"\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"title": "$:/core/modules/utils/filesystem.js",
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = Buffer.alloc(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n/*\nCreate a fileInfo object for saving a tiddler:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\nOptions include:\n\tdirectory: absolute path of root directory to which we are saving\n\tpathFilters: optional array of filters to be used to generate the base path\n\twiki: optional wiki for evaluating the pathFilters\n*/\nexports.generateTiddlerFileInfo = function(tiddler,options) {\n\tvar fileInfo = {};\n\t// Check if the tiddler has any unsafe fields that can't be expressed in a .tid or .meta file: containing control characters, or leading/trailing whitespace\n\tvar hasUnsafeFields = false;\n\t$tw.utils.each(tiddler.getFieldStrings(),function(value,fieldName) {\n\t\tif(fieldName !== \"text\") {\n\t\t\thasUnsafeFields = hasUnsafeFields || /[\\x00-\\x1F]/mg.test(value);\n\t\t\thasUnsafeFields = hasUnsafeFields || ($tw.utils.trim(value) !== value);\n\t\t}\n\t});\n\t// Check for field values \n\tif(hasUnsafeFields) {\n\t\t// Save as a JSON file\n\t\tfileInfo.type = \"application/json\";\n\t\tfileInfo.hasMetaFile = false;\n\t} else {\n\t\t// Save as a .tid or a text/binary file plus a .meta file\n\t\tvar tiddlerType = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\tif(tiddlerType === \"text/vnd.tiddlywiki\") {\n\t\t\t// Save as a .tid file\n\t\t\tfileInfo.type = \"application/x-tiddler\";\n\t\t\tfileInfo.hasMetaFile = false;\n\t\t} else {\n\t\t\t// Save as a text/binary file and a .meta file\n\t\t\tfileInfo.type = tiddlerType;\n\t\t\tfileInfo.hasMetaFile = true;\n\t\t}\n\t}\n\t// Take the file extension from the tiddler content type\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[fileInfo.type] || {extension: \"\"};\n\t// Generate the filepath\n\tfileInfo.filepath = $tw.utils.generateTiddlerFilepath(tiddler.fields.title,{\n\t\textension: contentTypeInfo.extension,\n\t\tdirectory: options.directory,\n\t\tpathFilters: options.pathFilters,\n\t\twiki: options.wiki\n\t});\n\treturn fileInfo;\n};\n\n/*\nGenerate the filepath for saving a tiddler\nOptions include:\n\textension: file extension to be added the finished filepath\n\tdirectory: absolute path of root directory to which we are saving\n\tpathFilters: optional array of filters to be used to generate the base path\n\twiki: optional wiki for evaluating the pathFilters\n*/\nexports.generateTiddlerFilepath = function(title,options) {\n\tvar self = this,\n\t\tdirectory = options.directory || \"\",\n\t\textension = options.extension || \"\",\n\t\tfilepath;\n\t// Check if any of the pathFilters applies\n\tif(options.pathFilters && options.wiki) {\n\t\t$tw.utils.each(options.pathFilters,function(filter) {\n\t\t\tif(!filepath) {\n\t\t\t\tvar source = options.wiki.makeTiddlerIterator([title]),\n\t\t\t\t\tresult = options.wiki.filterTiddlers(filter,null,source);\n\t\t\t\tif(result.length > 0) {\n\t\t\t\t\tfilepath = result[0];\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\t// If not, generate a base pathname\n\tif(!filepath) {\n\t\tfilepath = title;\n\t\t// If the filepath already ends in the extension then remove it\n\t\tif(filepath.substring(filepath.length - extension.length) === extension) {\n\t\t\tfilepath = filepath.substring(0,filepath.length - extension.length);\n\t\t}\n\t\t// Remove any forward or backward slashes so we don't create directories\n\t\tfilepath = filepath.replace(/\\/|\\\\/g,\"_\");\n\t}\n\t// Don't let the filename start with a dot because such files are invisible on *nix\n\tfilepath = filepath.replace(/^\\./g,\"_\");\n\t// Remove any characters that can't be used in cross-platform filenames\n\tfilepath = $tw.utils.transliterate(filepath.replace(/<|>|\\:|\\\"|\\||\\?|\\*|\\^/g,\"_\"));\n\t// Truncate the filename if it is too long\n\tif(filepath.length > 200) {\n\t\tfilepath = filepath.substr(0,200);\n\t}\n\t// If the resulting filename is blank (eg because the title is just punctuation characters)\n\tif(!filepath) {\n\t\t// ...then just use the character codes of the title\n\t\tfilepath = \"\";\t\n\t\t$tw.utils.each(title.split(\"\"),function(char) {\n\t\t\tif(filepath) {\n\t\t\t\tfilepath += \"-\";\n\t\t\t}\n\t\t\tfilepath += char.charCodeAt(0).toString();\n\t\t});\n\t}\n\t// Add a uniquifier if the file already exists\n\tvar fullPath,\n\t\tcount = 0;\n\tdo {\n\t\tfullPath = path.resolve(directory,filepath + (count ? \"_\" + count : \"\") + extension);\n\t\tcount++;\n\t} while(fs.existsSync(fullPath));\n\t// Return the full path to the file\n\treturn fullPath;\n};\n\n/*\nSave a tiddler to a file described by the fileInfo:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\n*/\nexports.saveTiddlerToFile = function(tiddler,fileInfo,callback) {\n\t$tw.utils.createDirectory(path.dirname(fileInfo.filepath));\n\tif(fileInfo.hasMetaFile) {\n\t\t// Save the tiddler as a separate body and meta file\n\t\tvar typeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/plain\"] || {encoding: \"utf8\"};\n\t\tfs.writeFile(fileInfo.filepath,tiddler.fields.text,typeInfo.encoding,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tfs.writeFile(fileInfo.filepath + \".meta\",tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}),\"utf8\",callback);\n\t\t});\n\t} else {\n\t\t// Save the tiddler as a self contained templated file\n\t\tif(fileInfo.type === \"application/x-tiddler\") {\n\t\t\tfs.writeFile(fileInfo.filepath,tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}) + (!!tiddler.fields.text ? \"\\n\\n\" + tiddler.fields.text : \"\"),\"utf8\",callback);\n\t\t} else {\n\t\t\tfs.writeFile(fileInfo.filepath,JSON.stringify([tiddler.getFieldStrings({exclude: [\"bag\"]})],null,$tw.config.preferences.jsonSpaces),\"utf8\",callback);\n\t\t}\n\t}\n};\n\n/*\nSave a tiddler to a file described by the fileInfo:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\n*/\nexports.saveTiddlerToFileSync = function(tiddler,fileInfo) {\n\t$tw.utils.createDirectory(path.dirname(fileInfo.filepath));\n\tif(fileInfo.hasMetaFile) {\n\t\t// Save the tiddler as a separate body and meta file\n\t\tvar typeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/plain\"] || {encoding: \"utf8\"};\n\t\tfs.writeFileSync(fileInfo.filepath,tiddler.fields.text,typeInfo.encoding);\n\t\tfs.writeFileSync(fileInfo.filepath + \".meta\",tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}),\"utf8\");\n\t} else {\n\t\t// Save the tiddler as a self contained templated file\n\t\tif(fileInfo.type === \"application/x-tiddler\") {\n\t\t\tfs.writeFileSync(fileInfo.filepath,tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}) + (!!tiddler.fields.text ? \"\\n\\n\" + tiddler.fields.text : \"\"),\"utf8\");\n\t\t} else {\n\t\t\tfs.writeFileSync(fileInfo.filepath,JSON.stringify([tiddler.getFieldStrings({exclude: [\"bag\"]})],null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"title": "$:/core/modules/utils/logger.js",
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName,options) {\n\toptions = options || {};\n\tthis.componentName = componentName || \"\";\n\tthis.colour = options.colour || \"white\";\n\tthis.enable = \"enable\" in options ? options.enable : true;\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(this.enable && console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [$tw.utils.terminalColour(this.colour),this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)).concat($tw.utils.terminalColour()));\n\t}\n};\n\n/*\nLog a structure as a table\n*/\nLogger.prototype.table = function(value) {\n\t(console.table || console.log)(value);\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\tif(this.enable) {\n\t\t// Prepare the text of the alert\n\t\tvar text = Array.prototype.join.call(arguments,\" \");\n\t\t// Create alert tiddlers in the browser\n\t\tif($tw.browser) {\n\t\t\t// Check if there is an existing alert with the same text and the same component\n\t\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\t\talertFields,\n\t\t\t\texistingCount,\n\t\t\t\tself = this;\n\t\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(alertFields) {\n\t\t\t\texistingCount = alertFields.count || 1;\n\t\t\t} else {\n\t\t\t\talertFields = {\n\t\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\t\ttext: text,\n\t\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\t\tcomponent: this.componentName\n\t\t\t\t};\n\t\t\t\texistingCount = 0;\n\t\t\t}\n\t\t\talertFields.modified = new Date();\n\t\t\tif(++existingCount > 1) {\n\t\t\t\talertFields.count = existingCount;\n\t\t\t} else {\n\t\t\t\talertFields.count = undefined;\n\t\t\t}\n\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t\t// Log the alert as well\n\t\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\t// Print an orange message to the console if not in the browser\n\t\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t\t}\t\t\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"title": "$:/core/modules/utils/parsetree.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"title": "$:/core/modules/utils/performance.js",
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap by measurement name of {time:, invocations:}\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n\tthis.showGreeting();\n}\n\nPerformance.prototype.showGreeting = function() {\n\tif($tw.browser) {\n\t\tthis.logger.log(\"Execute $tw.perf.log(); to see filter execution timings\");\t\t\n\t}\n};\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nPerformance.prototype.log = function() {\n\tvar self = this,\n\t\ttotalTime = 0,\n\t\torderedMeasures = Object.keys(this.measures).sort(function(a,b) {\n\t\t\tif(self.measures[a].time > self.measures[b].time) {\n\t\t\t\treturn -1;\n\t\t\t} else if (self.measures[a].time < self.measures[b].time) {\n\t\t\t\treturn + 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t});\n\t$tw.utils.each(orderedMeasures,function(name) {\n\t\ttotalTime += self.measures[name].time;\n\t});\n\tvar results = []\n\t$tw.utils.each(orderedMeasures,function(name) {\n\t\tvar measure = self.measures[name];\n\t\tresults.push({name: name,invocations: measure.invocations, avgTime: measure.time / measure.invocations, totalTime: measure.time, percentTime: (measure.time / totalTime) * 100})\n\t});\n\tself.logger.table(results);\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tif(!(name in self.measures)) {\n\t\t\t\tself.measures[name] = {time: 0, invocations: 0};\n\t\t\t}\n\t\t\tself.measures[name].time += $tw.utils.timer(startTime);\n\t\t\tself.measures[name].invocations++;\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"title": "$:/core/modules/utils/pluginmaker.js",
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/transliterate.js": {
"title": "$:/core/modules/utils/transliterate.js",
"text": "/*\\\ntitle: $:/core/modules/utils/transliterate.js\ntype: application/javascript\nmodule-type: utils\n\nTransliteration static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nTransliterate string to ASCII\n\n(Some pairs taken from http://semplicewebsites.com/removing-accents-javascript)\n*/\nexports.transliterationPairs = {\n\t\"Á\":\"A\",\n\t\"Ă\":\"A\",\n\t\"Ắ\":\"A\",\n\t\"Ặ\":\"A\",\n\t\"Ằ\":\"A\",\n\t\"Ẳ\":\"A\",\n\t\"Ẵ\":\"A\",\n\t\"Ǎ\":\"A\",\n\t\"Â\":\"A\",\n\t\"Ấ\":\"A\",\n\t\"Ậ\":\"A\",\n\t\"Ầ\":\"A\",\n\t\"Ẩ\":\"A\",\n\t\"Ẫ\":\"A\",\n\t\"Ä\":\"A\",\n\t\"Ǟ\":\"A\",\n\t\"Ȧ\":\"A\",\n\t\"Ǡ\":\"A\",\n\t\"Ạ\":\"A\",\n\t\"Ȁ\":\"A\",\n\t\"À\":\"A\",\n\t\"Ả\":\"A\",\n\t\"Ȃ\":\"A\",\n\t\"Ā\":\"A\",\n\t\"Ą\":\"A\",\n\t\"Å\":\"A\",\n\t\"Ǻ\":\"A\",\n\t\"Ḁ\":\"A\",\n\t\"Ⱥ\":\"A\",\n\t\"Ã\":\"A\",\n\t\"Ꜳ\":\"AA\",\n\t\"Æ\":\"AE\",\n\t\"Ǽ\":\"AE\",\n\t\"Ǣ\":\"AE\",\n\t\"Ꜵ\":\"AO\",\n\t\"Ꜷ\":\"AU\",\n\t\"Ꜹ\":\"AV\",\n\t\"Ꜻ\":\"AV\",\n\t\"Ꜽ\":\"AY\",\n\t\"Ḃ\":\"B\",\n\t\"Ḅ\":\"B\",\n\t\"Ɓ\":\"B\",\n\t\"Ḇ\":\"B\",\n\t\"Ƀ\":\"B\",\n\t\"Ƃ\":\"B\",\n\t\"Ć\":\"C\",\n\t\"Č\":\"C\",\n\t\"Ç\":\"C\",\n\t\"Ḉ\":\"C\",\n\t\"Ĉ\":\"C\",\n\t\"Ċ\":\"C\",\n\t\"Ƈ\":\"C\",\n\t\"Ȼ\":\"C\",\n\t\"Ď\":\"D\",\n\t\"Ḑ\":\"D\",\n\t\"Ḓ\":\"D\",\n\t\"Ḋ\":\"D\",\n\t\"Ḍ\":\"D\",\n\t\"Ɗ\":\"D\",\n\t\"Ḏ\":\"D\",\n\t\"Dz\":\"D\",\n\t\"Dž\":\"D\",\n\t\"Đ\":\"D\",\n\t\"Ƌ\":\"D\",\n\t\"DZ\":\"DZ\",\n\t\"DŽ\":\"DZ\",\n\t\"É\":\"E\",\n\t\"Ĕ\":\"E\",\n\t\"Ě\":\"E\",\n\t\"Ȩ\":\"E\",\n\t\"Ḝ\":\"E\",\n\t\"Ê\":\"E\",\n\t\"Ế\":\"E\",\n\t\"Ệ\":\"E\",\n\t\"Ề\":\"E\",\n\t\"Ể\":\"E\",\n\t\"Ễ\":\"E\",\n\t\"Ḙ\":\"E\",\n\t\"Ë\":\"E\",\n\t\"Ė\":\"E\",\n\t\"Ẹ\":\"E\",\n\t\"Ȅ\":\"E\",\n\t\"È\":\"E\",\n\t\"Ẻ\":\"E\",\n\t\"Ȇ\":\"E\",\n\t\"Ē\":\"E\",\n\t\"Ḗ\":\"E\",\n\t\"Ḕ\":\"E\",\n\t\"Ę\":\"E\",\n\t\"Ɇ\":\"E\",\n\t\"Ẽ\":\"E\",\n\t\"Ḛ\":\"E\",\n\t\"Ꝫ\":\"ET\",\n\t\"Ḟ\":\"F\",\n\t\"Ƒ\":\"F\",\n\t\"Ǵ\":\"G\",\n\t\"Ğ\":\"G\",\n\t\"Ǧ\":\"G\",\n\t\"Ģ\":\"G\",\n\t\"Ĝ\":\"G\",\n\t\"Ġ\":\"G\",\n\t\"Ɠ\":\"G\",\n\t\"Ḡ\":\"G\",\n\t\"Ǥ\":\"G\",\n\t\"Ḫ\":\"H\",\n\t\"Ȟ\":\"H\",\n\t\"Ḩ\":\"H\",\n\t\"Ĥ\":\"H\",\n\t\"Ⱨ\":\"H\",\n\t\"Ḧ\":\"H\",\n\t\"Ḣ\":\"H\",\n\t\"Ḥ\":\"H\",\n\t\"Ħ\":\"H\",\n\t\"Í\":\"I\",\n\t\"Ĭ\":\"I\",\n\t\"Ǐ\":\"I\",\n\t\"Î\":\"I\",\n\t\"Ï\":\"I\",\n\t\"Ḯ\":\"I\",\n\t\"İ\":\"I\",\n\t\"Ị\":\"I\",\n\t\"Ȉ\":\"I\",\n\t\"Ì\":\"I\",\n\t\"Ỉ\":\"I\",\n\t\"Ȋ\":\"I\",\n\t\"Ī\":\"I\",\n\t\"Į\":\"I\",\n\t\"Ɨ\":\"I\",\n\t\"Ĩ\":\"I\",\n\t\"Ḭ\":\"I\",\n\t\"Ꝺ\":\"D\",\n\t\"Ꝼ\":\"F\",\n\t\"Ᵹ\":\"G\",\n\t\"Ꞃ\":\"R\",\n\t\"Ꞅ\":\"S\",\n\t\"Ꞇ\":\"T\",\n\t\"Ꝭ\":\"IS\",\n\t\"Ĵ\":\"J\",\n\t\"Ɉ\":\"J\",\n\t\"Ḱ\":\"K\",\n\t\"Ǩ\":\"K\",\n\t\"Ķ\":\"K\",\n\t\"Ⱪ\":\"K\",\n\t\"Ꝃ\":\"K\",\n\t\"Ḳ\":\"K\",\n\t\"Ƙ\":\"K\",\n\t\"Ḵ\":\"K\",\n\t\"Ꝁ\":\"K\",\n\t\"Ꝅ\":\"K\",\n\t\"Ĺ\":\"L\",\n\t\"Ƚ\":\"L\",\n\t\"Ľ\":\"L\",\n\t\"Ļ\":\"L\",\n\t\"Ḽ\":\"L\",\n\t\"Ḷ\":\"L\",\n\t\"Ḹ\":\"L\",\n\t\"Ⱡ\":\"L\",\n\t\"Ꝉ\":\"L\",\n\t\"Ḻ\":\"L\",\n\t\"Ŀ\":\"L\",\n\t\"Ɫ\":\"L\",\n\t\"Lj\":\"L\",\n\t\"Ł\":\"L\",\n\t\"LJ\":\"LJ\",\n\t\"Ḿ\":\"M\",\n\t\"Ṁ\":\"M\",\n\t\"Ṃ\":\"M\",\n\t\"Ɱ\":\"M\",\n\t\"Ń\":\"N\",\n\t\"Ň\":\"N\",\n\t\"Ņ\":\"N\",\n\t\"Ṋ\":\"N\",\n\t\"Ṅ\":\"N\",\n\t\"Ṇ\":\"N\",\n\t\"Ǹ\":\"N\",\n\t\"Ɲ\":\"N\",\n\t\"Ṉ\":\"N\",\n\t\"Ƞ\":\"N\",\n\t\"Nj\":\"N\",\n\t\"Ñ\":\"N\",\n\t\"NJ\":\"NJ\",\n\t\"Ó\":\"O\",\n\t\"Ŏ\":\"O\",\n\t\"Ǒ\":\"O\",\n\t\"Ô\":\"O\",\n\t\"Ố\":\"O\",\n\t\"Ộ\":\"O\",\n\t\"Ồ\":\"O\",\n\t\"Ổ\":\"O\",\n\t\"Ỗ\":\"O\",\n\t\"Ö\":\"O\",\n\t\"Ȫ\":\"O\",\n\t\"Ȯ\":\"O\",\n\t\"Ȱ\":\"O\",\n\t\"Ọ\":\"O\",\n\t\"Ő\":\"O\",\n\t\"Ȍ\":\"O\",\n\t\"Ò\":\"O\",\n\t\"Ỏ\":\"O\",\n\t\"Ơ\":\"O\",\n\t\"Ớ\":\"O\",\n\t\"Ợ\":\"O\",\n\t\"Ờ\":\"O\",\n\t\"Ở\":\"O\",\n\t\"Ỡ\":\"O\",\n\t\"Ȏ\":\"O\",\n\t\"Ꝋ\":\"O\",\n\t\"Ꝍ\":\"O\",\n\t\"Ō\":\"O\",\n\t\"Ṓ\":\"O\",\n\t\"Ṑ\":\"O\",\n\t\"Ɵ\":\"O\",\n\t\"Ǫ\":\"O\",\n\t\"Ǭ\":\"O\",\n\t\"Ø\":\"O\",\n\t\"Ǿ\":\"O\",\n\t\"Õ\":\"O\",\n\t\"Ṍ\":\"O\",\n\t\"Ṏ\":\"O\",\n\t\"Ȭ\":\"O\",\n\t\"Ƣ\":\"OI\",\n\t\"Ꝏ\":\"OO\",\n\t\"Ɛ\":\"E\",\n\t\"Ɔ\":\"O\",\n\t\"Ȣ\":\"OU\",\n\t\"Ṕ\":\"P\",\n\t\"Ṗ\":\"P\",\n\t\"Ꝓ\":\"P\",\n\t\"Ƥ\":\"P\",\n\t\"Ꝕ\":\"P\",\n\t\"Ᵽ\":\"P\",\n\t\"Ꝑ\":\"P\",\n\t\"Ꝙ\":\"Q\",\n\t\"Ꝗ\":\"Q\",\n\t\"Ŕ\":\"R\",\n\t\"Ř\":\"R\",\n\t\"Ŗ\":\"R\",\n\t\"Ṙ\":\"R\",\n\t\"Ṛ\":\"R\",\n\t\"Ṝ\":\"R\",\n\t\"Ȑ\":\"R\",\n\t\"Ȓ\":\"R\",\n\t\"Ṟ\":\"R\",\n\t\"Ɍ\":\"R\",\n\t\"Ɽ\":\"R\",\n\t\"Ꜿ\":\"C\",\n\t\"Ǝ\":\"E\",\n\t\"Ś\":\"S\",\n\t\"Ṥ\":\"S\",\n\t\"Š\":\"S\",\n\t\"Ṧ\":\"S\",\n\t\"Ş\":\"S\",\n\t\"Ŝ\":\"S\",\n\t\"Ș\":\"S\",\n\t\"Ṡ\":\"S\",\n\t\"Ṣ\":\"S\",\n\t\"Ṩ\":\"S\",\n\t\"Ť\":\"T\",\n\t\"Ţ\":\"T\",\n\t\"Ṱ\":\"T\",\n\t\"Ț\":\"T\",\n\t\"Ⱦ\":\"T\",\n\t\"Ṫ\":\"T\",\n\t\"Ṭ\":\"T\",\n\t\"Ƭ\":\"T\",\n\t\"Ṯ\":\"T\",\n\t\"Ʈ\":\"T\",\n\t\"Ŧ\":\"T\",\n\t\"Ɐ\":\"A\",\n\t\"Ꞁ\":\"L\",\n\t\"Ɯ\":\"M\",\n\t\"Ʌ\":\"V\",\n\t\"Ꜩ\":\"TZ\",\n\t\"Ú\":\"U\",\n\t\"Ŭ\":\"U\",\n\t\"Ǔ\":\"U\",\n\t\"Û\":\"U\",\n\t\"Ṷ\":\"U\",\n\t\"Ü\":\"U\",\n\t\"Ǘ\":\"U\",\n\t\"Ǚ\":\"U\",\n\t\"Ǜ\":\"U\",\n\t\"Ǖ\":\"U\",\n\t\"Ṳ\":\"U\",\n\t\"Ụ\":\"U\",\n\t\"Ű\":\"U\",\n\t\"Ȕ\":\"U\",\n\t\"Ù\":\"U\",\n\t\"Ủ\":\"U\",\n\t\"Ư\":\"U\",\n\t\"Ứ\":\"U\",\n\t\"Ự\":\"U\",\n\t\"Ừ\":\"U\",\n\t\"Ử\":\"U\",\n\t\"Ữ\":\"U\",\n\t\"Ȗ\":\"U\",\n\t\"Ū\":\"U\",\n\t\"Ṻ\":\"U\",\n\t\"Ų\":\"U\",\n\t\"Ů\":\"U\",\n\t\"Ũ\":\"U\",\n\t\"Ṹ\":\"U\",\n\t\"Ṵ\":\"U\",\n\t\"Ꝟ\":\"V\",\n\t\"Ṿ\":\"V\",\n\t\"Ʋ\":\"V\",\n\t\"Ṽ\":\"V\",\n\t\"Ꝡ\":\"VY\",\n\t\"Ẃ\":\"W\",\n\t\"Ŵ\":\"W\",\n\t\"Ẅ\":\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:\"o\",\n\t\"ṓ\":\"o\",\n\t\"ṑ\":\"o\",\n\t\"ǫ\":\"o\",\n\t\"ǭ\":\"o\",\n\t\"ø\":\"o\",\n\t\"ǿ\":\"o\",\n\t\"õ\":\"o\",\n\t\"ṍ\":\"o\",\n\t\"ṏ\":\"o\",\n\t\"ȭ\":\"o\",\n\t\"ƣ\":\"oi\",\n\t\"ꝏ\":\"oo\",\n\t\"ɛ\":\"e\",\n\t\"ᶓ\":\"e\",\n\t\"ɔ\":\"o\",\n\t\"ᶗ\":\"o\",\n\t\"ȣ\":\"ou\",\n\t\"ṕ\":\"p\",\n\t\"ṗ\":\"p\",\n\t\"ꝓ\":\"p\",\n\t\"ƥ\":\"p\",\n\t\"ᵱ\":\"p\",\n\t\"ᶈ\":\"p\",\n\t\"ꝕ\":\"p\",\n\t\"ᵽ\":\"p\",\n\t\"ꝑ\":\"p\",\n\t\"ꝙ\":\"q\",\n\t\"ʠ\":\"q\",\n\t\"ɋ\":\"q\",\n\t\"ꝗ\":\"q\",\n\t\"ŕ\":\"r\",\n\t\"ř\":\"r\",\n\t\"ŗ\":\"r\",\n\t\"ṙ\":\"r\",\n\t\"ṛ\":\"r\",\n\t\"ṝ\":\"r\",\n\t\"ȑ\":\"r\",\n\t\"ɾ\":\"r\",\n\t\"ᵳ\":\"r\",\n\t\"ȓ\":\"r\",\n\t\"ṟ\":\"r\",\n\t\"ɼ\":\"r\",\n\t\"ᵲ\":\"r\",\n\t\"ᶉ\":\"r\",\n\t\"ɍ\":\"r\",\n\t\"ɽ\":\"r\",\n\t\"ↄ\":\"c\",\n\t\"ꜿ\":\"c\",\n\t\"ɘ\":\"e\",\n\t\"ɿ\":\"r\",\n\t\"ś\":\"s\",\n\t\"ṥ\":\"s\",\n\t\"š\":\"s\",\n\t\"ṧ\":\"s\",\n\t\"ş\":\"s\",\n\t\"ŝ\":\"s\",\n\t\"ș\":\"s\",\n\t\"ṡ\":\"s\",\n\t\"ṣ\":\"s\",\n\t\"ṩ\":\"s\",\n\t\"ʂ\":\"s\",\n\t\"ᵴ\":\"s\",\n\t\"ᶊ\":\"s\",\n\t\"ȿ\":\"s\",\n\t\"ɡ\":\"g\",\n\t\"ᴑ\":\"o\",\n\t\"ᴓ\":\"o\",\n\t\"ᴝ\":\"u\",\n\t\"ť\":\"t\",\n\t\"ţ\":\"t\",\n\t\"ṱ\":\"t\",\n\t\"ț\":\"t\",\n\t\"ȶ\":\"t\",\n\t\"ẗ\":\"t\",\n\t\"ⱦ\":\"t\",\n\t\"ṫ\":\"t\",\n\t\"ṭ\":\"t\",\n\t\"ƭ\":\"t\",\n\t\"ṯ\":\"t\",\n\t\"ᵵ\":\"t\",\n\t\"ƫ\":\"t\",\n\t\"ʈ\":\"t\",\n\t\"ŧ\":\"t\",\n\t\"ᵺ\":\"th\",\n\t\"ɐ\":\"a\",\n\t\"ᴂ\":\"ae\",\n\t\"ǝ\":\"e\",\n\t\"ᵷ\":\"g\",\n\t\"ɥ\":\"h\",\n\t\"ʮ\":\"h\",\n\t\"ʯ\":\"h\",\n\t\"ᴉ\":\"i\",\n\t\"ʞ\":\"k\",\n\t\"ꞁ\":\"l\",\n\t\"ɯ\":\"m\",\n\t\"ɰ\":\"m\",\n\t\"ᴔ\":\"oe\",\n\t\"ɹ\":\"r\",\n\t\"ɻ\":\"r\",\n\t\"ɺ\":\"r\",\n\t\"ⱹ\":\"r\",\n\t\"ʇ\":\"t\",\n\t\"ʌ\":\"v\",\n\t\"ʍ\":\"w\",\n\t\"ʎ\":\"y\",\n\t\"ꜩ\":\"tz\",\n\t\"ú\":\"u\",\n\t\"ŭ\":\"u\",\n\t\"ǔ\":\"u\",\n\t\"û\":\"u\",\n\t\"ṷ\":\"u\",\n\t\"ü\":\"u\",\n\t\"ǘ\":\"u\",\n\t\"ǚ\":\"u\",\n\t\"ǜ\":\"u\",\n\t\"ǖ\":\"u\",\n\t\"ṳ\":\"u\",\n\t\"ụ\":\"u\",\n\t\"ű\":\"u\",\n\t\"ȕ\":\"u\",\n\t\"ù\":\"u\",\n\t\"ủ\":\"u\",\n\t\"ư\":\"u\",\n\t\"ứ\":\"u\",\n\t\"ự\":\"u\",\n\t\"ừ\":\"u\",\n\t\"ử\":\"u\",\n\t\"ữ\":\"u\",\n\t\"ȗ\":\"u\",\n\t\"ū\":\"u\",\n\t\"ṻ\":\"u\",\n\t\"ų\":\"u\",\n\t\"ᶙ\":\"u\",\n\t\"ů\":\"u\",\n\t\"ũ\":\"u\",\n\t\"ṹ\":\"u\",\n\t\"ṵ\":\"u\",\n\t\"ᵫ\":\"ue\",\n\t\"ꝸ\":\"um\",\n\t\"ⱴ\":\"v\",\n\t\"ꝟ\":\"v\",\n\t\"ṿ\":\"v\",\n\t\"ʋ\":\"v\",\n\t\"ᶌ\":\"v\",\n\t\"ⱱ\":\"v\",\n\t\"ṽ\":\"v\",\n\t\"ꝡ\":\"vy\",\n\t\"ẃ\":\"w\",\n\t\"ŵ\":\"w\",\n\t\"ẅ\":\"w\",\n\t\"ẇ\":\"w\",\n\t\"ẉ\":\"w\",\n\t\"ẁ\":\"w\",\n\t\"ⱳ\":\"w\",\n\t\"ẘ\":\"w\",\n\t\"ẍ\":\"x\",\n\t\"ẋ\":\"x\",\n\t\"ᶍ\":\"x\",\n\t\"ý\":\"y\",\n\t\"ŷ\":\"y\",\n\t\"ÿ\":\"y\",\n\t\"ẏ\":\"y\",\n\t\"ỵ\":\"y\",\n\t\"ỳ\":\"y\",\n\t\"ƴ\":\"y\",\n\t\"ỷ\":\"y\",\n\t\"ỿ\":\"y\",\n\t\"ȳ\":\"y\",\n\t\"ẙ\":\"y\",\n\t\"ɏ\":\"y\",\n\t\"ỹ\":\"y\",\n\t\"ź\":\"z\",\n\t\"ž\":\"z\",\n\t\"ẑ\":\"z\",\n\t\"ʑ\":\"z\",\n\t\"ⱬ\":\"z\",\n\t\"ż\":\"z\",\n\t\"ẓ\":\"z\",\n\t\"ȥ\":\"z\",\n\t\"ẕ\":\"z\",\n\t\"ᵶ\":\"z\",\n\t\"ᶎ\":\"z\",\n\t\"ʐ\":\"z\",\n\t\"ƶ\":\"z\",\n\t\"ɀ\":\"z\",\n\t\"ff\":\"ff\",\n\t\"ffi\":\"ffi\",\n\t\"ffl\":\"ffl\",\n\t\"fi\":\"fi\",\n\t\"fl\":\"fl\",\n\t\"ij\":\"ij\",\n\t\"œ\":\"oe\",\n\t\"st\":\"st\",\n\t\"ₐ\":\"a\",\n\t\"ₑ\":\"e\",\n\t\"ᵢ\":\"i\",\n\t\"ⱼ\":\"j\",\n\t\"ₒ\":\"o\",\n\t\"ᵣ\":\"r\",\n\t\"ᵤ\":\"u\",\n\t\"ᵥ\":\"v\",\n\t\"ₓ\":\"x\",\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.replace(/[^A-Za-z0-9\\[\\] ]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || ch\n\t});\n};\n\nexports.transliterateToSafeASCII = function(str) {\n\treturn str.replace(/[^\\x00-\\x7F]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || \"\"\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"title": "$:/core/modules/utils/utils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar base64utf8 = require(\"$:/core/modules/utils/base64-utf8/base64-utf8.module.js\");\n\n/*\nDisplay a message, in colour if we're on a terminal\n*/\nexports.log = function(text,colour) {\n\tconsole.log($tw.node ? exports.terminalColour(colour) + text + exports.terminalColour() : text);\n};\n\nexports.terminalColour = function(colour) {\n\tif(!$tw.browser && $tw.node && process.stdout.isTTY) {\n\t\tif(colour) {\n\t\t\tvar code = exports.terminalColourLookup[colour];\n\t\t\tif(code) {\n\t\t\t\treturn \"\\x1b[\" + code + \"m\";\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"\\x1b[0m\"; // Cancel colour\n\t\t}\n\t}\n\treturn \"\";\n};\n\nexports.terminalColourLookup = {\n\t\"black\": \"0;30\",\n\t\"red\": \"0;31\",\n\t\"green\": \"0;32\",\n\t\"brown/orange\": \"0;33\",\n\t\"blue\": \"0;34\",\n\t\"purple\": \"0;35\",\n\t\"cyan\": \"0;36\",\n\t\"light gray\": \"0;37\"\n};\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\texports.log(text,\"brown/orange\");\n};\n\n/*\nReturn the integer represented by the str (string).\nReturn the dflt (default) parameter if str is not a base-10 number.\n*/\nexports.getInt = function(str,deflt) {\n\tvar i = parseInt(str,10);\n\treturn isNaN(i) ? deflt : i;\n}\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nConvert a string to sentence case (ie capitalise first letter)\n*/\nexports.toSentenceCase = function(str) {\n\treturn (str || \"\").replace(/^\\S/, function(c) {return c.toUpperCase();});\n}\n\n/*\nConvert a string to title case (ie capitalise each initial letter)\n*/\nexports.toTitleCase = function(str) {\n\treturn (str || \"\").replace(/(^|\\s)\\S/g, function(c) {return c.toUpperCase();});\n}\n\t\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nDetermine whether an array-item is an object-property\n*/\nexports.hopArray = function(object,array) {\n\tfor(var i=0; i<array.length; i++) {\n\t\tif($tw.utils.hop(object,array[i])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0XXX/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMilliseconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^XXX/, function() {\n\t\t\t\treturn date.getMilliseconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\t// If the user wants everything in UTC, shift the datestamp\n\t// Optimize for format string that essentially means\n\t// 'return raw UTC (tiddlywiki style) date string.'\n\tif(t.indexOf(\"[UTC]\") == 0 ) {\n\t\tif(t == \"[UTC]YYYY0MM0DD0hh0mm0ssXXX\")\n\t\t\treturn $tw.utils.stringifyDate(new Date());\n\t\tvar offset = date.getTimezoneOffset() ; // in minutes\n\t\tdate = new Date(date.getTime()+offset*60*1000) ;\n\t\tt = t.substr(5) ;\n\t}\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2), // Strip the & and the ;\n\t\tc;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\tc = parseInt(e.substr(2),16);\n\t\t} else {\n\t\t\tc = parseInt(e.substr(1),10);\n\t\t}\n\t\tif(isNaN(c)) {\n\t\t\treturn s;\n\t\t} else {\n\t\t\treturn converter(c);\n\t\t}\n\t} else {\n\t\tc = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n// Turns a string into a legal JSON string\n// Derived from peg.js, thanks to David Majda\nexports.jsonStringify = function(s) {\n\t// See http://www.json.org/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/\\x08/g, '\\\\b') // backspace\n\t\t.replace(/\\x0c/g, '\\\\f') // formfeed\n\t\t.replace(/\\t/g, '\\\\t') // tab\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g,function(s) {\n\t\t\treturn '\\\\u' + $tw.utils.pad(s.charCodeAt(0).toString(16).toUpperCase(),4);\n\t\t}); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10) || 0;\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\treturn base64utf8.base64.decode.call(base64utf8,string64);\n};\n\n/*\nEncode a string to base64\n*/\nexports.base64Encode = function(string64) {\n\treturn base64utf8.base64.encode.call(base64utf8,string64);\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-createtiddler.js": {
"title": "$:/core/modules/widgets/action-createtiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionSaveDraftTitle = this.getAttribute(\"$savedrafttitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.generateNewTitle(this.actionBaseTitle),\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.actionSaveDraftTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveDraftTitle,this.wiki.generateDraftTitle(title),this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletefield.js": {
"title": "$:/core/modules/widgets/action-deletefield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField && tiddler) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-listops.js": {
"title": "$:/core/modules/widgets/action-listops.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"title": "$:/core/modules/widgets/action-navigate.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tevent = event || {};\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"title": "$:/core/modules/widgets/action-sendmessage.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"title": "$:/core/modules/widgets/action-setfield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\") || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"title": "$:/core/modules/widgets/browse.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" and \"nwdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\tif(this.nwdirectory) {\n\t\tdomNode.setAttribute(\"nwdirectory\",this.nwdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,{\n\t\t\t\tcallback: function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t},\n\t\t\t\tdeserializer: self.deserializer\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.deserializer = this.getAttribute(\"deserializer\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n\tthis.nwdirectory = this.getAttribute(\"nwdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"title": "$:/core/modules/widgets/button.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = (this.popup || this.popupTitle) && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif((this.set || this.setTitle) && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(self,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup || self.popupTitle) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set || self.setTitle) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.setTitle ? (this.setField ? this.wiki.getTiddler(this.setTitle).getFieldString(this.setField) === this.setTo :\n\t\t(this.setIndex ? this.wiki.extractTiddlerDataItem(this.setTitle,this.setIndex) === this.setTo :\n\t\t\tthis.wiki.getTiddlerText(this.setTitle))) || this.defaultSetValue || this.getVariable(\"currentTiddler\") :\n\t\tthis.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.popupTitle ? this.wiki.getTiddler(this.popupTitle) : this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\tif(this.popupTitle) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popupTitle,\n\t\t\twiki: this.wiki,\n\t\t\tnoStateReference: true\n\t\t});\n\t} else {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popup,\n\t\t\twiki: this.wiki\n\t\t});\n\t}\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tif(this.setTitle) {\n\t\tthis.setField ? this.wiki.setText(this.setTitle,this.setField,undefined,this.setTo) :\n\t\t\t\t(this.setIndex ? this.wiki.setText(this.setTitle,undefined,this.setIndex,this.setTo) :\n\t\t\t\tthis.wiki.setText(this.setTitle,\"text\",undefined,this.setTo));\n\t} else {\n\t\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\tthis.setTitle = this.getAttribute(\"setTitle\");\n\tthis.setField = this.getAttribute(\"setField\");\n\tthis.setIndex = this.getAttribute(\"setIndex\");\n\tthis.popupTitle = this.getAttribute(\"popupTitle\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup]) || (this.popupTitle && changedTiddlers[this.popupTitle]) || changedAttributes.setTitle || changedAttributes.setField || changedAttributes.setIndex || changedAttributes.popupTitle) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"title": "$:/core/modules/widgets/checkbox.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n\tif(this.checkboxCheckActions && checked) {\n\t\tthis.invokeActionString(this.checkboxCheckActions,this,event);\n\t}\n\tif(this.checkboxUncheckActions && !checked) {\n\t\tthis.invokeActionString(this.checkboxUncheckActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxCheckActions = this.getAttribute(\"checkactions\");\n\tthis.checkboxUncheckActions = this.getAttribute(\"uncheckactions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"title": "$:/core/modules/widgets/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"title": "$:/core/modules/widgets/count.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/diff-text.js": {
"title": "$:/core/modules/widgets/diff-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/diff-text.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display a diff between two texts\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\tdmp = require(\"$:/core/modules/utils/diff-match-patch/diff_match_patch.js\");\n\nvar DiffTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDiffTextWidget.prototype = new Widget();\n\nDiffTextWidget.prototype.invisibleCharacters = {\n\t\"\\n\": \"↩︎\\n\",\n\t\"\\r\": \"⇠\",\n\t\"\\t\": \"⇥\\t\"\n};\n\n/*\nRender this widget into the DOM\n*/\nDiffTextWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create the diff\n\tvar dmpObject = new dmp.diff_match_patch(),\n\t\tdiffs = dmpObject.diff_main(this.getAttribute(\"source\"),this.getAttribute(\"dest\"));\n\t// Apply required cleanup\n\tswitch(this.getAttribute(\"cleanup\",\"semantic\")) {\n\t\tcase \"none\":\n\t\t\t// No cleanup\n\t\t\tbreak;\n\t\tcase \"efficiency\":\n\t\t\tdmpObject.diff_cleanupEfficiency(diffs);\n\t\t\tbreak;\n\t\tdefault: // case \"semantic\"\n\t\t\tdmpObject.diff_cleanupSemantic(diffs);\n\t\t\tbreak;\n\t}\n\t// Create the elements\n\tvar domContainer = this.document.createElement(\"div\"), \n\t\tdomDiff = this.createDiffDom(diffs);\n\tparent.insertBefore(domContainer,nextSibling);\n\t// Set variables\n\tthis.setVariable(\"diff-count\",diffs.reduce(function(acc,diff) {\n\t\tif(diff[0] !== dmp.DIFF_EQUAL) {\n\t\t\tacc++;\n\t\t}\n\t\treturn acc;\n\t},0).toString());\n\t// Render child widgets\n\tthis.renderChildren(domContainer,null);\n\t// Render the diff\n\tdomContainer.appendChild(domDiff);\n\t// Save our container\n\tthis.domNodes.push(domContainer);\n};\n\n/*\nCreate DOM elements representing a list of diffs\n*/\nDiffTextWidget.prototype.createDiffDom = function(diffs) {\n\tvar self = this;\n\t// Create the element and assign the attributes\n\tvar domPre = this.document.createElement(\"pre\"),\n\t\tdomCode = this.document.createElement(\"code\");\n\t$tw.utils.each(diffs,function(diff) {\n\t\tvar tag = diff[0] === dmp.DIFF_INSERT ? \"ins\" : (diff[0] === dmp.DIFF_DELETE ? \"del\" : \"span\"),\n\t\t\tclassName = diff[0] === dmp.DIFF_INSERT ? \"tc-diff-insert\" : (diff[0] === dmp.DIFF_DELETE ? \"tc-diff-delete\" : \"tc-diff-equal\"),\n\t\t\tdom = self.document.createElement(tag),\n\t\t\ttext = diff[1],\n\t\t\tcurrPos = 0,\n\t\t\tre = /([\\x00-\\x1F])/mg,\n\t\t\tmatch = re.exec(text),\n\t\t\tspan,\n\t\t\tprintable;\n\t\tdom.className = className;\n\t\twhile(match) {\n\t\t\tif(currPos < match.index) {\n\t\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos,match.index)));\n\t\t\t}\n\t\t\tspan = self.document.createElement(\"span\");\n\t\t\tspan.className = \"tc-diff-invisible\";\n\t\t\tprintable = self.invisibleCharacters[match[0]] || (\"[0x\" + match[0].charCodeAt(0).toString(16) + \"]\");\n\t\t\tspan.appendChild(self.document.createTextNode(printable));\n\t\t\tdom.appendChild(span);\n\t\t\tcurrPos = match.index + match[0].length;\n\t\t\tmatch = re.exec(text);\n\t\t}\n\t\tif(currPos < text.length) {\n\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos)));\n\t\t}\n\t\tdomCode.appendChild(dom);\n\t});\n\tdomPre.appendChild(domCode);\n\treturn domPre;\n};\n\n/*\nCompute the internal state of the widget\n*/\nDiffTextWidget.prototype.execute = function() {\n\t// Make child widgets\n\tvar parseTreeNodes;\n\tif(this.parseTreeNode && this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: \"$:/language/Diffs/CountMessage\"}\n\t\t\t}\n\t\t}];\n\t}\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDiffTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.dest || changedAttributes.cleanup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports[\"diff-text\"] = DiffTextWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/draggable.js": {
"title": "$:/core/modules/widgets/draggable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\tstartActions: self.startActions,\n\t\tendActions: self.endActions,\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\tthis.startActions = this.getAttribute(\"startactions\");\n\tthis.endActions = this.getAttribute(\"endactions\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedTiddlers.tag || changedTiddlers[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/droppable.js": {
"title": "$:/core/modules/widgets/droppable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t]);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tvar modifierKey = event.ctrlKey && ! event.shiftKey ? \"ctrl\" : event.shiftKey && !event.ctrlKey ? \"shift\" : \n\t\t\t\tevent.ctrlKey && event.shiftKey ? \"ctrl-shift\" : \"normal\" ;\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title, modifier: modifierKey});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"title": "$:/core/modules/widgets/dropzone.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"},\n\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDragEndEvent = function(event) {\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,{\n\t\t\tcallback: readFileCallback,\n\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),readFileCallback);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1 && !event.target.isContentEditable) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),{\n\t\t\t\t\tcallback: readFileCallback,\n\t\t\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\tthis.dropzoneDeserializer = this.getAttribute(\"deserializer\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"title": "$:/core/modules/widgets/edit-binary.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"title": "$:/core/modules/widgets/edit-bitmap.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370,\n\tDEFAULT_IMAGE_TYPE = \"image/png\";\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tif(tiddler && tiddler.fields.type && tiddler.fields.text) {\n\t\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\t\t\n\t} else {\n\t\tcurrImage.width = DEFAULT_IMAGE_WIDTH;\n\t\tcurrImage.height = DEFAULT_IMAGE_HEIGHT;\n\t\tcurrImage.onerror();\n\t}\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\n/*\n** Rotate the canvas left by 90 degrees\n*/\nEditBitmapWidget.prototype.rotateCanvasLeft = function() {\n\t// Get the current size of the image\n\tvar origWidth = this.currCanvas.width,\n\t\torigHeight = this.currCanvas.height;\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\"),\n\t\tnewWidth = origHeight,\n\t\tnewHeight = origWidth;\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.save();\n\tctx.translate(newWidth / 2,newHeight / 2);\n\tctx.rotate(-Math.PI / 2);\n\tctx.drawImage(this.currCanvas,-origWidth / 2,-origHeight / 2);\n\tctx.restore();\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle) || new $tw.Tiddler({title: this.editTitle,type: DEFAULT_IMAGE_TYPE});\n\t// data URIs look like \"data:<type>;base64,<text>\"\n\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\tposColon = dataURL.indexOf(\":\"),\n\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\tposComma = dataURL.indexOf(\",\"),\n\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\ttext = dataURL.substring(posComma+1);\n\tvar update = {type: type, text: text};\n\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-shortcut.js": {
"title": "$:/core/modules/widgets/edit-shortcut.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n\t// Focus the input Node if focus === \"yes\" or focus === \"true\"\n\tif(this.shortcutFocus === \"yes\" || this.shortcutFocus === \"true\") {\n\t\tthis.focus();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n\tthis.shortcutFocus = this.getAttribute(\"focus\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nfocus the input node\n*/\nEditShortcutWidget.prototype.focus = function() {\n\tif(this.inputNode.focus && this.inputNode.select) {\n\t\tthis.inputNode.focus();\n\t\tthis.inputNode.select();\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"] || changedAttributes.focus) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"title": "$:/core/modules/widgets/edit-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"title": "$:/core/modules/widgets/edit.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editTabIndex = this.getAttribute(\"tabindex\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder},\n\t\t\t\"tabindex\": {type: \"string\", value: this.editTabIndex}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.tabindex || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"title": "$:/core/modules/widgets/element.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\t// Adjust headings by the current base level\n\tvar headingLevel = [\"h1\",\"h2\",\"h3\",\"h4\",\"h5\",\"h6\"].indexOf(tag);\n\tif(headingLevel !== -1) {\n\t\tvar baseLevel = parseInt(this.getVariable(\"tv-adjust-heading-level\",\"0\"),10) || 0;\n\t\theadingLevel = Math.min(Math.max(headingLevel + 1 + baseLevel,1),6);\n\t\ttag = \"h\" + headingLevel;\n\t}\n\t// Create the DOM node\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"title": "$:/core/modules/widgets/encrypt.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"title": "$:/core/modules/widgets/entity.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"title": "$:/core/modules/widgets/fieldmangler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.mangleTitle, tags: tag},modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"title": "$:/core/modules/widgets/fields.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"title": "$:/core/modules/widgets/image.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"title": "$:/core/modules/widgets/importvariables.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params,\n\t\t\t\t\tisMacroDefinition: parseTreeNode.isMacroDefinition\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"title": "$:/core/modules/widgets/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\tvar self = this;\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\",\"\");\n\tthis.message = this.getAttribute(\"message\",\"\");\n\tthis.param = this.getAttribute(\"param\",\"\");\n\tthis.key = this.getAttribute(\"key\",\"\");\n\tthis.tag = this.getAttribute(\"tag\",\"\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tif(this.key.substr(0,2) === \"((\" && this.key.substr(-2,2) === \"))\") {\n\t\tthis.shortcutTiddlers = [];\n\t\tvar name = this.key.substring(2,this.key.length -2);\n\t\t$tw.utils.each($tw.keyboardManager.lookupNames,function(platformDescriptor) {\n\t\t\tself.shortcutTiddlers.push(\"$:/config/\" + platformDescriptor + \"/\" + name);\n\t\t});\n\t}\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\t// Update the keyInfoArray if one of its shortcut-config-tiddlers has changed\n\tif(this.shortcutTiddlers && $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers)) {\n\t\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"title": "$:/core/modules/widgets/link.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.overrideClasses === undefined) {\n\t\tclasses.push(\"tc-tiddlylink\");\n\t\tif(this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t\t}\n\t\tif(this.isMissing && !this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t\t} else {\n\t\t\tif(!this.isMissing) {\n\t\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t\t}\n\t\t}\n\t\tif(this.linkClasses) {\n\t\t\tclasses.push(this.linkClasses);\t\t\t\n\t\t}\n\t} else if(this.overrideClasses !== \"\") {\n\t\tclasses.push(this.overrideClasses)\n\t}\n\tif(classes.length > 0) {\n\t\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t}\n\t// Set an href\n\tvar wikilinkTransformFilter = this.getVariable(\"tv-filter-export-link\"),\n\t\twikiLinkText;\n\tif(wikilinkTransformFilter) {\n\t\t// Use the filter to construct the href\n\t\twikiLinkText = this.wiki.filterTiddlers(wikilinkTransformFilter,this,function(iterator) {\n\t\t\titerator(self.wiki.getTiddler(self.to),self.to)\n\t\t})[0];\n\t} else {\n\t\t// Expand the tv-wikilink-template variable to construct the href\n\t\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\";\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\t}\n\t// Override with the value of tv-get-export-link if defined\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tmetaKey: event.metaKey,\n\t\tctrlKey: event.ctrlKey,\n\t\taltKey: event.altKey,\n\t\tshiftKey: event.shiftKey\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.overrideClasses = this.getAttribute(\"overrideClass\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = (this.getVariable(\"tv-show-missing-links\") || \"yes\") === \"no\";\n\t// Make the child widgets\n\tvar templateTree;\n\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\ttemplateTree = this.parseTreeNode.children;\n\t} else {\n\t\t// Default template is a link to the title\n\t\ttemplateTree = [{type: \"text\", text: this.to}];\n\t}\n\tthis.makeChildWidgets(templateTree);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"title": "$:/core/modules/widgets/linkcatcher.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n\t// When executing actions we avoid trapping navigate events, so that we don't trigger ourselves recursively\n\tthis.executingActions = false;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(!this.executingActions) {\n\t\t// Execute the actions\n\t\tif(this.catchTo) {\n\t\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t\t}\n\t\tif(this.catchMessage && this.parentWidget) {\n\t\t\tthis.parentWidget.dispatchEvent({\n\t\t\t\ttype: this.catchMessage,\n\t\t\t\tparam: event.navigateTo,\n\t\t\t\tnavigateTo: event.navigateTo\n\t\t\t});\n\t\t}\n\t\tif(this.catchSet) {\n\t\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t\t}\n\t\tif(this.catchActions) {\n\t\t\tthis.executingActions = true;\n\t\t\tthis.invokeActionString(this.catchActions,this,event,{navigateTo: event.navigateTo});\n\t\t\tthis.executingActions = false;\n\t\t}\n\t} else {\n\t\t// This is a navigate event generated by the actions of this linkcatcher, so we don't trap it again, but just pass it to the parent\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: \"tm-navigate\",\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"title": "$:/core/modules/widgets/list.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"title": "$:/core/modules/widgets/macrocall.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar macroName = this.parseTreeNode.name || this.getAttribute(\"$name\"),\n\t\tvariableInfo = this.getVariableInfo(macroName,{params: params}),\n\t\ttext = variableInfo.text,\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t\t// Wrap the parse tree in a vars widget assigning the parameters to variables named \"__paramname__\"\n\t\tvar attributes = {};\n\t\t$tw.utils.each(variableInfo.params,function(param) {\n\t\t\tvar name = \"__\" + param.name + \"__\";\n\t\t\tattributes[name] = {\n\t\t\t\tname: name,\n\t\t\t\ttype: \"string\",\n\t\t\t\tvalue: param.value\n\t\t\t};\n\t\t});\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"vars\",\n\t\t\tattributes: attributes,\n\t\t\tchildren: parseTreeNodes\n\t\t}];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"title": "$:/core/modules/widgets/navigator.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\tthis.setVariable(\"tv-story-list\",this.storyTitle);\n\tthis.setVariable(\"tv-history-list\",this.historyTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tif(this.storyTitle) {\n\t\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t\t{title: this.storyTitle},\n\t\t\tstoryTiddler,\n\t\t\t{list: storyList}\n\t\t));\t\t\n\t}\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tif(storyList) {\n\t\tvar p = storyList.indexOf(title);\n\t\twhile(p !== -1) {\n\t\t\tstoryList.splice(p,1);\n\t\t\tp = storyList.indexOf(title);\n\t\t}\t\t\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tif(storyList) {\n\t\tvar pos = storyList.indexOf(oldTitle);\n\t\tif(pos !== -1) {\n\t\t\tstoryList[pos] = newTitle;\n\t\t\tdo {\n\t\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\t\tif(pos !== -1) {\n\t\t\t\t\tstoryList.splice(pos,1);\n\t\t\t\t}\n\t\t\t} while(pos !== -1);\n\t\t} else {\n\t\t\tstoryList.splice(0,0,newTitle);\n\t\t}\t\t\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tif(this.storyTitle) {\n\t\tthis.wiki.addToStory(title,fromTitle,this.storyTitle,{\n\t\t\topenLinkFromInsideRiver: this.getAttribute(\"openLinkFromInsideRiver\",\"top\"),\n\t\t\topenLinkFromOutsideRiver: this.getAttribute(\"openLinkFromOutsideRiver\",\"top\")\n\t\t});\n\t}\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar editTiddler = $tw.hooks.invokeHook(\"th-editing-tiddler\",event);\n\tif(!editTiddler) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\treturn this.wiki.generateDraftTitle(title);\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-cancelling-tiddler\", event);\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-new-tiddler\", event);\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Make a copy of the additional fields excluding any blank ones\n\tvar filteredAdditionalFields = $tw.utils.extend({},additionalFields);\n\tObject.keys(filteredAdditionalFields).forEach(function(fieldName) {\n\t\tif(filteredAdditionalFields[fieldName] === \"\") {\n\t\t\tdelete filteredAdditionalFields[fieldName];\n\t\t}\n\t});\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\texistingTiddler,\n\t\tfilteredAdditionalFields,\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList && storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tif(slot === -1) {\n\t\t\tslot = this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\" ? storyList.length - 1 : slot;\n\t\t}\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList && storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\ttiddlerFields.title = $tw.utils.trim(tiddlerFields.title);\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList && storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n//\nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix || \"$:/state/folded/\";\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"title": "$:/core/modules/widgets/password.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/qualify.js": {
"title": "$:/core/modules/widgets/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/qualify.js\ntype: application/javascript\nmodule-type: widget\n\nQualify text to a variable \n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar QualifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nQualifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nQualifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nQualifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.qualifyName = this.getAttribute(\"name\");\n\tthis.qualifyTitle = this.getAttribute(\"title\");\n\t// Set context variable\n\tif(this.qualifyName) {\n\t\tthis.setVariable(this.qualifyName,this.qualifyTitle + \"-\" + this.getStateQualifier());\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nQualifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.title) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.qualify = QualifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"title": "$:/core/modules/widgets/radio.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tvar isChecked = this.getValue() === this.radioValue;\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",\n \t\t\"tc-radio \" + this.radioClass + (isChecked ? \" tc-radio-selected\" : \"\")\n \t);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(isChecked) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/range.js": {
"title": "$:/core/modules/widgets/range.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/range.js\ntype: application/javascript\nmodule-type: widget\n\nRange widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RangeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRangeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRangeWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"range\");\n\tthis.inputDomNode.setAttribute(\"class\",this.elementClass);\n\tif(this.minValue){\n\t\tthis.inputDomNode.setAttribute(\"min\", this.minValue);\n\t}\n\tif(this.maxValue){\n\t\tthis.inputDomNode.setAttribute(\"max\", this.maxValue);\n\t}\n\tif(this.increment){\n\t\tthis.inputDomNode.setAttribute(\"step\", this.increment);\n\t}\n\tthis.inputDomNode.value = this.getValue();\n\n\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.inputDomNode,nextSibling);\n\tthis.domNodes.push(this.inputDomNode);\n};\n\nRangeWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle),\n\t\tvalue = this.defaultValue;\n\tif(tiddler) {\n\t\tif($tw.utils.hop(tiddler.fields,this.tiddlerField)) {\n\t\t\tvalue = tiddler.fields[this.tiddlerField] || \"\";\n\t\t} else {\n\t\t\tvalue = this.defaultValue || \"\";\n\t\t}\n\t}\n\treturn value;\n};\n\nRangeWidget.prototype.handleChangeEvent = function(event) {\n\tthis.wiki.setText(this.tiddlerTitle ,this.tiddlerField, null,this.inputDomNode.value);\n};\n\n/*\nCompute the internal state of the widget\n*/\nRangeWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.tiddlerField = this.getAttribute(\"field\");\n\tthis.minValue = this.getAttribute(\"min\");\n\tthis.maxValue = this.getAttribute(\"max\");\n\tthis.increment = this.getAttribute(\"increment\");\n\tthis.defaultValue = this.getAttribute(\"default\");\n\tthis.elementClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRangeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes['min'] || changedAttributes['max'] || changedAttributes['increment'] || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.tiddlerTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.range = RangeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"title": "$:/core/modules/widgets/raw.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"title": "$:/core/modules/widgets/reveal.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tvar left,top;\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tleft = this.popup.left - domNode.offsetWidth;\n\t\t\ttop = this.popup.top;\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tleft = this.popup.left;\n\t\t\ttop = this.popup.top - domNode.offsetHeight;\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tleft = this.popup.left + this.popup.width;\n\t\t\ttop = this.popup.top + this.popup.height - domNode.offsetHeight;\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tleft = this.popup.left + this.popup.width;\n\t\t\ttop = this.popup.top;\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tleft = this.popup.left + this.popup.width - domNode.offsetWidth;\n\t\t\ttop = this.popup.top + this.popup.height;\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tleft = this.popup.left;\n\t\t\ttop = this.popup.top + this.popup.height;\n\t\t\tbreak;\n\t}\n\tif(!this.positionAllowNegative) {\n\t\tleft = Math.max(0,left);\n\t\ttop = Math.max(0,top);\n\t}\n\tdomNode.style.left = left + \"px\";\n\tdomNode.style.top = top + \"px\";\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis.positionAllowNegative = this.getAttribute(\"positionAllowNegative\") === \"yes\";\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTiddlerTitle = this.state;\n\tthis.stateTitle = this.getAttribute(\"stateTitle\");\n\tthis.stateField = this.getAttribute(\"stateField\");\n\tthis.stateIndex = this.getAttribute(\"stateIndex\");\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state,\n\t defaultState = this[\"default\"];\n\tif(this.stateTitle) {\n\t\tvar stateTitleTiddler = this.wiki.getTiddler(this.stateTitle);\n\t\tif(this.stateField) {\n\t\t\tstate = stateTitleTiddler ? stateTitleTiddler.getFieldString(this.stateField) || defaultState : defaultState;\n\t\t} else if(this.stateIndex) {\n\t\t\tstate = stateTitleTiddler ? this.wiki.extractTiddlerDataItem(this.stateTitle,this.stateIndex) || defaultState : defaultState;\n\t\t} else if(stateTitleTiddler) {\n\t\t\tstate = this.wiki.getTiddlerText(this.stateTitle) || defaultState;\n\t\t} else {\n\t\t\tstate = defaultState;\n\t\t}\n\t} else {\n\t\tstate = this.stateTiddlerTitle ? this.wiki.getTextReference(this.state,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\t}\n\tif(state === null) {\n\t\tstate = this[\"default\"];\n\t}\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.isOpen = this.text === state;\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.isOpen = this.text !== state;\n\t\t\tbreak;\n\t\tcase \"lt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t\tcase \"gt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"lteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"gteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.compareStateText = function(state) {\n\treturn state.localeCompare(this.text,undefined,{numeric: true,sensitivity: \"case\"});\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes.positionAllowNegative || changedAttributes[\"default\"] || changedAttributes.animate || changedAttributes.stateTitle || changedAttributes.stateField || changedAttributes.stateIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar currentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\tvar self = this;\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\t//make sure that the state hasn't changed during the close animation\n\t\t\tself.readState()\n\t\t\tif(!self.isOpen) {\n\t\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t\t\t}\n\t\t}});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"title": "$:/core/modules/widgets/scrollable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"title": "$:/core/modules/widgets/select.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex,value);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\tthis.selectTooltip = this.getAttribute(\"tooltip\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tif(this.selectTooltip) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"title\",this.selectTooltip);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex || changedAttributes.selectTooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"title": "$:/core/modules/widgets/set.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setTiddler = this.getAttribute(\"tiddler\");\n\tthis.setSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.setField = this.getAttribute(\"field\");\n\tthis.setIndex = this.getAttribute(\"index\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params,!!this.parseTreeNode.isMacroDefinition);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setTiddler) {\n\t\tvar tiddler;\n\t\tif(this.setSubTiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.setTiddler,this.setSubTiddler);\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.setTiddler);\t\t\t\n\t\t}\n\t\tif(!tiddler) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t} else if(this.setField) {\n\t\t\tvalue = tiddler.getFieldString(this.setField) || this.setEmptyValue;\n\t\t} else if(this.setIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.setTiddler,this.setIndex,this.setEmptyValue);\n\t\t} else {\n\t\t\tvalue = tiddler.fields.text || this.setEmptyValue ;\n\t\t}\n\t} else if(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(this.setValue == null) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value || \"\";\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select || changedAttributes.tiddler || (this.setTiddler && changedTiddlers[this.setTiddler]) || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes.emptyValue ||\n\t (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"title": "$:/core/modules/widgets/text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"title": "$:/core/modules/widgets/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"title": "$:/core/modules/widgets/transclude.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"title": "$:/core/modules/widgets/vars.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"title": "$:/core/modules/widgets/view.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tthis.viewMode = this.getAttribute(\"mode\",\"block\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function(mode) {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"title": "$:/core/modules/widgets/widget.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\t// Bail if parseTreeNode is undefined, meaning that the widget constructor was called without any arguments so that it can be subclassed\n\tif(parseTreeNode === undefined) {\n\t\treturn;\n\t}\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\t// Get widget classes\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t\t// Process any subclasses\n\t\t$tw.modules.forEachModuleOfType(\"widget-subclass\",function(title,module) {\n\t\t\tif(module.baseClass) {\n\t\t\t\tvar baseClass = Widget.prototype.widgetClasses[module.baseClass];\n\t\t\t\tif(!baseClass) {\n\t\t\t\t\tthrow \"Module '\" + title + \"' is attemping to extend a non-existent base class '\" + module.baseClass + \"'\";\n\t\t\t\t}\n\t\t\t\tvar subClass = module.constructor;\n\t\t\t\tsubClass.prototype = new baseClass();\n\t\t\t\t$tw.utils.extend(subClass.prototype,module.prototype);\n\t\t\t\tWidget.prototype.widgetClasses[module.name || module.baseClass] = subClass;\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\nisMacroDefinition: true if the variable is set via a \\define macro pragma (and hence should have variable substitution performed)\n*/\nWidget.prototype.setVariable = function(name,value,params,isMacroDefinition) {\n\tthis.variables[name] = {value: value, params: params, isMacroDefinition: !!isMacroDefinition};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n\nReturns an object with the following fields:\n\nparams: array of {name:,value:} of parameters passed to wikitext variables\ntext: text of variable, with parameters properly substituted\n*/\nWidget.prototype.getVariableInfo = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value,\n\t\t\tparams = this.resolveVariableParameters(variable.params,actualParams);\n\t\t// Substitute any parameters specified in the definition\n\t\t$tw.utils.each(params,function(param) {\n\t\t\tvalue = $tw.utils.replaceString(value,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(param.name) + \"\\\\$\",\"mg\"),param.value);\n\t\t});\n\t\t// Only substitute variable references if this variable was defined with the \\define pragma\n\t\tif(variable.isMacroDefinition) {\n\t\t\tvalue = this.substituteVariableReferences(value);\t\t\t\n\t\t}\n\t\treturn {\n\t\t\ttext: value,\n\t\t\tparams: params\n\t\t};\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn {\n\t\ttext: this.evaluateMacroModule(name,actualParams,options.defaultValue)\n\t};\n};\n\n/*\nSimplified version of getVariableInfo() that just returns the text\n*/\nWidget.prototype.getVariable = function(name,options) {\n\treturn this.getVariableInfo(name,options).text;\n};\n\nWidget.prototype.resolveVariableParameters = function(formalParams,actualParams) {\n\tformalParams = formalParams || [];\n\tactualParams = actualParams || [];\n\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\tparamInfo, paramValue,\n\t\tresults = [];\n\t// Step through each of the parameters in the macro definition\n\tfor(var p=0; p<formalParams.length; p++) {\n\t\t// Check if we've got a macro call parameter with the same name\n\t\tparamInfo = formalParams[p];\n\t\tparamValue = undefined;\n\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t}\n\t\t}\n\t\t// If not, use the next available anonymous macro call parameter\n\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\tnextAnonParameter++;\n\t\t}\n\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t}\n\t\t// If we've still not got a value, use the default, if any\n\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t// Store the parameter name and value\n\t\tresults.push({name: paramInfo.name, value: paramValue});\n\t}\n\treturn results;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\tvar children = this.children;\n\tfor(var i = 0; i < children.length; i++) {\n\t\tchildren[i].render(parent,nextSibling);\n\t};\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar children = this.children,\n\t\trefreshed = false;\n\tfor (var i = 0; i < children.length; i++) {\n\t\trefreshed = children[i].refresh(changedTiddlers) || refreshed;\n\t}\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/wikify.js": {
"title": "$:/core/modules/widgets/wikify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki-bulkops.js": {
"title": "$:/core/modules/wiki-bulkops.js",
"text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.slice(0) : undefined,\n\t\t\t\t\tlist = tiddler.fields.list ? tiddler.fields.list.slice(0) : undefined,\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/wiki.js": {
"title": "$:/core/modules/wiki.js",
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nAdd available indexers to this wiki\n*/\nexports.addIndexersToWiki = function() {\n\tvar self = this;\n\t$tw.utils.each($tw.modules.applyMethods(\"indexer\"),function(Indexer,name) {\n\t\tself.addIndexer(new Indexer(self),name);\n\t});\n};\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric,isAlphaNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if(isAlphaNumeric) {\n\t\t\treturn isDescending ? b.localeCompare(a,undefined,{numeric: true,sensitivity: \"base\"}) : a.localeCompare(b,undefined,{numeric: true,sensitivity: \"base\"});\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\t// Try to use the indexer\n\tvar self = this,\n\t\ttagIndexer = this.getIndexer(\"TagIndexer\"),\n\t\tresults = tagIndexer && tagIndexer.subIndexers[3].lookup(tag);\n\tif(!results) {\n\t\t// If not available, perform a manual scan\n\t\tresults = this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\t\tvar tagmap = self.getTagMap();\n\t\t\treturn self.sortByList(tagmap[tag],tag);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar self = this,\n\t\treplacedTitles = Object.create(null);\n\tfunction replaceItem(title) {\n\t\tif(!$tw.utils.hop(replacedTitles, title)) {\n\t\t\treplacedTitles[title] = true;\n\t\t\tvar newPos = -1,\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(afterTitle === \"\") {\n\t\t\t\t\tnewPos = titles.length;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\treplaceItem(beforeTitle);\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\treplaceItem(afterTitle);\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// We get the currPos //after// figuring out the newPos, because recursive replaceItem calls might alter title's currPos\n\t\t\t\tvar currPos = titles.indexOf(title);\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(currPos >= 0 && newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\treplaceItem(title);\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\nexports.getTiddlersAsJson = function(filter) {\n\tvar tiddlers = this.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n\t// Use the generic binary parser for any binary types not registered so far\n\tif($tw.Wiki.parsers[\"application/octet-stream\"]) {\n\t\tObject.keys($tw.config.contentTypeInfo).forEach(function(type) {\n\t\t\tif(!$tw.utils.hop($tw.Wiki.parsers,type) && $tw.config.contentTypeInfo[type].encoding === \"base64\") {\n\t\t\t\t$tw.Wiki.parsers[type] = $tw.Wiki.parsers[\"application/octet-stream\"];\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type,tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tfield: If specified, restricts the search to the specified field, or an array of field names\n\tanchored: If true, forces all but regexp searches to be anchored to the start of text\n\texcludeField: If true, the field options are inverted to specify the fields that are not to be searched\n\tThe search mode is determined by the first of these boolean flags to be true\n\t\tliteral: searches for literal string\n\t\twhitespace: same as literal except runs of whitespace are treated as a single space\n\t\tregexp: treats the search term as a regular expression\n\t\twords: (default) treats search string as a list of tokens, and matches if all tokens are found, regardless of adjacency or ordering\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\",\n\t\tanchor = options.anchored ? \"^\" : \"\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + anchor + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else if(options.whitespace) {\n\t\tterms = [];\n\t\t$tw.utils.each(text.split(/\\s+/g),function(term) {\n\t\t\tif(term) {\n\t\t\t\tterms.push($tw.utils.escapeRegExp(term));\n\t\t\t}\n\t\t});\n\t\tsearchTermsRegExps = [new RegExp(\"(\" + anchor + terms.join(\"\\\\s+\") + \")\",flags)];\n\t} else if(options.regexp) {\n\t\ttry {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + text + \")\",flags)];\t\t\t\n\t\t} catch(e) {\n\t\t\tsearchTermsRegExps = null;\n\t\t\tconsole.log(\"Regexp error parsing /(\" + text + \")/\" + flags + \": \",e);\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + anchor + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Accumulate the array of fields to be searched or excluded from the search\n\tvar fields = [];\n\tif(options.field) {\n\t\tif($tw.utils.isArray(options.field)) {\n\t\t\t$tw.utils.each(options.field,function(fieldName) {\n\t\t\t\tif(fieldName) {\n\t\t\t\t\tfields.push(fieldName);\t\t\t\t\t\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tfields.push(options.field);\n\t\t}\n\t}\n\t// Use default fields if none specified and we're not excluding fields (excluding fields with an empty field array is the same as searching all fields)\n\tif(fields.length === 0 && !options.excludeField) {\n\t\tfields.push(\"title\");\n\t\tfields.push(\"tags\");\n\t\tfields.push(\"text\");\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar notYetFound = searchTermsRegExps.slice();\n\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tsearchFields;\n\t\t// Get the list of fields we're searching\n\t\tif(options.excludeField) {\n\t\t\tsearchFields = Object.keys(tiddler.fields);\n\t\t\t$tw.utils.each(fields,function(fieldName) {\n\t\t\t\tvar p = searchFields.indexOf(fieldName);\n\t\t\t\tif(p !== -1) {\n\t\t\t\t\tsearchFields.splice(p,1);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsearchFields = fields;\n\t\t}\n\t\tfor(var fieldIndex=0; notYetFound.length>0 && fieldIndex<searchFields.length; fieldIndex++) {\n\t\t\t// Don't search the text field if the content type is binary\n\t\t\tvar fieldName = searchFields[fieldIndex];\n\t\t\tif(fieldName === \"text\" && contentTypeInfo.encoding !== \"utf8\") {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tvar str = tiddler.fields[fieldName],\n\t\t\t\tt;\n\t\t\tif(str) {\n\t\t\t\tif($tw.utils.isArray(str)) {\n\t\t\t\t\t// If the field value is an array, test each regexp against each field array entry and fail if each regexp doesn't match at least one field array entry\n\t\t\t\t\tfor(var s=0; s<str.length; s++) {\n\t\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\t\tif(notYetFound[t].test(str[s])) {\n\t\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// If the field isn't an array, force it to a string and test each regexp against it and fail if any do not match\n\t\t\t\t\tstr = tiddler.getFieldString(fieldName);\n\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\tif(notYetFound[t].test(str)) {\n\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t\treturn notYetFound.length == 0;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\tvar result = [],\n\t\toutstanding = files.length,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t};\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],$tw.utils.extend({},options,{callback: readFileCallback}));\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Give the hook a chance to process the drag\n\tif($tw.hooks.invokeHook(\"th-importing-file\",{\n\t\tfile: file,\n\t\ttype: type,\n\t\tisBinary: isBinary,\n\t\tcallback: callback\n\t}) !== true) {\n\t\tthis.readFileContent(file,type,isBinary,options.deserializer,callback);\n\t}\n};\n\n/*\nLower level utility to read the content of a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFileContent = function(file,type,isBinary,deserializer,callback) {\n\tvar self = this;\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields,{deserializer: deserializer}));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tif(historyTitle) {\n\t\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\t\tstory.addToHistory(title,fromPageRect);\t\t\n\t}\n};\n\n/*\nAdd a new tiddler to the story river\ntitle: a title string or an array of title strings\nfromTitle: the title of the tiddler from which the navigation originated\nstoryTitle: title of story tiddler (defaults to $:/StoryList)\noptions: see story.js\n*/\nexports.addToStory = function(title,fromTitle,storyTitle,options) {\n\tif(storyTitle) {\n\t\tvar story = new $tw.Story({wiki: this, storyTitle: storyTitle});\n\t\tstory.addToStory(title,fromTitle,options);\t\t\n\t}\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nexports.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle,\n\t\tusername = this.getTiddlerText(\"$:/status/UserName\"),\n\t\tattribution = username ? \" by \" + username : \"\";\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\" + attribution;\n\t\tc++;\n\t} while(this.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"title": "$:/palettes/DarkPhotos",
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Nord": {
"title": "$:/palettes/Nord",
"name": "Nord",
"description": "An arctic, north-bluish color palette.",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"license": "MIT, arcticicestudio, https://github.com/arcticicestudio/nord/blob/develop/LICENSE.md",
"text": "alert-background: #D08770\nalert-border: #D08770\nalert-highlight: #B48EAD\nalert-muted-foreground: #4C566A\nbackground: #3b4252\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #4C566A\nbutton-foreground: #D8DEE9\nbutton-border: transparent\ncode-background: #2E3440\ncode-border: #2E3440\ncode-foreground: #BF616A\ndiff-delete-background: #BF616A\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #A3BE8C\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #BF616A\ndownload-background: #A3BE8C\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #ECEFF4\ndropdown-tab-background: #4C566A\ndropzone-background: #A3BE8C\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #5E81AC\nexternal-link-foreground: #8FBCBB\nforeground: #d8dee9\nmessage-background: #2E3440\nmessage-border: #2E3440\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #3b4252\nmodal-footer-background: #3b4252\nmodal-footer-border: #3b4252\nmodal-header-border: #3b4252\nmuted-foreground: #4C566A\nnotification-background: <<colour primary>>\nnotification-border: #EBCB8B\npage-background: #2e3440\npre-background: #2E3440\npre-border: #2E3440\nprimary: #5E81AC\nselect-tag-background: #3b4252\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #4C566A\nsidebar-controls-foreground: #3B4252\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #D8DEE9\nsidebar-muted-foreground-hover: #4C566A\nsidebar-muted-foreground: #4C566A\nsidebar-tab-background-selected: #ECEFF4\nsidebar-tab-background: #4C566A\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #4C566A\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #4C566A\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #A3BE8C\nsidebar-tiddler-link-foreground: #81A1C1\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #B48EAD\ntab-background-selected: #ECEFF4\ntab-background: #4C566A\ntab-border-selected: #4C566A\ntab-border: #4C566A\ntab-divider: #4C566A\ntab-foreground-selected: #4C566A\ntab-foreground: #D8DEE9\ntable-border: #4C566A\ntable-footer-background: #2e3440\ntable-header-background: #2e3440\ntag-background: #A3BE8C\ntag-foreground: #4C566A\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: \ntiddler-controls-foreground-selected: #EBCB8B\ntiddler-controls-foreground: #4C566A\ntiddler-editor-background: #2e3440\ntiddler-editor-border-image: #2e3440\ntiddler-editor-border: #2e3440\ntiddler-editor-fields-even: #2e3440\ntiddler-editor-fields-odd: #2e3440\ntiddler-info-background: #2e3440\ntiddler-info-border: #2e3440\ntiddler-info-tab-background: #2e3440\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #4C566A\ntiddler-title-foreground: #81A1C1\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #2d3038\nvery-muted-foreground: #2d3038\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nselect-tag-background:\nselect-tag-foreground:\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarizedLight": {
"title": "$:/palettes/SolarizedLight",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"description": "Precision colors for machines and people",
"license": "MIT, Ethan Schoonover, https://github.com/altercation/solarized/blob/master/LICENSE",
"name": "SolarizedLight",
"text": "alert-background: #eee8d5\nalert-border: #073642\nalert-highlight: #cb4b16\nalert-muted-foreground: #586e75\nbackground: #fdf6e3\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #cb4b16\nbutton-foreground: #fdf6e3\nbutton-border: transparent\ncode-background: #eee8d5\ncode-border: #93a1a1\ncode-foreground: #d33682\ndiff-delete-background: #BF616A\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #859900\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #D08770\ndownload-background: #859900\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #fdf6e3\ndropdown-tab-background: #93a1a1\ndropzone-background: #859900\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: #d33682\nexternal-link-foreground-visited: #b58900\nexternal-link-foreground: #cb4b16\nforeground: #839496\nmessage-background: #586e75\nmessage-border: #586e75\nmessage-foreground: #eee8d5\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #eee8d5\nmodal-footer-background: #eee8d5\nmodal-footer-border: #eee8d5\nmodal-header-border: #eee8d5\nmuted-foreground: #93a1a1\nnotification-background: #EBCB8B\nnotification-border: #D08770\npage-background: #eee8d5\npre-background: #eee8d5\npre-border: #93a1a1\nprimary: #2aa198\nselect-tag-background: #eee8d5\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: #eee8d5\nsidebar-controls-foreground-hover: #268bd2\nsidebar-controls-foreground: #586e75\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #839496\nsidebar-muted-foreground-hover: #657b83\nsidebar-muted-foreground: #93a1a1\nsidebar-tab-background-selected: #eee8d5\nsidebar-tab-background: #839496\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #657b83\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #839496\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #859900\nsidebar-tiddler-link-foreground: #268bd2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #dc322f\ntab-background-selected: #fdf6e3\ntab-background: #839496\ntab-border-selected: #93a1a1\ntab-border: #93a1a1\ntab-divider: #fdf6e3\ntab-foreground-selected: #839496\ntab-foreground: #eee8d5\ntable-border: #657b83\ntable-footer-background: #657b83\ntable-header-background: #93a1a1\ntag-background: #6c71c4\ntag-foreground: #eee8d5\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #b58900\ntiddler-controls-foreground-selected: #b58900\ntiddler-controls-foreground: #073642\ntiddler-editor-background: #eee8d5\ntiddler-editor-border-image: #eee8d5\ntiddler-editor-border: #eee8d5\ntiddler-editor-fields-even: #eee8d5\ntiddler-editor-fields-odd: #fdf6e3\ntiddler-info-background: #eee8d5\ntiddler-info-border: #eee8d5\ntiddler-info-tab-background: #586e75\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #586e75\ntiddler-title-foreground: #073642\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #839496\nvery-muted-foreground: #93a1a1\n"
},
"$:/palettes/SpartanDay": {
"title": "$:/palettes/SpartanDay",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"description": "Cold, spartan day colors",
"name": "Spartan Day",
"text": "alert-background: <<colour background>>\nalert-border: <<colour very-muted-foreground>>\nalert-highlight: <<colour very-muted-foreground>>\nalert-muted-foreground: <<colour muted-foreground>>\nbackground: #FAFAFA\nblockquote-bar: <<colour page-background>>\nbutton-background: transparent\nbutton-foreground: inherit\nbutton-border: <<colour tag-background>>\ncode-background: #ececec\ncode-border: #ececec\ncode-foreground: \ndirty-indicator: #c80000\ndownload-background: <<colour primary>>\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #FFFFFF\ndropdown-border: <<colour dropdown-background>>\ndropdown-tab-background-selected: <<colour dropdown-background>>\ndropdown-tab-background: #F5F5F5\ndropzone-background: <<colour tag-background>>\nexternal-link-background-hover: transparent\nexternal-link-background-visited: transparent\nexternal-link-background: transparent\nexternal-link-foreground-hover: \nexternal-link-foreground-visited: \nexternal-link-foreground: \nforeground: rgba(0, 0, 0, 0.87)\nmessage-background: <<colour background>>\nmessage-border: <<colour very-muted-foreground>>\nmessage-foreground: rgba(0, 0, 0, 0.54)\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour very-muted-foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour very-muted-foreground>>\nmodal-header-border: <<colour very-muted-foreground>>\nmuted-foreground: rgba(0, 0, 0, 0.54)\nnotification-background: <<colour dropdown-background>>\nnotification-border: <<colour dropdown-background>>\npage-background: #f4f4f4\npre-background: #ececec\npre-border: #ececec\nprimary: #3949ab\nselect-tag-background: <<colour background>>\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #aeaeae\nsidebar-controls-foreground: #c6c6c6\nsidebar-foreground-shadow: transparent\nsidebar-foreground: rgba(0, 0, 0, 0.54)\nsidebar-muted-foreground-hover: rgba(0, 0, 0, 0.54)\nsidebar-muted-foreground: rgba(0, 0, 0, 0.38)\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: transparent\nsidebar-tab-border-selected: <<colour table-border>>\nsidebar-tab-border: transparent\nsidebar-tab-divider: <<colour table-border>>\nsidebar-tab-foreground-selected: rgba(0, 0, 0, 0.87)\nsidebar-tab-foreground: rgba(0, 0, 0, 0.54)\nsidebar-tiddler-link-foreground-hover: rgba(0, 0, 0, 0.87)\nsidebar-tiddler-link-foreground: rgba(0, 0, 0, 0.54)\nsite-title-foreground: rgba(0, 0, 0, 0.87)\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: transparent\ntab-border-selected: <<colour table-border>>\ntab-border: transparent\ntab-divider: <<colour table-border>>\ntab-foreground-selected: rgba(0, 0, 0, 0.87)\ntab-foreground: rgba(0, 0, 0, 0.54)\ntable-border: #d8d8d8\ntable-footer-background: <<colour tiddler-editor-fields-odd>>\ntable-header-background: <<colour tiddler-editor-fields-even>>\ntag-background: #ec6\ntag-foreground: <<colour button-foreground>>\ntiddler-background: <<colour background>>\ntiddler-border: #f9f9f9\ntiddler-controls-foreground-hover: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground-selected: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground: <<colour sidebar-controls-foreground>>\ntiddler-editor-background: transparent\ntiddler-editor-border-image: \ntiddler-editor-border: #e8e7e7\ntiddler-editor-fields-even: rgba(0, 0, 0, 0.1)\ntiddler-editor-fields-odd: rgba(0, 0, 0, 0.04)\ntiddler-info-background: #F5F5F5\ntiddler-info-border: #F5F5F5\ntiddler-info-tab-background: <<colour tiddler-editor-fields-odd>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour muted-foreground>>\ntiddler-title-foreground: #000000\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour very-muted-foreground>>\nvery-muted-foreground: rgba(0, 0, 0, 0.12)\n"
},
"$:/palettes/SpartanNight": {
"title": "$:/palettes/SpartanNight",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"description": "Dark spartan colors",
"name": "Spartan Night",
"text": "alert-background: <<colour background>>\nalert-border: <<colour very-muted-foreground>>\nalert-highlight: <<colour very-muted-foreground>>\nalert-muted-foreground: <<colour muted-foreground>>\nbackground: #303030\nblockquote-bar: <<colour page-background>>\nbutton-background: transparent\nbutton-foreground: inherit\nbutton-border: <<colour tag-background>>\ncode-background: <<colour pre-background>>\ncode-border: <<colour pre-border>>\ncode-foreground: rgba(255, 255, 255, 0.54)\ndirty-indicator: #c80000\ndownload-background: <<colour primary>>\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #424242\ndropdown-border: <<colour dropdown-background>>\ndropdown-tab-background-selected: <<colour dropdown-background>>\ndropdown-tab-background: #050505\ndropzone-background: <<colour tag-background>>\nexternal-link-background-hover: transparent\nexternal-link-background-visited: transparent\nexternal-link-background: transparent\nexternal-link-foreground-hover: \nexternal-link-foreground-visited: #7c318c\nexternal-link-foreground: #9e3eb3\nforeground: rgba(255, 255, 255, 0.7)\nmessage-background: <<colour background>>\nmessage-border: <<colour very-muted-foreground>>\nmessage-foreground: rgba(255, 255, 255, 0.54)\nmodal-backdrop: <<colour page-background>>\nmodal-background: <<colour background>>\nmodal-border: <<colour very-muted-foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour background>>\nmodal-header-border: <<colour very-muted-foreground>>\nmuted-foreground: rgba(255, 255, 255, 0.54)\nnotification-background: <<colour dropdown-background>>\nnotification-border: <<colour dropdown-background>>\npage-background: #212121\npre-background: #2a2a2a\npre-border: transparent\nprimary: #5656f3\nselect-tag-background: <<colour background>>\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #494949\nsidebar-controls-foreground: #5d5d5d\nsidebar-foreground-shadow: transparent\nsidebar-foreground: rgba(255, 255, 255, 0.54)\nsidebar-muted-foreground-hover: rgba(255, 255, 255, 0.54)\nsidebar-muted-foreground: rgba(255, 255, 255, 0.38)\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: transparent\nsidebar-tab-border-selected: <<colour table-border>>\nsidebar-tab-border: transparent\nsidebar-tab-divider: <<colour table-border>>\nsidebar-tab-foreground-selected: rgba(255, 255, 255, 0.87)\nsidebar-tab-foreground: rgba(255, 255, 255, 0.54)\nsidebar-tiddler-link-foreground-hover: rgba(255, 255, 255, 0.7)\nsidebar-tiddler-link-foreground: rgba(255, 255, 255, 0.54)\nsite-title-foreground: rgba(255, 255, 255, 0.7)\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: transparent\ntab-border-selected: <<colour table-border>>\ntab-border: transparent\ntab-divider: <<colour table-border>>\ntab-foreground-selected: rgba(255, 255, 255, 0.87)\ntab-foreground: rgba(255, 255, 255, 0.54)\ntable-border: #3a3a3a\ntable-footer-background: <<colour tiddler-editor-fields-odd>>\ntable-header-background: <<colour tiddler-editor-fields-even>>\ntag-background: #ec6\ntag-foreground: <<colour button-foreground>>\ntiddler-background: <<colour background>>\ntiddler-border: rgb(55,55,55)\ntiddler-controls-foreground-hover: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground-selected: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground: <<colour sidebar-controls-foreground>>\ntiddler-editor-background: transparent\ntiddler-editor-border-image: \ntiddler-editor-border: rgba(255, 255, 255, 0.08)\ntiddler-editor-fields-even: rgba(255, 255, 255, 0.1)\ntiddler-editor-fields-odd: rgba(255, 255, 255, 0.04)\ntiddler-info-background: #454545\ntiddler-info-border: #454545\ntiddler-info-tab-background: <<colour tiddler-editor-fields-odd>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour muted-foreground>>\ntiddler-title-foreground: #FFFFFF\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour very-muted-foreground>>\nvery-muted-foreground: rgba(255, 255, 255, 0.12)\n"
},
"$:/palettes/Twilight": {
"title": "$:/palettes/Twilight",
"tags": "$:/tags/Palette",
"author": "Thomas Elmiger",
"type": "application/x-tiddler-dictionary",
"name": "Twilight",
"description": "Delightful, soft darkness.",
"text": "alert-background: rgb(255, 255, 102)\nalert-border: rgb(232, 232, 125)\nalert-highlight: rgb(255, 51, 51)\nalert-muted-foreground: rgb(224, 82, 82)\nbackground: rgb(38, 38, 38)\nblockquote-bar: rgba(240, 196, 117, 0.7)\nbutton-background: rgb(63, 63, 63)\nbutton-border: rgb(127, 127, 127)\nbutton-foreground: rgb(179, 179, 179)\ncode-background: rgba(0,0,0,0.03)\ncode-border: rgba(0,0,0,0.08)\ncode-foreground: rgb(255, 94, 94)\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: rgb(255, 94, 94)\ndownload-background: #19a974\ndownload-foreground: rgb(38, 38, 38)\ndragger-background: rgb(179, 179, 179)\ndragger-foreground: rgb(38, 38, 38)\ndropdown-background: rgb(38, 38, 38)\ndropdown-border: rgb(255, 255, 255)\ndropdown-tab-background: rgba(0,0,0,.1)\ndropdown-tab-background-selected: rgba(255,255,255,1)\ndropzone-background: #9eebcf\nexternal-link-background: inherit\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-foreground: rgb(179, 179, 255)\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: rgb(153, 153, 255)\nforeground: rgb(179, 179, 179)\nmessage-background: <<colour tag-foreground>>\nmessage-border: #96ccff\nmessage-foreground: <<colour tag-background>>\nmodal-backdrop: rgb(179, 179, 179)\nmodal-background: rgb(38, 38, 38)\nmodal-border: rgba(0,0,0,.5)\nmodal-footer-background: #f4f4f4\nmodal-footer-border: rgba(0,0,0,.1)\nmodal-header-border: rgba(0,0,0,.2)\nmuted-foreground: rgb(255, 255, 255)\nnotification-background: <<colour tag-foreground>>\nnotification-border: <<colour tag-background>>\npage-background: rgb(26, 26, 26)\npre-background: rgb(25, 25, 25)\npre-border: rgba(0,0,0,.2)\nprimary: rgb(255, 201, 102)\nselect-tag-background: \nselect-tag-foreground: \nsidebar-button-foreground: rgb(179, 179, 179)\nsidebar-controls-foreground: rgb(153, 153, 153)\nsidebar-controls-foreground-hover: <<colour tiddler-controls-foreground-hover>>\nsidebar-foreground: rgb(141, 141, 141)\nsidebar-foreground-shadow: transparent\nsidebar-muted-foreground: rgba(0, 0, 0, 0.5)\nsidebar-muted-foreground-hover: rgb(141, 141, 141)\nsidebar-tab-background: rgba(141, 141, 141, 0.2)\nsidebar-tab-background-selected: rgb(26, 26, 26)\nsidebar-tab-border: rgb(127, 127, 127)\nsidebar-tab-border-selected: rgb(127, 127, 127)\nsidebar-tab-divider: rgb(127, 127, 127)\nsidebar-tab-foreground: rgb(179, 179, 179)\nsidebar-tab-foreground-selected: rgb(179, 179, 179)\nsidebar-tiddler-link-foreground: rgb(179, 179, 179)\nsidebar-tiddler-link-foreground-hover: rgb(115, 115, 115)\nsite-title-foreground: rgb(255, 201, 102)\nstatic-alert-foreground: rgba(0,0,0,.3)\ntab-background: rgba(0,0,0,0.125)\ntab-background-selected: rgb(38, 38, 38)\ntab-border: rgb(255, 201, 102)\ntab-border-selected: rgb(255, 201, 102)\ntab-divider: rgb(255, 201, 102)\ntab-foreground: rgb(179, 179, 179)\ntab-foreground-selected: rgb(179, 179, 179)\ntable-border: rgba(255,255,255,.3)\ntable-footer-background: rgba(0,0,0,.4)\ntable-header-background: rgba(0,0,0,.1)\ntag-background: rgb(255, 201, 102)\ntag-foreground: rgb(25, 25, 25)\ntiddler-background: rgb(38, 38, 38)\ntiddler-border: rgba(240, 196, 117, 0.7)\ntiddler-controls-foreground: rgb(128, 128, 128)\ntiddler-controls-foreground-hover: rgba(255, 255, 255, 0.8)\ntiddler-controls-foreground-selected: rgba(255, 255, 255, 0.9)\ntiddler-editor-background: rgb(33, 33, 33)\ntiddler-editor-border: rgb(63, 63, 63)\ntiddler-editor-border-image: rgb(25, 25, 25)\ntiddler-editor-fields-even: rgb(33, 33, 33)\ntiddler-editor-fields-odd: rgb(28, 28, 28)\ntiddler-info-background: rgb(43, 43, 43)\ntiddler-info-border: rgb(25, 25, 25)\ntiddler-info-tab-background: rgb(43, 43, 43)\ntiddler-link-background: rgb(38, 38, 38)\ntiddler-link-foreground: rgb(204, 204, 255)\ntiddler-subtitle-foreground: rgb(255, 255, 255)\ntiddler-title-foreground: rgb(255, 192, 76)\ntoolbar-cancel-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-done-button: \ntoolbar-edit-button: \ntoolbar-info-button: \ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \nuntagged-background: rgb(255, 255, 255)\nvery-muted-foreground: rgba(240, 196, 117, 0.7)\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/library/sjcl.js/license": {
"title": "$:/library/sjcl.js/license",
"type": "text/plain",
"text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)https://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-raw": {
"title": "$:/core/templates/canonical-uri-external-raw",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external raw files that are stored in the same directory\n\n-->\n<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-text": {
"title": "$:/core/templates/canonical-uri-external-text",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>"
},
"$:/core/save/all-external-js": {
"title": "$:/core/save/all-external-js",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/core]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5-external-js.html}}\n"
},
"$:/core/templates/tiddlywiki5.js": {
"title": "$:/core/templates/tiddlywiki5.js",
"text": "\\rules only filteredtranscludeinline transcludeinline codeinline\n\n/*\n{{ $:/core/copyright.txt ||$:/core/templates/plain-text-tiddler}}\n`*/\n`<!--~~ Library modules ~~-->\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/plain-text-tiddler}}}\n<!--~~ Boot prefix ~~-->\n{{ $:/boot/bootprefix.js ||$:/core/templates/plain-text-tiddler}}\n<!--~~ Core plugin ~~-->\n{{$:/core/templates/tiddlywiki5.js/tiddlers}}\n<!--~~ Boot kernel ~~-->\n{{ $:/boot/boot.js ||$:/core/templates/plain-text-tiddler}}\n"
},
"$:/core/templates/tiddlywiki5.js/tiddlers": {
"title": "$:/core/templates/tiddlywiki5.js/tiddlers",
"text": "`\n$tw.preloadTiddlerArray(`<$text text=<<jsontiddlers \"[[$:/core]]\">>/>`);\n$tw.preloadTiddlerArray([{\n\ttitle: \"$:/config/SaveWikiButton/Template\",\n\ttext: \"$:/core/save/all-external-js\"\n}]);\n`\n"
},
"$:/core/templates/tiddlywiki5-external-js.html": {
"title": "$:/core/templates/tiddlywiki5-external-js.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Raw markup for the bottom of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}\n</body>\n<script src=\"%24%3A%2Fcore%2Ftemplates%2Ftiddlywiki5.js\" onerror=\"alert('Error: Cannot load tiddlywiki.js');\"></script>\n</html>\n"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/json-tiddler": {
"title": "$:/core/templates/json-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/raw-static-tiddler": {
"title": "$:/core/templates/raw-static-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-all": {
"title": "$:/core/save/lazy-all",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/server/static.sidebar.wikitext": {
"title": "$:/core/templates/server/static.sidebar.wikitext",
"text": "\\whitespace trim\n<div class=\"tc-sidebar-scrollable\" style=\"overflow: auto;\">\n<div class=\"tc-sidebar-header\">\n<h1 class=\"tc-site-title\">\n<$transclude tiddler=\"$:/SiteTitle\"/>\n</h1>\n<div class=\"tc-site-subtitle\">\n<$transclude tiddler=\"$:/SiteSubtitle\"/>\n</div>\n<h2>\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$list filter={{$:/DefaultTiddlers}}>\n<div class=\"tc-menu-list-subitem\">\n<$link><$text text=<<currentTiddler>>/></$link>\n</div>\n</$list>\n</div>\n<!-- Currently disabled the recent list as it is unweildy when the responsive narrow view kicks in\n<h2>\n{{$:/language/SideBar/Recent/Caption}}\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n</div>\n</div>\n</div>\n-->\n"
},
"$:/core/templates/server/static.tiddler.html": {
"title": "$:/core/templates/server/static.tiddler.html",
"text": "\\whitespace trim\n\\define tv-wikilink-template() $uri_encoded$\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content={{$:/core/templates/version}} />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"%24%3A%2Fcore%2Ftemplates%2Fstatic.template.css\">\n<title><$view field=\"caption\" format=\"plainwikified\"><$view field=\"title\"/></$view>: <$view tiddler=\"$:/core/wiki/title\" format=\"plainwikified\"/></title>\n</head>\n<body class=\"tc-body\">\n<$transclude tiddler=\"$:/core/templates/server/static.sidebar.wikitext\" mode=\"inline\"/>\n<section class=\"tc-story-river\">\n<div class=\"tc-tiddler-frame\">\n<$transclude tiddler=\"$:/core/templates/server/static.tiddler.wikitext\" mode=\"inline\"/>\n</div>\n</section>\n</body>\n</html>"
},
"$:/core/templates/server/static.tiddler.wikitext": {
"title": "$:/core/templates/server/static.tiddler.wikitext",
"text": "\\whitespace trim\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<h2><$text text=<<currentTiddler>>/></h2>\n</div>\n</div>\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n<div class=\"tc-tags-wrapper\">\n<$list filter=\"[all[current]tags[]sort[title]]\">\n<a href={{{ [<currentTiddler>encodeuricomponent[]] }}}>\n<$macrocall $name=\"tag-pill\" tag=<<currentTiddler>>/>\n</a>\n</$list>\n</div>\n<div class=\"tc-tiddler-body\">\n<$transclude mode=\"block\"/>\n</div>\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|https://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "<$set name=\"saveTiddlerAndShadowsFilter\" filter=\"[subfilter<saveTiddlerFilter>] [subfilter<saveTiddlerFilter>plugintiddlers[]]\">\n`<!doctype html>\n`{{$:/core/templates/MOTW.html}}`<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n`{{{ [<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}`\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"`{{$:/core/copyright.txt}}`\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>`{{$:/core/wiki/title}}`</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/core/wiki/rawmarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}`\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}`\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n`{{$:/boot/boot.css||$:/core/templates/css-tiddler}}`\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n`{{$:/core/templates/static.area}}`\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n`{{$:/core/templates/store.area.template.html}}`\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n`{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}`\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n`{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}`\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n`{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}`\n</div>\n<!--~~ Raw markup for the bottom of the body section ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}`\n</body>\n</html>`\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AboveStory/tw2-plugin-check": {
"title": "$:/core/ui/AboveStory/tw2-plugin-check",
"tags": "$:/tags/AboveStory",
"text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/Actions/new-image": {
"title": "$:/core/ui/Actions/new-image",
"tags": "$:/tags/Actions",
"description": "create a new image tiddler",
"text": "\\define get-type()\nimage/$(imageType)$\n\\end\n<$vars imageType={{$:/config/NewImageType}}>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=<<get-type>>/>\n</$vars>\n"
},
"$:/core/ui/Actions/new-journal": {
"title": "$:/core/ui/Actions/new-journal",
"tags": "$:/tags/Actions",
"description": "create a new journal tiddler",
"text": "<$vars journalTitleTemplate={{$:/config/NewJournal/Title}} journalTags={{$:/config/NewJournal/Tags}} journalText={{$:/config/NewJournal/Text}}>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$reveal type=\"nomatch\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text={{{ [<journalTitle>get[]] }}}/>\n</$reveal>\n<$reveal type=\"match\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text=<<journalText>>/>\n</$reveal>\n</$wikify>\n</$vars>\n"
},
"$:/core/ui/Actions/new-tiddler": {
"title": "$:/core/ui/Actions/new-tiddler",
"tags": "$:/tags/Actions",
"description": "create a new empty tiddler",
"text": "<$action-sendmessage $message=\"tm-new-tiddler\"/>\n"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/plugin-info": {
"title": "$:/core/ui/Components/plugin-info",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default={{{ [enlist<tabsList>] }}} template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/language/DefaultNewTiddlerTitle\"><<lingo NewTiddler/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/language/DefaultNewTiddlerTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/KeyboardShortcuts": {
"title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} focus=\"true\" style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n×\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[[$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>match[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search:author,description,original-title,readme,title{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<div>\n<<plugin-library-listing>>\n</div>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/PaletteManager}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Parsing": {
"title": "$:/core/ui/ControlPanel/Parsing",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green tc-primary-btn\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving/DownloadSaver": {
"title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Saving/General": {
"title": "$:/core/ui/ControlPanel/Saving/General",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
"list-before": "",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Saving/GitHub": {
"title": "$:/core/ui/ControlPanel/Saving/GitHub",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/GitService/GitHub/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/GitService/\n\\define service-name() ~GitHub\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/GitHub/Username\" default=\"\" tag=\"input\"/> |\n|<<lingo GitHub/Password>> |<$password name=\"github\"/> |\n|<<lingo Repo>> |<$edit-text tiddler=\"$:/GitHub/Repo\" default=\"\" tag=\"input\"/> |\n|<<lingo Branch>> |<$edit-text tiddler=\"$:/GitHub/Branch\" default=\"master\" tag=\"input\"/> |\n|<<lingo Path>> |<$edit-text tiddler=\"$:/GitHub/Path\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/GitHub/Filename\" default=\"\" tag=\"input\"/> |\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/GitHub/ServerURL\" default=\"https://api.github.com\" tag=\"input\"/> |"
},
"$:/core/ui/ControlPanel/Saving/GitLab": {
"title": "$:/core/ui/ControlPanel/Saving/GitLab",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/GitService/GitLab/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/GitService/\n\\define service-name() ~GitLab\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/GitLab/Username\" default=\"\" tag=\"input\"/> |\n|<<lingo GitLab/Password>> |<$password name=\"gitlab\"/> |\n|<<lingo Repo>> |<$edit-text tiddler=\"$:/GitLab/Repo\" default=\"\" tag=\"input\"/> |\n|<<lingo Branch>> |<$edit-text tiddler=\"$:/GitLab/Branch\" default=\"master\" tag=\"input\"/> |\n|<<lingo Path>> |<$edit-text tiddler=\"$:/GitLab/Path\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/GitLab/Filename\" default=\"\" tag=\"input\"/> |\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/GitLab/ServerURL\" default=\"https://gitlab.com/api/v4\" tag=\"input\"/> |"
},
"$:/core/ui/ControlPanel/Saving/TiddlySpot": {
"title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/CamelCase": {
"title": "$:/core/ui/ControlPanel/Settings/CamelCase",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultMoreSidebarTab/\n\n<$link to=\"$:/config/DefaultMoreSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultMoreSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
"title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/MissingLinks": {
"title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationPermalinkviewMode/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/CopyToClipboard\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/CopyToClipboard\"><<lingo CopyToClipboard/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\"><<lingo UpdateAddressBar/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
"title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Stylesheets": {
"title": "$:/core/ui/ControlPanel/Stylesheets",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Stylesheets/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo Stylesheets/Hint>>\n\n{{$:/snippets/peek-stylesheets}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
},
"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body/preview/diffs-current": {
"title": "$:/core/ui/EditTemplate/body/preview/diffs-current",
"tags": "$:/tags/EditPreview",
"caption": "differences from current",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
},
"$:/core/ui/EditTemplate/body/preview/diffs-shadow": {
"title": "$:/core/ui/EditTemplate/body/preview/diffs-shadow",
"tags": "$:/tags/EditPreview",
"caption": "differences from shadow (if any)",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{{ [{!!draft.of}shadowsource[]] }}} sourceSubTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
},
"$:/core/ui/EditTemplate/body/preview/output": {
"title": "$:/core/ui/EditTemplate/body/preview/output",
"tags": "$:/tags/EditPreview",
"caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
"text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
},
"$:/state/showeditpreview": {
"title": "$:/state/showeditpreview",
"text": "no"
},
"$:/core/ui/EditTemplate/body/editor": {
"title": "$:/core/ui/EditTemplate/body/editor",
"text": "<$edit\n\n field=\"text\"\n class=\"tc-edit-texteditor\"\n placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n tabindex={{$:/config/EditTabIndex}}\n\n><$set\n\n name=\"targetTiddler\"\n value=<<currentTiddler>>\n\n><$list\n\n filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n type=\"nomatch\"\n state=<<config-visibility-title>>\n text=\"hide\"\n class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
},
"$:/core/ui/EditTemplate/body/toolbar/button": {
"title": "$:/core/ui/EditTemplate/body/toolbar/button",
"text": "\\define toolbar-button-icon()\n<$list\n\n filter=\"[all[current]!has[custom-icon]]\"\n variable=\"no-custom-icon\"\n\n><$transclude\n\n tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n filter={{!!condition}}\n variable=\"list-condition\"\n\n><$wikify\n\n name=\"tooltip-text\"\n text=<<toolbar-button-tooltip>>\n mode=\"inline\"\n output=\"text\"\n\n><$list\n\n filter=\"[all[current]!has[dropdown]]\"\n variable=\"no-dropdown\"\n\n><$button\n\n class=\"tc-btn-invisible $(buttonClasses)$\"\n tooltip=<<tooltip-text>>\n actions={{!!actions}}\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button></$list><$list\n\n filter=\"[all[current]has[dropdown]]\"\n variable=\"dropdown\"\n\n><$set\n\n name=\"dropdown-state\"\n value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n popup=<<dropdown-state>>\n class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n selectedClass=\"tc-selected\"\n tooltip=<<tooltip-text>>\n actions={{!!actions}}\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button><$reveal\n\n state=<<dropdown-state>>\n type=\"popup\"\n position=\"below\"\n animate=\"yes\"\n tag=\"span\"\n\n><div\n\n class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n tiddler={{!!dropdown}}\n mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n name=\"buttonClasses\"\n value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[all[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\" tabindex={{$:/config/EditTabIndex}}></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[all[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field()\n<$vars name={{$:/temp/newfieldname}}>\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\"\n$name=<<name>>\n$value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n</$vars>\n\\end\n\\whitespace trim\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\" storyview=\"pop\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} tabindex={{$:/config/EditTabIndex}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>> \n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\" tabindex={{$:/config/EditTabIndex}}/>\n</span> \n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> \n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title{$:/temp/newfieldname}sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<$text text=<<currentField>>/>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title{$:/temp/newfieldname}sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<$text text=<<currentField>>/>\n</$link>\n</$list>\n</$linkcatcher>\n</$set>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\" tabindex={{$:/config/EditTabIndex}}/>\n</span> \n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\whitespace trim\n\n\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB,icon)\n\\whitespace trim\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label tc-tag-list-item\">\n<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">{{$:/core/images/close-button}}</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette,icon)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} icon=\"\"\"$icon$\"\"\"/>\n\\end\n\n\\define tag-picker-actions()\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}} icon={{!!icon}}/>\n</$list>\n</$fieldmangler>\n<$set name=\"tabIndex\" value={{$:/config/EditTabIndex}}>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</$set>\n</div>\n"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\" tabindex={{$:/config/EditTabIndex}}/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[all[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n<$list filter=\"[title<fromTitle>backlinks[]limit[1]]\" variable=\"listItem\">\n\n<$vars stateTiddler=<<qualify \"$:/state/edit/references\">> >\n\n<$reveal type=\"nomatch\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"show\" class=\"tc-btn-invisible\">{{$:/core/images/right-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"hide\" class=\"tc-btn-invisible\">{{$:/core/images/down-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$tiddler tiddler=<<fromTitle>> >\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo/References\"/>\n</$tiddler>\n</$reveal>\n\n</$vars>\n\n</$list>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\" tabindex={{$:/config/EditTabIndex}}/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</$set>\n</div>\n"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>> data-tiddler-title=<<currentTiddler>>>\n<$fieldmangler>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>>/>\n</$set>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</$fieldmangler>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button></$fieldmangler>\n"
},
"$:/core/ui/EditorToolbar/bold": {
"title": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}}",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
},
"$:/core/ui/EditorToolbar/clear-dropdown": {
"title": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
},
"$:/core/ui/EditorToolbar/clear": {
"title": "$:/core/ui/EditorToolbar/clear",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/erase",
"caption": "{{$:/language/Buttons/Clear/Caption}}",
"description": "{{$:/language/Buttons/Clear/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/editor-height-dropdown": {
"title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
},
"$:/core/ui/EditorToolbar/editor-height": {
"title": "$:/core/ui/EditorToolbar/editor-height",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/fixed-height",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
"description": "{{$:/language/Buttons/EditorHeight/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
"dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/excise-dropdown": {
"title": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
},
"$:/core/ui/EditorToolbar/excise": {
"title": "$:/core/ui/EditorToolbar/excise",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/excise",
"caption": "{{$:/language/Buttons/Excise/Caption}}",
"description": "{{$:/language/Buttons/Excise/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>type[text/vnd.tiddlywiki]] +[first[]]",
"shortcuts": "((excise))",
"dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/heading-1": {
"title": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}}",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-2": {
"title": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}}",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-3": {
"title": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}}",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}}",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}}",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}}",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
},
"$:/core/ui/EditorToolbar/italic": {
"title": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}}",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
},
"$:/core/ui/EditorToolbar/line-width-dropdown": {
"title": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/line-width": {
"title": "$:/core/ui/EditorToolbar/line-width",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/line-width",
"caption": "{{$:/language/Buttons/LineWidth/Caption}}",
"description": "{{$:/language/Buttons/LineWidth/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
},
"$:/core/ui/EditorToolbar/link-dropdown": {
"title": "$:/core/ui/EditorToolbar/link-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define add-link-actions()\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(linkTiddler)$}} />\n<$action-deletetiddler $tiddler=<<dropdown-state>> />\n<$action-deletetiddler $tiddler=<<searchTiddler>> />\n<$action-deletetiddler $tiddler=<<linkTiddler>> />\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\" actions=<<add-link-actions>>>\n{{$:/core/images/chevron-right}}\n</$button>\n\\end\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$vars linkTiddler=<<searchTiddler>>>\n<$keyboard key=\"ENTER\" actions=<<add-link-actions>>>\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</$keyboard>\n</$vars>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<add-link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
},
"$:/core/ui/EditorToolbar/link": {
"title": "$:/core/ui/EditorToolbar/link",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/link",
"caption": "{{$:/language/Buttons/Link/Caption}}",
"description": "{{$:/language/Buttons/Link/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((link))",
"dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/linkify": {
"title": "$:/core/ui/EditorToolbar/linkify",
"caption": "{{$:/language/Buttons/Linkify/Caption}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Buttons/Linkify/Hint}}",
"icon": "$:/core/images/linkify",
"list-before": "$:/core/ui/EditorToolbar/mono-block",
"shortcuts": "((linkify))",
"tags": "$:/tags/EditorToolbar",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"[[\"\n\tsuffix=\"]]\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-bullet": {
"title": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}}",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-number": {
"title": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}}",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-block": {
"title": "$:/core/ui/EditorToolbar/mono-block",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-block",
"caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
"description": "{{$:/language/Buttons/MonoBlock/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((mono-block))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-line": {
"title": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}}",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/core/ui/EditorToolbar/more-dropdown": {
"title": "$:/core/ui/EditorToolbar/more-dropdown",
"text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
},
"$:/core/ui/EditorToolbar/more": {
"title": "$:/core/ui/EditorToolbar/more",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/down-arrow",
"caption": "{{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"condition": "[<targetTiddler>]",
"dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/opacity-dropdown": {
"title": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/EditorToolbar/opacity": {
"title": "$:/core/ui/EditorToolbar/opacity",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/opacity",
"caption": "{{$:/language/Buttons/Opacity/Caption}}",
"description": "{{$:/language/Buttons/Opacity/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
},
"$:/core/ui/EditorToolbar/paint-dropdown": {
"title": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/paint": {
"title": "$:/core/ui/EditorToolbar/paint",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/paint",
"caption": "{{$:/language/Buttons/Paint/Caption}}",
"description": "{{$:/language/Buttons/Paint/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
},
"$:/core/ui/EditorToolbar/picture-dropdown": {
"title": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/picture": {
"title": "$:/core/ui/EditorToolbar/picture",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/picture",
"caption": "{{$:/language/Buttons/Picture/Caption}}",
"description": "{{$:/language/Buttons/Picture/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((picture))",
"dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/preview-type-dropdown": {
"title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
"text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/preview-type": {
"title": "$:/core/ui/EditorToolbar/preview-type",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/chevron-down",
"caption": "{{$:/language/Buttons/PreviewType/Caption}}",
"description": "{{$:/language/Buttons/PreviewType/Hint}}",
"condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
"button-classes": "tc-text-editor-toolbar-item-adjunct",
"dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
},
"$:/core/ui/EditorToolbar/preview": {
"title": "$:/core/ui/EditorToolbar/preview",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/preview-open",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/Preview/Caption}}",
"description": "{{$:/language/Buttons/Preview/Hint}}",
"condition": "[<targetTiddler>]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((preview))",
"text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/quote": {
"title": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}}",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
},
"$:/core/ui/EditorToolbar/rotate-left": {
"title": "$:/core/ui/EditorToolbar/rotate-left",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/rotate-left",
"caption": "{{$:/language/Buttons/RotateLeft/Caption}}",
"description": "{{$:/language/Buttons/RotateLeft/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"rotate-left\"\n/>\n"
},
"$:/core/ui/EditorToolbar/size-dropdown": {
"title": "$:/core/ui/EditorToolbar/size-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> × <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
},
"$:/core/ui/EditorToolbar/size": {
"title": "$:/core/ui/EditorToolbar/size",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/size",
"caption": "{{$:/language/Buttons/Size/Caption}}",
"description": "{{$:/language/Buttons/Size/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/stamp-dropdown": {
"title": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$list filter=\"[[$(snippetTitle)$]addsuffix[/prefix]is[missing]removesuffix[/prefix]addsuffix[/suffix]is[missing]]\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n</$list>\n\n\n<$list filter=\"[[$(snippetTitle)$]addsuffix[/prefix]is[missing]removesuffix[/prefix]addsuffix[/suffix]!is[missing]] [[$(snippetTitle)$]addsuffix[/prefix]!is[missing]removesuffix[/prefix]addsuffix[/suffix]is[missing]] [[$(snippetTitle)$]addsuffix[/prefix]!is[missing]removesuffix[/prefix]addsuffix[/suffix]!is[missing]]\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix={{{ [[$(snippetTitle)$]addsuffix[/prefix]get[text]] }}}\nsuffix={{{ [[$(snippetTitle)$]addsuffix[/suffix]get[text]] }}}\n/>\n\n</$list>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
},
"$:/core/ui/EditorToolbar/stamp": {
"title": "$:/core/ui/EditorToolbar/stamp",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/stamp",
"caption": "{{$:/language/Buttons/Stamp/Caption}}",
"description": "{{$:/language/Buttons/Stamp/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
"shortcuts": "((stamp))",
"dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/strikethrough": {
"title": "$:/core/ui/EditorToolbar/strikethrough",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/strikethrough",
"caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
"description": "{{$:/language/Buttons/Strikethrough/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((strikethrough))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
},
"$:/core/ui/EditorToolbar/subscript": {
"title": "$:/core/ui/EditorToolbar/subscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/subscript",
"caption": "{{$:/language/Buttons/Subscript/Caption}}",
"description": "{{$:/language/Buttons/Subscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((subscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
},
"$:/core/ui/EditorToolbar/superscript": {
"title": "$:/core/ui/EditorToolbar/superscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/superscript",
"caption": "{{$:/language/Buttons/Superscript/Caption}}",
"description": "{{$:/language/Buttons/Superscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((superscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
},
"$:/core/ui/EditorToolbar/transcludify": {
"title": "$:/core/ui/EditorToolbar/transcludify",
"caption": "{{$:/language/Buttons/Transcludify/Caption}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Buttons/Transcludify/Hint}}",
"icon": "$:/core/images/transcludify",
"list-before": "$:/core/ui/EditorToolbar/mono-block",
"shortcuts": "((transcludify))",
"tags": "$:/tags/EditorToolbar",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"{{\"\n\tsuffix=\"}}\"\n/>\n"
},
"$:/core/ui/EditorToolbar/underline": {
"title": "$:/core/ui/EditorToolbar/underline",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/underline",
"caption": "{{$:/language/Buttons/Underline/Caption}}",
"description": "{{$:/language/Buttons/Underline/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((underline))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/SessionTiddlers": {
"title": "$:/core/Filters/SessionTiddlers",
"tags": "$:/tags/Filter",
"filter": "[haschanged[]]",
"description": "{{$:/language/Filters/SessionTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/StoryList": {
"title": "$:/core/Filters/StoryList",
"tags": "$:/tags/Filter",
"filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
"description": "{{$:/language/Filters/StoryList}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" stateTitle=<<previewPopupState>> tag=\"div\">\n<$list filter=\"[{$:/state/importpreviewtype}has[text]]\" variable=\"listItem\" emptyMessage={{$:/core/ui/ImportPreviews/Text}}>\n<$transclude tiddler={{$:/state/importpreviewtype}}/>\n</$list>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ImportPreviews/Diff": {
"title": "$:/core/ui/ImportPreviews/Diff",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Diff}}",
"text": "<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>>/>\n"
},
"$:/core/ui/ImportPreviews/DiffFields": {
"title": "$:/core/ui/ImportPreviews/DiffFields",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/DiffFields}}",
"text": "<$macrocall $name=\"compareTiddlers\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>> exclude=\"text\"/>\n"
},
"$:/core/ui/ImportPreviews/Fields": {
"title": "$:/core/ui/ImportPreviews/Fields",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Fields}}",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[<payloadTiddler>subtiddlerfields<currentTiddler>sort[]] -text\" variable=\"fieldName\">\n<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<fieldName>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<fieldName>> tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>>/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ImportPreviews/Text": {
"title": "$:/core/ui/ImportPreviews/Text",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Text}}",
"text": "<$transclude tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> mode=\"block\"/>\n"
},
"$:/core/ui/ImportPreviews/TextRaw": {
"title": "$:/core/ui/ImportPreviews/TextRaw",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/TextRaw}}",
"text": "<pre><code><$view tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> /></code></pre>"
},
"$:/core/ui/KeyboardShortcuts/advanced-search": {
"title": "$:/core/ui/KeyboardShortcuts/advanced-search",
"tags": "$:/tags/KeyboardShortcut",
"key": "((advanced-search))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n<$action-sendmessage $message=\"tm-focus-selector\" $param=\"\"\"[data-tiddler-title=\"$:/AdvancedSearch\"] .tc-search input\"\"\"/>\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-image": {
"title": "$:/core/ui/KeyboardShortcuts/new-image",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-image))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-image}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-journal": {
"title": "$:/core/ui/KeyboardShortcuts/new-journal",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-journal))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-journal}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-tiddler": {
"title": "$:/core/ui/KeyboardShortcuts/new-tiddler",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-tiddler))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-tiddler}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/sidebar-search": {
"title": "$:/core/ui/KeyboardShortcuts/sidebar-search",
"tags": "$:/tags/KeyboardShortcut",
"key": "((sidebar-search))",
"text": "<$action-sendmessage $message=\"tm-focus-selector\" $param=\".tc-search input\"/>\n"
},
"$:/core/ui/KeyboardShortcut/toggle-sidebar": {
"title": "$:/core/ui/KeyboardShortcut/toggle-sidebar",
"tags": "$:/tags/KeyboardShortcut",
"key": "((toggle-sidebar))",
"text": "<$list filter=\"[[$:/state/sidebar]is[missing]] [{$:/state/sidebar}removeprefix[yes]]\" emptyMessage=\"\"\"\n<$action-setfield $tiddler=\"$:/state/sidebar\" text=\"yes\"/>\n\"\"\">\n<$action-setfield $tiddler=\"$:/state/sidebar\" text=\"no\"/>\n</$list>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/Manager/ItemMain/Fields": {
"title": "$:/Manager/ItemMain/Fields",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/Fields}}",
"text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/Manager/ItemMain/RawText": {
"title": "$:/Manager/ItemMain/RawText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/RawText}}",
"text": "<pre><code><$view/></code></pre>\n"
},
"$:/Manager/ItemMain/WikifiedText": {
"title": "$:/Manager/ItemMain/WikifiedText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/WikifiedText}}",
"text": "<$transclude mode=\"block\"/>\n"
},
"$:/Manager/ItemSidebar/Colour": {
"title": "$:/Manager/ItemSidebar/Colour",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Colour}}",
"text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Icon": {
"title": "$:/Manager/ItemSidebar/Icon",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Icon}}",
"text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tags": {
"title": "$:/Manager/ItemSidebar/Tags",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tags}}",
"text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[all[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tools": {
"title": "$:/Manager/ItemSidebar/Tools",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tools}}",
"text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
},
"$:/Manager": {
"title": "$:/Manager",
"icon": "$:/core/images/list",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Explorer": {
"title": "$:/core/ui/MoreSideBar/Explorer",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Explorer/Caption}}",
"text": "<<tree \"$:/\">>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Languages": {
"title": "$:/core/ui/MoreSideBar/Plugins/Languages",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Theme": {
"title": "$:/core/ui/MoreSideBar/Plugins/Theme",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/fold-all": {
"title": "$:/core/ui/Buttons/fold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
"description": "{{$:/language/Buttons/FoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/languageswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/manager": {
"title": "$:/core/ui/Buttons/manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
"description": "{{$:/language/Buttons/Manager/Hint}}",
"text": "\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-image": {
"title": "$:/core/ui/Buttons/new-image",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
"description": "{{$:/language/Buttons/NewImage/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-image}}>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-journal}}>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<journalButton>>\n"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button actions={{$:/core/ui/Actions/new-tiddler}} tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/print": {
"title": "$:/core/ui/Buttons/print",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
"description": "{{$:/language/Buttons/Print/Hint}}",
"text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"site-title\" text={{$:/config/SaveWikiButton/Filename}}>\n<$action-sendmessage $message=\"tm-save-wiki\" $param={{$:/config/SaveWikiButton/Template}} filename=<<site-title>>/>\n</$wikify>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/viewswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n{{$:/snippets/themeswitcher}}\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/timestamp": {
"title": "$:/core/ui/Buttons/timestamp",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
"description": "{{$:/language/Buttons/Timestamp/Hint}}",
"text": "<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/unfold-all": {
"title": "$:/core/ui/Buttons/unfold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
"description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"hidden\" value=<<config-title>>>\n<$list filter=\"[<hidden>!text[hide]]\" storyview=\"pop\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$set>\n</$list>\n</$set>\n</$list>\n</div>\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/drafts": {
"title": "$:/core/ui/PageTemplate/drafts",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n<$reveal state=\"$:/status/IsReadOnly\" type=\"nomatch\" text=\"yes\" tag=\"div\" class=\"tc-drafts-list\">\n<$list filter=\"[has[draft.of]!sort[modified]] -[list[$:/StoryList]]\">\n<$link>\n{{$:/core/images/edit-button}} <$text text=<<currentTiddler>>/>\n</$link>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/SideBarSegments/Visibility/$(listItem)$\n\\end\n\n<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBarSegment]!has[draft.of]]\" variable=\"listItem\">\n\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\" tag=\"div\">\n\n<$transclude tiddler=<<listItem>> mode=\"block\"/>\n\n</$reveal>\n\n</$list>\n\n</$reveal>\n\n</div>\n\n</$scrollable>\n"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template={{$:/config/ui/ViewTemplate}} editTemplate={{$:/config/ui/EditTemplate}} storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\" storyview=\"pop\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\" storyview=\"pop\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\whitespace trim\n\\define containerClasses()\ntc-page-container tc-page-view-$(storyviewTitle)$ tc-language-$(languageTitle)$\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"tv-show-missing-links\" value={{$:/config/MissingLinks}}>\n\n<$set name=\"storyviewTitle\" value={{$:/view}}>\n\n<$set name=\"languageTitle\" value={{{ [{$:/language}get[name]] }}}>\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/PaletteManager": {
"title": "$:/PaletteManager",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n\\define edit-colour-placeholder()\n edit $(colourName)$\n\\end\n\\define colour-tooltip(showhide) $showhide$ editor for $(newColourName)$ \n\\define resolve-colour(macrocall)\n\\import $:/core/macros/utils\n\\whitespace trim\n<$wikify name=\"name\" text=\"\"\"$macrocall$\"\"\">\n<<name>>\n</$wikify>\n\\end\n\\define delete-colour-index-actions() <$action-setfield $index=<<colourName>>/>\n\\define palette-manager-colour-row-segment()\n\\whitespace trim\n<$edit-text index=<<colourName>> tag=\"input\" placeholder=<<edit-colour-placeholder>> default=\"\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\" class=\"tc-palette-manager-colour-input\"/>\n<$list filter=\"[<currentTiddler>getindex<colourName>removeprefix[<<]removesuffix[>>]] [<currentTiddler>getindex<colourName>removeprefix[<$]removesuffix[/>]]\" variable=\"ignore\">\n<$set name=\"state\" value={{{ [[$:/state/palettemanager/]addsuffix<currentTiddler>addsuffix[/]addsuffix<colourName>] }}}>\n<$wikify name=\"newColourName\" text=\"\"\"<$macrocall $name=\"resolve-colour\" macrocall={{{ [<currentTiddler>getindex<colourName>] }}}/>\"\"\">\n<$reveal state=<<state>> type=\"nomatch\" text=\"show\">\n<$button tooltip=<<colour-tooltip show>> aria-label=<<colour-tooltip show>> class=\"tc-btn-invisible\" set=<<state>> setTo=\"show\">{{$:/core/images/down-arrow}} <$text text=<<newColourName>>/></$button><br>\n</$reveal>\n<$reveal state=<<state>> type=\"match\" text=\"show\">\n<$button tooltip=<<colour-tooltip hide>> aria-label=<<colour-tooltip show>> class=\"tc-btn-invisible\" actions=\"\"\"<$action-deletetiddler $tiddler=<<state>>/>\"\"\">{{$:/core/images/up-arrow}} <$text text=<<newColourName>>/></$button><br>\n</$reveal>\n<$reveal state=<<state>> type=\"match\" text=\"show\">\n<$set name=\"colourName\" value=<<newColourName>>>\n<br>\n<<palette-manager-colour-row-segment>>\n<br><br>\n</$set>\n</$reveal>\n</$wikify>\n</$set>\n</$list>\n\\end\n\\define palette-manager-colour-row()\n\\whitespace trim\n<tr>\n<td>\n<span style=\"float:right;\">\n<$button tooltip=<<lingo Delete/Hint>> aria-label=<<lingo Delete/Hint>> class=\"tc-btn-invisible\" actions=<<delete-colour-index-actions>>>\n{{$:/core/images/delete-button}}</$button>\n</span>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<<palette-manager-colour-row-segment>>\n</td>\n</tr>\n\\end\n\\define palette-manager-table()\n\\whitespace trim\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]indexes[]]\" variable=\"colourName\">\n<$list filter=\"[<currentTiddler>indexes[]removeprefix<colourName>suffix[]]\" variable=\"ignore\" emptyMessage=\"\"\"\n<$list filter=\"[{$:/state/palettemanager/showexternal}removeprefix[yes]suffix[]]\" variable=\"ignore\">\n<<palette-manager-colour-row>>\n</$list>\n\"\"\">\n<<palette-manager-colour-row>>\n</$list>\n</$list>\n</tbody>\n</table>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<$checkbox tiddler=\"$:/state/palettemanager/showexternal\" field=\"text\" checked=\"yes\" unchecked=\"no\"> <<lingo Names/External/Show>></$checkbox>\n\n<<palette-manager-table>>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/PluginInfo/Default/contents": {
"title": "$:/core/ui/PluginInfo/Default/contents",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n"
},
"$:/core/ui/PluginListItemTemplate": {
"title": "$:/core/ui/PluginListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"description\">\n<$view field=\"title\"/>\n</$view>\n</$link>\n</div>"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" default={{$:/config/DefaultMoreSidebarTab}} state=\"$:/state/tab/moresidebar\" class=\"tc-vertical\" />\n</div>"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\whitespace trim\n\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=<<tv-story-list>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define placeholder()\n<div class=\"tc-droppable-placeholder\"/>\n\\end\n\n\\define droppable-item(button)\n\\whitespace trim\n<$droppable actions=<<drop-actions>>>\n<<placeholder>>\n<div>\n$button$\n</div>\n</$droppable>\n\\end\n\n<div class=\"tc-sidebar-tab-open\">\n<$list filter=\"[list<tv-story-list>]\" history=<<tv-history-list>> storyview=\"pop\">\n<div class=\"tc-sidebar-tab-open-item\">\n<$macrocall $name=\"droppable-item\" button=\"\"\"<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">{{$:/core/images/close-button}}</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\"\"\"/>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<div>\n<$macrocall $name=\"droppable-item\" button=\"\"\"<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\"\"\"/>\n</div>\n</$tiddler>\n</div>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<$transclude tiddler=\"$:/core/ui/SideBarSegments/search\"/>\n\n<$transclude tiddler=\"$:/core/ui/SideBarSegments/tabs\"/>\n\n"
},
"$:/core/ui/SideBarSegments/page-controls": {
"title": "$:/core/ui/SideBarSegments/page-controls",
"tags": "$:/tags/SideBarSegment",
"text": "{{||$:/core/ui/PageTemplate/pagecontrols}}\n"
},
"$:/core/ui/SideBarSegments/search": {
"title": "$:/core/ui/SideBarSegments/search",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-sidebar-lists tc-sidebar-search\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"searchTerm\" value={{{ [<searchTiddler>get[text]] }}}>\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search<searchTerm>]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n</div>\n"
},
"$:/core/ui/SideBarSegments/site-subtitle": {
"title": "$:/core/ui/SideBarSegments/site-subtitle",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n"
},
"$:/core/ui/SideBarSegments/site-title": {
"title": "$:/core/ui/SideBarSegments/site-title",
"tags": "$:/tags/SideBarSegment",
"text": "<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n"
},
"$:/core/ui/SideBarSegments/tabs": {
"title": "$:/core/ui/SideBarSegments/tabs",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-sidebar-lists tc-sidebar-tabs\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popupTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal stateTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher actions=\"\"\"<$action-setfield $tiddler=<<__title__>> icon=<<navigateTo>>/>\"\"\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define toggleButton(state)\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"closed\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"open\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td>{{||$:/core/ui/TagTemplate}}</td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal stateTitle={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td style=\"position:relative;\">\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\whitespace trim\n<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n</$set>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define buttons()\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n<<lingo Listing/Preview>> <$select tiddler=\"$:/state/importpreviewtype\" default=\"$:/core/ui/ImportPreviews/Text\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ImportPreview]!has[draft.of]]\">\n<option value=<<currentTiddler>>>{{!!caption}}</option>\n</$list>\n</$select>\n\\end\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<<buttons>>\n\n{{||$:/core/ui/ImportListing}}\n\n<<buttons>>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\"><$transclude tiddler=<<listItem>>/></$set></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfoSegment]!has[draft.of]] [[$:/core/ui/TiddlerInfo]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>> mode=\"block\"/></$list>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate/unfold": {
"title": "$:/core/ui/ViewTemplate/unfold",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$vars storyTiddler=<<currentTiddler>> tiddlerInfoState=<<qualify \"$:/state/popup/tiddler-info\">>><div data-tiddler-title=<<currentTiddler>> data-tags={{!!tags}} class={{{ tc-tiddler-frame tc-tiddler-view-frame [<currentTiddler>is[tiddler]then[tc-tiddler-exists]] [<currentTiddler>is[missing]!is[shadow]then[tc-tiddler-missing]] [<currentTiddler>is[shadow]then[tc-tiddler-exists tc-tiddler-shadow]] [<currentTiddler>is[system]then[tc-tiddler-system]] [{!!class}] [<currentTiddler>tags[]encodeuricomponent[]addprefix[tc-tagged-]] +[join[ ]] }}}><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$vars>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Clone/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/CloseOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Close/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Edit/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/fold-bar": {
"title": "$:/core/ui/Buttons/fold-bar",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
"description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
"text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
},
"$:/core/ui/Buttons/fold-others": {
"title": "$:/core/ui/Buttons/fold-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
"description": "{{$:/language/Buttons/FoldOthers/Hint}}",
"text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/FoldOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/fold": {
"title": "$:/core/ui/Buttons/fold",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
"description": "{{$:/language/Buttons/Fold/Hint}}",
"text": "\\whitespace trim\n<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "\\whitespace trim\n\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Info/Caption}}/>\n</span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/More/Caption}}/>\n</span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\whitespace trim\n\\define newHereActions()\n<$set name=\"tags\" filter=\"[<currentTiddler>]\">\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<tags>>/>\n</$set>\n\\end\n\\define newHereButton()\n<$button actions=<<newHereActions>> tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\whitespace trim\n\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewJournalHere/Caption}}/>\n</span>\n</$list>\n</$wikify>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set>\n</$set>\n</$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/OpenWindow/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permalink/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permaview/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#444"
},
"$:/config/BitmapEditor/ImageSizes": {
"title": "$:/config/BitmapEditor/ImageSizes",
"text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3px"
},
"$:/config/BitmapEditor/LineWidths": {
"title": "$:/config/BitmapEditor/LineWidths",
"text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
},
"$:/config/BitmapEditor/Opacities": {
"title": "$:/config/BitmapEditor/Opacities",
"text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
},
"$:/config/BitmapEditor/Opacity": {
"title": "$:/config/BitmapEditor/Opacity",
"text": "1.0"
},
"$:/config/DefaultMoreSidebarTab": {
"title": "$:/config/DefaultMoreSidebarTab",
"text": "$:/core/ui/MoreSideBar/Tags"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/DownloadSaver/AutoSave": {
"title": "$:/config/DownloadSaver/AutoSave",
"text": "no"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/webp": {
"title": "$:/config/EditorTypeMappings/image/webp",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/heic": {
"title": "$:/config/EditorTypeMappings/image/heic",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/heif": {
"title": "$:/config/EditorTypeMappings/image/heif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Manager/Show": {
"title": "$:/config/Manager/Show",
"text": "tiddlers"
},
"$:/config/Manager/Filter": {
"title": "$:/config/Manager/Filter",
"text": ""
},
"$:/config/Manager/Order": {
"title": "$:/config/Manager/Order",
"text": "forward"
},
"$:/config/Manager/Sort": {
"title": "$:/config/Manager/Sort",
"text": "title"
},
"$:/config/Manager/System": {
"title": "$:/config/Manager/System",
"text": "system"
},
"$:/config/Manager/Tag": {
"title": "$:/config/Manager/Tag",
"text": ""
},
"$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
"title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
"text": "hide"
},
"$:/config/MissingLinks": {
"title": "$:/config/MissingLinks",
"text": "yes"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/NewImageType": {
"title": "$:/config/NewImageType",
"text": "jpeg"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "https://tiddlywiki.com/library/v5.1.21/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
"text": "hide"
},
"$:/config/Performance/Instrumentation": {
"title": "$:/config/Performance/Instrumentation",
"text": "no"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/Search/MinLength": {
"title": "$:/config/Search/MinLength",
"text": "3"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/ShortcutInfo/advanced-search": {
"title": "$:/config/ShortcutInfo/advanced-search",
"text": "{{$:/language/Buttons/AdvancedSearch/Hint}}"
},
"$:/config/ShortcutInfo/bold": {
"title": "$:/config/ShortcutInfo/bold",
"text": "{{$:/language/Buttons/Bold/Hint}}"
},
"$:/config/ShortcutInfo/cancel-edit-tiddler": {
"title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
"text": "{{$:/language/Buttons/Cancel/Hint}}"
},
"$:/config/ShortcutInfo/excise": {
"title": "$:/config/ShortcutInfo/excise",
"text": "{{$:/language/Buttons/Excise/Hint}}"
},
"$:/config/ShortcutInfo/heading-1": {
"title": "$:/config/ShortcutInfo/heading-1",
"text": "{{$:/language/Buttons/Heading1/Hint}}"
},
"$:/config/ShortcutInfo/heading-2": {
"title": "$:/config/ShortcutInfo/heading-2",
"text": "{{$:/language/Buttons/Heading2/Hint}}"
},
"$:/config/ShortcutInfo/heading-3": {
"title": "$:/config/ShortcutInfo/heading-3",
"text": "{{$:/language/Buttons/Heading3/Hint}}"
},
"$:/config/ShortcutInfo/heading-4": {
"title": "$:/config/ShortcutInfo/heading-4",
"text": "{{$:/language/Buttons/Heading4/Hint}}"
},
"$:/config/ShortcutInfo/heading-5": {
"title": "$:/config/ShortcutInfo/heading-5",
"text": "{{$:/language/Buttons/Heading5/Hint}}"
},
"$:/config/ShortcutInfo/heading-6": {
"title": "$:/config/ShortcutInfo/heading-6",
"text": "{{$:/language/Buttons/Heading6/Hint}}"
},
"$:/config/ShortcutInfo/italic": {
"title": "$:/config/ShortcutInfo/italic",
"text": "{{$:/language/Buttons/Italic/Hint}}"
},
"$:/config/ShortcutInfo/link": {
"title": "$:/config/ShortcutInfo/link",
"text": "{{$:/language/Buttons/Link/Hint}}"
},
"$:/config/ShortcutInfo/list-bullet": {
"title": "$:/config/ShortcutInfo/list-bullet",
"text": "{{$:/language/Buttons/ListBullet/Hint}}"
},
"$:/config/ShortcutInfo/list-number": {
"title": "$:/config/ShortcutInfo/list-number",
"text": "{{$:/language/Buttons/ListNumber/Hint}}"
},
"$:/config/ShortcutInfo/mono-block": {
"title": "$:/config/ShortcutInfo/mono-block",
"text": "{{$:/language/Buttons/MonoBlock/Hint}}"
},
"$:/config/ShortcutInfo/mono-line": {
"title": "$:/config/ShortcutInfo/mono-line",
"text": "{{$:/language/Buttons/MonoLine/Hint}}"
},
"$:/config/ShortcutInfo/new-image": {
"title": "$:/config/ShortcutInfo/new-image",
"text": "{{$:/language/Buttons/NewImage/Hint}}"
},
"$:/config/ShortcutInfo/new-journal": {
"title": "$:/config/ShortcutInfo/new-journal",
"text": "{{$:/language/Buttons/NewJournal/Hint}}"
},
"$:/config/ShortcutInfo/new-tiddler": {
"title": "$:/config/ShortcutInfo/new-tiddler",
"text": "{{$:/language/Buttons/NewTiddler/Hint}}"
},
"$:/config/ShortcutInfo/picture": {
"title": "$:/config/ShortcutInfo/picture",
"text": "{{$:/language/Buttons/Picture/Hint}}"
},
"$:/config/ShortcutInfo/preview": {
"title": "$:/config/ShortcutInfo/preview",
"text": "{{$:/language/Buttons/Preview/Hint}}"
},
"$:/config/ShortcutInfo/quote": {
"title": "$:/config/ShortcutInfo/quote",
"text": "{{$:/language/Buttons/Quote/Hint}}"
},
"$:/config/ShortcutInfo/save-tiddler": {
"title": "$:/config/ShortcutInfo/save-tiddler",
"text": "{{$:/language/Buttons/Save/Hint}}"
},
"$:/config/ShortcutInfo/sidebar-search": {
"title": "$:/config/ShortcutInfo/sidebar-search",
"text": "{{$:/language/Buttons/SidebarSearch/Hint}}"
},
"$:/config/ShortcutInfo/stamp": {
"title": "$:/config/ShortcutInfo/stamp",
"text": "{{$:/language/Buttons/Stamp/Hint}}"
},
"$:/config/ShortcutInfo/strikethrough": {
"title": "$:/config/ShortcutInfo/strikethrough",
"text": "{{$:/language/Buttons/Strikethrough/Hint}}"
},
"$:/config/ShortcutInfo/subscript": {
"title": "$:/config/ShortcutInfo/subscript",
"text": "{{$:/language/Buttons/Subscript/Hint}}"
},
"$:/config/ShortcutInfo/superscript": {
"title": "$:/config/ShortcutInfo/superscript",
"text": "{{$:/language/Buttons/Superscript/Hint}}"
},
"$:/config/ShortcutInfo/toggle-sidebar": {
"title": "$:/config/ShortcutInfo/toggle-sidebar",
"text": "{{$:/language/Buttons/ToggleSidebar/Hint}}"
},
"$:/config/ShortcutInfo/underline": {
"title": "$:/config/ShortcutInfo/underline",
"text": "{{$:/language/Buttons/Underline/Hint}}"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Tags/MinLength": {
"title": "$:/config/Tags/MinLength",
"text": "0"
},
"$:/config/TextEditor/EditorHeight/Height": {
"title": "$:/config/TextEditor/EditorHeight/Height",
"text": "400px"
},
"$:/config/TextEditor/EditorHeight/Mode": {
"title": "$:/config/TextEditor/EditorHeight/Mode",
"text": "auto"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/TiddlerInfo/Mode": {
"title": "$:/config/TiddlerInfo/Mode",
"text": "popup"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
"text": "hide"
},
"$:/config/shortcuts-mac/bold": {
"title": "$:/config/shortcuts-mac/bold",
"text": "meta-B"
},
"$:/config/shortcuts-mac/italic": {
"title": "$:/config/shortcuts-mac/italic",
"text": "meta-I"
},
"$:/config/shortcuts-mac/underline": {
"title": "$:/config/shortcuts-mac/underline",
"text": "meta-U"
},
"$:/config/shortcuts-mac/new-image": {
"title": "$:/config/shortcuts-mac/new-image",
"text": "ctrl-I"
},
"$:/config/shortcuts-mac/new-journal": {
"title": "$:/config/shortcuts-mac/new-journal",
"text": "ctrl-J"
},
"$:/config/shortcuts-mac/new-tiddler": {
"title": "$:/config/shortcuts-mac/new-tiddler",
"text": "ctrl-N"
},
"$:/config/shortcuts-not-mac/bold": {
"title": "$:/config/shortcuts-not-mac/bold",
"text": "ctrl-B"
},
"$:/config/shortcuts-not-mac/italic": {
"title": "$:/config/shortcuts-not-mac/italic",
"text": "ctrl-I"
},
"$:/config/shortcuts-not-mac/underline": {
"title": "$:/config/shortcuts-not-mac/underline",
"text": "ctrl-U"
},
"$:/config/shortcuts-not-mac/new-image": {
"title": "$:/config/shortcuts-not-mac/new-image",
"text": "alt-I"
},
"$:/config/shortcuts-not-mac/new-journal": {
"title": "$:/config/shortcuts-not-mac/new-journal",
"text": "alt-J"
},
"$:/config/shortcuts-not-mac/new-tiddler": {
"title": "$:/config/shortcuts-not-mac/new-tiddler",
"text": "alt-N"
},
"$:/config/shortcuts/advanced-search": {
"title": "$:/config/shortcuts/advanced-search",
"text": "ctrl-shift-A"
},
"$:/config/shortcuts/cancel-edit-tiddler": {
"title": "$:/config/shortcuts/cancel-edit-tiddler",
"text": "escape"
},
"$:/config/shortcuts/excise": {
"title": "$:/config/shortcuts/excise",
"text": "ctrl-E"
},
"$:/config/shortcuts/sidebar-search": {
"title": "$:/config/shortcuts/sidebar-search",
"text": "ctrl-shift-F"
},
"$:/config/shortcuts/heading-1": {
"title": "$:/config/shortcuts/heading-1",
"text": "ctrl-1"
},
"$:/config/shortcuts/heading-2": {
"title": "$:/config/shortcuts/heading-2",
"text": "ctrl-2"
},
"$:/config/shortcuts/heading-3": {
"title": "$:/config/shortcuts/heading-3",
"text": "ctrl-3"
},
"$:/config/shortcuts/heading-4": {
"title": "$:/config/shortcuts/heading-4",
"text": "ctrl-4"
},
"$:/config/shortcuts/heading-5": {
"title": "$:/config/shortcuts/heading-5",
"text": "ctrl-5"
},
"$:/config/shortcuts/heading-6": {
"title": "$:/config/shortcuts/heading-6",
"text": "ctrl-6"
},
"$:/config/shortcuts/link": {
"title": "$:/config/shortcuts/link",
"text": "ctrl-L"
},
"$:/config/shortcuts/linkify": {
"title": "$:/config/shortcuts/linkify",
"text": "alt-shift-L"
},
"$:/config/shortcuts/list-bullet": {
"title": "$:/config/shortcuts/list-bullet",
"text": "ctrl-shift-L"
},
"$:/config/shortcuts/list-number": {
"title": "$:/config/shortcuts/list-number",
"text": "ctrl-shift-N"
},
"$:/config/shortcuts/mono-block": {
"title": "$:/config/shortcuts/mono-block",
"text": "ctrl-shift-M"
},
"$:/config/shortcuts/mono-line": {
"title": "$:/config/shortcuts/mono-line",
"text": "ctrl-M"
},
"$:/config/shortcuts/picture": {
"title": "$:/config/shortcuts/picture",
"text": "ctrl-shift-I"
},
"$:/config/shortcuts/preview": {
"title": "$:/config/shortcuts/preview",
"text": "alt-P"
},
"$:/config/shortcuts/quote": {
"title": "$:/config/shortcuts/quote",
"text": "ctrl-Q"
},
"$:/config/shortcuts/save-tiddler": {
"title": "$:/config/shortcuts/save-tiddler",
"text": "ctrl+enter"
},
"$:/config/shortcuts/stamp": {
"title": "$:/config/shortcuts/stamp",
"text": "ctrl-S"
},
"$:/config/shortcuts/strikethrough": {
"title": "$:/config/shortcuts/strikethrough",
"text": "ctrl-T"
},
"$:/config/shortcuts/subscript": {
"title": "$:/config/shortcuts/subscript",
"text": "ctrl-shift-B"
},
"$:/config/shortcuts/superscript": {
"title": "$:/config/shortcuts/superscript",
"text": "ctrl-shift-P"
},
"$:/config/shortcuts/toggle-sidebar": {
"title": "$:/config/shortcuts/toggle-sidebar",
"text": "alt-shift-S"
},
"$:/config/shortcuts/transcludify": {
"title": "$:/config/shortcuts/transcludify",
"text": "alt-shift-T"
},
"$:/config/ui/EditTemplate": {
"title": "$:/config/ui/EditTemplate",
"text": "$:/core/ui/EditTemplate"
},
"$:/config/ui/ViewTemplate": {
"title": "$:/config/ui/ViewTemplate",
"text": "$:/core/ui/ViewTemplate"
},
"$:/config/WikiParserRules/Inline/wikilink": {
"title": "$:/config/WikiParserRules/Inline/wikilink",
"text": "enable"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch()\n<$set name=\"swatchColour\" value={{##$(colour)$}}\n><div class=\"tc-swatch\" style=<<swatchStyle>> title=<<colour>>/></$set>\n\\end\n<div class=\"tc-swatches-horiz\"><$list filter=\"\nforeground\nbackground\nmuted-foreground\nprimary\npage-background\ntab-background\ntiddler-info-background\n\" variable=\"colour\"><<swatch>></$list></div>"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n\n<$linkcatcher to=\"$:/language\">\n<div class=\"tc-chooser tc-language-chooser\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$set name=\"cls\" filter=\"[all[current]field:title{$:/language}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-background-attachment(text)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" type=\"nomatch\" text=\"\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/colour-picker": {
"title": "$:/core/macros/colour-picker",
"tags": "$:/tags/Macro",
"text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
},
"$:/core/macros/copy-to-clipboard": {
"title": "$:/core/macros/copy-to-clipboard",
"tags": "$:/tags/Macro",
"text": "\\define copy-to-clipboard(src,class:\"tc-btn-invisible\",style)\n<$button class=<<__class__>> style=<<__style__>> message=\"tm-copy-to-clipboard\" param=<<__src__>> tooltip={{$:/language/Buttons/CopyToClipboard/Hint}}>\n{{$:/core/images/copy-clipboard}} <$text text={{$:/language/Buttons/CopyToClipboard/Caption}}/>\n</$button>\n\\end\n\n\\define copy-to-clipboard-above-right(src,class:\"tc-btn-invisible\",style)\n<div style=\"position: relative;\">\n<div style=\"position: absolute; bottom: 0; right: 0;\">\n<$macrocall $name=\"copy-to-clipboard\" src=<<__src__>> class=<<__class__>> style=<<__style__>>/>\n</div>\n</div>\n\\end\n\n"
},
"$:/core/macros/diff": {
"title": "$:/core/macros/diff",
"tags": "$:/tags/Macro",
"text": "\\define compareTiddlerText(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle)\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>>>\n<$diff-text source=<<source>> dest=<<dest>>/>\n</$set>\n</$set>\n\\end\n\n\\define compareTiddlers(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle,exclude)\n<table class=\"tc-diff-tiddlers\">\n<tbody>\n<$set name=\"sourceFields\" filter=\"[<__sourceTiddlerTitle__>fields[]sort[]]\">\n<$set name=\"destFields\" filter=\"[<__destSubTiddlerTitle__>subtiddlerfields<__destTiddlerTitle__>sort[]]\">\n<$list filter=\"[enlist<sourceFields>] [enlist<destFields>] -[enlist<__exclude__>] +[sort[]]\" variable=\"fieldName\">\n<tr>\n<th>\n<$text text=<<fieldName>>/> \n</th>\n<td>\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>> field=<<fieldName>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>> field=<<fieldName>>>\n<$diff-text source=<<source>> dest=<<dest>>>\n</$diff-text>\n</$set>\n</$set>\n</td>\n</tr>\n</$list>\n</$set>\n</$set>\n</tbody>\n</table>\n\\end\n"
},
"$:/core/macros/dumpvariables": {
"title": "$:/core/macros/dumpvariables",
"tags": "$:/tags/Macro",
"text": "\\define dumpvariables()\n<ul>\n<$list filter=\"[variables[]]\" variable=\"varname\">\n<li>\n<strong><code><$text text=<<varname>>/></code></strong>:<br/>\n<$codeblock code={{{ [<varname>getvariable[]] }}}/>\n</li>\n</$list>\n</ul>\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\"><$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button></span><$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/image-picker": {
"title": "$:/core/macros/image-picker",
"created": "20170715180840889",
"modified": "20170715180914005",
"tags": "$:/tags/Macro",
"type": "text/vnd.tiddlywiki",
"text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]$subfilter$sort[title]]\",subfilter:\"\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\",emptyMessage)\n\\whitespace trim\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\" emptyMessage=<<__emptyMessage__>>>\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n\\whitespace trim\n<span class=\"tc-links-draggable-list\">\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\"/>\n<div>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$transclude>\n</div>\n</$droppable>\n</$list>\n</$type$>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"div\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div style=\"height:0.5em;\"/>\n</$droppable>\n</$tiddler>\n</$vars>\n</span>\n\\end\n\n\\define list-tagged-draggable-drop-actions(tag)\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<__tag__>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<__tag__>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Save the new order to the Tag Tiddler -->\n<$action-listops $tiddler=<<__tag__>> $field=\"list\" $filter=\"+[enlist<order>] +[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<!-- Removing this line makes dragging tags within the dropdown work as intended -->\n<!--<$action-listops $tiddler=<<actionTiddler>> $tags=<<__tag__>>/>-->\n<!-- Using the following 5 lines as replacement makes dragging titles from outside into the dropdown apply the tag -->\n<$list filter=\"[<actionTiddler>!contains:tags<__tag__>]\">\n<$fieldmangler tiddler=<<actionTiddler>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param=<<__tag__>>/>\n</$fieldmangler>\n</$list>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,subFilter,emptyMessage,itemTemplate,elementTag:\"div\")\n\\whitespace trim\n<span class=\"tc-tagged-draggable-list\">\n<$set name=\"tag\" value=<<__tag__>>>\n<$list filter=\"[<__tag__>tagging[]$subFilter$]\" emptyMessage=<<__emptyMessage__>>>\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\">\n<$elementTag$ class=\"tc-droppable-placeholder\"/>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\">\n<$elementTag$ class=\"tc-droppable-placeholder\"/>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n</span>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template,buttonTemplate,retain)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\" storyview=\"pop\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=\"$buttonTemplate$\" mode=\"inline\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\" retain=\"\"\"$retain$\"\"\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag-picker": {
"title": "$:/core/macros/tag-picker",
"tags": "$:/tags/Macro",
"text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\">\n$(actions)$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker(actions)\n<$set name=\"actions\" value=\"\"\"$actions$\"\"\">\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\" tabindex=<<tabIndex>>/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{$:/temp/NewTagName}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n$actions$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$list filter=\"[{$:/temp/NewTagName}minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n<hr>\n<$list filter=\"[{$:/temp/NewTagName}minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n</div>\n</$reveal>\n</div>\n</$set>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view tiddler=<<__tag__>> field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=<<__tag__>> icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=<<__tag__>> icon={{{ [<__tag__>get[icon]] }}} colour={{{ [<__tag__>get[color]] }}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbnails": {
"title": "$:/core/macros/thumbnails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"title": "$:/core/macros/timeline",
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n <$transclude field=\"caption\">\n <$view field=\"title\"/>\n </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$vars item=<<currentTiddler>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n <<toc-caption>>\n </$list>\n <$macrocall $name=\"toc-body\" tag=<<item>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n </li>\n </$set>\n </$set>\n </$vars>\n </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\"\")\n<$macrocall $name=\"toc-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> />\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$link>\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-expandable-empty-message()\n<$macrocall $name=\"toc-linked-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\"\",exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n <ol class=\"tc-toc toc-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n </$list>\n </$list>\n </ol>\n </$set>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\" >\n <li class=<<toc-item-class>>>\n <$link>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n </$list>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n </$list>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<$macrocall $name=\"toc-linked-selective-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n <ol class=\"tc-toc toc-selective-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-selective-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n </$list>\n </$list>\n </ol>\n </$set>\n</$vars>\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{{ [<__selectedTiddler__>get[text]] }}}>\n <div class=\"tc-tabbed-table-of-contents\">\n <$linkcatcher to=<<__selectedTiddler__>>>\n <div class=\"tc-table-of-contents\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"[all[current]] -[<__selectedTiddler__>get[text]]\"/>\n </div>\n </$linkcatcher>\n <div class=\"tc-tabbed-table-of-contents-content\">\n <$reveal stateTitle=<<__selectedTiddler__>> type=\"nomatch\" text=\"\">\n <$transclude mode=\"block\" tiddler=<<__template__>>>\n <h1><<toc-caption>></h1>\n <$transclude mode=\"block\">$missingText$</$transclude>\n </$transclude>\n </$reveal>\n <$reveal stateTitle=<<__selectedTiddler__>> type=\"match\" text=\"\">\n $unselectedText$\n </$reveal>\n </div>\n </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=<<__selectedTiddler__>>>\n <$macrocall $name=\"toc-tabbed-external-nav\" tag=<<__tag__>> sort=<<__sort__>> selectedTiddler=<<__selectedTiddler__>> unselectedText=<<__unselectedText__>> missingText=<<__missingText__>> template=<<__template__>>/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/core/macros/translink": {
"title": "$:/core/macros/translink",
"tags": "$:/tags/Macro",
"text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tree": {
"title": "$:/core/macros/tree",
"tags": "$:/tags/Macro",
"text": "\\define leaf-link(full-title,chunk,separator: \"/\")\n<$link to=<<__full-title__>>><$text text=<<__chunk__>>/></$link>\n\\end\n\n\\define leaf-node(prefix,chunk)\n<li>\n<$list filter=\"[<__prefix__>addsuffix<__chunk__>is[shadow]] [<__prefix__>addsuffix<__chunk__>is[tiddler]]\" variable=\"full-title\">\n<$list filter=\"[<full-title>removeprefix<__prefix__>]\" variable=\"chunk\">\n<span>{{$:/core/images/file}}</span> <$macrocall $name=\"leaf-link\" full-title=<<full-title>> chunk=<<chunk>>/>\n</$list>\n</$list>\n</li>\n\\end\n\n\\define branch-node(prefix,chunk,separator: \"/\")\n<li>\n<$set name=\"reveal-state\" value={{{ [[$:/state/tree/]addsuffix<__prefix__>addsuffix<__chunk__>] }}}>\n<$reveal type=\"nomatch\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"show\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"hide\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<span>(<$count filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>removeprefix<__chunk__>] -[<__prefix__>addsuffix<__chunk__>]\"/>)</span>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$macrocall $name=\"tree-node\" prefix={{{ [<__prefix__>addsuffix<__chunk__>] }}} separator=<<__separator__>>/>\n</$reveal>\n</$set>\n</li>\n\\end\n\n\\define tree-node(prefix,separator: \"/\")\n<ol>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore<__separator__>sort[]!suffix<__separator__>]\" variable=\"chunk\">\n<$macrocall $name=\"leaf-node\" prefix=<<__prefix__>> chunk=<<chunk>> separator=<<__separator__>>/>\n</$list>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore<__separator__>sort[]suffix<__separator__>]\" variable=\"chunk\">\n<$macrocall $name=\"branch-node\" prefix=<<__prefix__>> chunk=<<chunk>> separator=<<__separator__>>/>\n</$list>\n</ol>\n\\end\n\n\\define tree(prefix: \"$:/\",separator: \"/\")\n<div class=\"tc-tree\">\n<span><$text text=<<__prefix__>>/></span>\n<div>\n<$macrocall $name=\"tree-node\" prefix=<<__prefix__>> separator=<<__separator__>>/>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/utils": {
"title": "$:/core/macros/utils",
"text": "\\define colour(colour)\n$colour$\n\\end\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "<$transclude tiddler=\"$:/PaletteManager\"/>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n{{||$:/snippets/currpalettepreview}}\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[name]]\"><$set name=\"cls\" filter=\"[all[current]prefix{$:/palette}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/>{{||$:/snippets/currpalettepreview}}</$link>\n</div></$set>\n</$list>\n</div>\n</$linkcatcher>\n"
},
"$:/snippets/peek-stylesheets": {
"title": "$:/snippets/peek-stylesheets",
"text": "\\define expandable-stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$vars state=<<qualify \"$:/state/peek-stylesheets/open/\">>>\n<$set name=\"state\" value={{{ [<state>addsuffix<currentTiddler>] }}}>\n<li>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"no\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"yes\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"div\">\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</$reveal>\n</li>\n</$set>\n</$vars>\n</$list>\n</ol>\n\\end\n\n\\define stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<li>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</li>\n</$list>\n</ol>\n\\end\n\n<$vars modeState=<<qualify \"$:/state/peek-stylesheets/mode/\">>>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"expanded\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Stylesheets/Expand/Caption}}</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"restored\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-down}} {{$:/language/ControlPanel/Stylesheets/Restore/Caption}}</$button>\n</$reveal>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<expandable-stylesheets-list>>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<stylesheets-list>>\n</$reveal>\n\n</$vars>\n"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/AdvancedSearch/FilterButton": {
"title": "$:/tags/AdvancedSearch/FilterButton",
"list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/EditorToolbar": {
"title": "$:/tags/EditorToolbar",
"list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/rotate-left $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
},
"$:/tags/Manager/ItemMain": {
"title": "$:/tags/Manager/ItemMain",
"list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
},
"$:/tags/Manager/ItemSidebar": {
"title": "$:/tags/Manager/ItemSidebar",
"list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Explorer]] [[$:/core/ui/MoreSideBar/Plugins]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/SideBarSegment": {
"title": "$:/tags/SideBarSegment",
"list": "[[$:/core/ui/SideBarSegments/site-title]] [[$:/core/ui/SideBarSegments/site-subtitle]] [[$:/core/ui/SideBarSegments/page-controls]] [[$:/core/ui/SideBarSegments/search]] [[$:/core/ui/SideBarSegments/tabs]]"
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "<$linkcatcher to=\"$:/theme\">\n<div class=\"tc-chooser\"><$list filter=\"[plugin-type[theme]sort[title]]\"><$set name=\"cls\" filter=\"[all[current]field:title{$:/theme}] [[$:/theme]!has[text]addsuffix[s/tiddlywiki/vanilla]field:title<currentTiddler>] +[limit[1]]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<$linkcatcher to=\"$:/view\">\n<div class=\"tc-chooser\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$set name=\"cls\" filter=\"[<storyview>prefix{$:/view}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link to=<<storyview>>>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
}
}
}
The following tiddlers were imported:
# [[毕节.jpg]]
# [[赫章县.jpg]]
# [[大方县.jpg]]
# [[金沙县.jpg]]
# [[纳雍县.jpg]]
# [[七星关区.jpg]]
# [[黔西县.png]]
# [[威宁彝族回族苗族自治县.png]]
# [[织金县.jpg]]
{
"tiddlers": {
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "高级查找"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "高级查找"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "取消"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "放弃对此条目的更改"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "克隆"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "克隆此条目"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "关闭"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "关闭此条目"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "全部关闭"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "关闭所有条目"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "关闭其他"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "关闭其他条目"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "控制台"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "开启控制台"
},
"$:/language/Buttons/CopyToClipboard/Caption": {
"title": "$:/language/Buttons/CopyToClipboard/Caption",
"text": "复制到剪贴板"
},
"$:/language/Buttons/CopyToClipboard/Hint": {
"title": "$:/language/Buttons/CopyToClipboard/Hint",
"text": "将此文本复制到剪贴板"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "删除"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "删除此条目"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "编辑"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "编辑此条目"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "加密"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "设置或清除保存此维基的密码"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "清除密码"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "清除密码且不加密保存此维基"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "设置密码"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "设置加密保存此维基的密码"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "导出所有条目"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "导出所有条目"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "导出此条目"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "导出此条目"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "导出条目"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "导出条目"
},
"$:/language/Buttons/SidebarSearch/Hint": {
"title": "$:/language/Buttons/SidebarSearch/Hint",
"text": "选择侧边栏的查找字段"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "收合条目"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "收合此条目的内容"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "展开条目"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "展开此条目的内容"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "收合其他条目"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "收合其他已开启条目的内容"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "收合所有条目"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "收合所有已开启条目的内容"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "收合栏"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "可选的收合与展开条目的长条按钮"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "展开所有条目"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "展开所有已开启条目的内容"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "全屏幕"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "进入或离开全屏模式"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "帮助"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "显示帮助面板"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "首页"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "开启首页条目"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "导入"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "导入许多类型的文件包括文本、图像、TiddlyWiki 或 JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "信息"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "显示此条目的信息"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "语言"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "选择用户介面语言"
},
"$:/language/Buttons/Manager/Caption": {
"title": "$:/language/Buttons/Manager/Caption",
"text": "条目管理器"
},
"$:/language/Buttons/Manager/Hint": {
"title": "$:/language/Buttons/Manager/Hint",
"text": "开启条目管理器"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "更多"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "更多动作"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "添加子条目"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "创建一个标签为此条目名称的新条目"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "添加日志"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "创建一个新的日志条目"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "添加子日志"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "创建一个标签含此条目名称的新日志条目"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "添加图像"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "创建一个新的图像条目"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "添加 Markdown 条目"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "创建一个新的 Markdown 条目"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "添加条目"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "创建一个新的条目"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "开启于新窗口"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "在新窗口中开启条目"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "调色板"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "选择调色板"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "引用链接"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "设置浏览器网址栏为直接链接到此条目"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "永久链接"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "设置浏览器网址栏为直接链接到当前所有已开启条目"
},
"$:/language/Buttons/Print/Caption": {
"title": "$:/language/Buttons/Print/Caption",
"text": "打印页面"
},
"$:/language/Buttons/Print/Hint": {
"title": "$:/language/Buttons/Print/Hint",
"text": "打印当前页面"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "刷新"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "执行维基的完全刷新"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "确定"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "确定对此条目的更改"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "保存变更"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "保存变更"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "查看模式"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "选择查看条目的视觉效果"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "隐藏侧边栏"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "隐藏侧边栏"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "显示侧边栏"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "显示侧边栏"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "标签管理"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "标签管理"
},
"$:/language/Buttons/Timestamp/Caption": {
"title": "$:/language/Buttons/Timestamp/Caption",
"text": "时间戳记"
},
"$:/language/Buttons/Timestamp/Hint": {
"title": "$:/language/Buttons/Timestamp/Hint",
"text": "选择修改是否更新时间戳记"
},
"$:/language/Buttons/Timestamp/On/Caption": {
"title": "$:/language/Buttons/Timestamp/On/Caption",
"text": "时间戳记开启"
},
"$:/language/Buttons/Timestamp/On/Hint": {
"title": "$:/language/Buttons/Timestamp/On/Hint",
"text": "条目被修改时，更新时间戳记"
},
"$:/language/Buttons/Timestamp/Off/Caption": {
"title": "$:/language/Buttons/Timestamp/Off/Caption",
"text": "时间戳记关闭"
},
"$:/language/Buttons/Timestamp/Off/Hint": {
"title": "$:/language/Buttons/Timestamp/Off/Hint",
"text": "条目被修改时，不更新时间戳记"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "布景主题"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "选择布景主题"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "粗体"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "套用粗体格式于所选文本"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "清除"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "清除图像为纯色"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "编辑器高度"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "自动调整高度以适合内容"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "固定高度︰"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "选择文本编辑器的高度"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "剪切"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "执行剪切"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "宏的名称︰"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "新条目的名称︰"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "替换剪切的文本为："
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "宏"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "链接"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "嵌入"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "将新条目的标签设为此条目的名称"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "警示：条目已经存在"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "剪切所选文本到一个新条目"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "标题 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "套用标题级别 1 的格式于包含所选文本的列"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "标题 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "套用标题级别 2 的格式于包含所选文本的列"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "标题 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "套用标题级别 3 的格式于包含所选文本的列"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "标题 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "套用标题级别 4 的格式于包含所选文本的列"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "标题 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "套用标题级别 5 的格式于包含所选文本的列"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "标题 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "套用标题级别 6 的格式于包含所选文本的列"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "斜体"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "套用斜体格式于所选文本"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "线宽"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "设置绘画的线条宽度"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "链接"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "创建维基文字链接"
},
"$:/language/Buttons/Linkify/Caption": {
"title": "$:/language/Buttons/Linkify/Caption",
"text": "维基链接"
},
"$:/language/Buttons/Linkify/Hint": {
"title": "$:/language/Buttons/Linkify/Hint",
"text": "套用维基链接于所选文字"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "符号清单"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "套用符号清单格式于包含所选文本的列"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "数字清单"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "套用数字清单格式于包含所选文本的列"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "等宽区块"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "套用等宽区块格式于包含所选文本的列"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "等宽"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "套用等宽字符格式于所选文本"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "不透明度"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "设置绘画的不透明度"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "绘画颜色"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "设置绘画的颜色"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "图片"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "插入图片"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "预览"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "显示预览窗格"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "预览类型"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "选择预览类型"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "引言"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "套用引言文本格式于包含所选文本的列"
},
"$:/language/Buttons/RotateLeft/Caption": {
"title": "$:/language/Buttons/RotateLeft/Caption",
"text": "向左旋转"
},
"$:/language/Buttons/RotateLeft/Hint": {
"title": "$:/language/Buttons/RotateLeft/Hint",
"text": "图像向左旋转 90 度"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "图像大小"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "高度︰"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "调整图像的大小"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "宽度："
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "设置图像的大小"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "印记"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "添加您自己的"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "插入一个预配置的文本片段"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "在选单中显示的标题"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "片段的文本。（记得在 `caption` 栏位中添加一个说明性的标题）。"
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "删除线"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "套用删除线格式于所选文本"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "下标"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "套用下标格式于所选文本"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "上标"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "套用上标格式于所选文本"
},
"$:/language/Buttons/ToggleSidebar/Hint": {
"title": "$:/language/Buttons/ToggleSidebar/Hint",
"text": "切换显示或隐藏侧边栏"
},
"$:/language/Buttons/Transcludify/Caption": {
"title": "$:/language/Buttons/Transcludify/Caption",
"text": "嵌入"
},
"$:/language/Buttons/Transcludify/Hint": {
"title": "$:/language/Buttons/Transcludify/Hint",
"text": "套用嵌入于所选文字"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "下划线"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "套用下划线格式于所选文本"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "高级"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "关于此 TiddlyWiki 的内部信息"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "视觉外观"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "定制您的 TiddlyWiki 外观。"
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "动画持续时间："
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "基本"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "标题含空白时请使用 [[双中括弧]]，或者您可用 <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">保留开启中的条目顺序</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "首页："
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "默认开启的条目："
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "您好！当前的语言："
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "新日志条目的标签"
},
"$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
"text": "新日志条目的内容"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "新日志条目的名称"
},
"$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt",
"text": "新条目的名称"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "被覆写的默认条目数量："
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "默认条目数量："
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "副标题："
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "系统条目数量："
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "标签数量："
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "一般条目数量："
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "标题："
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "编辑者署名："
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki 版本："
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "编辑器类型"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "编辑器"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "这些条目决定使用哪个编辑器来编辑特定条目类型。"
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "类型"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "信息"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "有关此 TiddlyWiki 的信息"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "在此输入快捷键"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "添加快捷键"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "快捷键"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "管理键盘快捷键分配"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "尚无指定快捷键"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "删除快捷键"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "所有平台"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "仅 Macintosh 平台"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "仅非 Macintosh 平台"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "仅 Linux 平台"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "仅非 Linux 平台"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "仅 Windows 平台"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "仅非 Windows 平台"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "已加载的模块"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "这些是当前已加载的模块之源码条目。斜体的模块则无源码条目，通常是因为它们是在引导过程中设置。"
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "调色板"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "复制"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "建议您修改前先复制此默认调色板"
},
"$:/language/ControlPanel/Palette/Editor/Delete/Hint": {
"title": "$:/language/ControlPanel/Palette/Editor/Delete/Hint",
"text": "从当前调色板中删除此项"
},
"$:/language/ControlPanel/Palette/Editor/Names/External/Show": {
"title": "$:/language/ControlPanel/Palette/Editor/Names/External/Show",
"text": "显示不属于当前调色板的颜色名称"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "此默认调色板已被修改过"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "编辑"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "重置"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "隐藏编辑器"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "当前的调色板："
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "显示编辑器"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "从官方插件库安装插件"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "获取更多插件"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "此插件已经安装版本 <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "插件"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "禁用"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "重新加载页面时禁用此插件"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(已禁用)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "无"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "启用"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "重新加载页面时启用此插件"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "安装"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "当前已安装的插件："
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "语言"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "语言包插件"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "无 ''\"<$text text=<<currentTab>>/>\"''"
},
"$:/language/ControlPanel/Plugins/NoInformation/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInformation/Hint",
"text": "未提供信息"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "尚未安装此插件"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "开启插件程式库"
},
"$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
"text": "关闭插件程式库"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "插件"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "插件"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "重新安装"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "布景主题"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "布景主题插件"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "解析"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "在此您可以全域禁用或启用维基解析规则。要使更改生效，请保存并重新加载您的维基。禁用某些解析规则，会妨碍 <$text text=\"TiddlyWiki\"/> 正常运作。可使用[[安全模式|https://tiddlywiki.com/#SafeMode]]恢复正常操作。"
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "区块解析规则"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "内联解析规则"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "编译指示解析规则"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "保存"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
"text": "允许下载保存模块的自动保存"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
"text": "启用下载保存模块的自动保存"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
"text": "下载保存模块"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
"text": "这些设置适用于兼容 HTML5 的下载保存模块"
},
"$:/language/ControlPanel/Saving/General/Caption": {
"title": "$:/language/ControlPanel/Saving/General/Caption",
"text": "通用"
},
"$:/language/ControlPanel/Saving/General/Hint": {
"title": "$:/language/ControlPanel/Saving/General/Hint",
"text": "这些设置适用于所有已载入的保存模块"
},
"$:/language/ControlPanel/Saving/Hint": {
"title": "$:/language/ControlPanel/Saving/Hint",
"text": "用于通过保存模块将整个 TiddlyWiki 保存为单个文件的设置"
},
"$:/language/ControlPanel/Saving/GitService/Branch": {
"title": "$:/language/ControlPanel/Saving/GitService/Branch",
"text": "用于保存的目标分支"
},
"$:/language/ControlPanel/Saving/GitService/CommitMessage": {
"title": "$:/language/ControlPanel/Saving/GitService/CommitMessage",
"text": "由 TiddlyWiki 保存"
},
"$:/language/ControlPanel/Saving/GitService/Description": {
"title": "$:/language/ControlPanel/Saving/GitService/Description",
"text": "这些设置仅用于保存至 <<service-name>>"
},
"$:/language/ControlPanel/Saving/GitService/Filename": {
"title": "$:/language/ControlPanel/Saving/GitService/Filename",
"text": "目标文件的文件名称 (例如，`index.html`)"
},
"$:/language/ControlPanel/Saving/GitService/Path": {
"title": "$:/language/ControlPanel/Saving/GitService/Path",
"text": "目标文件的路径 (例如，`/wiki/`)"
},
"$:/language/ControlPanel/Saving/GitService/Repo": {
"title": "$:/language/ControlPanel/Saving/GitService/Repo",
"text": "目标存储库 (例如，`Jermolene/TiddlyWiki5`)"
},
"$:/language/ControlPanel/Saving/GitService/ServerURL": {
"title": "$:/language/ControlPanel/Saving/GitService/ServerURL",
"text": "服务器 API 网址"
},
"$:/language/ControlPanel/Saving/GitService/UserName": {
"title": "$:/language/ControlPanel/Saving/GitService/UserName",
"text": "用户名称"
},
"$:/language/ControlPanel/Saving/GitService/GitHub/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/GitHub/Caption",
"text": "~GitHub 保存模块"
},
"$:/language/ControlPanel/Saving/GitService/GitHub/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/GitHub/Password",
"text": "密码、OAUTH 令牌，或个人存取令牌 (详见 [[GitHub 帮助页面|https://help.github.com/en/articles/creating-a-personal-access-token-for-the-command-line]])"
},
"$:/language/ControlPanel/Saving/GitService/GitLab/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/GitLab/Caption",
"text": "~GitLab 保存模块"
},
"$:/language/ControlPanel/Saving/GitService/GitLab/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/GitLab/Password",
"text": "个人存取令牌的 API (详见 [[GitLab 帮助页面|https://docs.gitlab.com/ee/user/profile/personal_access_tokens.html]])"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "高级设置"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "备份文件夹"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "备份"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
"text": "~TiddlySpot 保存模块"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "这些设置只适用于保存到 http://tiddlyspot.com 或兼容的远程服务器时。"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "上传文件名"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//默认之服务器网址 `http://<wikiname>.tiddlyspot.com/store.cgi`，可改为定制之服务器网址，例如 `http://example.com/store.php`。//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "密码"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "服务器网址"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "上传文件夹"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "用户"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "自动保存"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "不要自动保存变更"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "自动保存变更"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "当使用支持的保存模块时，在编辑期间尝试自动保存变更"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "驼峰式维基链接"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "您可以全域禁用驼峰式短语自动链接。须保存后重新加载，方才生效。"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "启用自动驼峰式链接"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "设置"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "默认侧边栏页签"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "指定默认显示的侧边栏页签"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption",
"text": "更多侧边栏的默认页签"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint",
"text": "指定默认显示的更多侧栏页签"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "编辑器工具栏"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "启用或禁用编辑器工具栏︰"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "显示编辑器工具栏"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
"text": "条目信息面板模式"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
"text": "控制条目信息面板何时关闭︰"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
"text": "条目信息面板自动关闭"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
"text": "条目信息面板保持打开状态，直到明确关闭"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "这些高级设置让您定制 TiddlyWiki 的行为。"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "条目开启行为"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "从故事河//中//导航"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "从故事河//外//导航"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "开启于当前条目之上"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "开启于当前条目之下"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "开启于故事河的顶端"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "开启于故事河的底部"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "维基链接"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "选择是否要链接到尚未存在的条目"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "启用链接到佚失条目"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "网址栏导览"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "在浏览器网址栏导览到条目时的行为："
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "不更新网址栏"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "包含目标条目"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "包括目标条目和当前已开启的条目序列"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "历史记录导览"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "当导览到条目时，更新浏览器历史记录："
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "不更新历史记录"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "更新历史记录"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption",
"text": "引用链接/固定链接 模式"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint",
"text": "选择 引用链接/固定链接 的处理方式："
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description",
"text": "将 引用链接/固定链接 网址复制到剪贴板"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description",
"text": "以 引用链接/固定链接 更新网址栏"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "性能检测"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "在浏览器的开发人员控制台，显示性能统计数据。需要重新加载才能生效。"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "启用性能检测"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "工具栏按钮样式"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "选择工具栏按钮的样式:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "无边框"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "方框"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "圆形"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "工具栏按钮"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "默认的工具栏按钮外观："
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "包含图标"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "包含文本"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "条目标题"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "可选地显示条目标题为链接"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "不显示条目标题为链接"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "显示条目标题为链接"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "查看模式"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "当前的查看模式："
},
"$:/language/ControlPanel/Stylesheets/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Caption",
"text": "样式表"
},
"$:/language/ControlPanel/Stylesheets/Expand/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Expand/Caption",
"text": "全部展开"
},
"$:/language/ControlPanel/Stylesheets/Hint": {
"title": "$:/language/ControlPanel/Stylesheets/Hint",
"text": "这是当前标签为 <<tag \"$:/tags/Stylesheet\">> 的样式表条目呈现的 CSS"
},
"$:/language/ControlPanel/Stylesheets/Restore/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Restore/Caption",
"text": "复原"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "布景主题"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "当前的布景主题："
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "条目栏位"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "这是本维基使用中的所有条目栏位（含系统条目的栏位，但默认条目的栏位除外）。"
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "工具栏"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "编辑工具栏"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "选择将显示哪些按钮于条目的编辑模式工具栏。拖放可改变顺序。"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "选择将显示哪些工具栏按钮"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "页面工具栏"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "选择将显示哪些按钮于主页面的工具栏。拖放可改变顺序。"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "编辑器工具栏"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "选择将显示哪些按钮于编辑器工具栏。请注意，某些按钮只会出现在编辑某一类型的条目时。拖放可改变顺序。"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "查看工具栏"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "选择将显示哪些按钮于条目的查看模式工具栏。拖放可改变顺序。"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "下载完整副本"
},
"$:/core/zh-Hans/readme": {
"title": "$:/core/zh-Hans/readme",
"text": "此插件包含 TiddlyWiki 的核心组件，包括：\n\n* JavaScript 代码模块\n* 图标\n* 创建 TiddlyWiki 的用户介面所需的模板\n* 核心所使用的可当地语系化字串的英国英语 (''en-GB'') 翻译\n"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "周日"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "周一"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "周二"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "周三"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "周四"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "周五"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "周六"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "一月"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "二月"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "三月"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "四月"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "五月"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "六月"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "七月"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "八月"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "九月"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "十月"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "十一月"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "十二月"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "上午"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "下午"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "日"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "一"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "二"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "三"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "四"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "五"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "六"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "01月"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "02月"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "03月"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "04月"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "05月"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "06月"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "07月"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "08月"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "09月"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "10月"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "11月"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "12月"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> 天后"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> 小时后"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> 分钟后"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> 个月后"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 秒后"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> 秒后"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> 年后"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> 天前"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> 小时前"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> 分钟前"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> 个月前"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 秒前"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> 秒前"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> 年前"
},
"$:/language/Docs/ModuleTypes/allfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/allfilteroperator",
"text": "''all'' 筛选器算子的子算子。"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "动画模块包含可用于 RevealWidget 的动画。"
},
"$:/language/Docs/ModuleTypes/authenticator": {
"title": "$:/language/Docs/ModuleTypes/authenticator",
"text": "定义内置 HTTP 服务器对请求的身份验证方式。"
},
"$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
"title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
"text": "一个位图编辑器工具栏操作。"
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "可于 Node.js 执行的指令。"
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "加入 `$tw.config` 的数据。"
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "个别筛选器算子方法。"
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "加入 `$tw` 的全域数据。"
},
"$:/language/Docs/ModuleTypes/info": {
"title": "$:/language/Docs/ModuleTypes/info",
"text": "透过 [[$:/temp/info-plugin]] 伪插件，发布系统信息。"
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "''is'' 筛选器算子的运算符。"
},
"$:/language/Docs/ModuleTypes/library": {
"title": "$:/language/Docs/ModuleTypes/library",
"text": "一般用途的 JavaScript 模块的通用模块类型。"
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript ''宏''定义。"
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "不同内容类型的解析器。"
},
"$:/language/Docs/ModuleTypes/route": {
"title": "$:/language/Docs/ModuleTypes/route",
"text": "定义内置 HTTP 服务器如何处理各个网址格式。"
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "于浏览器保存文件的不同的保存处理方法。"
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "启动时期的功能函数。"
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "查看模式用以自订 list 小部件的动画与行为。"
},
"$:/language/Docs/ModuleTypes/texteditoroperation": {
"title": "$:/language/Docs/ModuleTypes/texteditoroperation",
"text": "一个文本编辑器工具栏操作。"
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "转换不同内容类型至条目。"
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "定义个别条目栏位的行为。"
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "添加方法至 `$tw.Tiddler` 原型。"
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "于升级/导入过程中，套用升级处理至条目。"
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "添加方法至 `$tw.utils`。"
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "将特定于 Node.js 的方法添加到 '$tw.utils'。"
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "封装 DOM 渲染和刷新的小部件。"
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "添加方法至 `$tw.Wiki`。"
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "WikiText 解析器的个别的语法规则。"
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "警示背景"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "警示边框"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "警示高亮度"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "警示的低调前景"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "一般背景"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "引言条"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "默认按钮背景"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "默认按钮边框"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "默认按钮前景"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "代码背景"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "代码边框"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "代码前景"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "未保存变更指示器"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "下载按钮背景"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "下载按钮前景"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "拖动区背景"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "拖动区前景"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "下拉背景"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "下拉边框"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "选定的下拉页签背景"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "下拉页签背景"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "拖放背景"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "悬停外部链结背景"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "已造访过的外部链结背景"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "外部链结背景"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "悬停外部链结前景"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "已造访过的外部链结前景"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "外部链结前景"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "一般前景"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "信息框背景"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "信息边框"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "信息框前景"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "模块背景幕"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "模块背景"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "模块边框"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "模块页脚背景"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "模块页脚边框"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "模块标题边框"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "一般低调前景"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "通知背景"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "通知边框"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "页面背景"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "pre 背景"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "pre 边框"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "主颜色"
},
"$:/language/Docs/PaletteColours/select-tag-background": {
"title": "$:/language/Docs/PaletteColours/select-tag-background",
"text": "`<select>` 元素背景"
},
"$:/language/Docs/PaletteColours/select-tag-foreground": {
"title": "$:/language/Docs/PaletteColours/select-tag-foreground",
"text": "`<select>` 元素文本"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "侧边栏按钮前景"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "悬停侧边栏控制项前景"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "侧边栏控制项前景"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "侧边栏前景阴影"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "侧边栏前景"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "悬停侧边栏低调前景"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "侧边栏低调前景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "侧边栏选定页签背景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "侧边栏页签背景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "侧边栏选定页签边框"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "侧边栏页签边框"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "侧边栏页签分隔线"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "侧边栏选定页签前景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "侧边栏页签前景"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "侧边栏悬停条目链结前景"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "侧边栏条目链结前景"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "网站标题前景"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "静态警示前景"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "选定的页签背景"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "页签背景"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "选定的页签边框"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "页签边框"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "页签分隔线"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "选定的页签前景"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "页签前景"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "表格边框"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "表格页脚背景"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "表格标题背景"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "标签背景"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "标签前景"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "条目背景"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "条目边框"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "悬停的条目控制项前景"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "选定的条目控制项前景"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "条目控制项前景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "条目编辑器背景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "条目编辑器边框图片"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "条目编辑器边框"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "条目编辑器中偶数栏位背景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "条目编辑器中奇数栏位背景"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "条目信息面板背景"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "条目信息面板边框"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "条目信息面板页签背景"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "条目链结背景"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "条目链结前景"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "条目副标题前景"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "条目标题前景"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "工具栏 '添加条目' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "工具栏 '选项' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "工具栏 '保存' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "工具栏 '资讯' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "工具栏 '编辑' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "工具栏 '关闭' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "工具栏 '删除' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "工具栏 '取消' 按钮前景"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "工具栏 '完成 按钮前景"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "未设标签的背景"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "非常低调前景"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "此条目显示保存于主要的 TiddlyWiki 文件之外的内容。你可以编辑其标签和字段，但不能直接编辑内容本身"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "输入此条目的内容"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "输出"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "删除字段"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "删除字段"
},
"$:/language/EditTemplate/Field/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Field/Dropdown/Caption",
"text": "字段列表"
},
"$:/language/EditTemplate/Field/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Field/Dropdown/Hint",
"text": "显示字段列表"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "添加"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "系统字段"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "使用者字段"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "字段名称"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "添加字段："
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "字段内容"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "这是一个默认条目。您做的任何更改将会覆盖来自 <<pluginLink>> 插件的默认版本。"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "这是一个修改过的默认条目。删除此条目可以还原为 <<pluginLink>> 插件中的默认版本。"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "添加"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "标签名称"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "标签清单"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "显示标签清单"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "请注意，避免在条目名称中使用这些字符：<<bad-chars>>"
},
"$:/language/EditTemplate/Title/Exists/Prompt": {
"title": "$:/language/EditTemplate/Title/Exists/Prompt",
"text": "目标条目已经存在"
},
"$:/language/EditTemplate/Title/Relink/Prompt": {
"title": "$:/language/EditTemplate/Title/Relink/Prompt",
"text": "将在其他条目的 //tags// 和 //list// 字段中的 ''<$text text=<<fromTitle>>/>'' 改为 ''<$text text=<<toTitle>>/>''"
},
"$:/language/EditTemplate/Title/References/Prompt": {
"title": "$:/language/EditTemplate/Title/References/Prompt",
"text": "下列对此条目的引用，不会自动更新："
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "内容类型清单"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "显示内容类型清单"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "删除内容类型"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "删除内容类型"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "内容类型"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "类型："
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "静态 HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON 文件"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV 文件"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" 文件"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "外部图像条目的完整的 URI"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "条目的来源集的名称"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "显示于页签或按钮上的标题文字"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "条目的 CSS 颜色值"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "负责[[警示条目|AlertMechanism]]的组件名称"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "条目的创建日期"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "条目的创建者"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "用于缓存[[浏览历史列表|HistoryMechanism]]的最上层条目"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "插件的相依插件列表"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "插件的说明、描述"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "草稿条目，包含条目的标题、标签、栏位 ..."
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "草稿条目的标题"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "wizard 的注脚"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "于 [[$:/core/templates/static.content]] 使用的临时保存栏位"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "条目的标题含有与条目关联的图标"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "若设为 \"yes\"，表示条目应该被保存为一个 JavaScript 程序库"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "条目的列表，指定一些条目的标题清单"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "前条目名称将被添加到条目排序清单中的设置条目名称之前，或若此栏位存在但是空的，则被添加于清单的前端"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "当前条目名称将被添加到条目排序清单的设置条目名称之后，或若此栏位存在但是空的，则被添加于清单的尾端"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "条目的最近修改日期与时间"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "条目的最近修改者"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "具可读性的插件条目的名称"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "插件条目的优先级数值"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "插件条目的类型"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "TiddlyWiki 的发布日期"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "条目存放于服务器中的修订版本"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "条目的网址"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "一个 wizard 的副标题"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "条目的标签清单"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "条目的内文"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "条目的唯一名称"
},
"$:/language/Docs/Fields/toc-link": {
"title": "$:/language/Docs/Fields/toc-link",
"text": "若设为: \"no\"，则抑制目录树中的条目链接。"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "条目的内容类型"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "插件的版本信息"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "所有条目，不含系统条目"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "最近修改的条目，包含系统条目"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "最近修改的条目"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "所有标签，不含系统标签"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "缺失条目"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "草稿条目"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "孤立条目"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "系统条目"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "默认条目"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "被覆写的默认条目"
},
"$:/language/Filters/SessionTiddlers": {
"title": "$:/language/Filters/SessionTiddlers",
"text": "自维基加载后修改的条目"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "系统标签"
},
"$:/language/Filters/StoryList": {
"title": "$:/language/Filters/StoryList",
"text": "故事河中的条目，不含 ~$:/AdvancedSearch"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "非维基文字条目"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n欢迎使用 ~TiddlyWiki 及参与 ~TiddlyWiki 社群\n\n开始将重要资讯存放于 ~TiddlyWiki 之前，确认您可以可靠地保存变更是很重要的。详细资讯请参阅 https://tiddlywiki.com/#GettingStarted\n\n!! 设置此 ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\n请参阅[[控制台|$:/ControlPanel]]查看更多选项。"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "自动执行已配置的命令",
"text": "生成指定的生成目标为当前 wiki。若未指定任何生成目标，则生成所有可用的目标。\n\n```\n--build <target> [<target> ...]\n```\n\n生成目标在 wiki 文件夹的 `tiddlywiki.info` 文件中定义。\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "清除用于后续加密的密码",
"text": "清除用于后续加密的密码\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\n用法: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\n可用的命令：\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\n取得关于某个命令的详细帮助：\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/deletetiddlers": {
"title": "$:/language/Help/deletetiddlers",
"description": "删除一组条目",
"text": "<<.from-version \"5.1.20\">> 删除由筛选器标识的一组条目。\n\n```\n--deletetiddlers <filter>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "列出可用的 TiddlyWiki 版本",
"text": "列出可用版本的名称和描述。您可以用 `--init` 命令创建一个指定版本的新维基。\n\n```\n--editions\n```\n"
},
"$:/language/Help/fetch": {
"title": "$:/language/Help/fetch",
"description": "通过网址从维基撷取条目",
"text": "通过 HTTP/HTTPS 撷取一个或多个文件，并导入匹配筛选器的条目，可选的转换传入的名称。\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\n \"file\" 和 \"files\" 选项撷取指定的文件，并尝试导入其中的条目（与将文件拖动到浏览器视窗中的处理相同）。 \"raw-file\" 和 \"raw-files\" 变选项撷取指定的文件，并将原始文件资料存储于条目，而不套用导入逻辑。\n\n使用 \"file\" and \"raw-file\" 选项为仅撷取单个文件，且第一个参数为要读取文件的网址。\n\n使用 \"files\" 和 \"raw-files\" 选项为撷取多个文件，且第一个参数是一个产生要读取文件的网址清单的筛选器。例如，给定标签为 \"remote-server\" 的一组具有字段 \"url\" 的条目，筛选器 `[tag[remote-server]get[url]]` 将取回所有可用的网址。\n\n对于 \"file\" 和 \"files\" 选项，the `<import-filter>` 参数指定一个筛选器，用于确定要导入哪些条目。如果未提供，则默认为 `[all[tiddlers]]`。\n\n对于所有选项，`<transform-filter>` 参数指定一个可选的筛选器，用于转换导入条目的名称。例如，`[addprefix[$:/myimports/]]` 会将前缀 `$:/myimports/` 加至每个名称。\n\n于 `--fetch` 之前使用 `--verbose` 命令，将在导入期间输出进度信息。\n\n请注意，TiddlyWiki 不会撷取一个已经加载插件的旧版本。\n\n以下示例从 https://tiddlywiki.com 取回所有非系统条目，并将其保存到一个 JSON 文件：\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\n以下范例从 https://tiddlywiki.com 取回 \"favicon\" 文件，并将其保存在名为 \"output.ico\" 的文件中。请注意，在 \"--fetch\" 命令中引用的中间条目 \"Icon Tiddler\"，因为它被用作转换筛选器来替换预设的名称，而 \"--savetiddler\" 命令没有引号，因为它是直接用作标题。\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "显示 TiddlyWiki 命令的说明",
"text": "显示命令的帮助文本:\n\n```\n--help [<command>]\n```\n\n若省略命令名称，则显示可用命令的清单。\n"
},
"$:/language/Help/import": {
"title": "$:/language/Help/import",
"description": "从文件导入条目",
"text": "从 TiddlyWiki 文件 (`.html`)、`.tiddler`、`.tid`、`.json` 或其他本机文件导入条目。必须明确指定解串器，而不像 load 命令，从文件扩展名推断解串器。\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\n核心的解串器包括：\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\n导入的条目名称，默认为文件名。\n\n编码默认为 \"utf8\"，但用于导入二进制文件可以是 \"base64\"。\n\n请注意，TiddlyWiki 不会导入旧版本的已加载插件。\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "初始化一个新的 wiki 文件夹",
"text": "初始化一个空的 [[WikiFolder|WikiFolders]] 的指定版本的副本。\n\n```\n--init <edition> [<edition> ...]\n```\n\n例如：\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\n注意：\n\n* 若有需要，将创建 wiki 文件夹目录\n* 其中 \"edition\" 默认为 ''empty''\n* 若 wiki 文件夹不是空的，则初始化命令将失败\n* 初始化命令会删除 'tiddlywiki.info' 文件内所有 'includeWikis' 的定义。\n* 当指定多个版本时，这些版本于初始化后，将覆写早期版本共用的所有文件 (故此最终的 `tiddlywiki.info` 文件将是从最近的版本复制而得)\n* `--editions` 传回所有可用版本的清单。\n"
},
"$:/language/Help/listen": {
"title": "$:/language/Help/listen",
"description": "为 TiddlyWiki 提供一个 HTTP 服务器接口",
"text": "通过 HTTP 提供一个维基服务。\n\nlisten 命令使用[[命名的命令参数|NamedCommandParameters]]：\n\n```\n--listen [<name>=<value>]...\n```\n\n所有参数都是可选的, 具有安全的默认值, 可以按任意顺序指定。认可的参数有:\n\n* ''host'' - 可选的主机名称， (默认为 \"127.0.0.1\" 或名为 \"localhost\")\n* ''path-prefix'' - 可选的路径前缀\n* ''port'' - 侦听的埠号；非数值会被解译为一个系统环境变数，从其中提取埠号 (默认为 \"8080\")\n* ''credentials'' - 凭证 CSV 文件的路径名（相对于维基文件夹）\n* ''anon-username'' - 匿名用户的编辑署名\n* ''username'' - 可选的基本验证用户名称\n* ''password'' - 可选的基本验证密码\n* ''authenticated-user-header'' - 可选的标头名称，用于受信任身份验证\n* ''readers'' - 允许读取此维基的主体，以逗号分隔的清单\n* ''writers'' - 允许写入此维基的主体，以逗号分隔的清单\n* ''csrf-disable'' - 设置为 \"yes\" 以禁用 CSRF 检查 (默认为 \"no\")\n* ''root-tiddler'' - 服务的基本条目 (默认为 \"$:/core/save/all\")\n* ''root-render-type'' - 呈现的基本条目的内容类型 (默认为 \"text/plain\")\n* ''root-serve-type'' - 服务的基本条目的内容类型 (默认为 \"text/html\")\n* ''tls-cert'' - TLS 证书文件的路径名（相对于维基文件夹）\n* ''tls-key'' - TLS 密钥文件的路径名（相对于维基文件夹）\n* ''debug-level'' - 可选的调试级别；设置为 \"debug\" 来查看请求的详细信息；(默认为 \"none\")\n* ''gzip'' - 设为 \"yes\" 以启用某些 http 端点的 gzip 压缩 (默认为 \"no\")\n\n有关向整个本地网络开启实例的信息，以及可能的安全问题，请参阅 TiddlyWiki.com 的 WebServer 条目。\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "从文件中加载条目",
"text": "从 TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` 或其他本机文件加载条目。应用的处理程序取决于导入文件的扩展名。如果您需要明确指定解串器和编码，请改用 `import` 命令。\n\n```\n--load <filepath> [noerror]\n--load <dirpath> [noerror]\n```\n\n默认情况下, 如果未找到条目，load 命令会引发错误。通过提供可选的 \"noerror\" 参数可以抑制该错误。\n\n从已加密的 TiddlyWiki 文件中加载条目，须使用 PasswordCommand 指定密码，例如：\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\n请注意 TiddlyWiki 将不加载旧版本的已挂载的插件。\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "构建升级处理所需的程式库插件",
"text": "为升级处理构建 `$:/UpgradeLibrary` 条目。\n\n升级程式库被格式化为一个插件类型为 `library` 的一般插件条目。它包含 TiddlyWiki5 存储库中所有可用的插件、布景主题和语言包的副本。\n\n此命令仅供内部使用；它只是与使用者构建一个自订的升级程序相关。\n\n```\n--makelibrary <title>\n```\n\n标题参数默认为 `$:/UpgradeLibrary`。\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "无此帮助项目"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "设置后续命令的基准输出文件夹",
"text": "设置后续命令的基准输出文件夹，默认为该版本文件夹的 `output` 子文件夹。\n\n```\n--output <pathname>\n```\n\n若指定的路径是相对路径，则它是被解析相对于当前的工作文件夹。例如：`--output .` 將輸出文件夹設置為當前工作文件夹。"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "设置用以加密的密码",
"text": "设置用以加密的密码\n\n```\n--password <password>\n```\n\n''请注意''：这不是用于提供 TiddlyWiki 具有密码保护功能。相反地，请看 [[ServerCommand]] 的密码选项说明。\n"
},
"$:/language/Help/render": {
"title": "$:/language/Help/render",
"description": "呈现个别条目到文件",
"text": "呈现由筛选器标识的个别条目，并将结果保存到指定的文件。\n\n可选择性地指定范本条目名称。在此情况下，不是直接呈现每个条目，而是使用设为正在呈现的条目名称的 \"currentTiddler\" 变量，来呈现范本条目。\n\n也可以选择性地指定附加变量的名称和值。\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': 标识要呈现的条目的筛选器\n* ''filename-filter'': 可选的筛选器，转换条目名称至路径名。如果省略，默认为 `[is[tiddler]addsuffix[.html]]`，其使用未改变的条目名称为文件名\n* ''template'': 可选的范本，用于呈现每个条目\n* ''render-type'': 可选的呈现类型：`text/html` (默认值) 会传回完整的 HTML 文本，而 `text/plain` 只会传回文本内容 (即其忽略 HTML 标记与其他不可印出的数据)\n* ''name'': 可选的变量名称\n* ''value'': 可选的变量值\n\n默认情况下，文件名被解析为相对于发行版文件夹的 `output` 子文件夹。`--output` 命令可用于将输出指到一个不同的文件夹。\n\n附注：\n\n* 输出目录不清除任何现有的文件\n* 文件名的路径中，任何不存在的文件夹，将自动创建。\n* 当正呈现的条目名称中带有空格，请注意同时使用命令行接口所要求的引号，与 TiddlyWiki 的双重方括号；`--render \"[[Motovun Jack.jpg]]\"`\n* 所选的项目被设置为当前正在呈现的条目名称，以此评估文件名筛选器，允条目名称用作基础计算的文件名。例如，`[encodeuricomponent[]addprefix[static/]]` 为每个条目名称套用 URI 编码，然后增加首码 `static/`\n* `--render` 命令是已弃用的 `--rendertiddler` 和 `--rendertiddlers` 的一个更灵活的替代命令。\n\n例子：\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- 呈现所有非系统条目为 \"tiddlers\" 子文件夹中的文件，文件名为 URL 编码的条目名称和扩展名 HTML\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "呈现个别条目为指定的内容类型",
"text": "(请注意：`--rendertiddler` 命令已被弃用，而支持新的、更灵活的 `--render` 命令)\n\n呈现个别条目为指定的[[内容类型|ContentType]]，默认为 `text/html` 且保存为指定的文件名。\n\n还可以指定一个模板，在这种情况下，\"currentTiddler\" 变量设为正在呈现的条目 (第一个参数值) 与模板条目合并呈现。\n\n也能可选地指定附加变量的名称与其值。\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>]\n```\n\n默认情况下，文件名被解析为相对于版本文件夹的 `output` 子文件夹。 `--output` 命令可以用于将输出指定到一个不同的文件夹。\n\n自动创建在文件名称的路径中任何缺少的文件夹。\n\n例如，以下命令通过使用核心模板 `$:/core/templates/exporters/JsonFile`，将所有匹配筛选器 `[tag[done]]` 的条目保存到名为 `output.json` 的 JSON 文件。\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "呈现符合筛选条件的条目为指定的内容类型",
"text": "(请注意：`--rendertiddlers` 命令已被弃用，而支持新的、更灵活的 `--render` 命令)\n\n呈现符合筛选条的条目为指定的[[内容类型|ContentType]] (默认为 `text/html`) 与扩展名 (默认为 `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\n例如：\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\n默认情况下，路径名被解析为相对于版本文件夹的 `output` 子文件夹。 `--output` 命令可以用于将输出指定到一个不同的文件。\n\n在目标文件夹中的任何文件都会被删除，除非指定 ''noclean'' 旗标。若缺少目标文件夹，则以递归方式创建。"
},
"$:/language/Help/save": {
"title": "$:/language/Help/save",
"description": "将个别原始条目保存到文件",
"text": "将筛选器标识的个别条目，以原始文本或二进位格式，保存到指定的文件。\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': 标识要保存的条目的筛选器\n* ''filename-filter'': 可选的筛选器，转换条目名称至路径名。如果省略，默认为 `[is[tiddler]]`，其使用未改变的条目名称为文件名\n\n附注：\n\n* 输出文件夹不清除任何现有的文件\n* 文件名的路径中，任何不存在的文件夹，将自动创建。\n* 当正保存的条目的名称中带有空格，请注意同时使用命令行接口所要求的引号，与 TiddlyWiki 的双重方括号；`--save \"[[Motovun Jack.jpg]]\"`\n* 所选的项目被设置为当前正在保存的条目名称，以此评估文件名筛选器，允条目名称用作基础计算的文件名。例如，`[encodeuricomponent[]addprefix[static/]]` 为每个条目名称套用 URI 编码，然后增加首码 `static/`\n* `--save` 命令是已被弃用的 `--savetiddler` 和 `--savetiddlers` 的一个更灵活的替代命令。\n\n例子：\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- 保存所有非系统的图像条目为 \"tiddlers\" 子文件夹中的文件，文件名为 URL 编码的条目名称"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "将条目的原始内容保存到一个文件",
"text": "(请注意：`--savetiddler` 命令已被弃用，而支持新的、更灵活的 `--save` 命令)\n\n保存个别条目的原始文本或二进制格式到指定的文件名。\n\n```\n--savetiddler <title> <filename>\n```\n\n默认情况下，文件名被解析为相对于版本文件夹的 `output` 子文件夹。 `--output` 命令可以用于将输出指定到一个不同的文件。\n\n自动创建在文件名称的路径中任何缺少的文件夹。\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "将一群条目的原始内容保存到一个文件夹",
"text": "(请注意：`--savetiddlers` 命令已被弃用，而支持新的、更灵活的 `--save` 命令)\n\n保存一群条目的原始文字或二进制格式到指定的文件夹。\n\n```\n--savetiddlers <filter> <pathname> [noclean]\n```\n\n默认情况下，路径名被解析为相对于版本文件夹的 `output` 子文件夹。 `--output` 命令可以用于将输出指定到一个不同的文件夹。\n\n保存指定的文件之前，会先清除输出目录的现有文件。可藉由指定 ''noclean'' 旗标，禁用该删除动作。\n\n自动创建在路径中任何缺少的文件夹。\n"
},
"$:/language/Help/savewikifolder": {
"title": "$:/language/Help/savewikifolder",
"description": "将维基保存到一个新的维基文件夹",
"text": "<<.from-version \"5.1.20\">> 将当前维基保存为一个维基文件夹，包含条目、插件和配置：\n\n```\n--savewikifolder <wikifolderpath> [<filter>]\n```\n\n* 目标维基文件夹必须为空或不存在\n* 筛选器指定应包括哪些条目。其为可选，默认为 `[all[tiddlers]]`\n* 官方插件库中的插件，将替换为 `tiddlywiki.info` 文件中引用到的插件\n* 自订插件将解压缩到自己的文件夹中\n\n常见的用法是将一个 TiddlyWiki HTML 文件转换成维基文件夹:\n\n```\ntiddlywiki --load ./mywiki.html --savewikifolder ./mywikifolder\n```\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "提供一个 HTTP 服务器介面到 TiddlyWiki (已弃用，支持新的 listen 命令)",
"text": "在服务器中内置 TiddlyWiki5 是非常简单。虽与 TiddlyWeb 兼容，但不支持许多健全互联网面向的使用方式所需的功能。\n\n提供呈现一个指定条目，也可将个别条目编码成 JSON，且支持基本的 HTTP 操作 `GET`、`PUT` 及 `DELETE`.\n\n```\n--server <port> <root-tiddler> <root-render-type> <root-serve-type> <username> <password> <host> <path-prefix> <debug-level>\n```\n\n参数说明：\n\n* ''port'' - 要侦听的埠号；非数值会被解译为一个系统环境变数，从其中提取埠号 (默认为 \"8080\")\n* ''root-tiddler'' - 服务的基本条目 (默认为 \"$:/core/save/all\")\n* ''root-render-type'' - 呈现的基本条目的内容类型 (默认为 \"text/plain\")\n* ''root-serve-type'' - 服务的基本条目的内容类型 (默认为 \"text/html\")\n* ''username'' - 默认的编辑者署名\n* ''password'' - 可选的基本验证密码\n* ''host'' - 可选的主机名称， (默认为 \"127.0.0.1\" 或名为 \"localhost\")\n* ''path-prefix'' - 可选的路径前缀\n* ''debug-level'' - 可选的调试级别；设置为 \"debug\" 来查看请求的详细信息；(默认为 \"none\")\n\n若指定密码参数，浏览器将提示使用者输入用户名与密码。注意，密码系以明码方式传递，应只在受信任的网络或 HTTPS 上使用。\n\n例如：\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\n若您需要设置主机名称或路径前缀，而不要求输入密码，则可以指定空字符串的使用者名和密码。\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\n使用这样的位址，会将您的系统暴露给本地网络。有关向整个本地网络开启实例的信息，以及可能的安全问题，请参阅 TiddlyWiki.com 的 WebServer 条目。\n\n同时执行多个 TiddlyWiki 服务，须分别指定不同的埠号。使用环境变数，有助于将埠号传递给 Node.js 进程。本示例引用一个名为 \"MY_PORT_NUMBER\" 的环境变数:\n\n```\n--server MY_PORT_NUMBER $:/core/save/all text/plain text/html MyUserName passw0rd\n```"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "准备用于外部条目",
"text": "//请注意此命令是试验性的，且可能会更改或在最终定稿前被替换//\n\n设置一群条目的指定栏位到 wikifying 范本条目的结果，其中的 `currentTiddler` 变数设置为各该条目。\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\n参数说明：\n\n* ''filter'' - 受影响的辨识条目的筛选条件\n* ''fieldname'' - 要修改的栏位（默认为 \"text\"）\n* ''templatetitle'' - 该条目 wikify 到指定栏位。若为空白或丢失，则删除指定的栏位\n* ''rendertype'' - 要呈现的文本类型（默认为 \"text/plain\"; \"text/html\" 可以用于包含 HTML 标记)）\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "从插件解开附属的条目",
"text": "提取插件的附属条目，将其建立为一般条目：\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "触发详细的输出模式",
"text": "触发显示详细的命令执行过程，可用于调试\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "显示 TiddlyWiki 的版本编号",
"text": "显示 TiddlyWiki 的版本编号。\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "下列条目已被导入："
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "取消"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "这些条目已备妥导入："
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "导入"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "选择"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "状态"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "条目"
},
"$:/language/Import/Listing/Preview": {
"title": "$:/language/Import/Listing/Preview",
"text": "预览："
},
"$:/language/Import/Listing/Preview/Text": {
"title": "$:/language/Import/Listing/Preview/Text",
"text": "文本"
},
"$:/language/Import/Listing/Preview/TextRaw": {
"title": "$:/language/Import/Listing/Preview/TextRaw",
"text": "文本 (原始)"
},
"$:/language/Import/Listing/Preview/Fields": {
"title": "$:/language/Import/Listing/Preview/Fields",
"text": "字段"
},
"$:/language/Import/Listing/Preview/Diff": {
"title": "$:/language/Import/Listing/Preview/Diff",
"text": "差异"
},
"$:/language/Import/Listing/Preview/DiffFields": {
"title": "$:/language/Import/Listing/Preview/DiffFields",
"text": "差异 (字段)"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "封锁的不兼容或过时插件"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "封锁的插件 (由于传入的 <<incoming>> 较现有版本 <<existing>> 旧)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "升级插件，从 <<incoming>> 到 <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "封锁的暂存状态条目"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "封锁的系统条目"
},
"$:/language/Import/Upgrader/System/Warning": {
"title": "$:/language/Import/Upgrader/System/Warning",
"text": "核心模块条目"
},
"$:/language/Import/Upgrader/System/Alert": {
"title": "$:/language/Import/Upgrader/System/Alert",
"text": "您即将导入一个条目会覆盖一个核心模块条目。不建议这样做，因为可能会使系统不稳定。"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "从 <$text text=<<from>>/> 迁移布景主题"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "您貌似要加载为 ~TiddlyWiki 经典版设计的插件。请注意，[[这些插件无法运行于 TiddlyWiki 5.x.x 版|https://tiddlywiki.com/#TiddlyWikiClassic]]。检测到 ~TiddlyWiki 经典版插件："
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "此条目包含二进制数据"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "此条目以经典版 TiddlyWiki 标记格式撰写，不完全兼容新版 TiddlyWiki 的格式，详细信息请参阅：https://tiddlywiki.com/static/Upgrading。"
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "升级"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "全部关闭"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "最近︰"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "您确定要放弃对条目 \"<$text text=<<title>>/>\" 的更改？"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "您确定要删除条目 \"<$text text=<<title>>/>\"？"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "您确定要覆写条目 \"<$text text=<<title>>/>\"？"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "您即将要编辑默认条目，任何更改将会覆盖默认的系统，使未来的升级不寻常。您确定要编辑 \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "计数"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "新条目"
},
"$:/language/Diffs/CountMessage": {
"title": "$:/language/Diffs/CountMessage",
"text": "<<diff-count>> 个差异"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "拖放到此处 （或按 ESC 键取消）"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "取消"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "您要清除密码吗？当保存此维基时，这将删除已套用的加密"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "用户名称"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "密码"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "为此 TiddlyWiki 设置一个新密码"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "重复输入密码"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "密码不匹配"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "设定密码"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "错误"
},
"$:/language/Error/EditConflict": {
"title": "$:/language/Error/EditConflict",
"text": "服务器上的文件已更改"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "筛选器错误"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "筛选器运算式中的语法错误"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "筛选器错误︰'is' 筛选器运算符的未知操作数"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "加载插件程式库时，发生错误"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "于 transclude 小部件中的递回嵌入错误"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "简要条目清单撷取错误"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "保存到 TWEdit 时，发生错误"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "保存时，发生错误"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest 错误代码"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "内部的 JavaScript 错误"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "喔，真是令人尴尬。建议刷新您的浏览器，重新启动 TiddlyWiki"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "栏位名称 \"<$text text=<<fieldName>>/>\" 包含无效字符，栏位名称只能包含小写字母、数字、底线 (`_`)、 连字号 (`-`) 和小数点 (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>正在从 ''<$text text={{!!_canonical_uri}}/>'' 加载外部内容 ...</p><p>如果此信息未消失，可能是条目内容类型与外部内容的类型不匹配，或是您可能正在使用的浏览器，不支援单文件式维基的外部内容。请参阅 https://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "登录 TiddlySpace"
},
"$:/language/Manager/Controls/FilterByTag/None": {
"title": "$:/language/Manager/Controls/FilterByTag/None",
"text": "(无)"
},
"$:/language/Manager/Controls/FilterByTag/Prompt": {
"title": "$:/language/Manager/Controls/FilterByTag/Prompt",
"text": "依标签筛选︰"
},
"$:/language/Manager/Controls/Order/Prompt": {
"title": "$:/language/Manager/Controls/Order/Prompt",
"text": "反向顺序"
},
"$:/language/Manager/Controls/Search/Placeholder": {
"title": "$:/language/Manager/Controls/Search/Placeholder",
"text": "搜寻"
},
"$:/language/Manager/Controls/Search/Prompt": {
"title": "$:/language/Manager/Controls/Search/Prompt",
"text": "搜寻︰"
},
"$:/language/Manager/Controls/Show/Option/Tags": {
"title": "$:/language/Manager/Controls/Show/Option/Tags",
"text": "标签"
},
"$:/language/Manager/Controls/Show/Option/Tiddlers": {
"title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
"text": "条目"
},
"$:/language/Manager/Controls/Show/Prompt": {
"title": "$:/language/Manager/Controls/Show/Prompt",
"text": "显示︰"
},
"$:/language/Manager/Controls/Sort/Prompt": {
"title": "$:/language/Manager/Controls/Sort/Prompt",
"text": "排序︰"
},
"$:/language/Manager/Item/Colour": {
"title": "$:/language/Manager/Item/Colour",
"text": "颜色"
},
"$:/language/Manager/Item/Fields": {
"title": "$:/language/Manager/Item/Fields",
"text": "栏位"
},
"$:/language/Manager/Item/Icon/None": {
"title": "$:/language/Manager/Item/Icon/None",
"text": "(无)"
},
"$:/language/Manager/Item/Icon": {
"title": "$:/language/Manager/Item/Icon",
"text": "图标"
},
"$:/language/Manager/Item/RawText": {
"title": "$:/language/Manager/Item/RawText",
"text": "原始文字"
},
"$:/language/Manager/Item/Tags": {
"title": "$:/language/Manager/Item/Tags",
"text": "标签"
},
"$:/language/Manager/Item/Tools": {
"title": "$:/language/Manager/Item/Tools",
"text": "工具"
},
"$:/language/Manager/Item/WikifiedText": {
"title": "$:/language/Manager/Item/WikifiedText",
"text": "Wikified 文字"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "佚失条目 \"<$text text=<<currentTiddler>>/>\" - 点击 {{||$:/core/ui/Buttons/edit}} 可创建此条目"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "否"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "~TiddlyWiki 官方插件程式库"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "此为在 tiddlywiki.com 的 ~TiddlyWiki 官方插件程式库。由核心团队维护的插件、主题和语言包。"
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "请保存 {{$:/core/ui/Buttons/save-wiki}} 并刷新页面 {{$:/core/ui/Buttons/refresh}} 允许更改插件才能生效"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "YYYY年0MM月0DD日"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "此为系统条目"
},
"$:/language/SystemTiddlers/Include/Prompt": {
"title": "$:/language/SystemTiddlers/Include/Prompt",
"text": "包括系统条目"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "颜色"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "计数"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "图标"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "信息"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "标签"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "YYYY年0MM月0DD日 0hh:0mm"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "在此 TiddlyWiki 您有尚未保存的变更"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "是"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">关闭</$button>",
"help": "https://tiddlywiki.com/",
"text": "您的浏览器只支援手动保存。\n\n要保存更动的维基，右键点击下方的下载链结，选择\"下载文件\"或\"保存文件\"，然后选择文件夹或文件名。\n\n//您可以藉由按一下 Ctrl 键（Windows）或 options/ alt 键（Mac OS X）中的链接，稍微加速操作。您不会被提示文件夹或文件名，您的浏览器可能无法辨认它的文件名 -- 在做其他任何事之前，您可能需要重新命名扩展名为 `.html` 的文件。//\n\n在智能型手机上，不允许下载文件，但您可以标记链结，然后从一台可以正常保存维基的台式机的维基同步你的书签。"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">关闭</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "您对此 wiki 的变更需被保存为 ~TiddlyWiki HTML 文件。\n\n!!! 桌面版浏览器\n\n# 从''文件''菜单点选 ''另存为''\n# 选定文件名及保存位置\n#* 某些浏览器依然需要明确指定文件格式为 ''Webpage, HTML only'' 或类似的。\n# 关闭此页签\n\n!!! 智能手机版浏览器\n\n# 为此页建立书签\n#* 若您已设置 iCloud 或 Google 同步，该书签将自动与之前开启及保存于您电脑的书签同步。\n# 关闭此页签\n\n//若您再次于 Mobile Safari 开启该书签，将会再看到此信息。若要继续使用该文件，只需点击下列 ''关闭'' 按钮//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "YYYY年0MM月0DD日"
},
"$:/config/NewJournal/Text": {
"title": "$:/config/NewJournal/Text",
"text": ""
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "日志"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "已保存 wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "开始保存 wiki"
},
"$:/language/Notifications/CopiedToClipboard/Succeeded": {
"title": "$:/language/Notifications/CopiedToClipboard/Succeeded",
"text": "已复制到剪贴板！"
},
"$:/language/Notifications/CopiedToClipboard/Failed": {
"title": "$:/language/Notifications/CopiedToClipboard/Failed",
"text": "无法复制到剪贴板！"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "列表"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "筛选"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "以[[筛选表达式|https://tiddlywiki.com/static/Filters.html]]查找"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> 个条目符合条件</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> 个条目符合条件</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "所有匹配："
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "条目名称匹配："
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "查找"
},
"$:/language/Search/Search/TooShort": {
"title": "$:/language/Search/Search/TooShort",
"text": "查找文本太短"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "默认"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "查找默认条目"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> 个条目符合条件</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "标准"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "查找一般条目"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> 个条目符合条件</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "系统"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "查找系统条目"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> 个条目符合条件</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "全部"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "目录"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "草稿"
},
"$:/language/SideBar/Explorer/Caption": {
"title": "$:/language/SideBar/Explorer/Caption",
"text": "探索"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "缺失"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "更多"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "开启"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "孤立"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "最近"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "默认"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "系统"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "标签"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "未设标签"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "工具"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "类型"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "一个非线性的网页式笔记"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "我的 ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "依标签筛选的条目列表",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "宏的定义",
"text": "\\define macroName(param1:\"默认值\",param2)\n宏的内容\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "4 x 3 的表格",
"text": "|! | !一 | !二 | !三 | !四 |\n|! 1| | | | |\n|! 2| | | | |\n|! 3 | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "目录",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "主题调整"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "您可以调整 ''Vanilla'' 布景主题的某些样貌。"
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "选项"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "侧边栏布局"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "固定故事，浮动侧边栏"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "浮动故事，固定侧边栏"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "置顶标题"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "使条目名称\"黏着\"于浏览器窗口的顶端"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "在代码区块中折行"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "设置"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "字型"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "代码字型"
},
"$:/language/ThemeTweaks/Settings/EditorFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
"text": "编辑器字型"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "页面背景图像"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "页面背景图像附属"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "随条目卷动"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "固定于窗口"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "页面背景图像大小"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "自动"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "覆盖"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "包含"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "大小"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "字体大小"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "行高"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "条目本文的字体大小"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "条目本文的行高"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "故事左侧位置"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "故事河（条目区）的左边缘与页面左端的间距"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "故事顶端位置"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "故事河（条目区）的上边缘与页面顶端的间距"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "故事右侧位置"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "侧边栏的左边缘与页面左端的间距"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "故事的宽度"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "故事河的整体宽度"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "条目宽度"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "在故事河内"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "侧边栏中断点"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "故事河和侧边栏会并排显示的最小页面宽度"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "侧边栏宽度"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "在浮动-固定布局中，侧边栏的宽度"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "高级"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "无信息"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "插件明细"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "此插件包含以下预设条目："
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "默认条目状态"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "<$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> 不是一个默认条目"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "<$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> 是一个默认条目"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "此条目定义于插件 <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "已被一般条目覆写"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "栏位"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "列表"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "此条目无指定列表"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "被列于"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "此条目未出现于其他条目的列表中"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "参照"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "无条目链接至此"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "子条目"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "无任何条目以此条目之标题为标签"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "工具"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript 源码",
"name": "application/javascript",
"group": "开发者"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON 数据",
"name": "application/json",
"group": "开发者"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "数据字典",
"name": "application/x-tiddler-dictionary",
"group": "开发者"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF 图像",
"name": "image/gif",
"group": "图像"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG 图像",
"name": "image/jpeg",
"group": "图像"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG 图像",
"name": "image/png",
"group": "图像"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "结构式矢量图",
"name": "image/svg+xml",
"group": "图像"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "图标",
"name": "image/x-icon",
"group": "图像"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "静态样式",
"name": "text/css",
"group": "开发者"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML 标记",
"name": "text/html",
"group": "文本"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "纯文本",
"name": "text/plain",
"group": "文本"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "文本"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki 2",
"name": "text/x-tiddlywiki",
"group": "文本"
},
"$:/config/Search/MinLength": {
"title": "$:/config/Search/MinLength",
"text": "1"
},
"$:/languages/zh-Hans/icon": {
"title": "$:/languages/zh-Hans/icon",
"type": "image/svg+xml",
"text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\" \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg xmlns=\"http://www.w3.org/2000/svg\" version=\"1.1\" xmlns:xlink=\"http://www.w3.org/1999/xlink\" width=\"1500\" height=\"1000\" viewBox=\"-5 -5 30 20\">\n<title>Flag of the People's Republic of China</title>\n<rect fill=\"#de2910\" x=\"-5\" y=\"-5\" width=\"30\" height=\"20\"/>\n<defs>\n<polygon id=\"s\" points=\"0,-513674 301930,415571 -488533,-158734 488533,-158734 -301930,415571\"\nfill=\"#ffde00\" transform=\"scale(0.0000019467600073)\"/>\n</defs>\n<use xlink:href=\"#s\" transform=\"scale(3)\"/>\n<use xlink:href=\"#s\" transform=\"translate(5,-3) rotate(-120.963756)\"/>\n<use xlink:href=\"#s\" transform=\"translate(7,-1) rotate(-98.130102)\"/>\n<use xlink:href=\"#s\" transform=\"translate(7,2) rotate(-74.054604)\"/>\n<use xlink:href=\"#s\" transform=\"translate(5,4) rotate(-51.3401917)\"/>\n</svg>\n"
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/hotzone/config.js": {
"title": "$:/plugins/felixhayashi/hotzone/config.js",
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/hotzone/focusOffset\",focussedTiddlerStore:\"$:/temp/focussedTiddler\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/hotzone/hotzone.js": {
"title": "$:/plugins/felixhayashi/hotzone/hotzone.js",
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/hotzone.js\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"hotzone\";exports.platforms=[\"browser\"];exports.after=[\"story\"];exports.synchronous=true;exports.startup=function(){var t=require(\"$:/plugins/felixhayashi/hotzone/config.js\").config;var e=null;var i=false;var r=document.getElementsByClassName(t.classNames.storyRiver)[0];var s=$tw.wiki.getTiddlerData(t.references.userConfig,{});var a=isNaN(parseInt(s.focusOffset))?150:parseInt(s.focusOffset);var n=function(e,i,r){if(!(e instanceof Element))return;if(!$tw.utils.hasClass(e,t.classNames.tiddlerFrame))return;var s=e.getElementsByClassName(t.classNames.tiddlerTitle)[0];if(s){var a=s.innerText||s.textContent;return a.trim()}};var o=function(t){if(!i){i=true;window.setTimeout(f,t||0)}};var l=function(e,i){$tw.wiki.addTiddler(new $tw.Tiddler({title:t.references.focussedTiddlerStore,text:e},$tw.wiki.getModificationFields()));if(i){var r=document.getElementsByClassName(\"hzone-focus\")[0];if(r){$tw.utils.removeClass(r,\"hzone-focus\")}$tw.utils.addClass(i,\"hzone-focus\")}};var f=function(){i=false;var s=$tw.wiki.getTiddler(\"$:/StoryList\");if(s&&s.fields.list.length){var o=null;var f=Number.MAX_VALUE;var d=r.children;var u=t.classNames.tiddlerFrame;for(var c=d.length;c--;){if($tw.utils.hasClass(d[c],u)){var v=d[c].getBoundingClientRect();var w=Math.min(Math.abs(a-v.top),Math.abs(a-v.bottom));if(w<f){o=d[c];f=w}}}var m=n(o);if(m!==e&&$tw.wiki.getTiddler(m)){e=m;l(e,o);return}}else if(e){e=\"\";l(e)}};var d=function(t){if(t[\"$:/HistoryList\"]){if(!$tw.wiki.tiddlerExists(\"$:/HistoryList\"))return;var e=$tw.wiki.getTiddler(\"$:/HistoryList\").fields[\"current-tiddler\"];var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");var r=i.indexOf(e)>=0;if(!r)return;o($tw.utils.getAnimationDuration()+100)}else if(t[\"$:/StoryList\"]){o($tw.utils.getAnimationDuration()+100)}};var u=function(t){o(250)};$tw.wiki.addEventListener(\"change\",d);window.addEventListener(\"scroll\",u,false);u()}})();",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/hotzone/Configuration": {
"title": "$:/plugins/felixhayashi/hotzone/Configuration",
"text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n <tr>\n <th align=\"left\">Focus offset:</th>\n <td><$edit-text tiddler=\"$:/config/hotzone/focusOffset\" tag=\"input\" default=\"71px\" /></td>\n </tr>\n</table>"
},
"$:/temp/focussedTiddler": {
"title": "$:/temp/focussedTiddler"
},
"$:/plugins/felixhayashi/hotzone/License": {
"title": "$:/plugins/felixhayashi/hotzone/License",
"text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-HotZone/blob/master/LICENSE"
},
"$:/plugins/felixhayashi/hotzone/Readme": {
"title": "$:/plugins/felixhayashi/hotzone/Readme",
"text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information."
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/tiddlymap/layout": {
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline \n\nbody .tc-page-container-wrapper.tc-modal-displayed{-webkit-filter:inherit;-moz-filter:inherit;filter:inherit}body .tc-modal-wrapper{z-index:1010}body .tc-modal-wrapper .tc-modal-header svg{vertical-align:sub}body .tc-modal-wrapper .tc-modal-header h3{line-height:10px}body .tc-modal-wrapper .tc-modal-body{min-height:250px;max-height:70vh;padding-top:0px;padding-bottom:0px;overflow:auto}body .tc-modal-wrapper .tc-modal-footer{padding:8px}body .tc-modal-wrapper .tc-modal-footer .tmap-dialog-button{font-weight:bold}body .tc-modal-wrapper .tc-modal-footer .tmap-hidden-close-button{display:none}table.tmap-table tr:nth-child(odd),.tc-modal-body table.tmap-config-table tr:nth-child(odd){background-color:#F0F0F0}table.tmap-table tr:nth-child(even),.tc-modal-body table.tmap-config-table tr:nth-child(even){background-color:#FFFFFF}.tmap-save-canvas-preview{text-align:center}.tmap-save-canvas-preview img{background-color:white;border:1px solid lightgray;max-width:100%;max-height:100px}.tmap-list-separator{display:block;background-color:#efefef;margin:10px 0 5px 0;cursor:default;border-bottom:1px dotted gray;font-weight:bold;font-size:0.8em}.tmap-unicode-icon{width:1em;display:inline-block;text-align:center;color:black}html .tmap-link{color:#5778D8}html .tmap-link:hover{color:white;background:#5778D8}html .tmap-small-list,html .tmap-smaller-list,html .tmap-very-small-list{overflow:auto;min-height:2em;max-height:9em;display:block}html .tmap-smaller-list{max-height:7em}html .tmap-very-small-list{max-height:5empx}html .tc-tiddler-controls button.tmap-active-button svg{fill:#888888}html #tmap-node-filter-dialog #tmap-filter-tips{font-size:0.8em}html #tmap-node-filter-dialog textarea{height:100px;max-height:300px;overflow:auto;width:100%;font-size:11px;font-family:\"Courier New\", Courier, monospace}@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}){.tc-sidebar-scrollable .tmap-desktop-editor .tmap-widget:not(.tmap-fullscreen){display:none}}@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}){.tc-sidebar-scrollable .tmap-mobile-editor{display:none}.tc-modal-wrapper{z-index:1010}.tc-modal-wrapper .tc-modal{boder:1px solid #999999;left:calc(50% - 400px);width:802px}.tc-modal-wrapper .tc-modal-body{left:calc(50% - 400px);width:800px}}@-o-keyframes fadein-keyframes{0%{opacity:0}100%{opacity:1}}@-moz-keyframes fadein-keyframes{0%{opacity:0}100%{opacity:1}}@-webkit-keyframes fadein-keyframes{0%{opacity:0}100%{opacity:1}}@keyframes flash fadein-keyframes{0%{opacity:0}100%{opacity:1}}@-o-keyframes fadeout-keyframes{0%{opacity:1}100%{opacity:0}}@-moz-keyframes fadeout-keyframes{0%{opacity:1}100%{opacity:0}}@-webkit-keyframes fadeout-keyframes{0%{opacity:1}100%{opacity:0}}@keyframes flash fadeout-keyframes{0%{opacity:1}100%{opacity:0}}.tmap-config-widget{background:#F0F0F0;padding:5px;margin:5px 0;box-sizing:border-box;display:block}.tmap-config-widget .vis-network{display:none}.tmap-config-widget .vis-configuration-wrapper{width:100%}.tmap-config-widget .vis-configuration-wrapper .vis-config-rangeinput{height:inherit;margin-left:4px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item{width:100%;height:inherit;background:none;padding-left:0px;left:0}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item.tmap-vis-config-item-active .vis-config-label::after{content:\"(inherited)\";position:absolute;display:inline-block;margin-left:10px;-o-animation:fadein-keyframes 1s;-moz-animation:fadein-keyframes 1s;-webkit-animation:fadein-keyframes 1s;animation:fadein-keyframes 1s;content:\"✔\";color:green;font-weight:bold;font-size:15px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item button.tmap-config-item-reset{vertical-align:top;margin-left:5px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item .vis-config-range{width:150px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item .vis-config-range::-moz-range-track{width:150px !important}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item .vis-config-label{width:150px}.tmap-config-widget::after{clear:both;content:\"\";display:block}.tmap-flash-message{border:1px solid lightgray;padding:5px;margin:6px 0;display:block;color:#333333}.tmap-flash-message.tmap-info,.tmap-flash-message.tmap-plain,.tmap-flash-message.tmap-neutral{background:#F0F0F0}.tmap-flash-message.tmap-info::before,.tmap-flash-message.tmap-plain::before,.tmap-flash-message.tmap-neutral::before{content:\"i\";display:inline-block;border-radius:50%;width:0.8em;border:2px solid;font-family:serif;text-align:center;height:0.8em;font-weight:bold;line-height:0.8em;vertical-align:text-top;margin-right:2px}.tmap-flash-message.tmap-valid,.tmap-flash-message.tmap-success{background:#D1EED4}.tmap-flash-message.tmap-valid::before,.tmap-flash-message.tmap-success::before{content:\"i\";display:inline-block;border-radius:50%;width:0.8em;border:2px solid;font-family:serif;text-align:center;height:0.8em;font-weight:bold;line-height:0.8em;vertical-align:text-top;margin-right:2px}.tmap-flash-message.tmap-warning{background:#FFF6D1}.tmap-flash-message.tmap-warning::before{content:\"\";display:inline-block;background:url(<<tmap \"datauri\" \"$:/core/images/warning\" \"\">>);display:inline-block;width:1em;height:1em;background-size:100% 100%;vertical-align:text-top;margin-right:2px}.tmap-flash-message.tmap-malformed,.tmap-flash-message.tmap-invalid,.tmap-flash-message.tmap-danger{background:#EED5D1}.tmap-flash-message.tmap-malformed::before,.tmap-flash-message.tmap-invalid::before,.tmap-flash-message.tmap-danger::before{content:\"\";display:inline-block;background:url(<<tmap \"datauri\" \"$:/core/images/warning\" \"\">>);display:inline-block;width:1em;height:1em;background-size:100% 100%;vertical-align:text-top;margin-right:2px}.tmap-widget{background:#FFFFFF;width:auto;position:relative;border:1px dotted lightgray;padding:2px;color:#666;display:block}.tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active){cursor:pointer}.tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active) .vis-navigation{display:none}.tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active):hover:before{color:gray;background:white;content:\"Click to use\";font-size:14px;font-weight:bold;right:calc(50% - 65px - 5px);position:absolute;text-align:center;top:calc(50% - 14px - 5px);width:130px;z-index:2000;padding:5px;pointer-events:none;background-color:rgba(255,255,255,0.3)}.tmap-widget .tmap-loading-bar{display:none;position:absolute;text-align:center;font-size:2em;padding:10px;top:50%;background:rgba(245,245,245,0.5);z-index:1;width:250px;margin:auto;left:0px;right:0px}.tmap-widget .tmap-vis-graph{height:calc(100% - 35px)}.tmap-widget.tmap-no-buttons .vis-navigation{display:none}.tmap-widget.tmap-advanced-editor .tmap-topbar{background:#d6d9d8}.tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-active-button{color:#488DCD}.tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-active-button svg{fill:#488DCD}.tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-unicode-button{font-size:1.5em;vertical-align:bottom}.tmap-widget .tmap-menu-bar{width:100%}.tmap-widget .tmap-topbar{background:#F5F5F5;border-bottom:1px solid lightgray;padding:3px 5px;height:35px;position:relative}.tmap-widget .tmap-topbar .tmap-view-label{width:100%;text-align:center;font-weight:bold;padding-top:3px}.tmap-widget .tmap-topbar .tmap-focus-button{position:absolute;right:10px;top:6px}.tmap-widget .tmap-topbar .tmap-focus-button input{width:140px}.tmap-widget .tmap-topbar .tmap-search-dropdown{position:relative}.tmap-widget .tmap-topbar .tmap-search-dropdown .tc-drop-down{position:absolute;z-index:999;right:0px}.tmap-widget .tmap-topbar [hidden]{display:none}.tmap-widget .tmap-topbar select{width:30%;max-width:200px;word-wrap:initial;padding:0px}.tmap-widget .tmap-topbar button{line-height:inherit;color:#666}.tmap-widget .tmap-topbar>*{display:inline-block}.tmap-widget .tmap-topbar .tmap-separator:after{color:#bdbdbd;margin:3px;content:\" | \"}.tmap-widget .tmap-topbar .tc-edit-add-tag .tc-add-tag-name input{width:70%}.tmap-widget .tmap-topbar .tc-sidebar-header{text-shadow:none}.tmap-widget .tmap-topbar .tc-edit-tags{border:none;padding:inherit;box-shadow:none}.tmap-widget.tmap-static-mode .tmap-topbar{height:initial}.tmap-widget.tmap-static-mode .tmap-vis-graph{text-align:center;cursor:not-allowed}.tmap-widget.tmap-static-mode .tmap-vis-graph:not(.tmap-graph-placeholder):hover::before{box-shadow:10px 10px 5px lightgray;color:gray;background:white;content:\"Static\";font-size:18px;font-weight:bold;left:50%;margin-left:-100px;position:absolute;text-align:center;top:50px;width:200px;z-index:2000;padding:5px;pointer-events:none}.tmap-widget.tmap-static-mode .tmap-vis-graph.tmap-graph-placeholder::before{content:\"No Preview\";display:block;text-align:center;padding:20px}.tmap-widget .tc-drop-down{min-width:170px;max-width:210px;padding:5px;margin:5px 0}.tmap-widget .tc-drop-down button,.tmap-widget .tc-drop-down a{padding:0 2px;text-decoration:none}.tmap-widget .tc-drop-down button:hover,.tmap-widget .tc-drop-down a:hover{color:#ffffff}.tmap-widget .tc-drop-down button svg,.tmap-widget .tc-drop-down a svg{vertical-align:middle}.tmap-widget .tc-block-dropdown{width:370px;min-width:370px;padding:5px;margin:15px 0 0 -370px}.tmap-widget .tc-block-dropdown a{display:inline;padding:0px}.tmap-widget.tmap-plain-design{border:none;padding:0px}.tmap-widget.tmap-plain-design .tmap-topbar{display:none}.tc-sidebar-scrollable .tmap-widget{position:absolute;min-height:350px}.tmap-widget div.vis-network .vis-edit-mode{height:26px}.tmap-widget div.vis-network .vis-manipulation{height:34px;border-top:1px solid #d6d9d8;background:rgba(245,245,245,0.7)}.tmap-widget div.vis-network .vis-navigation .vis-button.tmap-button-enabled{right:15px}.tmap-widget div.vis-network .vis-navigation .vis-button.tmap-button-enabled.tmap-fullscreen-button{bottom:90px;background-image:url(<<tmap \"datauri\" \"$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png\" \"\">>)}.tmap-widget div.vis-network .vis-navigation 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!important;left:0 !important;z-index:999 !important;border:none !important;margin:0 !important;position:absolute !important;border-left:1px solid lightgray !important}.tc-modal-footer .tmap-hidden-close-button{display:none}.tmap-modal-content{position:relative;padding:1em 0;padding-top:0}.tmap-modal-content table tr td{vertical-align:top}.tmap-modal-content :not(pre)>code{padding:1px;font-size:0.9em;position:relative;top:-1px}.tmap-modal-content :not(pre)>code{color:#666}.tmap-modal-content .tc-tab-set .tc-tab-content{margin-top:0.5em}.tmap-modal-content .tc-image-button{font-size:14px}.tmap-modal-content fieldset{margin:0px}.tmap-modal-content fieldset legend{font-weight:bold}.tc-modal-body .tmap-modal-editor>p{margin:0px}.tc-modal-body .tmap-modal-editor .tmap-template-select select{width:50%}.tc-modal-body .tmap-modal-editor .tc-tiddler-frame{margin:auto;width:auto}.tc-modal-body .tmap-modal-editor .tc-tiddler-frame .tc-tiddler-controls{display:none}.tc-modal-body .tmap-modal-editor .tc-tiddler-frame .tc-tiddler-title{display:none}.tc-modal-body table{margin:6px 0;border:none;width:100%}.tc-modal-body table td,.tc-modal-body table th{border:1px solid lightgray}.tc-modal-body table.tmap-key-value-table th{width:30%;background-color:#F0F0F0}.tc-modal-body table.tmap-config-table.tmap-large-input tr td:last-child{width:20%}.tc-modal-body table.tmap-config-table.tmap-small-input tr td:last-child{width:60%}.tc-modal-body table.tmap-config-table tr td{border:none;vertical-align:top;padding:5px}.tc-modal-body table.tmap-config-table tr td:first-child{width:15%}.tc-modal-body table.tmap-config-table tr td:last-child{width:40%}.tc-modal-body table.tmap-config-table tr td input:not([type=radio]),.tc-modal-body table.tmap-config-table tr td textarea,.tc-modal-body table.tmap-config-table tr td select{width:100%;word-wrap:normal}.tc-modal-body table.tmap-config-table tr td textarea{height:100%}.tc-modal-body table.tmap-config-table tr td .tmap-no-stretch input,.tc-modal-body 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button{text-align:left}button.tmap-go-back{margin-bottom:1em;font-weight:bold}.tmap-badges>span,.tmap-badge{background:gray;font-size:11px;color:white;padding:3px 4px;display:inline-block;font-weight:bold;border-radius:2px;line-height:1em;cursor:help}.tmap-badges>span.tmap-red-flag,.tmap-badge.tmap-red-flag{background:red}.tmap-popup{display:none;position:absolute;opacity:0;transition:opacity 0.3s ease}.tmap-popup.tmap-popup-active{opacity:1}.tmap-tooltip{box-shadow:3px 3px 10px rgba(0,0,0,0.2);min-width:100px;min-height:50px;max-width:<<tmap option config.sys.popups.width>>;max-height:<<tmap option config.sys.popups.height>>;padding:5px;resize:both;overflow:auto;cursor:auto;font-family:verdana;font-size:14px;background-color:#f5f4ed;border:1px solid #808074;-moz-border-radius:3px;-webkit-border-radius:3px;border-radius:3px}.tmap-tooltip[style*=\"height\"]{max-height:none !important}.tmap-tooltip[style*=\"width\"]{max-width:none 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a:hover{background:transparent;color:#5778d8;text-decoration:underline}.tmap-quick-connect .tc-drop-down button{display:inline-block;padding:0px 3px;text-align:center;color:#333333;line-height:1.0}.tmap-quick-connect .tc-drop-down button:hover{color:#ffffff}.tmap-quick-connect .tc-drop-down button svg{fill:inherit}.tmap-quick-connect .tc-drop-down button svg:hover{fill:#ffffff}\n",
"title": "$:/plugins/felixhayashi/tiddlymap/layout",
"type": "text/vnd.tiddlywiki",
"tags": [
"$:/tags/Stylesheet"
]
},
"$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var i=r[t];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(r,t,i){if(t)e(r.prototype,t);if(i)e(r,i);return r}}();/* @preserve TW-Guard */ /* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */\n/* @preserve TW-Guard */var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}var AbstractEdgeTypeSubscriber=function(){function e(r){var t=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{},i=t.priority,n=i===undefined?0:i,a=t.skipOthers,s=a===undefined?true:a,u=t.ignore,l=u===undefined?false:u;_classCallCheck(this,e);this.allEdgeTypes=r;this.priority=n;this.skipOthers=s;this.ignore=l}_createClass(e,[{key:\"setTracker\",value:function e(r){this.tracker=r}},{key:\"loadEdges\",value:function e(r,t,i){throw new _exception.MissingOverrideError(this,\"loadEdges\")}},{key:\"canHandle\",value:function e(r){throw new _exception.MissingOverrideError(this,\"canHandle\")}},{key:\"insertEdge\",value:function e(r,t,i){}},{key:\"deleteEdge\",value:function e(r,t,i){}}]);return e}();exports.default=AbstractEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/AbstractEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var i=r[t];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(r,t,i){if(t)e(r.prototype,t);if(i)e(r,i);return r}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _AbstractRefEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\");var _AbstractRefEdgeTypeSubscriber2=_interopRequireDefault(_AbstractRefEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,r){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return r&&(typeof r===\"object\"||typeof r===\"function\")?r:e}function _inherits(e,r){if(typeof r!==\"function\"&&r!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof r)}e.prototype=Object.create(r&&r.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(r)Object.setPrototypeOf?Object.setPrototypeOf(e,r):e.__proto__=r}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var AbstractMagicEdgeTypeSubscriber=function(e){_inherits(r,e);function r(e,t){_classCallCheck(this,r);var i=_possibleConstructorReturn(this,(r.__proto__||Object.getPrototypeOf(r)).call(this,e,t));i.edgeTypesByFieldName=_utils2.default.makeHashMap();for(var a in e){var n=e[a];if(i.canHandle(n)){i.edgeTypesByFieldName[n.name]=n}}return i}_createClass(r,[{key:\"getReferencesFromField\",value:function e(r,t,i){throw new _exception.MissingOverrideError(this,\"getReferencesFromField\")}},{key:\"getReferences\",value:function e(r,t,i){var a=_utils2.default.makeHashMap();var n=r.fields;for(var s in n){var u=this.edgeTypesByFieldName[s];if(!u||i&&!i[u.id])continue;var o=this.getReferencesFromField(r,s,t);if(o&&o.length){a[u.id]=o}}return a}}]);return r}(_AbstractRefEdgeTypeSubscriber2.default);exports.default=AbstractMagicEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/AbstractMagicEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _AbstractEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber\");var _AbstractEdgeTypeSubscriber2=_interopRequireDefault(_AbstractEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var AbstractRefEdgeTypeSubscriber=function(e){_inherits(t,e);function t(){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).apply(this,arguments))}_createClass(t,[{key:\"loadEdges\",value:function e(t,r,i){var a=this.getReferences(t,r,i);if(!a||!_utils2.default.hasElements(a))return;var s=t.fields[\"tmap.id\"];var n=$tm.tracker.getIdsByTiddlers();var u=this.allEdgeTypes;var l=_utils2.default.getTiddlerRef(t);var o=_utils2.default.makeHashMap();for(var f in a){var c=a[f];if(!c){continue}var p=u[f];for(var d=c.length;d--;){var _=c[d];if(!_||!$tw.wiki.tiddlerExists(_)||_utils2.default.isSystemOrDraft(_)||r&&!r[_]){continue}var b=p.id+$tw.utils.hashString(l+_);o[b]=new _Edge2.default(s,n[_],p.id,b)}}return o}},{key:\"getReferences\",value:function e(t,r,i){throw new _exception.MissingOverrideError(this,\"getReferences\")}}]);return t}(_AbstractEdgeTypeSubscriber2.default);exports.default=AbstractRefEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/AbstractRefEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var s=r[t];s.enumerable=s.enumerable||false;s.configurable=true;if(\"value\"in s)s.writable=true;Object.defineProperty(e,s.key,s)}}return function(r,t,s){if(t)e(r.prototype,t);if(s)e(r,s);return r}}();function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var EdgeTypeSubscriberRegistry=function(){function e(r,t,s){_classCallCheck(this,e);this.subscriberClasses=r;this.tracker=s;this.updateIndex(t)}_createClass(e,[{key:\"getAllForType\",value:function e(r){var t=this.allSubscribers;var s=[];for(var i=0,a=t.length;i<a;i++){if(t[i].canHandle(r)){s.push(t[i]);if(t[i].skipOthers){break}}}return s}},{key:\"getAll\",value:function e(){return this.allSubscribers}},{key:\"updateIndex\",value:function e(r){var t=[];var s=this.subscriberClasses;for(var i in s){var a=new s[i](r);a.setTracker(this.tracker);if(a.ignore===true){continue}t.push(a)}t.sort(function(e,r){return r.priority-e.priority});this.allSubscribers=t}}]);return e}();exports.default=EdgeTypeSubscriberRegistry;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/EdgeTypeSubscriberRegistry.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/tmap": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/tmap",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.TmapEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _AbstractEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber\");var _AbstractEdgeTypeSubscriber2=_interopRequireDefault(_AbstractEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/tmap\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var TmapEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:0},r)))}_createClass(t,[{key:\"loadEdges\",value:function e(t,r,i){var a=_utils2.default.parseFieldData(t,\"tmap.edges\");if(!a){return}var n=this.tracker.getTiddlersByIds();var u=t.fields[\"tmap.id\"];var s=_utils2.default.makeHashMap();for(var l in a){var o=a[l];var d=n[o.to];if(d&&(!r||r[d])&&(!i||i[o.type])){s[l]=new _Edge2.default(u,o.to,o.type,l)}}return s}},{key:\"insertEdge\",value:function e(t,r,i){var a=_utils2.default.parseFieldData(t,\"tmap.edges\",{});r.id=r.id||_utils2.default.genUUID();a[r.id]={to:r.to,type:i.id};_utils2.default.writeFieldData(t,\"tmap.edges\",a,$tm.config.sys.jsonIndentation);return r}},{key:\"deleteEdge\",value:function e(t,r,i){if(!r.id)return;var a=_utils2.default.parseFieldData(t,\"tmap.edges\",{});delete a[r.id];_utils2.default.writeFieldData(t,\"tmap.edges\",a,$tm.config.sys.jsonIndentation);return r}},{key:\"canHandle\",value:function e(t){return true}}]);return t}(_AbstractEdgeTypeSubscriber2.default);exports.TmapEdgeTypeSubscriber=TmapEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/TmapEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/field": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/field",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.FieldEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _AbstractMagicEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\");var _AbstractMagicEdgeTypeSubscriber2=_interopRequireDefault(_AbstractMagicEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/field\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var FieldEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:10},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.namespace===\"tw-field\"}},{key:\"getReferencesFromField\",value:function e(t,r,i){return[t.fields[r]]}},{key:\"insertEdge\",value:function e(t,r,i){var n=this.tracker.getTiddlerById(r.to);if(n==null){return}_utils2.default.setField(t,i.name,n);return r}},{key:\"deleteEdge\",value:function e(t,r,i){var n=this.tracker.getTiddlerById(r.to);if(n==null){return}_utils2.default.setField(t,i.name,undefined);return r}}]);return t}(_AbstractMagicEdgeTypeSubscriber2.default);exports.FieldEdgeTypeSubscriber=FieldEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/magicEdgeTypeSubscriber/FieldEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/filter": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/filter",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.FilterEdgeTypeSubstriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _AbstractMagicEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\");var _AbstractMagicEdgeTypeSubscriber2=_interopRequireDefault(_AbstractMagicEdgeTypeSubscriber);var _widget=require(\"$:/core/modules/widgets/widget.js\");var _widget2=_interopRequireDefault(_widget);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/filter\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var FilterEdgeTypeSubstriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:10},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.namespace===\"tw-filter\"}},{key:\"getReferencesFromField\",value:function e(t,r,i){var n=t.fields[r];var a=new _widget2.default.widget({});a.setVariable(\"currentTiddler\",t.fields.title);var u=new _widget2.default.widget({},{parentWidget:a});var s=_utils2.default.getMatches(n,i,u);return s}},{key:\"insertEdge\",value:function e(t,r,i){if(!r.to){return}var n=i.name;var a=t.fields[n]||\"\";var u=this.tracker.getTiddlerById(r.to);var s=$tw.utils.stringifyList([u]);if(a.length>0){s=\" \"+s}_utils2.default.setField(t,n,a+s);return r}}]);return t}(_AbstractMagicEdgeTypeSubscriber2.default);exports.FilterEdgeTypeSubstriber=FilterEdgeTypeSubstriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/magicEdgeTypeSubscriber/FilterEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/list": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/list",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.ListEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _AbstractMagicEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\");var _AbstractMagicEdgeTypeSubscriber2=_interopRequireDefault(_AbstractMagicEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/list\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var ListEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:10},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.namespace===\"tw-list\"}},{key:\"getReferencesFromField\",value:function e(t,r,i){return $tw.utils.parseStringArray(t.fields[r])}},{key:\"insertEdge\",value:function e(t,r,i){if(!r.to){return}var n=i.name;var s=$tw.utils.parseStringArray(t.fields[n]);s=(s||[]).slice();var a=this.tracker.getTiddlerById(r.to);s.push(a);_utils2.default.setField(t,n,$tw.utils.stringifyList(s));return r}},{key:\"deleteEdge\",value:function e(t,r,i){var n=$tw.utils.parseStringArray(t.fields[i.name]);n=(n||[]).slice();var s=this.tracker.getTiddlerById(r.to);var a=n.indexOf(s);if(a>-1){n.splice(a,1)}var u=void 0;if(n.length>0){u=$tw.utils.stringifyList(n)}_utils2.default.setField(t,i.name,u);return r}}]);return t}(_AbstractMagicEdgeTypeSubscriber2.default);exports.ListEdgeTypeSubscriber=ListEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/magicEdgeTypeSubscriber/ListEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/link": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/link",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.LinkEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var n in r){if(Object.prototype.hasOwnProperty.call(r,n)){e[n]=r[n]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var n=t[r];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(t,r,n){if(r)e(t.prototype,r);if(n)e(t,n);return t}}();var _AbstractRefEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\");var _AbstractRefEdgeTypeSubscriber2=_interopRequireDefault(_AbstractRefEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/link\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var LinkEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:20},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.id===\"tw-body:link\"}},{key:\"getReferences\",value:function e(t,r,n){if(n&&!n[\"tw-body:link\"]){return}var i=$tw.wiki.getTiddlerLinks(t.fields.title);if(!i||!i.length){return}return{\"tw-body:link\":i}}}]);return t}(_AbstractRefEdgeTypeSubscriber2.default);exports.LinkEdgeTypeSubscriber=LinkEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/refEdgeTypeSubscriber/LinkEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/transclude": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/transclude",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.TranscludeEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var r=1;r<arguments.length;r++){var t=arguments[r];for(var n in t){if(Object.prototype.hasOwnProperty.call(t,n)){e[n]=t[n]}}}return e};var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var n=r[t];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(r,t,n){if(t)e(r.prototype,t);if(n)e(r,n);return r}}();var _AbstractRefEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\");var _AbstractRefEdgeTypeSubscriber2=_interopRequireDefault(_AbstractRefEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,r){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return r&&(typeof r===\"object\"||typeof r===\"function\")?r:e}function _inherits(e,r){if(typeof r!==\"function\"&&r!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof r)}e.prototype=Object.create(r&&r.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(r)Object.setPrototypeOf?Object.setPrototypeOf(e,r):e.__proto__=r}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/transclude\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var TranscludeEdgeTypeSubscriber=function(e){_inherits(r,e);function r(e){var t=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,r);return _possibleConstructorReturn(this,(r.__proto__||Object.getPrototypeOf(r)).call(this,e,_extends({priority:20,ignore:typeof $tw.wiki.getTiddlerTranscludes!==\"function\"},t)))}_createClass(r,[{key:\"canHandle\",value:function e(r){return r.id===\"tw-body:transclude\"}},{key:\"getReferences\",value:function e(r,t,n){if(n&&!n[\"tw-body:transclude\"]){return}var i=$tw.wiki.getTiddlerTranscludes(r.fields.title);if(!i||!i.length){return}return{\"tw-body:transclude\":i}}}]);return r}(_AbstractRefEdgeTypeSubscriber2.default);exports.TranscludeEdgeTypeSubscriber=TranscludeEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/refEdgeTypeSubscriber/TranscludeEdgeTypeSubscriber.js.map\n",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/Edge": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/Edge",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Edge\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var Edge=function e(t,i,s,l){_classCallCheck(this,e);this.from=t;this.to=i;this.type=s;this.id=l||_utils2.default.genUUID()};exports.default=Edge;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/Edge.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/EdgeType": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/EdgeType",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var n in r){if(Object.prototype.hasOwnProperty.call(r,n)){e[n]=r[n]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var n=t[r];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(t,r,n){if(r)e(t.prototype,r);if(n)e(t,n);return t}}();var _MapElementType2=require(\"$:/plugins/felixhayashi/tiddlymap/js/MapElementType\");var _MapElementType3=_interopRequireDefault(_MapElementType2);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/EdgeType\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var EdgeType=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);var n=t.getIdParts(e),o=n.marker,a=n.namespace,i=n.name;e=t.getId(o,a,i);var l=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,env.path.edgeTypes,t.fieldMeta,r));l.id=e;l.marker=o;l.name=i;l.namespace=a;var u=(l.style||{}).arrows;if(u){l.invertedArrow=isArrowEnabled(u,\"from\");l.toArrow=isArrowEnabled(u,\"to\")||isArrowEnabled(u,\"middle\");l.biArrow=l.invertedArrow===l.toArrow;if(l.biArrow){l.toArrow=true;l.invertedArrow=true}}else{l.toArrow=true}Object.freeze(l);return l}_createClass(t,[{key:\"getLabel\",value:function e(){return this.label||this.name}}],[{key:\"getIdParts\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:\"\";t=_utils2.default.getWithoutPrefix(t,env.path.edgeTypes+\"/\");var r=t.match(edgeTypeRegex)||[];return{marker:r[1]||\"\",namespace:r[3]&&r[2]||\"\",name:r[3]||r[2]||\"\"}}},{key:\"getId\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:\"\";var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"\";var n=arguments[2];return n?t+(r&&r+\":\")+n:\"tmap:unknown\"}}]);return t}(_MapElementType3.default);EdgeType.getInstance=function(e){return e instanceof EdgeType?e:new EdgeType(e)};EdgeType.fieldMeta=_extends({},_MapElementType3.default.fieldMeta,{label:{},\"show-label\":{}});var isArrowEnabled=function e(t,r){var n=t[r];if(n==null&&r===\"to\"){return true}return(typeof n===\"undefined\"?\"undefined\":_typeof(n))===\"object\"?n.enabled!==false:n===true};var edgeTypeRegex=new RegExp(\"^(_?)([^:_][^:]*):?([^:]*)\");exports.default=EdgeType;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/EdgeType.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/MapElementType": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/MapElementType",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(t){return typeof t}:function(t){return t&&typeof Symbol===\"function\"&&t.constructor===Symbol&&t!==Symbol.prototype?\"symbol\":typeof t};var _createClass=function(){function t(t,e){for(var i=0;i<e.length;i++){var l=e[i];l.enumerable=l.enumerable||false;l.configurable=true;if(\"value\"in l)l.writable=true;Object.defineProperty(t,l.key,l)}}return function(e,i,l){if(i)t(e.prototype,i);if(l)t(e,l);return e}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/MapElementType\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(t){return t&&t.__esModule?t:{default:t}}function _classCallCheck(t,e){if(!(t instanceof e)){throw new TypeError(\"Cannot call a class as a function\")}}var MapElementType=function(){function t(e,i,l,s){_classCallCheck(this,t);this.id=e;this.root=i;this._fieldMeta=l;this.fullPath=this.root+\"/\"+this.id;this.isShipped=$tw.wiki.getSubTiddler($tm.path.pluginRoot,this.fullPath);this._load(s||this.fullPath)}_createClass(t,[{key:\"_load\",value:function t(e){if(!e){return}if(typeof e===\"string\"){var i=_utils2.default.startsWith(e,this.root);var l=i?e:this.root+\"/\"+e;this._loadFromTiddler(l)}else if(e instanceof $tw.Tiddler){this._loadFromTiddler(e)}else if((typeof e===\"undefined\"?\"undefined\":_typeof(e))===\"object\"){for(var s in this._fieldMeta){this[s]=e[s]}}}},{key:\"_loadFromTiddler\",value:function t(e){var i=_utils2.default.getTiddler(e);if(!i){return}var l=$tw.wiki.getSubTiddler($tm.path.pluginRoot,this.fullPath)||{};var s=$tw.utils.extend({},l.fields,i.fields);for(var r in this._fieldMeta){var a=this._fieldMeta[r].parse;var f=s[r];this[r]=a?a.call(this,f):f}}},{key:\"exists\",value:function t(){return _utils2.default.tiddlerExists(this.fullPath)}},{key:\"setStyle\",value:function t(e,i){if(typeof e===\"string\"){e=_utils2.default.parseJSON(e)}if((typeof e===\"undefined\"?\"undefined\":_typeof(e))===\"object\"){if(i){_utils2.default.merge(this.style,e)}else{this.style=e}}}},{key:\"save\",value:function t(e,i){if(!e){e=this.fullPath}else if(typeof e!==\"string\"){return}var l={title:e,text:\"\"};if(!_utils2.default.startsWith(e,this.root)){l.id=this.id}for(var s in this._fieldMeta){var r=this._fieldMeta[s].stringify;l[s]=r?r.call(this,this[s]):this[s]}if(!this.exists()){Object.assign(l,$tw.wiki.getCreationFields())}if(i!==true){Object.assign(l,$tw.wiki.getModificationFields())}$tw.wiki.addTiddler(new $tw.Tiddler(l))}}]);return t}();MapElementType.fieldMeta={description:{},style:{parse:_utils2.default.parseJSON,stringify:JSON.stringify},modified:{},created:{}};exports.default=MapElementType;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/MapElementType.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/NodeType": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/NodeType",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var n in r){if(Object.prototype.hasOwnProperty.call(r,n)){e[n]=r[n]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var n=t[r];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(t,r,n){if(r)e(t.prototype,r);if(n)e(t,n);return t}}();var _MapElementType2=require(\"$:/plugins/felixhayashi/tiddlymap/js/MapElementType\");var _MapElementType3=_interopRequireDefault(_MapElementType2);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/NodeType\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var NodeType=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);e=typeof e===\"string\"?_utils2.default.getWithoutPrefix(e,$tm.path.nodeTypes+\"/\"):\"tmap:unknown\";var n=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,$tm.path.nodeTypes,t.fieldMeta,r));Object.freeze(n);return n}_createClass(t,[{key:\"getInheritors\",value:function e(t){return this.scope?_utils2.default.getMatches(this.scope,t||$tw.wiki.allTitles()):[]}}]);return t}(_MapElementType3.default);NodeType.getInstance=function(e){return e instanceof NodeType?e:new NodeType(e)};NodeType.fieldMeta=_extends({},_MapElementType3.default.fieldMeta,{view:{},priority:{parse:function e(t){return isNaN(t)?1:parseInt(t)},stringify:function e(t){return _utils2.default.isInteger(t)?t.toString():\"1\"}},scope:{stringify:_utils2.default.getWithoutNewLines},\"fa-icon\":{},\"tw-icon\":{}});exports.default=NodeType;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/NodeType.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var i=arguments[t];for(var r in i){if(Object.prototype.hasOwnProperty.call(i,r)){e[r]=i[r]}}}return e};var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var ViewAbstraction=function(){function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,e);if(t instanceof e){return t}this._registerPaths(t);if(i.isCreate){if(!this.configTRef){var r=_utils2.default.getRandomLabel({plural:true});this.configTRef=$tw.wiki.generateNewTitle($tm.path.views+\"/\"+r)}this._createView(i)}else if(!e.exists(this.getRoot())){throw new ResourceNotFoundException(\"ViewAbstraction\",t)}}_createClass(e,[{key:\"isLocked\",value:function e(){return $tw.wiki.isShadowTiddler(this.configTRef)}},{key:\"update\",value:function e(t){var i=t.changedTiddlers;if(t[env.path.edgeTypes]||_utils2.default.hasKeyWithPrefix(i,this.getRoot())){this._clearCaches();return true}return false}},{key:\"addPlaceholder\",value:function e(t){_utils2.default.cp(_utils2.default.getTiddlerRef(t),this.snapshotTRef,true)}},{key:\"exists\",value:function t(){return e.exists(this)}},{key:\"getRoot\",value:function e(){return this.configTRef}},{key:\"getCreationDate\",value:function e(t){var i=$tw.wiki.getTiddler(this.configTRef).fields[\"created\"];if(t){return i instanceof Date?$tw.utils.formatDateString(i,\"DDth MMM YYYY\"):\"\"}return i}},{key:\"getLabel\",value:function e(){return _utils2.default.getBasename(this.configTRef)}},{key:\"destroy\",value:function e(){_utils2.default.deleteTiddlers(_utils2.default.getMatches(\"[prefix[\"+this.configTRef+\"]]\"))}},{key:\"getOccurrences\",value:function e(){var t=\"[regexp:text[<\\\\$(tiddlymap|tmap).*?view=.\"+this.getLabel()+\"..*?>]]\";return _utils2.default.getMatches(t)}},{key:\"rename\",value:function t(i){if(typeof i!==\"string\"){return false}if(_utils2.default.inArray(\"/\",i)){$tm.notify('A view name must not contain any \"/\"');return false}var r=this.getLabel();var a=env.path.views+\"/\"+i;var n=this.getRoot();_utils2.default.mv(n,a,true);if($tm.config.sys.defaultView===r){_utils2.default.setEntry($tm.ref.sysUserConf,\"defaultView\",i)}if($tm.config.sys.liveTab.fallbackView===r){_utils2.default.setEntry($tm.ref.sysUserConf,\"liveTab.fallbackView\",i)}$tw.wiki.each(function(t,a){if(t.fields[\"tmap.open-view\"]===r){_utils2.default.setField(a,\"tmap.open-view\",i);return}if(e.exists(a)){var n=new e(a);var l=n.getNodeData();for(var s in l){if(l[s][\"open-view\"]===r){l[s][\"open-view\"]=i}}n.saveNodeData(l)}});this._clearCaches();this._registerPaths(i)}},{key:\"isEnabled\",value:function e(t){return _utils2.default.isTrue(this.getConfig(t),false)}},{key:\"getConfig\",value:function e(t){var i=this;var r=$tw.wiki.getCacheForTiddler(this.configTRef,\"tmap-config\",function(){var e=_utils2.default.getTiddler(i.configTRef).fields;return _utils2.default.getPropertiesByPrefix(e,\"config.\")});var a=t&&_utils2.default.startsWith(t,\"config.\")?t:\"config.\"+t;return t?r[a]:r}},{key:\"setConfig\",value:function e(){for(var t=arguments.length,i=Array(t),r=0;r<t;r++){i[r]=arguments[r]}if(i[0]==null){return}if(i.length===1&&_typeof(i[0])===\"object\"){for(var a in i[0]){this.setConfig(a,i[0][a])}}else if(i.length===2&&typeof i[0]===\"string\"){var n=_utils2.default.getWithoutPrefix(i[0],\"config.\");var l=i[1];if(l===undefined){return}var s=this.getConfig();if(l===null){$tm.logger(\"debug\",\"Removing config\",n);delete s[\"config.\"+n]}else{if(n===\"edge_type_namespace\"){var o=l.match(/[^:]+/);l=o?o[0]:\"\"}}$tm.logger(\"log\",\"Setting config\",n,l);s[\"config.\"+n]=l;$tw.wiki.addTiddler(new $tw.Tiddler(_utils2.default.getTiddler(this.configTRef),s))}else{throw new(Function.prototype.bind.apply(_exception.InvalidArgumentException,[null].concat(i)))}}},{key:\"isLiveView\",value:function e(){return this.getLabel()===$tm.misc.liveViewLabel}},{key:\"_isNodeIncludedById\",value:function t(i){var r=$tw.utils.escapeRegExp(e._getNodeIdFilterPart(i));return this.getNodeFilter(\"raw\").match(r)}},{key:\"setNodeFilter\",value:function e(t,i){t=t.replace(/[\\n\\r]/g,\" \");if(this.getNodeFilter(\"raw\")===t){return}_utils2.default.setField(this.nodeFilterTRef,\"filter\",t);$tm.logger(\"debug\",\"Node filter set to\",t)}},{key:\"setEdgeTypeFilter\",value:function e(t){t=t.replace(/[\\n\\r]/g,\" \");if(this.getEdgeTypeFilter(\"raw\")===t){return}_utils2.default.setField(this.edgeTypeFilterTRef,\"filter\",t);$tm.logger(\"debug\",\"Edge filter set to\",t)}},{key:\"addNode\",value:function t(i){if(!this._isNodeIncludedById(i)){if(_utils2.default.isTrue($tm.config.sys.alwaysAddNodeIdToViewFilter)||!_utils2.default.isMatch(i.tRef,this.getNodeFilter(\"compiled\"))){var r=e._getNodeIdFilterPart(i);var a=\" \";this.setNodeFilter(this.getNodeFilter(\"raw\")+a+r)}this.saveNodePosition(i)}}},{key:\"removeNode\",value:function t(i){if(!this._isNodeIncludedById(i)){return false}var r=e._getNodeIdFilterPart(i);var a=this.getNodeFilter(\"raw\").replace(r,\"\");this.setNodeFilter(a);if(this.getNodeData(i)){this.saveNodeData(i,null)}return true}},{key:\"getEdgeTypeFilter\",value:function e(t){var i=this;var r=$tw.wiki.getCacheForTiddler(this.edgeTypeFilterTRef,\"tmap-edgeTypeFilter\",function(){var e=$tm.indeces.allETy;var t=Object.keys(e);var r=$tw.wiki.getTiddler(i.edgeTypeFilterTRef);var a={};a.raw=r&&r.fields.filter||\"\";a.pretty=_utils2.default.getPrettyFilter(a.raw);a.matches=_utils2.default.getEdgeTypeMatches(a.raw,e);a.whitelist=_utils2.default.getLookupTable(a.matches);return a});return t?r[t]:r}},{key:\"isEdgeTypeVisible\",value:function e(t){return _utils2.default.isEdgeTypeMatch(_EdgeType2.default.getInstance(t).id,this.getEdgeTypeFilter(\"raw\"))}},{key:\"getNodeFilter\",value:function e(t){var i=this;var r=$tw.wiki.getCacheForTiddler(this.nodeFilterTRef,\"tmap-nodeFilter\",function(){var e=_utils2.default.makeHashMap();var t=$tw.wiki.getTiddler(i.nodeFilterTRef);e.raw=t&&t.fields.filter||\"\";e.pretty=_utils2.default.getPrettyFilter(e.raw);e.compiled=$tw.wiki.compileFilter(e.raw);return e});return t?r[t]:r}},{key:\"getNodeData\",value:function e(t){var i=this;var r=$tw.wiki.getCacheForTiddler(this.mapTRef,\"tmap-map\",function(){return _utils2.default.parseFieldData(i.mapTRef,\"text\",{})});return t?r[t]:r}},{key:\"equals\",value:function t(i){return i===this||e.exists(i)&&new e(i).getRoot()===this.getRoot()}},{key:\"saveNodeData\",value:function e(){var t=this.getNodeData();for(var i=arguments.length,r=Array(i),a=0;a<i;a++){r[a]=arguments[a]}if(r.length===2){if(_typeof(r[1])===\"object\"){if(r[1]===null){delete t[r[0]]}else{t[r[0]]=Object.assign(t[r[0]]||{},r[1])}}}else if(r.length===1&&_typeof(r[0])===\"object\"){$tm.logger(\"log\",\"Storing data in\",this.mapTRef);Object.assign(t,r[0])}else{throw new(Function.prototype.bind.apply(_exception.InvalidArgumentException,[null].concat(r)))}_utils2.default.writeFieldData(this.mapTRef,\"text\",t,$tm.config.sys.jsonIndentation)}},{key:\"saveNodePosition\",value:function e(t){if(t.id&&t.x!=null&&t.y!=null){this.saveNodeData(t.id,{x:t.x,y:t.y})}}},{key:\"saveNodePositions\",value:function e(t){var i=this.getNodeData();for(var r in t){i[r]=i[r]||{};i[r].x=t[r].x;i[r].y=t[r].y}this.saveNodeData(i)}},{key:\"setCentralTopic\",value:function e(t){this.setConfig(\"central-topic\",t)}},{key:\"saveNodeStyle\",value:function e(t,i){var r=this.getNodeData(t)||{};var a={x:r.x,y:r.y};for(var n in r){delete r[n]}this.saveNodeData(t,_extends({},i,a))}},{key:\"_registerPaths\",value:function t(i,r){this.configTRef=e._getRootPath(i);this.mapTRef=this.configTRef+\"/map\";this.nodeFilterTRef=this.configTRef+\"/filter/nodes\";this.edgeTypeFilterTRef=this.configTRef+\"/filter/edges\";this.snapshotTRef=this.getRoot()+\"/snapshot\"}},{key:\"_clearCaches\",value:function e(){_utils2.default.getMatches(\"[prefix[\"+this.getRoot()+\"]]\").forEach(function(e){$tw.wiki.clearCache(e)})}},{key:\"_createView\",value:function t(){var i=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},r=i.isForce,a=i.protoView,n=i.isHidden;if(e.exists(this)){if(!r){return}this.destroy()}if(e.exists(a)){_utils2.default.cp(new e(a).getRoot(),this.configTRef,true)}var l={title:this.configTRef,id:_utils2.default.genUUID()};if(!n){l[$tm.field.viewMarker]=true}$tw.wiki.addTiddler(new $tw.Tiddler(_utils2.default.getTiddler(this.configTRef),l));this.setEdgeTypeFilter(env.filter.defaultEdgeTypeFilter)}}],[{key:\"_getNodeIdFilterPart\",value:function e(t){var i=(typeof t===\"undefined\"?\"undefined\":_typeof(t))===\"object\"?t.id:t;return\"[field:tmap.id[\"+i+\"]]\"}},{key:\"_getRootPath\",value:function t(i){if(i instanceof e){return i.configTRef}if(i instanceof $tw.Tiddler){i=i.fields.title}if(typeof i===\"string\"){var r=_utils2.default.getWithoutPrefix(i,$tm.path.views+\"/\");if(r&&!_utils2.default.hasSubString(r,\"/\")){return $tm.path.views+\"/\"+r}}}},{key:\"exists\",value:function t(i){if(!i){return false}if(i instanceof e){i=i.configTRef}else{i=e._getRootPath(i)}return _utils2.default.tiddlerExists(i)}}]);return e}();exports.default=ViewAbstraction;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/ViewAbstraction.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/Popup": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/Popup",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function Popup(e,t){t=t||{};this._parentDomNode=e;this._domNode=document.createElement(\"div\");this._domNode.style.display=\"none\";this._domNode.className=\"tmap-popup\";this._parentDomNode.appendChild(this._domNode);$tw.utils.addClass(this._domNode,t.className);this._isEnabled=true;this._isPreventShowOrHide=false;this._isHideOnClick=!!t.hideOnClick;this._timeoutShow=null;this._timeoutHide=null;this._isDisplayNoneAfterAnimation=true;var i=parseInt(t.leavingDelay);this._hideDelayLeavingPopup=_utils2.default.isInteger(i)?i:200;i=parseInt(t.hideDelay);this._hideDelay=_utils2.default.isInteger(i)?i:200;i=parseInt(t.showDelay);this._showDelay=_utils2.default.isInteger(i)?i:200;_utils2.default.bindTo(this,[\"_show\",\"_hide\",\"_handleEnter\",\"_handleLeave\",\"_handleAnimationEnd\",\"_handleClick\"]);this._listeners={mouseenter:this._handleEnter,mouseleave:this._handleLeave,click:[this._handleClick,true]};var s=this._handleAnimationEnd;this._listeners[$tw.utils.convertEventName(\"animationEnd\")]=s;this._listeners[$tw.utils.convertEventName(\"transitionEnd\")]=s;_utils2.default.setDomListeners(\"add\",this._domNode,this._listeners,false)}\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Popup\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */Popup.prototype._handleEnter=function(e){this._isPreventShowOrHide=true};Popup.prototype._handleLeave=function(e){this._isPreventShowOrHide=false;this.hide(this._hideDelayLeavingPopup)};Popup.prototype._handleClick=function(e){if(this._isHideOnClick){this._hide(true)}};Popup.prototype._handleAnimationEnd=function(){if(this._isDisplayNoneAfterAnimation){this._domNode.style.display=\"none\"}};Popup.prototype._hide=function(e){if(!e&&this._isPreventShowOrHide)return;this._isDisplayNoneAfterAnimation=true;this._isPreventShowOrHide=false;$tw.utils.removeClass(this._domNode,\"tmap-popup-active\")};Popup.prototype._show=function(e,t){if(this._isPreventShowOrHide||$tm.mouse.ctrlKey||!this._isEnabled){return}this._domNode.style.display=\"none\";$tw.utils.removeClass(this._domNode,\"tmap-popup-active\");this._domNode.removeAttribute(\"style\");_utils2.default.removeDOMChildNodes(this._domNode);var i=this._domNode.appendChild(document.createElement(\"div\"));if(typeof t===\"function\"){t(e,i)}else{i.innerHTML=t}if(!i.childNodes.length)return;var s=this._parentDomNode.getBoundingClientRect();var o=$tm.mouse.clientX;var n=$tm.mouse.clientY;this._domNode.style.display=\"block\";var d=this._domNode.getBoundingClientRect();var l=s.right-(o+d.width);var h=o-d.width-s.left;var a=l>h;var u=s.bottom-(n+d.height);var r=n-d.height-s.top;var p=u>r;var _=a?-15:d.width+15;var m=p?-15:d.height+15;this._domNode.style.left=o-s.left-_+\"px\";this._domNode.style.top=n-s.top-m+\"px\";this._isDisplayNoneAfterAnimation=false;$tw.utils.addClass(this._domNode,\"tmap-popup-active\")};Popup.prototype.show=function(e,t,i){this._clearTimeouts();i=_utils2.default.isInteger(i)?i:this._showDelay;this._timeoutShow=setTimeout(this._show,i,e,t)};Popup.prototype.hide=function(e,t){this._clearTimeouts();e=_utils2.default.isInteger(e)?e:this._hideDelay;if(t||e===0){this._hide(t)}else{this._timeoutHide=setTimeout(this._hide,e,t)}};Popup.prototype.setEnabled=function(e){this._isEnabled=e};Popup.prototype.isShown=function(){return this._domNode.style.display===\"block\"};Popup.prototype._clearTimeouts=function(){clearTimeout(this._timeoutShow);clearTimeout(this._timeoutHide);this._timeoutShow=undefined;this._timeoutHide=undefined};exports.default=Popup;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/Popup.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function t(t,e){for(var i=0;i<e.length;i++){var n=e[i];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(t,n.key,n)}}return function(e,i,n){if(i)t(e.prototype,i);if(n)t(e,n);return e}}();function _classCallCheck(t,e){if(!(t instanceof e)){throw new TypeError(\"Cannot call a class as a function\")}}\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle\ntype: application/SelectionRectangle\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var SelectionRectangle=function(){function t(e,i){_classCallCheck(this,t);this.x1=e;this.x2=e;this.y1=i;this.y2=i}_createClass(t,[{key:\"span\",value:function t(e,i){this.x2=e;this.y2=i}},{key:\"getWidth\",value:function t(){return this.x2-this.x1}},{key:\"getHeight\",value:function t(){return this.y2-this.y1}},{key:\"getRect\",value:function t(){return[this.x1,this.y1,this.getWidth(),this.getHeight()]}},{key:\"isPointWithin\",value:function t(e){var i=e.x,n=e.y;var a=this.x1,r=this.x2,s=this.y1,u=this.y2;var h=Math.min(a,r);var c=Math.max(a,r);var l=Math.min(s,u);var o=Math.max(s,u);return h<i&&i<c&&l<n&&n<o}}]);return t}();exports.default=SelectionRectangle;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/SelectionRectangle.js.map\n",
"type": "application/SelectionRectangle",
"module-type": "library"
},
"/home/felo/projects/Tiddlywiki/TiddlyWiki5/plugins/felixhayashi/tiddlymap/js/lib/TypeDefs.js": {
"title": "/home/felo/projects/Tiddlywiki/TiddlyWiki5/plugins/felixhayashi/tiddlymap/js/lib/TypeDefs.js",
"text": "\"use strict\";\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/TypeDefs.js.map\n"
},
"$:/plugins/felixhayashi/tiddlymap/js/config/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/config/vis",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/config/vis\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var visConfig={locale:\"en_EN\",clickToUse:false,autoResize:false,height:\"100%\",width:\"100%\",configure:{enabled:false},interaction:{dragNodes:true,dragView:true,hideEdgesOnDrag:false,hideNodesOnDrag:false,hover:true,navigationButtons:true,multiselect:true,selectable:true,selectConnectedEdges:true,tooltipDelay:600,zoomView:false,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:false}},manipulation:{initiallyActive:true},nodes:{shape:\"box\",shadow:{enabled:false},color:{border:\"#2B7CE9\",background:\"#97C2FC\"}},edges:{smooth:{enabled:true},color:{color:\"#848484\",inherit:false},arrows:{to:{enabled:true}}},physics:{forceAtlas2Based:{gravitationalConstant:-300,springLength:0,springConstant:.2,centralGravity:.015,damping:.4},solver:\"forceAtlas2Based\",stabilization:{enabled:true,iterations:1e3,updateInterval:10,onlyDynamicEdges:false,fit:false}}};exports.default=visConfig;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/VisConfig.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/environment": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/environment",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _extends=Object.assign||function(e){for(var i=1;i<arguments.length;i++){var a=arguments[i];for(var l in a){if(Object.prototype.hasOwnProperty.call(a,l)){e[l]=a[l]}}}return e};\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/environment\ntype: application/javascript\n module-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var path=exports.path={pluginRoot:\"$:/plugins/felixhayashi/tiddlymap\",edgeTypes:\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes\",nodeTypes:\"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes\",views:\"$:/plugins/felixhayashi/tiddlymap/graph/views\",options:\"$:/plugins/felixhayashi/tiddlymap/config\",dialogs:\"$:/plugins/felixhayashi/tiddlymap/dialog\",footers:\"$:/plugins/felixhayashi/tiddlymap/dialogFooter\",tempRoot:\"$:/temp/tmap\",tempStates:\"$:/temp/tmap/state\",tempPopups:\"$:/temp/tmap/state/popup\",localHolders:\"$:/temp/tmap/holders\"};var ref=exports.ref={defaultViewHolder:\"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder\",graphBar:\"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar\",sysUserConf:\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\",visUserConf:\"$:/plugins/felixhayashi/tiddlymap/config/vis/user\",welcomeFlag:\"$:/plugins/felixhayashi/tiddlymap/flag/welcome\",focusButton:\"$:/plugins/felixhayashi/tiddlymap/misc/focusButton\",sysMeta:\"$:/plugins/felixhayashi/tiddlymap/misc/meta\",liveTab:\"$:/plugins/felixhayashi/tiddlymap/hook/liveTab\",mainEditor:\"$:/plugins/felixhayashi/tiddlymap/hook/editor\",sidebarBreakpoint:\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"};var misc=exports.misc={unknownEdgeLabel:\"tmap:undefined\",liveViewLabel:\"Live View\",defaultViewLabel:\"Default\",mainEditorId:\"main_editor\",arrows:{in:\"⇦\",out:\"➡\",bi:\"⇄\"}};var config=exports.config={sys:{field:{nodeLabel:\"caption\",nodeIcon:\"icon\",nodeInfo:\"description\",viewMarker:\"isview\"},liveTab:{fallbackView:misc.liveViewLabel},suppressedDialogs:{},edgeClickBehaviour:\"manager\",debug:\"false\",notifications:\"true\",popups:{enabled:\"true\",delay:\"600\",width:\"240px\",height:\"140px\"},jsonIndentation:\"1\",alwaysAddNodeIdToViewFilter:\"true\",editNodeOnCreate:\"false\",singleClickMode:\"false\",nodeFilterNeighbours:\"false\",editorMenuBar:{showNeighScopeButton:\"true\",showRasterMenuButton:\"true\",showScreenshotButton:\"true\"}}};var filter=exports.filter={nodeTypes:\"[prefix[\"+path.nodeTypes+\"]]\",edgeTypes:\"[prefix[\"+path.edgeTypes+\"]]\",views:\"[\"+config.sys.field.viewMarker+\"[true]]\",defaultEdgeTypeFilter:\"-[prefix[_]] -[[tw-body:link]] -[[tw-list:tags]] -[[tw-list:list]]\"};var allSelector=\"[all[tiddlers+shadows]!has[draft.of]]\";var s={allEdgeTypes:allSelector+\" +\"+filter.edgeTypes,allNodeTypes:allSelector+\" +\"+filter.nodeTypes,allViews:allSelector+\" +\"+filter.views,allPotentialNodes:\"[all[tiddlers]!is[system]!has[draft.of]]\"};var selector=exports.selector=_extends({},s,{allEdgeTypesById:s.allEdgeTypes+\" +[removeprefix[\"+path.edgeTypes+\"/]]\",allNodeTypesById:s.allNodeTypes+\" +[removeprefix[\"+path.nodeTypes+\"/]]\",allViewsByLabel:s.allViews+\" +[removeprefix[\"+path.views+\"/]]\"});\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/environment.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/exception": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/exception",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function r(r,t){for(var e=0;e<t.length;e++){var o=t[e];o.enumerable=o.enumerable||false;o.configurable=true;if(\"value\"in o)o.writable=true;Object.defineProperty(r,o.key,o)}}return function(t,e,o){if(e)r(t.prototype,e);if(o)r(t,o);return t}}();function _classCallCheck(r,t){if(!(r instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(r,t){if(!r){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:r}function _inherits(r,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}r.prototype=Object.create(t&&t.prototype,{constructor:{value:r,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(r,t):r.__proto__=t}\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/exception\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var TiddlyMapError=function(r){_inherits(t,r);function t(r,e){_classCallCheck(this,t);var o=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,r));o.payload=e;return o}_createClass(t,[{key:\"getPayload\",value:function r(){return this.payload}}]);return t}(Error);var EnvironmentError=exports.EnvironmentError=function(r){_inherits(t,r);function t(r){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"Critical parts of the underlying system changed: \"+r))}return t}(TiddlyMapError);var DependencyError=exports.DependencyError=function(r){_inherits(t,r);function t(r){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"TiddlyMap cannot run without: : \"+r))}return t}(TiddlyMapError);var MissingOverrideError=exports.MissingOverrideError=function(r){_inherits(t,r);function t(r,e){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,r.constructor.name+' does not override method \"'+e+'\"'))}return t}(TiddlyMapError);var ResourceNotFoundException=exports.ResourceNotFoundException=function(r){_inherits(t,r);function t(r){_classCallCheck(this,t);for(var e=arguments.length,o=Array(e>1?e-1:0),n=1;n<e;n++){o[n-1]=arguments[n]}return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"Cannot resolve \"+r,o))}return t}(TiddlyMapError);var InvalidArgumentException=exports.InvalidArgumentException=function(r){_inherits(t,r);function t(){_classCallCheck(this,t);for(var r=arguments.length,e=Array(r),o=0;o<r;o++){e[o]=arguments[o]}return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"Invalid or missing argument provided\",e))}return t}(TiddlyMapError);\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/exceptions.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/URL": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/URL",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/URL\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */\n/**\n * <<<\n * Lightweight URL manipulation with JavaScript. This library is\n * independent of any other libraries and has pretty simple interface\n * and lightweight code-base. Some ideas of query string parsing\n * had been taken from Jan Wolter.\"\n *\n * @see http://unixpapa.com/js/querystring.html\n * @license MIT\n * @author Mykhailo Stadnyk <mikhus@gmail.com>\n * <<< https://github.com/Mikhus/jsurl\n *\n * @class\n * @param {string} url\n */function Url(t){this.paths=function(t){var e=\"\",r=0,o;if(t&&t.length&&t+\"\"!==t){if(this.isAbsolute()){e=\"/\"}for(o=t.length;r<o;r++){t[r]=encode(t[r])}this.path=e+t.join(\"/\")}t=(this.path.charAt(0)===\"/\"?this.path.slice(1):this.path).split(\"/\");for(r=0,o=t.length;r<o;r++){t[r]=decode(t[r])}return t};this.encode=encode;this.decode=decode;this.isAbsolute=function(){return this.protocol||this.path.charAt(0)===\"/\"};this.toString=function(){return(this.protocol&&this.protocol+\"://\")+(this.user&&encode(this.user)+(this.pass&&\":\"+encode(this.pass))+\"@\")+(this.host&&this.host)+(this.port&&\":\"+this.port)+(this.path&&this.path)+(this.query.toString()&&\"?\"+this.query)+(this.hash&&\"#\"+encode(this.hash))};parse(this,t)}var map={protocol:\"protocol\",host:\"hostname\",port:\"port\",path:\"pathname\",query:\"search\",hash:\"hash\"},defaultPorts={ftp:21,gopher:70,http:80,https:443,ws:80,wss:443},parse=function t(e,r){var o=document,s=o.createElement(\"a\"),r=r||o.location.href,i=r.match(/\\/\\/(.*?)(?::(.*?))?@/)||[],n;s.href=r;for(n in map){e[n]=s[map[n]]||\"\"}e.protocol=e.protocol.replace(/:$/,\"\");e.query=e.query.replace(/^\\?/,\"\");e.hash=decode(e.hash.replace(/^#/,\"\"));e.user=decode(i[1]||\"\");e.pass=decode(i[2]||\"\");e.port=defaultPorts[e.protocol]==e.port||e.port==0?\"\":e.port;if(!e.protocol&&!/^([a-z]+:)?\\/\\//.test(r)){var h=new Url(o.location.href.match(/(.*\\/)/)[0]),a=h.path.split(\"/\"),p=e.path.split(\"/\"),c=[\"protocol\",\"user\",\"pass\",\"host\",\"port\"],f=c.length;a.pop();for(n=0;n<f;n++){e[c[n]]=h[c[n]]}while(p[0]==\"..\"){a.pop();p.shift()}e.path=(r.charAt(0)!=\"/\"?a.join(\"/\"):\"\")+\"/\"+p.join(\"/\")}else{e.path=e.path.replace(/^\\/?/,\"/\")}e.paths((e.path.charAt(0)==\"/\"?e.path.slice(1):e.path).split(\"/\"));parseQs(e)},encode=function t(e){return encodeURIComponent(e).replace(/'/g,\"%27\")},decode=function t(e){e=e.replace(/\\+/g,\" \");e=e.replace(/%([ef][0-9a-f])%([89ab][0-9a-f])%([89ab][0-9a-f])/gi,function(t,e,r,o){var s=parseInt(e,16)-224,i=parseInt(r,16)-128;if(s==0&&i<32){return t}var n=parseInt(o,16)-128,h=(s<<12)+(i<<6)+n;if(h>65535){return t}return String.fromCharCode(h)});e=e.replace(/%([cd][0-9a-f])%([89ab][0-9a-f])/gi,function(t,e,r){var o=parseInt(e,16)-192;if(o<2){return t}var s=parseInt(r,16)-128;return String.fromCharCode((o<<6)+s)});e=e.replace(/%([0-7][0-9a-f])/gi,function(t,e){return String.fromCharCode(parseInt(e,16))});return e},parseQs=function t(e){var r=e.query;e.query=new function(t){var e=/([^=&]+)(=([^&]*))?/g,r;while(r=e.exec(t)){var o=decodeURIComponent(r[1].replace(/\\+/g,\" \")),s=r[3]?decode(r[3]):\"\";if(this[o]!=null){if(!(this[o]instanceof Array)){this[o]=[this[o]]}this[o].push(s)}else{this[o]=s}}this.clear=function(){for(var t in this){if(!(this[t]instanceof Function)){delete this[t]}}};this.count=function(){var t=0,e;for(e in this){if(!(this[e]instanceof Function)){t++}}return t};this.isEmpty=function(){return this.count()===0};this.toString=function(){var t=\"\",e=encode,r,o;for(r in this){if(this[r]instanceof Function){continue}if(this[r]instanceof Array){var s=this[r].length;if(s){for(o=0;o<s;o++){t+=t?\"&\":\"\";t+=e(r)+\"=\"+e(this[r][o])}}else{t+=(t?\"&\":\"\")+e(r)+\"=\"}}else{t+=t?\"&\":\"\";t+=e(r)+\"=\"+e(this[r])}}return t}}(r)};exports.default=Url;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/url.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.bindTo=exports.getNearestRasterPosition=exports.mod=exports.removeDOMChildNodes=exports.setDomListeners=exports.merge=exports.getRandomLabel=exports.getFirstElementByClassName=exports.getImgFromWeb=exports.pickRandom=exports.hasKeyWithPrefix=exports.getWithoutPrefix=exports.getPropertiesByPrefix=exports.removeArrayElement=exports.isTrue=exports.replaceAll=exports.isInteger=exports.findAndRemoveClassNames=exports.getAncestorWithClass=exports.makeHashMap=exports.getWithoutNewLines=exports.joinAndWrap=exports.parseJSON=exports.hasSubString=exports.inArray=exports.getRandomInt=exports.isEqual=exports.identity=exports.base64=exports.startsWith=exports.getBasename=exports.escapeRegex=exports.hasElements=exports.ucFirst=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var ucFirst=exports.ucFirst=function e(t){return t&&t[0].toUpperCase()+t.slice(1)};var hasElements=exports.hasElements=function e(t){return Object.keys(t).length>0};var escapeRegex=exports.escapeRegex=function e(t){return t.replace(/[-$^?.+*[\\]\\\\(){}|]/g,\"\\\\$&\")};var getBasename=exports.getBasename=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"/\";return t.substring(t.lastIndexOf(r)+1)};var startsWith=exports.startsWith=function e(t,r){return t.substring(0,r.length)===r};var base64=exports.base64=typeof window===\"undefined\"?function(e){return new Buffer(e).toString(\"base64\")}:window.btoa.bind(window);var identity=exports.identity=function e(t){return(typeof t===\"undefined\"?\"undefined\":_typeof(t))===\"object\"&&t!==null?JSON.stringify(Object.keys(t).sort().map(function(e){return[e,t[e]]})):null};var isEqual=exports.isEqual=function e(t,r){return identity(t)===identity(r)};var getRandomInt=exports.getRandomInt=function e(t,r){return Math.floor(Math.random()*(r-t)+t)};var inArray=exports.inArray=function e(t,r){return r.indexOf(t)!==-1};var hasSubString=exports.hasSubString=function e(t,r){return t.indexOf(r)!==-1};var parseJSON=exports.parseJSON=function e(t,r){try{return JSON.parse(t)}catch(e){return r}};var joinAndWrap=exports.joinAndWrap=function e(t,r,n){var o=arguments.length>3&&arguments[3]!==undefined?arguments[3]:\" \";return r+t.join(n+o+r)+n};var getWithoutNewLines=exports.getWithoutNewLines=function e(t){return typeof t===\"string\"?t.replace(/[\\n\\r]/g,\" \"):t};var makeHashMap=exports.makeHashMap=function e(t){var r=Object.create(null);Object.defineProperty(r,\"hasOwnProperty\",{enumerable:false,configurable:false,writable:false,value:Object.prototype.hasOwnProperty.bind(r)});if(t){for(var n in t){if(t.hasOwnProperty(n)){r[n]=t[n]}}}return r};var getAncestorWithClass=exports.getAncestorWithClass=function e(t,r){if((typeof t===\"undefined\"?\"undefined\":_typeof(t))!==\"object\"||typeof r!==\"string\"){return}while(t.parentNode&&t.parentNode!==document){t=t.parentNode;if(t.classList.contains(r)){return t}}};var findAndRemoveClassNames=exports.findAndRemoveClassNames=function e(t){for(var r=t.length;r--;){var n=document.getElementsByClassName(t[r]);for(var o=n.length;o--;){n[o].classList.remove(t[r])}}};var isInteger=exports.isInteger=Number.isInteger||function(e){return typeof e===\"number\"&&isFinite(e)&&Math.floor(e)===e};var replaceAll=exports.replaceAll=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"\";var n=arguments[2];for(var o=n.length;o--;){var s=n[o];var i=r;if(Array.isArray(s)){i=s[1];s=s[0]}t=t.replace(s,i)}return t};var isTrue=exports.isTrue=function e(t,r){if(t==null){return!!r}else if(typeof t===\"string\"){var n=parseInt(t);return isNaN(n)?t===\"true\":n!==0}else if(typeof t===\"boolean\"){return t}else if(typeof t===\"number\"){return n!==0}return false};var removeArrayElement=exports.removeArrayElement=function e(t,r){var n=t.indexOf(r);if(n>-1){return t.splice(n,1)[0]}};var getPropertiesByPrefix=exports.getPropertiesByPrefix=function e(t,r,n){var o=makeHashMap();for(var s in t){if(startsWith(s,r)){o[n?s.substr(r.length):s]=t[s]}}return o};var getWithoutPrefix=exports.getWithoutPrefix=function e(t,r){return startsWith(t,r)?t.substr(r.length):t};var hasKeyWithPrefix=exports.hasKeyWithPrefix=function e(t,r){for(var n in t){if(startsWith(n,r)){return true}}return false};var pickRandom=exports.pickRandom=function e(t){return t[getRandomInt(0,t.length-1)]};var getImgFromWeb=exports.getImgFromWeb=function e(t,r){if(!t||typeof r!==\"function\")return;var n=new XMLHttpRequest;n.open(\"GET\",t,true);n.responseType=\"blob\";n.onerror=function(e){console.log(e)};n.onload=function(e){if(this.readyState===4&&(this.status===200||this.status===0&&this.response.size>0)){var t=this.response;r(window.URL.createObjectURL(t))}};try{n.send()}catch(e){console.log(e)}};var getFirstElementByClassName=exports.getFirstElementByClassName=function e(t,r,n){var o=(r||document).getElementsByClassName(t)[0];if(!o&&(typeof n===\"boolean\"?n:true)){var s='Missing element with class \"'+t+'\" inside '+r;throw new _exception.EnvironmentError(s)}return o};var getRandomLabel=exports.getRandomLabel=function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};var r=pickRandom([\"exciting\",\"notable\",\"epic\",\"new\",\"fancy\",\"great\",\"cool\",\"fresh\",\"funky\",\"clever\"]);var n=(t.object||pickRandom([\"concept\",\"idea\",\"thought\",\"topic\",\"subject\"]))+(t.plural?\"s\":\"\");return\"My \"+r+\" \"+n};var _merge=function e(t,r){if((typeof t===\"undefined\"?\"undefined\":_typeof(t))!==\"object\"){t={}}for(var n in r){if(r.hasOwnProperty(n)){if(r[n]!=null){t[n]=_typeof(r[n])===\"object\"?e(t[n],r[n]):r[n]}}}return t};var merge=exports.merge=function e(t){for(var r=arguments.length,n=Array(r>1?r-1:0),o=1;o<r;o++){n[o-1]=arguments[o]}for(var s=0,i=n.length;s<i;s++){var a=n[s];if(a!=null&&(typeof a===\"undefined\"?\"undefined\":_typeof(a))===\"object\"){t=_merge(t,a)}}return t};var setDomListeners=exports.setDomListeners=function e(t,r,n,o){o=typeof o===\"boolean\"?o:false;t=t+\"EventListener\";for(var s in n){var i=n[s];if(typeof i===\"function\"){r[t](s,i,o)}else{r[t](s,i[0],typeof i[1]===\"boolean\"?i[1]:o)}}};var removeDOMChildNodes=exports.removeDOMChildNodes=function e(t){for(var r=t.childNodes.length;r--;){t.removeChild(t.childNodes[r])}};var mod=exports.mod=function e(t,r){var n=t%r;return Math.floor(n>=0?n:n+r)};var getNearestRasterPosition=exports.getNearestRasterPosition=function e(t,r){var n=t.x,o=t.y;var s=r/2;var i=mod(n,r);var a=mod(o,r);return{x:i<s?n-i:n-i+r,y:a<s?o-a:o-a+r}};var bindTo=exports.bindTo=function e(t,r){for(var n=r.length;n--;){var o=t[r[n]];t[r[n]]=o.bind(t)}};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/basic.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var generateDraftTitle=exports.generateDraftTitle=function e(n){var r=0,t=void 0;do{t=\"Draft \"+(r?r+1+\" \":\"\")+\"of '\"+n+\"'\";r++}while($tw.wiki.tiddlerExists(t));return t};var makeDraftTiddler=exports.makeDraftTiddler=function e(n){var r=$tw.wiki.findDraft(n);if(r){return $tw.wiki.getTiddler(r)}var t=$tw.wiki.getTiddler(n);r=generateDraftTitle(n);var l=new $tw.Tiddler(t,{title:r,\"draft.title\":n,\"draft.of\":n},$tw.wiki.getModificationFields());$tw.wiki.addTiddler(l);return l};var getFullScreenApis=exports.getFullScreenApis=function e(){var n=document,r=n.body,t={_requestFullscreen:r.webkitRequestFullscreen!==undefined?\"webkitRequestFullscreen\":r.mozRequestFullScreen!==undefined?\"mozRequestFullScreen\":r.msRequestFullscreen!==undefined?\"msRequestFullscreen\":r.requestFullscreen!==undefined?\"requestFullscreen\":\"\",_exitFullscreen:n.webkitExitFullscreen!==undefined?\"webkitExitFullscreen\":n.mozCancelFullScreen!==undefined?\"mozCancelFullScreen\":n.msExitFullscreen!==undefined?\"msExitFullscreen\":n.exitFullscreen!==undefined?\"exitFullscreen\":\"\",_fullscreenElement:n.webkitFullscreenElement!==undefined?\"webkitFullscreenElement\":n.mozFullScreenElement!==undefined?\"mozFullScreenElement\":n.msFullscreenElement!==undefined?\"msFullscreenElement\":n.fullscreenElement!==undefined?\"fullscreenElement\":\"\",_fullscreenChange:n.webkitFullscreenElement!==undefined?\"webkitfullscreenchange\":n.mozFullScreenElement!==undefined?\"mozfullscreenchange\":n.msFullscreenElement!==undefined?\"MSFullscreenChange\":n.fullscreenElement!==undefined?\"fullscreenchange\":\"\"};if(!t._requestFullscreen||!t._exitFullscreen||!t._fullscreenElement){return null}else{return t}};var flatten=exports.flatten=function e(n){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var t=r.delimiter||\".\";var l=r.prefix||\"\";var i={};function u(e,n){Object.keys(e).forEach(function(f){var s=e[f];var c=r.safe&&Array.isArray(s);var a=Object.prototype.toString.call(s);var d=a===\"[object Object]\"||a===\"[object Array]\";var o=n?n+t+f:l+f;if(!c&&d){return u(s,o)}i[o]=s})}u(n);return i};var unflatten=exports.unflatten=function e(n){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var t=r.delimiter||\".\";var l={};if(Object.prototype.toString.call(n)!==\"[object Object]\"){return n}function i(e){var n=Number(e);return isNaN(n)||e.indexOf(\".\")!==-1?e:n}Object.keys(n).forEach(function(u){var f=u.split(t);var s=i(f.shift());var c=i(f[0]);var a=l;while(c!==undefined){if(a[s]===undefined){a[s]=typeof c===\"number\"&&!r.object?[]:{}}a=a[s];if(f.length>0){s=i(f.shift());c=i(f[0])}}a[s]=e(n[u],r)});return l};var genUUID=exports.genUUID=function(){var e=\"0123456789abcdefghijklmnopqrstuvwxyz\".split(\"\");return function(){var n=e,r=new Array(36);var t=0,l;for(var i=0;i<36;i++){if(i==8||i==13||i==18||i==23){r[i]=\"-\"}else if(i==14){r[i]=\"4\"}else{if(t<=2)t=33554432+Math.random()*16777216|0;l=t&15;t=t>>4;r[i]=n[i==19?l&3|8:l]}}return r.join(\"\")}}();\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/thirdParty.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.getSnapshotTitle=exports.getArrayValuesAsHashmapKeys=exports.getLookupTable=exports.keyOfItemWithProperty=exports.keysOfItemsWithProperty=exports.getDublicates=exports.getId=exports.refreshDataSet=exports.drawRaster=exports.getPrettyFilter=exports.groupByProperty=exports.isEdgeTypeMatch=exports.getEdgeTypeMatches=exports.getDataUri=exports.convert=exports.getValues=exports.getIterableCollection=exports.getLabel=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _basic=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\");var basicUtils=_interopRequireWildcard(_basic);var _wiki=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki\");var wikiUtils=_interopRequireWildcard(_wiki);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}var getLabel=exports.getLabel=function e(t,r){var i=wikiUtils.getTiddler(t);return(i&&i.fields[r]?i.fields[r]:i.fields.title).replace(\"\\\\n\",\"\\n\")};var getIterableCollection=exports.getIterableCollection=function e(t){return t instanceof _vis2.default.DataSet?t.get():t};var getValues=exports.getValues=function e(t){if(Array.isArray(t)){return t}else if(t instanceof _vis2.default.DataSet){return t.get({returnType:\"Array\"})}var r=[];var i=Object.keys(t);for(var a=i.length;a--;){r.push(t[i[a]])}return r};var convert=exports.convert=function e(t,r){if((typeof t===\"undefined\"?\"undefined\":_typeof(t))!==\"object\"){throw new _exception.InvalidArgumentException(t,r)}if(r===\"object\"){r=\"hashmap\"}var i={array:function e(t){return getValues(t)},hashmap:function e(t){return t instanceof _vis2.default.DataSet?t.get({returnType:\"Object\"}):t},dataset:function e(t){return t instanceof _vis2.default.DataSet?t:!Array.isArray(t)?getValues(t):new _vis2.default.DataSet(t)}};return i[r](t)};var getDataUri=exports.getDataUri=function e(t,r,i){var a=wikiUtils.getTiddler(t);r=r||a.fields.type||\"image/svg+xml\";var s=a.fields.text;var o=$tw.config.contentTypeInfo[r].encoding;if(r===\"image/svg+xml\"){s=s.replace(/\\r?\\n|\\r/g,\" \");if(!basicUtils.hasSubString(\"xmlns\",s)){s=s.replace(/<svg/,'<svg xmlns=\"http://www.w3.org/2000/svg\"')}}if(i&&o!==\"base64\"){o=\"base64\";s=basicUtils.base64(s)}return\"data:\"+r+\";\"+o+\",\"+s};var eTyFiltAutoPrefix=\"[all[]] \";var getEdgeTypeMatches=exports.getEdgeTypeMatches=function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:\"\";var r=arguments[1];if(!r){r=wikiUtils.getTiddlersByPrefix($tm.path.edgeTypes+\"/\",{iterator:\"eachTiddlerPlusShadows\",removePrefix:true})}if(r!=null&&!Array.isArray(r)){r=Object.keys(r)}return wikiUtils.getMatches(eTyFiltAutoPrefix+t,r)};var isEdgeTypeMatch=exports.isEdgeTypeMatch=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"\";return wikiUtils.isMatch(t,eTyFiltAutoPrefix+r)};var groupByProperty=exports.groupByProperty=function e(t,r){t=getIterableCollection(t);var i=basicUtils.makeHashMap();var a=Object.keys(t);for(var s in a){var o=t[a[s]];var n=o[r];if(n==null){throw\"Cannot group by property \"+r}else{if(!Array.isArray(i[n])){i[n]=[]}i[n].push(o)}}return i};var getPrettyFilter=exports.getPrettyFilter=function e(t){t=t.trim().replace(\"][\",\"] [\");var r=/[+-]?\\[.+?[\\]\\}\\>]\\]/g;var i=t.match(r);t=t.replace(r,\" [] \").trim();var a=t.split(/\\s+/);var s=0;var o=[];for(var n=0,l=a.length;n<l;n++){o[n]=a[n]===\"[]\"?i[s++]:a[n]}return o.join(\"\\n\")};var drawRaster=exports.drawRaster=function e(t,r,i,a){var s=arguments.length>4&&arguments[4]!==undefined?arguments[4]:\"#D9D9D9\";var o=basicUtils.getNearestRasterPosition(i,a),n=o.x,l=o.y;var u=t.canvas.width/r;var p=t.canvas.height/r;var f=a*2;var v=Math.ceil(u/a/2)*a+f;var c=Math.ceil(p/a/2)*a+f;var y=n-v;var g=n+v;var d=l-c;var h=l+c;t.beginPath();for(var b=y;b<g;b+=a){t.moveTo(b,d);t.lineTo(b,h)}for(var x=d;x<=h;x+=a){t.moveTo(y,x);t.lineTo(g,x)}t.strokeStyle=s;t.fillStyle=s;t.stroke()};var refreshDataSet=exports.refreshDataSet=function e(t,r){var i=t.get({returnType:\"Object\"});var a=[];var s=[];var o=[];var n=[];for(var l in r){if(i[l]){if(basicUtils.isEqual(i[l],r[l])){continue}s.push(l);t.remove(l)}else{a.push(l)}if(r[l].x===undefined){o.push(l)}t.add(r[l])}for(var u in i){if(!r[u]){n.push(u);t.remove(u)}}return{withoutPosition:o,inserted:a,updated:s,removed:n}};var getId=exports.getId=function e(t){return wikiUtils.getTiddler(t).fields[\"tmap.id\"]};var getDublicates=exports.getDublicates=function e(t){var r=getId(t);if(!r){return[]}var i=wikiUtils.getTiddlersWithField(\"tmap.id\",r,{limit:2});delete i[wikiUtils.getTiddlerRef(t)];return Object.keys(i)};var keysOfItemsWithProperty=exports.keysOfItemsWithProperty=function e(t,r,i,a){t=getIterableCollection(t);var s=Object.keys(t);var o=[];a=typeof a===\"number\"?a:s.length;for(var n=0,l=s.length;n<l;n++){var u=s[n];if(_typeof(t[u])===\"object\"&&t[u][r]){if(!i||t[u][r]===i){o.push(u);if(o.length===a){break}}}}return o};var keyOfItemWithProperty=exports.keyOfItemWithProperty=function e(t,r,i){return keysOfItemsWithProperty(t,r,i,1)[0]};var getLookupTable=exports.getLookupTable=function e(t,r){t=getIterableCollection(t);var i=basicUtils.makeHashMap();var a=Object.keys(t);for(var s=0,o=a.length;s<o;s++){var n=a[s];var l=r?t[n][r]:t[n];var u=typeof l===\"undefined\"?\"undefined\":_typeof(l);if(u===\"string\"&&l!==\"\"||u===\"number\"){if(!i[l]){i[l]=r?t[n]:true;continue}}throw new Error('Cannot use \"'+l+'\" as lookup table index')}return i};var getArrayValuesAsHashmapKeys=exports.getArrayValuesAsHashmapKeys=getLookupTable;var getSnapshotTitle=exports.getSnapshotTitle=function e(t,r){return\"Snapshot – \"+t+\" (\"+(new Date).toDateString()+\").\"+(r||\"png\")};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/tmap.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/utils": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/utils",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.utils=undefined;var _extends=Object.assign||function(i){for(var r=1;r<arguments.length;r++){var t=arguments[r];for(var e in t){if(Object.prototype.hasOwnProperty.call(t,e)){i[e]=t[e]}}}return i};/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/utils\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _basic=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\");var basicUtils=_interopRequireWildcard(_basic);var _thirdParty=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty\");var thirdPartyUtils=_interopRequireWildcard(_thirdParty);var _wiki=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki\");var wikiUtils=_interopRequireWildcard(_wiki);var _tmap=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap\");var tMapUtils=_interopRequireWildcard(_tmap);function _interopRequireWildcard(i){if(i&&i.__esModule){return i}else{var r={};if(i!=null){for(var t in i){if(Object.prototype.hasOwnProperty.call(i,t))r[t]=i[t]}}r.default=i;return r}}var utils=exports.utils=_extends({},basicUtils,thirdPartyUtils,wikiUtils,tMapUtils);exports.default=utils;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/utils.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.touch=exports.addTiddler=exports.getTiddlersByPrefix=exports.getTiddlerWithField=exports.getTiddlersWithField=exports.deleteByPrefix=exports.cp=exports.mv=exports.addTWlisteners=exports.getChildWidgetByProperty=exports.getMergedTiddlers=exports.isSystemOrDraft=exports.isDraft=exports.setText=exports.getText=exports.isLeftVersionGreater=exports.getEntry=exports.setEntry=exports.clone=exports.writeFieldData=exports.parseFieldData=exports.isPreviewed=exports.notify=exports.registerTransclude=exports.getElementNode=exports.getTiddlerNode=exports.getTranscludeNode=exports.isMatch=exports.getMatches=exports.moveFieldValues=exports.deleteTiddlers=exports.setField=exports.setSidebarTab=exports.tiddlerExists=exports.getField=exports.getTiddler=exports.getTiddlerRef=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _basic=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\");var basicUtils=_interopRequireWildcard(_basic);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _defineProperty(e,t,r){if(t in e){Object.defineProperty(e,t,{value:r,enumerable:true,configurable:true,writable:true})}else{e[t]=r}return e}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var getTiddlerRef=exports.getTiddlerRef=function e(t){if(t instanceof $tw.Tiddler){return t.fields.title}else if(typeof t===\"string\"){return t}else{throw new _exception.InvalidArgumentException(t)}};var getTiddler=exports.getTiddler=function e(t){return $tw.wiki.getTiddler(t instanceof $tw.Tiddler?t.fields.title:t)};var getField=exports.getField=function e(t,r){var i=arguments.length>2&&arguments[2]!==undefined?arguments[2]:\"\";var d=getTiddler(t);return!d?i:d.fields[r]||i};var tiddlerExists=exports.tiddlerExists=function e(t){if(!t){return false}var r=getTiddlerRef(t);return Boolean(r&&($tw.wiki.tiddlerExists(r)||$tw.wiki.isShadowTiddler(r)))};var setSidebarTab=exports.setSidebarTab=function e(t){setText(getTiddlersByPrefix(\"$:/state/tab/sidebar-\")[0],t)};var setField=exports.setField=function e(t,r,i){if(!t||!r){return}var d=getTiddlerRef(t);var s=_defineProperty({title:d},r,i);var n=$tw.wiki.getTiddler(d,true);if(r!==\"text\"&&n&&!n.fields.text){s.text=\"\"}n=new $tw.Tiddler(n,s);$tw.wiki.addTiddler(n);return n};var deleteTiddlers=exports.deleteTiddlers=function e(t){var r=Object.keys(t);var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");for(var d=r.length;d--;){var s=getTiddlerRef(t[r[d]]);if(!$tw.wiki.tiddlerExists(t[r[d]])){continue}var n=i.indexOf(s);if(n!==-1){i.splice(n,1);setField(\"$:/StoryList\",\"list\",i)}$tw.wiki.deleteTiddler(s)}};var moveFieldValues=exports.moveFieldValues=function e(t,r,i,d,s){if(t===r)return;var n=s||$tw.wiki.allTitles();for(var l=n.length;l--;){var a=getTiddler(n[l]);if(a.isDraft()||!a.fields[t]){continue}if(!d&&$tw.wiki.isSystemTiddler(n[l])){continue}var o=_defineProperty({},r,a.fields[t]);if(i){o[t]=undefined}$tw.wiki.addTiddler(new $tw.Tiddler(a,o))}};var getMatches=exports.getMatches=function e(t,r,i){var d=undefined;var s=$tw.wiki;if(typeof t===\"string\"){t=s.compileFilter(t)}if(r!=null&&(typeof r===\"undefined\"?\"undefined\":_typeof(r))===\"object\"){if(!Array.isArray(r)){r=Object.keys(r)}d=function e(t){for(var i=r.length;i--;){var d=s.getTiddler(r[i]);t(d,r[i])}}}return t.call(s,d,i)};var isMatch=exports.isMatch=function e(t,r){return getTiddlerRef(t)===getMatches(r,[getTiddlerRef(t)])[0]};var getTranscludeNode=exports.getTranscludeNode=function e(t,r){return{type:\"transclude\",attributes:{tiddler:{type:\"string\",value:getTiddlerRef(t)}},children:[],isBlock:!!r}};var getTiddlerNode=exports.getTiddlerNode=function e(t){return{type:\"tiddler\",attributes:{tiddler:{type:\"string\",value:getTiddlerRef(t)}},children:[]}};var getElementNode=exports.getElementNode=function e(t,r,i){return{type:\"element\",tag:t,attributes:{class:{type:\"string\",value:r}},children:i?[{type:\"text\",text:i}]:[]}};var registerTransclude=exports.registerTransclude=function e(t,r,i){basicUtils.removeArrayElement(t.children,t[r]);t[r]=t.makeChildWidget(getTranscludeNode(i,true));t.children.push(t[r]);return t[r]};var notify=exports.notify=function e(t){var r=\"$:/temp/tiddlymap/notify\";$tw.wiki.addTiddler(new $tw.Tiddler({title:r,text:t}));$tw.notifier.display(r)};var isPreviewed=exports.isPreviewed=function e(t){if(!t){return false}if(t.domNode.isTiddlyWikiFakeDom){return true}if(t.getVariable(\"tv-tiddler-preview\")){return true}else{var r=\"tc-tiddler-preview-preview\";return!!basicUtils.getAncestorWithClass(t.parentDomNode,r)}};var parseFieldData=exports.parseFieldData=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"text\";var i=arguments[2];var d=getTiddler(t);if(!d){return i}return basicUtils.parseJSON(d.fields[r],i)};var writeFieldData=exports.writeFieldData=function e(t,r,i,d){if((typeof i===\"undefined\"?\"undefined\":_typeof(i))!==\"object\"){return}d=parseInt(d);d=d>0&&r===\"text\"?d:0;setField(t,r,JSON.stringify(i,null,d))};var clone=exports.clone=function e(t,r){setField(t,\"title\",r)};var setEntry=exports.setEntry=function e(t,r,i){$tw.wiki.setText(getTiddlerRef(t),null,r,i)};var getEntry=exports.getEntry=function e(t,r,i){var d=$tw.wiki.getTiddlerData(getTiddlerRef(t),{});return d[r]==null?i:d[r]};var isLeftVersionGreater=exports.isLeftVersionGreater=function e(t,r){return t!==r&&$tw.utils.checkVersions(t,r)};var getText=exports.getText=function e(t,r){return getField(t,\"text\",r)};var setText=exports.setText=function e(t,r){setField(t,\"text\",r)};var isDraft=exports.isDraft=function e(t){var r=getTiddler(t);return r&&r.isDraft()};var isSystemOrDraft=exports.isSystemOrDraft=function e(t){return $tw.wiki.isSystemTiddler(getTiddlerRef(t))||isDraft(t)};var getMergedTiddlers=exports.getMergedTiddlers=function e(t,r){if(!Array.isArray(t)){return}for(var i=t.length;i--;){t[i]=getTiddler(t[i])}if(!t.length){return}t.push({title:r||t[0].fields.title},$tw.wiki.getModificationFields(),$tw.wiki.getCreationFields());t.unshift(null);return new(Function.prototype.bind.apply($tw.Tiddler,t))};var getChildWidgetByProperty=exports.getChildWidgetByProperty=function e(t,r,i){var d=t.children;for(var s=d.length;s--;){var n=d[s];if(n[r]===i){return n}else{n=e(n,r,i);if(n){return n}}}};var addTWlisteners=exports.addTWlisteners=function e(t,r,i){for(var d in t){r.addEventListener(d,t[d].bind(i))}};var mv=exports.mv=function e(t,r,i,d){if(t===r||!t||!r){return}i=typeof i===\"boolean\"?i:false;d=typeof d===\"boolean\"?d:true;var s=getTiddlersByPrefix(t);var n=basicUtils.makeHashMap();for(var l=s.length;l--;){var a=s[l];var o=a.replace(t,r);if($tw.wiki.tiddlerExists(o)&&!i){return}n[a]=o}for(var f in n){setField(f,\"title\",n[f]);if(d){$tw.wiki.deleteTiddler(f)}}return n};var cp=exports.cp=function e(t,r,i){return mv(t,r,i,false)};var deleteByPrefix=exports.deleteByPrefix=function e(t,r){if(!t){return}r=r||$tw.wiki.allTitles();var i=[];for(var d=r.length;d--;){if(basicUtils.startsWith(r[d],t)){$tw.wiki.deleteTiddler(r[d]);i.push(i[d])}}return i};var getTiddlersWithField=exports.getTiddlersWithField=function e(t,r){var i=arguments.length>2&&arguments[2]!==undefined?arguments[2]:{};var d=i.tiddlers||$tw.wiki.allTitles();var s=i.isIncludeDrafts===true;var n=basicUtils.makeHashMap();var l=Object.keys(d);var a=$tw.utils.hop;var o=i.limit||0;for(var f=l.length;f--;){var u=getTiddler(d[l[f]]);var p=u.fields;if(a(p,t)&&(!a(p,\"draft.of\")||s)){if(!r||p[t]===r){n[p.title]=u;if(--o===0){break}}}}return n};var getTiddlerWithField=exports.getTiddlerWithField=function e(t,r){return Object.keys(getTiddlersWithField(t,r,{limit:1}))[0]};var getTiddlersByPrefix=exports.getTiddlersByPrefix=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var i=r.removePrefix===true;var d=[];var s=$tw.wiki[r.iterator||\"each\"];s(function(e,r){if(basicUtils.startsWith(r,t)){d.push(i?basicUtils.getWithoutPrefix(r,t):r)}});return d};var addTiddler=exports.addTiddler=function e(t,r){var i=getTiddler(t);if(!r&&i){return i}i=new $tw.Tiddler({title:t,text:\"\"},$tw.wiki.getModificationFields(),$tw.wiki.getCreationFields());$tw.wiki.addTiddler(i);return i};var touch=exports.touch=function e(t){if(!t){return}var r=new $tw.Tiddler(getTiddler(t),$tw.wiki.getModificationFields());$tw.wiki.addTiddler(r)};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/wiki.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/macro/tmap": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/macro/tmap",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.params=exports.name=exports.run=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};/* @preserve TW-Guard */\n/*\\\ntitle: $:/plugins/felixhayashi/tiddlymap/js/macro/tmap\ntype: application/javascript\nmodule-type: macro\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}var name=\"tmap\";var params=getParamSlots(5);function run(){this.substVarRefs=this.substituteVariableReferences;var e=command[arguments[0]];var t=null;if(typeof e===\"function\"){var r=Array.prototype.slice.call(arguments,1);t=e.apply(this,r)}return typeof t===\"string\"?t:\"\"}function getParamSlots(e){var t=[];for(var r=0;r<e;r++){t.push({name:\"arg\"+r})}return t}var command=_utils2.default.makeHashMap();command.basename=function(e){var t=this.getVariable(\"currentTiddler\");return _utils2.default.getBasename(t,e)};command.datauri=function(e,t){return _utils2.default.getDataUri(e,t,true)};command.testJSON=function(e){var t=$tw.wiki.getTiddler(this.getVariable(\"currentTiddler\"));try{JSON.parse(t.fields[e]);return\"valid\"}catch(e){return\"malformed\"}};command.splitAndSelect=function(e,t){var r=this.getVariable(\"currentTiddler\");var a=r.split(e)[t];return a!=null?a:r};command.concat=function(){var e=\"\";for(var t=1,r=arguments.length;t<r;t++){e+=arguments[t]}return e};command.uuid=function(){return _utils2.default.genUUID()};command.regRepl=function(){var e=this.substVarRefs(arguments[0]);var t=arguments[1];var r=this.substVarRefs(arguments[2]);var a=this.substVarRefs(arguments[4]);return e.replace(new RegExp(t,a),r)};command.halfOfString=function(){var e=this.substVarRefs(arguments[0]);if(!e){return\"\"}return e.substr(0,Math.ceil(e.length/2))};command.isETyVisible=function(e,t){e=new _ViewAbstraction2.default(e);var r=command.getETyId.call(this,e,t);return\"\"+e.isEdgeTypeVisible(r)};command.getETyId=function(e,t){e=new _ViewAbstraction2.default(e);var r=_EdgeType2.default.getInstance(t||this.getVariable(\"currentTiddler\"));if(!r.namespace){var a=_EdgeType2.default.getIdParts(r.id),n=a.marker,i=a.name;var u=e.getConfig(\"edge_type_namespace\");r=_EdgeType2.default.getInstance(_EdgeType2.default.getId(n,u,i))}return r.id};command.scale=function(){var e=\"\";for(var t=1,r=parseInt(arguments[0]);t<r;t++){e+=\"[[\"+t+\"]]\"}return e};command.mergeFields=function(){var e=_utils2.default.getTiddler(arguments[0]);var t=arguments[1];var r=arguments[2]||\" \";if(!e)return;var a=_utils2.default.getPropertiesByPrefix(e.fields,t);var n=\"\";for(var i in a){if(typeof a[i]===\"string\"){n+=a[i]+r}}return n};command.option=function(e,t){if(typeof $tm==\"undefined\"){return\"\"}var r=$tm;var a=e.split(\".\");for(var n=0;n<a.length;n++){if((typeof r===\"undefined\"?\"undefined\":_typeof(r))==\"object\"&&r[a[n]]){r=r[a[n]]}}if(t&&typeof r===\"string\"&&_utils2.default.hasSubString(t)&&r.lastIndexOf(t)+t.length===r.length){r=r+t}return r};exports.run=run;exports.name=name;exports.params=params;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/macro/MapMacro.js.map\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/plugins/felixhayashi/tiddlymap/js/Adapter": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/Adapter",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Adapter\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);var _contrastcolour=require(\"$:/core/modules/macros/contrastcolour.js\");function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _defineProperty(e,t,i){if(t in e){Object.defineProperty(e,t,{value:i,enumerable:true,configurable:true,writable:true})}else{e[t]=i}return e}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var Adapter=function(){function e(t,i){_classCallCheck(this,e);this.getTiddlerById=t.getTiddlerById.bind(t);this.getId=t.getIdByTiddler.bind(t);this.assignId=t.assignId.bind(t);this.edgeTypeSubscriberRegistry=i;this.indeces=$tm.indeces;this.wiki=$tw.wiki;this.visShapesWithTextInside=_utils2.default.getLookupTable([\"ellipse\",\"circle\",\"database\",\"box\",\"text\"])}_createClass(e,[{key:\"deleteEdge\",value:function e(t){return this._processEdge(t,\"delete\")}},{key:\"insertEdge\",value:function e(t){return this._processEdge(t,\"insert\")}},{key:\"deleteEdges\",value:function e(t){t=_utils2.default.convert(t,\"array\");for(var i=t.length;i--;){this.deleteEdge(t[i])}}},{key:\"_processEdge\",value:function e(t,i){$tm.logger(\"debug\",\"Edge\",i,t);var r=this.getTiddlerById(t.from);if(!r||!_utils2.default.tiddlerExists(r)){return}var a=_utils2.default.getTiddler(r);var s=this.indeces.allETy[t.type]||_EdgeType2.default.getInstance(t.type);var l=this.edgeTypeSubscriberRegistry.getAllForType(s);var n=i+\"Edge\";for(var o=l.length;o--;){l[o][n](a,t,s)}if(i===\"insert\"&&!s.exists()){s.save()}return t}},{key:\"getAdjacencyList\",value:function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};$tm.start(\"Creating adjacency list\");if(!i.edges){var r=_utils2.default.getMatches(env.selector.allPotentialNodes);i.edges=this.getEdgesForSet(r,i.toWL,i.typeWL)}var a=_utils2.default.groupByProperty(i.edges,t||\"to\");$tm.stop(\"Creating adjacency list\");return a}},{key:\"getNeighbours\",value:function e(t){var i=this;var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};$tm.start(\"Get neighbours\");var a=r.addProperties,s=r.toWL,l=r.typeWL,n=r.steps;var o=this.indeces.allETy;var d=_utils2.default.getArrayValuesAsHashmapKeys(t);var u=_ViewAbstraction2.default.exists(r.view)?new _ViewAbstraction2.default(r.view):null;var f=_utils2.default.makeHashMap();var g=_utils2.default.makeHashMap();var c=parseInt(n)>0?n:1;var v=r.direction||u&&u.getConfig(\"neighbourhood_directions\");var y=!v||v===\"both\";var h=y||v===\"in\";var p=y||v===\"out\";var _=u&&\"[all[]] \"+u.getNodeFilter(\"raw\");var b=this.getAdjacencyList(\"to\",r);var m=function e(t,r,s){f[t.id]=t;var l=i.getTiddlerById(t[r]);if(u&&_utils2.default.isTrue($tm.config.sys.nodeFilterNeighbours)&&!_utils2.default.isMatch(l,_)){return}if(!d[l]){d[l]=true;var n=i.makeNode(l,a);if(n){g[n.id]=n;s.push(l)}}};var w=void 0;for(w=0;w<c&&t.length;w++){var T=[];for(var k=t.length;k--;){if(_utils2.default.isSystemOrDraft(t[k])){continue}var E=this.getEdges(t[k],s,l);for(var N in E){var A=o[E[N].type];if(y||p&&A.toArrow||h&&A.invertedArrow){m(E[N],\"to\",T)}}var I=b[this.getId(t[k])];if(!I){continue}for(var x=I.length;x--;){var S=o[I[x].type];if(y||h&&S.toArrow||p&&S.invertedArrow){m(I[x],\"from\",T)}}}t=T}var j={nodes:g,edges:f};$tm.logger(\"debug\",\"Retrieved neighbourhood\",j,\"steps\",w);$tm.stop(\"Get neighbours\");return j}},{key:\"getGraph\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},i=t.view,r=t.filter,a=t.edgeTypeWL,s=t.neighbourhoodScope;$tm.start(\"Assembling Graph\");i=_ViewAbstraction2.default.exists(i)?new _ViewAbstraction2.default(i):null;var l=_utils2.default.getMatches(r||i&&i.getNodeFilter(\"compiled\"));var n=parseInt(s||i&&i.getConfig(\"neighbourhood_scope\"));var o=a||i&&i.getEdgeTypeFilter(\"whitelist\");var d=_utils2.default.getArrayValuesAsHashmapKeys(l);var u={edges:this.getEdgesForSet(l,d,o),nodes:this.selectNodesByReferences(l,{view:i,outputType:\"hashmap\"})};if(n){var f=this.getNeighbours(l,{steps:n,view:i,typeWL:o,addProperties:{group:\"tmap:neighbour\"}});Object.assign(u.nodes,f.nodes);Object.assign(u.edges,f.edges);if(i&&i.isEnabled(\"show_inter_neighbour_edges\")){var g=this.getTiddlersByIds(f.nodes);var c=_utils2.default.getArrayValuesAsHashmapKeys(g);Object.assign(u.edges,this.getEdgesForSet(g,c))}}removeObsoleteViewData(u.nodes,i);this.attachStylesToNodes(u.nodes,i);$tm.stop(\"Assembling Graph\");$tm.logger(\"debug\",\"Assembled graph:\",u);return u}},{key:\"getEdges\",value:function e(t,i,r){var a=_utils2.default.getTiddler(t);if(!a||_utils2.default.isSystemOrDraft(a)){return}var s=this.indeces.allETy;var l=_utils2.default.makeHashMap();var n=this.edgeTypeSubscriberRegistry.getAll();for(var o=0,d=n.length;o<d;o++){Object.assign(l,n[o].loadEdges(a,i,r))}for(var u in l){var f=l[u];if(!f.from||!f.to){continue}var g=s[f.type]||_EdgeType2.default.getInstance(f.type);addStyleToEdge(l[u],g);l[u]=f}return l}},{key:\"getEdgesForSet\",value:function e(t,i,r){var a=_utils2.default.makeHashMap();for(var s=t.length;s--;){Object.assign(a,this.getEdges(t[s],i,r))}return a}},{key:\"selectEdgesByType\",value:function e(t){var i=_utils2.default.makeHashMap(_defineProperty({},_EdgeType2.default.getInstance(t).id,true));return this.getEdgesForSet(this.getAllPotentialNodes(),null,i)}},{key:\"getAllPotentialNodes\",value:function e(){return _utils2.default.getMatches($tm.selector.allPotentialNodes)}},{key:\"_processEdgesWithType\",value:function e(t,i){var r=i.action,a=i.newName;t=_EdgeType2.default.getInstance(t);$tm.logger(\"debug\",\"Processing edges\",t,r);var s=this.selectEdgesByType(t);if(r===\"rename\"){new _EdgeType2.default(a,t).save()}for(var l in s){this._processEdge(s[l],\"delete\");if(r===\"rename\"){s[l].type=a;this._processEdge(s[l],\"insert\")}}this.wiki.deleteTiddler(t.fullPath)}},{key:\"selectNodesByReferences\",value:function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{},r=i.addProperties,a=i.outputType;var s=_utils2.default.makeHashMap();var l=Object.keys(t);for(var n=l.length;n--;){var o=this.makeNode(t[l[n]],r);if(o){s[o.id]=o}}return _utils2.default.convert(s,a)}},{key:\"selectNodesByIds\",value:function e(t,i){var r=this.getTiddlersByIds(t);return this.selectNodesByReferences(r,i)}},{key:\"selectNodeById\",value:function e(t,i){i=Object.assign({},i,{outputType:\"hashmap\"});var r=this.selectNodesByIds([t],i);return r[t]}},{key:\"removeNodeType\",value:function e(t){t=_NodeType2.default.getInstance(t);this.wiki.deleteTiddler(t.fullPath)}},{key:\"makeNode\",value:function e(t,i){var r=_utils2.default.getTiddler(t);if(!r||_utils2.default.isSystemOrDraft(r))return;var a=_utils2.default.merge({},i);a.id=this.assignId(r);a.tRef=r.fields.title;var s=r.fields[$tm.field.nodeLabel];a.label=(s&&$tm.field.nodeLabel!==\"title\"?this.wiki.renderText(\"text/plain\",\"text/vnd-tiddlywiki\",s):r.fields.title).replace(\"\\\\n\",\"\\n\");return a}},{key:\"getInheritedNodeStyles\",value:function e(t){var i=this.getTiddlersByIds(t);var r={};var a=this.indeces.glNTy;for(var s=a.length;s--;){var l=a[s];var n=[];if(l.id===\"tmap:neighbour\"){for(var o in t){if(t[o].group===\"tmap:neighbour\"){n.push(this.getTiddlerById(o))}}}else{n=l.getInheritors(i)}for(var d=n.length;d--;){var u=n[d];var f=r[u]=r[u]||{};f.style=_utils2.default.merge(f.style||{},l.style);if(l[\"fa-icon\"]){f[\"fa-icon\"]=l[\"fa-icon\"]}else if(l[\"tw-icon\"]){f[\"tw-icon\"]=l[\"tw-icon\"]}}}return r}},{key:\"attachStylesToNodes\",value:function e(t,i){i=_ViewAbstraction2.default.exists(i)?new _ViewAbstraction2.default(i):null;var r=this.getInheritedNodeStyles(t);var a=i?i.getNodeData():_utils2.default.makeHashMap();var s=i&&!i.isEnabled(\"physics_mode\");for(var l in t){var n=this.getTiddlerById(l);var o=this.wiki.getTiddler(n);var d=o.fields;var u=t[l];var f=void 0;var g=r[n];if(g){_utils2.default.merge(u,g.style);f=getIcon(g[\"fa-icon\"],g[\"tw-icon\"])}if(d.color){u.color=d.color}if(d[\"tmap.style\"]){_utils2.default.merge(u,_utils2.default.parseJSON(d[\"tmap.style\"]))}f=getIcon(d[\"tmap.fa-icon\"],d[\"icon\"])||f;var c=a[l];if(c){_utils2.default.merge(u,c);if(s){u.fixed={x:u.x!=null,y:u.y!=null}}f=getIcon(c[\"fa-icon\"],c[\"tw-icon\"])||f}var v=u.color!==null&&_typeof(u.color)===\"object\";var y=v?u.color.background:u.color;u.color={background:y,border:v?u.color.border:undefined};addNodeIcon(u,f);u.font=u.font||{};if(u.shape&&!this.visShapesWithTextInside[u.shape]){u.font.color=\"black\"}else if(!u.font.color&&y){u.font.color=(0,_contrastcolour.run)(y,y,\"black\",\"white\")}if(u.shape===\"icon\"&&_typeof(u.icon)===\"object\"){u.icon.color=y}}if(i){var h=t[i.getConfig(\"central-topic\")];if(h){_utils2.default.merge(h,this.indeces.glNTyById[\"tmap:central-topic\"].style)}}}},{key:\"deleteNode\",value:function e(t){if(!t){return}var i=(typeof t===\"undefined\"?\"undefined\":_typeof(t))===\"object\"?t.id:t;var r=this.getTiddlerById(i);if(r){_utils2.default.deleteTiddlers([r])}var a=_utils2.default.getMatches(env.selector.allViews);for(var s=a.length;s--;){var l=new _ViewAbstraction2.default(a[s]);l.removeNode(i)}var n=this.getNeighbours([r]);this.deleteEdges(n.edges)}},{key:\"deleteNodes\",value:function e(t){for(var i=t.length;i--;){this.deleteNode(t[i])}}},{key:\"insertNode\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};var i=arguments[1];var r=arguments[2];t.label=this.wiki.generateNewTitle(t.label||_utils2.default.getRandomLabel());var a=new $tw.Tiddler({text:\"\"},r,{title:t.label,\"tmap.id\":null},this.wiki.getModificationFields(),this.wiki.getCreationFields());this.wiki.addTiddler(a);t=this.makeNode(a,t);if(_ViewAbstraction2.default.exists(i)){new _ViewAbstraction2.default(i).addNode(t)}return t}},{key:\"getTiddlersByIds\",value:function e(t){if(Array.isArray(t)){t=_utils2.default.getArrayValuesAsHashmapKeys(t)}else if(t instanceof _vis2.default.DataSet){t=_utils2.default.getLookupTable(t,\"id\")}var i=[];for(var r in t){var a=this.getTiddlerById(r);if(a){i.push(a)}}return i}}]);return e}();var getFAdigits=function e(t){return t.length===4?t:t.substr(3,4)};var addNodeIcon=function e(t,i){if(!i){return}if(i.fa){t.shape=\"icon\";t.icon={shape:\"icon\",face:\"FontAwesome\",color:t.color,code:String.fromCharCode(\"0x\"+getFAdigits(i.fa))};if(t.size){t.icon.size=t.size}return}if(i.tw){var r=_utils2.default.getTiddler(i.tw);if(!r){return}if(r.fields[\"_canonical_uri\"]){t.image=r.fields[\"_canonical_uri\"];t.shape=\"image\"}else if(r.fields.text){t.image=_utils2.default.getDataUri(r);t.shape=\"image\"}}};var removeObsoleteViewData=function e(t,i){if(!_ViewAbstraction2.default.exists(i)||!t){return}i=new _ViewAbstraction2.default(i);var r=i.getNodeData();var a=0;for(var s in r){if(t[s]===undefined&&r[s]!=null){r[s]=undefined;a++}}if(a){$tm.logger(\"debug\",\"[Cleanup]\",\"Removed obsolete node data:\",i.getLabel(),a);i.saveNodeData(r)}};var addStyleToEdge=function e(t,i){t=Object.assign(t,i.style);if(_utils2.default.isTrue(i[\"show-label\"],true)){t.label=i.getLabel()}};var getIcon=function e(t,i){return t&&{fa:t}||i&&{tw:i}};exports.default=Adapter;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Adapter.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/CallbackManager",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var a=0;a<t.length;a++){var l=t[a];l.enumerable=l.enumerable||false;l.configurable=true;if(\"value\"in l)l.writable=true;Object.defineProperty(e,l.key,l)}}return function(t,a,l){if(a)e(t.prototype,a);if(l)e(t,l);return t}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/CallbackManager\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var CallbackManager=function(){function e(){_classCallCheck(this,e);this.callbacks=_utils2.default.makeHashMap();this.logger=$tm.logger;this.wiki=$tw.wiki}_createClass(e,[{key:\"add\",value:function e(t,a){var l=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;this.logger(\"debug\",'A callback was registered for changes of \"'+t+'\"');this.callbacks[t]={execute:a,isDeleteOnCall:l}}},{key:\"remove\",value:function e(t){if(!t){return}if(typeof t===\"string\"){t=[t]}for(var a=t.length;a--;){var l=t[a];if(this.callbacks[l]){this.logger(\"debug\",'Deleting callback for \"'+l+'\"');delete this.callbacks[l]}}}},{key:\"refresh\",value:function e(t){if(this.callbacks.length==0){return}for(var a in t){if(!this.callbacks[a]){continue}if(this.wiki.getTiddler(a)){this.logger(\"debug\",\"Executing a callback for: \"+a);this.callbacks[a].execute(a);if(!this.callbacks.isDeleteOnCall){continue}}this.remove(a)}}}]);return e}();exports.default=CallbackManager;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/CallbackManager.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/startup/caretaker": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/startup/caretaker",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.startup=exports.synchronous=exports.before=exports.after=exports.platforms=exports.name=undefined;var _rebuilders;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/startup/caretaker\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _vis=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/vis\");var _vis2=_interopRequireDefault(_vis);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Fixer=require(\"$:/plugins/felixhayashi/tiddlymap/js/Fixer\");var _Fixer2=_interopRequireDefault(_Fixer);var _Adapter=require(\"$:/plugins/felixhayashi/tiddlymap/js/Adapter\");var _Adapter2=_interopRequireDefault(_Adapter);var _tracker=require(\"$:/plugins/felixhayashi/tiddlymap/js/services/tracker\");var _tracker2=_interopRequireDefault(_tracker);var _EdgeTypeSubscriberRegistry=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry\");var _EdgeTypeSubscriberRegistry2=_interopRequireDefault(_EdgeTypeSubscriberRegistry);var _DialogManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/DialogManager\");var _DialogManager2=_interopRequireDefault(_DialogManager);var _CallbackManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\");var _CallbackManager2=_interopRequireDefault(_CallbackManager);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _vis3=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis4=_interopRequireDefault(_vis3);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);var _URL=require(\"$:/plugins/felixhayashi/tiddlymap/js/URL\");var _URL2=_interopRequireDefault(_URL);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _defineProperty(e,t,r){if(t in e){Object.defineProperty(e,t,{value:r,enumerable:true,configurable:true,writable:true})}else{e[t]=r}return e}var init=function e(){window.$tm=_extends({},env,{utils:_utils2.default,url:new _URL2.default(window.location.href)});cleanup();registerPublicClasses($tm);updateGlobals($tm);createMetaFile($tm.logger);var t=attachIndeces($tm);var r=getInitializedServices(t);Object.assign($tm,r);loadDefaultView($tm.config.sys.defaultView);r.fixer.fix();$tm.registry=[];setInterval(routineCheck,5e3);registerChangeListener($tm.callbackManager);registerMousemoveListener();registerClickListener();if($tm.url.query[\"tmap-enlarged\"]){prepareFullscreenStart($tm.url)}$tm.logger(\"warn\",\"TiddlyMap's caretaker successfully started\")};var getInitializedServices=function e(t){var r=new _tracker2.default(d);var i=$tw.modules.applyMethods(\"tmap.edgetypehandler\");var a=new _EdgeTypeSubscriberRegistry2.default(i,t.allETy,r);var s=new _Adapter2.default(r,a);var l=new _CallbackManager2.default;var n=new _DialogManager2.default(l);var d=new _Fixer2.default(s,$tm.logger,t.glNTy);return{edgeTypeSubscriberRegistry:a,tracker:r,adapter:s,callbackManager:l,dialogManager:n,fixer:d}};var registerPublicClasses=function e(t){t.keycharm=_vis4.default.keycharm;t.NodeType=_NodeType2.default;t.EdgeType=_EdgeType2.default;t.ViewAbstraction=_ViewAbstraction2.default};var attachOptions=function e(t){var r=t;if(!r.config)r.config=_utils2.default.makeHashMap();r.config.sys=_utils2.default.merge(r.config.sys,_utils2.default.unflatten($tw.wiki.getTiddlerData(env.ref.sysUserConf)));r.config.vis=_utils2.default.merge({},_vis2.default,_utils2.default.parseFieldData(env.ref.visUserConf));if(!r.field)r.field=_utils2.default.makeHashMap();$tw.utils.extend(r.field,r.config.sys.field)};var attachIndeces=function e(t){$tm.start(\"Attaching Indeces\");t.indeces=t.indeces||{};updateNodeTypesIndeces(t.indeces);updateEdgeTypesIndeces(t.indeces);$tm.stop(\"Attaching Indeces\");return t.indeces};var updateNodeTypesIndeces=function e(t){t=t||$tm.indeces;var r=$tm.path.nodeTypes;var i=t.glNTy=[];var a=t.glNTyById=_utils2.default.makeHashMap();$tw.wiki.eachTiddlerPlusShadows(function(e,t){if(_utils2.default.startsWith(t,r)){var s=_NodeType2.default.getInstance(t);a[s.id]=s;i.push(s)}});i.sort(function(e,t){return e.priority-t.priority})};var updateEdgeTypesIndeces=function e(t){t=t||$tm.indeces;var r=$tm.path.edgeTypes;var i=t.allETy=_utils2.default.makeHashMap();$tw.wiki.eachTiddlerPlusShadows(function(e,t){if(_utils2.default.startsWith(t,r)){var a=_EdgeType2.default.getInstance(t);i[a.id]=a}});if($tm.edgeTypeSubscriberRegistry){$tm.edgeTypeSubscriberRegistry.updateIndex(i)}};var attachFunctions=function e(t){var r=t;var i=function e(){};if(_utils2.default.isTrue($tm.config.sys.debug,false)&&console){r.logger=function(){if(arguments.length<2)return;var e=Array.prototype.slice.call(arguments);var t=e.shift(e);var r=console.hasOwnProperty(t)?t:\"debug\";console[r].apply(console,e)};r.start=function(e){console.time(\"[timer] \"+e)};r.stop=function(e){console.timeEnd(\"[timer] \"+e)}}else{r.logger=r.start=r.stop=i}r.notify=_utils2.default.isTrue($tm.config.sys.notifications)?_utils2.default.notify:i};var routineCheck=function e(){for(var t=$tm.registry.length;t--;){var r=$tm.registry[t];if(!r.destruct||!r.isZombieWidget)return;if(r.isZombieWidget()){$tm.logger(\"warn\",\"a widget will be removed\");$tm.registry.splice(t,1);r.destruct()}}};var dispatchUpdates=function e(t){var r=$tm.registry;for(var i=r.length;i--;){var a=r[i];if(a.update&&a.isZombieWidget&&!a.isZombieWidget()){a.update(t)}}};var checkForClone=function e(t){var r=_utils2.default.getDublicates(t);if(!r.length){return}_utils2.default.setField(t,\"tmap.edges\",undefined);$tm.tracker.assignId(t,true);$tm.dialogManager.open(\"dublicateIdInfo\",{param:{changedTiddler:t.fields.title,filter:_utils2.default.joinAndWrap(r,\"[[\",\"]]\"),id:_utils2.default.getId(t)}})};var updateGlobals=function e(t){attachOptions($tm);attachFunctions($tm);$tm.logger(\"warn\",\"Rebuilt globals\")};var lastCurrentTiddler=null;var updateLiveViewTrigger=function e(t){if(t[\"$:/HistoryList\"]){var r=_utils2.default.getField(\"$:/HistoryList\",\"current-tiddler\")}else if(t[\"$:/temp/focussedTiddler\"]){var r=_utils2.default.getField(\"$:/temp/focussedTiddler\",\"text\")}if(r!=null&&lastCurrentTiddler!==r){lastCurrentTiddler=r;_utils2.default.setField(\"$:/temp/tmap/currentTiddler\",\"text\",r)}};var printChanges=function e(t,r){if(!_utils2.default.isTrue($tm.config.sys.debug,false))return;$tm.logger(\"warn\",\"=== Refresh \"+r+\" ===\");for(var i in t){var a=t[i].deleted?\"[Deleted]\":\"[Modified]\";$tm.logger(\"warn\",a,i,$tw.wiki.getTiddler(i))}};var registerMousemoveListener=function e(){$tm.mouse={};var t=function e(t){$tm.mouse=t};window.addEventListener(\"mousemove\",t,false)};var registerClickListener=function e(){var t=$tm.path.tempPopups;window.addEventListener(\"click\",function(e){var r=_utils2.default.getTiddlersByPrefix(t);for(var i=r.length;i--;){if(_utils2.default.getText(r[i]))break}if(i===-1)return;if(!$tw.utils.hasClass(e.target,\"tc-drop-down\")&&!_utils2.default.getAncestorWithClass(e.target,\"tc-drop-down\")){for(var i=r.length;i--;){_utils2.default.setText(r[i],\"\")}}},false)};var registerChangeListener=function e(t){var r=0;$tw.wiki.addEventListener(\"change\",function(e){$tm.start(\"Caretaker handling changes\");printChanges(e,r++);t.refresh(e);var i={changedTiddlers:{}};for(var a in e){var s=_utils2.default.getTiddler(a);if(s&&s.isDraft()){continue}var l=handleTiddlerChange(a,s,i);if(l){i.changedTiddlers[a]=e[a]}}dispatchUpdates(i);updateLiveViewTrigger(e);$tm.stop(\"Caretaker handling changes\")})};var rebuilders=(_rebuilders={},_defineProperty(_rebuilders,env.path.options,updateGlobals),_defineProperty(_rebuilders,env.path.nodeTypes,updateNodeTypesIndeces),_defineProperty(_rebuilders,env.path.edgeTypes,updateEdgeTypesIndeces),_rebuilders);var handleTiddlerChange=function e(t,r,i){if($tw.wiki.isSystemTiddler(t)){for(var a in rebuilders){if(_utils2.default.startsWith(t,a)&&!i[a]){$tm.logger(\"warn\",\"[System change]\",a);rebuilders[a]();i[a]=true}}}else if(r){if(r.fields.text===undefined){$tw.wiki.dispatchEvent(\"lazyLoad\",t);return false}checkForClone(r);$tm.tracker.assignId(r)}else{var s=$tm.tracker.getIdByTiddler(t);if(!s){return false}var l=_utils2.default.getTiddlerWithField(\"tmap.id\",s);if(l){$tm.logger(\"warn\",\"[Renamed]\",t,\"into\",l)}else{$tm.adapter.deleteNode(s)}}return true};var cleanup=function e(){_utils2.default.deleteByPrefix(\"$:/temp/felixhayashi\");_utils2.default.deleteByPrefix(\"$:/temp/tiddlymap\");_utils2.default.deleteByPrefix(\"$:/temp/tmap\")};var loadDefaultView=function e(t){if(t){_utils2.default.setText(env.ref.defaultViewHolder,$tm.config.sys.defaultView)}};var prepareFullscreenStart=function e(t){var r=env.ref,i=r.mainEditor,a=r.defaultViewHolder;_utils2.default.setSidebarTab(i);if(_ViewAbstraction2.default.exists(t)){t=new _ViewAbstraction2.default(t);_utils2.default.setField(a,\"text\",t.getLabel())}};var createMetaFile=function e(t){if(_utils2.default.tiddlerExists(env.ref.sysMeta)){return}t(\"warn\",\"Creating meta file\");var r=$tw.wiki.getTiddler(env.path.pluginRoot);$tw.wiki.setTiddlerData(env.ref.sysMeta,{originalVersion:r.fields.version,dataStructureState:\"0.6.9\",showWelcomeMessage:true})};var name=exports.name=\"tmap.caretaker\";var platforms=exports.platforms=[\"browser\"];var after=exports.after=[\"startup\"];var before=exports.before=[\"rootwidget\"];var synchronous=exports.synchronous=true;var startup=exports.startup=init;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Caretaker.js.map\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/js/DialogManager": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/DialogManager",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var a=0;a<t.length;a++){var l=t[a];l.enumerable=l.enumerable||false;l.configurable=true;if(\"value\"in l)l.writable=true;Object.defineProperty(e,l.key,l)}}return function(t,a,l){if(a)e(t.prototype,a);if(l)e(t,l);return t}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/DialogManager\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _CallbackManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\");var _CallbackManager2=_interopRequireDefault(_CallbackManager);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var DialogManager=function(){function e(t,a){_classCallCheck(this,e);this.callbackManager=t;this.context=a}_createClass(e,[{key:\"open\",value:function t(a){var l=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var i=arguments[2];if(_utils2.default.isTrue($tm.config.sys.suppressedDialogs[a],false)){$tm.logger(\"warning\",\"Suppressed dialog\",a);return}$tm.logger(\"debug\",\"Dialog param object\",l);if(typeof i===\"function\"&&this.context){i=i.bind(this.context)}var r=$tm.path.tempRoot+\"/dialog-\"+_utils2.default.genUUID();var n=_utils2.default.getTiddler($tm.path.dialogs+\"/\"+a);var u={title:r,buttons:n.fields[\"buttons\"]||\"ok_cancel\",classes:\"tmap-modal-content \"+n.fields[\"classes\"],output:r+\"/output\",result:r+\"/result\",temp:r+\"/temp\",template:n.fields.title,templateId:a,currentTiddler:r+\"/output\",text:_utils2.default.getText($tm.path.dialogs)};_utils2.default.touch(u.output);if(l.dialog){if(l.dialog.preselects){$tw.wiki.addTiddler(new $tw.Tiddler({title:u.output},_utils2.default.flatten(l.dialog.preselects)));delete l.dialog.preselects}_utils2.default.merge(u,l.dialog)}u.footer=_utils2.default.getText($tm.path.footers);u=_utils2.default.flatten(u);l=_utils2.default.flatten(l);var s=function t(a){e.getElement(\"hidden-close-button\").click();var l=$tw.wiki.getTiddler(a);var n=l.fields.text;var s=null;if(n){s=$tw.wiki.getTiddler(u.output)}else{$tm.notify(\"operation cancelled\")}if(typeof i===\"function\"){i(n,s)}_utils2.default.deleteByPrefix(r)};this.callbackManager.add(u.result,s,true);var o=new $tw.Tiddler(n,l,u);$tw.wiki.addTiddler(o);$tm.logger(\"debug\",\"Opening dialog\",o);$tw.rootWidget.dispatchEvent({type:\"tm-modal\",param:o.fields.title,paramObject:o.fields});e.addKeyBindings();return o}}],[{key:\"getElement\",value:function e(t){return _utils2.default.getFirstElementByClassName(\"tmap-\"+t)}},{key:\"addKeyBindings\",value:function t(){var a=$tm.keycharm({container:_utils2.default.getFirstElementByClassName(\"tc-modal\")});var l=/tmap-triggers-(.+?)-on-(.+?)(?:\\s|$)/;var i=document.getElementsByClassName(\"tmap-trigger-field\");var r=function t(r){var n=i[r].className.split(\" \");var u=function t(i){var r=n[i].match(l);if(!r){return\"continue\"}var u=r[1];var s=r[2];var o=e.getElement(u);if(!o){return\"continue\"}a.bind(s,function(){if(document.getElementsByClassName(n[i]).length){o.click()}})};for(var s=n.length;s--;){var o=u(s);if(o===\"continue\")continue}};for(var n=i.length;n--;){r(n)}}}]);return e}();exports.default=DialogManager;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/DialogManager.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/Fixer": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/Fixer",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Fixer\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var Fixer=function(){function e(t,i,r){_classCallCheck(this,e);this.adapter=t;this.logger=i;this.wiki=$tw.wiki;this.glNTy=r}_createClass(e,[{key:\"moveEdges\",value:function e(t,i){var r=_utils2.default.getTiddlersByPrefix(t);for(var a=0;a<r.length;a++){var u=_utils2.default.getBasename(r[a]);if(u===\"__noname__\"){u=\"tmap:unknown\"}u=_EdgeType2.default.getInstance(u);if(!u.exists()){u.save()}var n=this.wiki.getTiddlerData(r[a]);for(var s=0;s<n.length;s++){n[s].type=(i?i+\":\":\"\")+u.id;this.adapter.insertEdge(n[s])}this.wiki.deleteTiddler(r[a])}}},{key:\"executeUpgrade\",value:function e(t,i,r){if(!_utils2.default.isLeftVersionGreater(t,i)){return}this.logger(\"debug\",\"Upgrading data structure to \"+t);var a=r();_utils2.default.setEntry(env.ref.sysMeta,\"dataStructureState\",t);return a}},{key:\"fixId\",value:function e(){var t=this.wiki.getTiddlerData(env.ref.sysMeta,{});this.executeUpgrade(\"0.9.2\",t.dataStructureState,function(){if(_utils2.default.isLeftVersionGreater(\"0.9.2\",t.originalVersion)){var e=\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\";var i=_utils2.default.getEntry(e,\"field.nodeId\",\"tmap.id\");_utils2.default.moveFieldValues(i,\"tmap.id\",true,false)}})}},{key:\"fix\",value:function e(){var t=this;var i=this.wiki.getTiddlerData(env.ref.sysMeta,{});this.logger(\"debug\",\"Fixer is started\");this.logger(\"debug\",\"Data-structure currently in use: \",i.dataStructureState);this.executeUpgrade(\"0.7.0\",i.dataStructureState,function(){t.moveEdges(\"$:/plugins/felixhayashi/tiddlymap/graph/edges\",null);var e=env.selector.allViews;var i=_utils2.default.getMatches(e);for(var r=0;r<i.length;r++){var a=new _ViewAbstraction2.default(i[r]);t.moveEdges(a.getRoot()+\"/graph/edges\",a)}});this.executeUpgrade(\"0.7.32\",i.dataStructureState,function(){if(!_ViewAbstraction2.default.exists(\"Live View\")){return}var e=new _ViewAbstraction2.default(\"Live View\");e.setNodeFilter(\"[field:title{$:/temp/tmap/currentTiddler}]\",true);e.setConfig({\"refresh-trigger\":null,\"refresh-triggers\":$tw.utils.stringifyList([\"$:/temp/tmap/currentTiddler\"])})});this.executeUpgrade(\"0.9.0\",i.dataStructureState,function(){var e=env.ref.visUserConf;var i=_utils2.default.unflatten(t.wiki.getTiddlerData(e,{}));if(_typeof(i.groups)===\"object\"){var r=_NodeType2.default.getInstance(\"tmap:neighbour\");r.setStyle(i.groups[\"neighbours\"]);r.save();delete i.groups;t.wiki.setTiddlerData(e,i)}});this.fixId();this.executeUpgrade(\"0.9.16\",i.dataStructureState,function(){for(var e=t.glNTy.length;e--;){t.glNTy[e].save(null,true)}});this.executeUpgrade(\"0.10.3\",i.dataStructureState,function(){var e=env.ref.liveTab;if(_utils2.default.getTiddler(e).hasTag(\"$:/tags/SideBar\")){this.wiki.deleteTiddler(e);_utils2.default.setField(e,\"tags\",\"$:/tags/SideBar\")}});this.executeUpgrade(\"0.11.0\",i.dataStructureState,function(){var e=_utils2.default.getMatches(env.selector.allViews);for(var t=e.length;t--;){var i=new _ViewAbstraction2.default(e[t]);var r=i.getEdgeTypeFilter(\"raw\");var a=\"edge_type_namespace\";i.setConfig(a,i.getConfig(a));var u=env.filter.defaultEdgeTypeFilter;if(r){var n=env.path.edgeTypes;r=_utils2.default.replaceAll(r,\"\",[n,n+\"/\",\"[prefix[\"+n+\"]]\",\"[prefix[\"+n+\"/]]\",[\"[suffix[tw-body:link]]\",\"[[tw-body:link]]\"],[\"[suffix[tw-list:tags]]\",\"[[tw-list:tags]]\"],[\"[suffix[tw-list:list]]\",\"[[tw-body:list]]\"],[\"[suffix[tmap:unknown]]\",\"[[tmap:unknown]]\"],[\"[suffix[unknown]]\",\"[[tmap:unknown]]\"]]);u=\"-[prefix[_]] \"+r}i.setEdgeTypeFilter(u)}})}}]);return e}();exports.default=Fixer;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Fixer.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/startup/listener": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/startup/listener",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.startup=exports.synchronous=exports.before=exports.after=exports.platforms=exports.name=undefined;var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _vis=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/vis\");var _vis2=_interopRequireDefault(_vis);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}var handleCancelDialog=function e(t){var a=t.param;_utils2.default.setField(a,\"text\",\"\")};\n/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/startup/listener\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var handleClearTiddler=function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},a=t.paramObject;var r=a.title,d=a.keep;if(!r)return;var i=_utils2.default.getTiddler(r);var l=i?i.fields:{};var s=d?d.split():[];var n={title:r,text:\"\"};for(var p=s.length;p--;){var o=s[p];n[o]=l[o]}$tw.wiki.deleteTiddler(r);$tw.wiki.addTiddler(new $tw.Tiddler(n))};var handleMixTiddlers=function e(t){var a=t.paramObject,r=a===undefined?{}:a;var d=r.tiddlers,i=r.output;if(!d||!i)return;var l=$tw.utils.parseStringArray(d);var s=_utils2.default.getMergedTiddlers(l,i);$tw.wiki.addTiddler(s)};var handleConfirmDialog=function e(t){var a=t.param;_utils2.default.setField(a,\"text\",\"1\")};var handleSuppressDialog=function e(t){var a=t.paramObject;var r=a.dialog,d=a.suppress;if(_utils2.default.isTrue(d,false)){_utils2.default.setEntry($tm.ref.sysUserConf,\"suppressedDialogs.\"+r,true)}};var handleDownloadGraph=function e(t){var a=t.paramObject;var r=a.view;var d=$tm.adapter.getGraph({view:r});d.nodes=_utils2.default.convert(d.nodes,\"array\");d.edges=_utils2.default.convert(d.edges,\"array\");var i=\"$:/temp/tmap/export\";_utils2.default.setField(i,\"text\",JSON.stringify(d,null,2));$tw.rootWidget.dispatchEvent({type:\"tm-download-file\",param:i,paramObject:{filename:r+\".json\"}})};var handleConfigureSystem=function e(){var t=_utils2.default.getMatches($tm.selector.allPotentialNodes);var a=$tm.adapter.getEdgesForSet(t);var r=$tw.wiki.getTiddler($tm.path.pluginRoot).fields;var d=$tw.wiki.getTiddlerData($tm.ref.sysMeta);var i=_utils2.default.getTiddler($tm.ref.liveTab).hasTag(\"$:/tags/SideBar\");var l={numberOfNodes:\"\"+t.length,numberOfEdges:\"\"+Object.keys(a).length,pluginVersion:\"v\"+r.version,dataStructureVersion:\"v\"+d.dataStructureState,dialog:{preselects:{liveTab:\"\"+i,\"vis-inherited\":JSON.stringify(_vis2.default),\"config.vis\":_utils2.default.getText($tm.ref.visUserConf),\"config.sys\":$tm.config.sys}}};$tm.dialogManager.open(\"globalConfig\",l,function(e,t){if(!e)return;var a=_utils2.default.getPropertiesByPrefix(t.fields,\"config.sys.\",true);$tw.wiki.setTiddlerData($tm.ref.sysUserConf,a);if(_utils2.default.isTrue(t.fields.liveTab,false)){_utils2.default.setField($tm.ref.liveTab,\"tags\",\"$:/tags/SideBar\")}else{$tw.wiki.deleteTiddler($tm.ref.liveTab)}_utils2.default.setField($tm.ref.visUserConf,\"text\",t.fields[\"config.vis\"])})};var handleGenerateWidget=function e(t){var a=t.paramObject,r=a===undefined?{}:a;var d={dialog:{preselects:{\"var.view\":r.view||$tm.misc.defaultViewLabel}}};$tm.dialogManager.open(\"widgetCodeGenerator\",d)};var handleRemoveEdge=function e(t){var a=t.paramObject;$tm.adapter.deleteEdge(a)};var handleCreateEdge=function e(t){var a=t.paramObject;var r=a.from,d=a.to,i=a.force;if(!r||!d)return;if(_utils2.default.tiddlerExists(r)&&_utils2.default.tiddlerExists(d)||i){_utils2.default.addTiddler(d);_utils2.default.addTiddler(r);var l=new _Edge2.default($tm.adapter.makeNode(r).id,$tm.adapter.makeNode(d).id,a.label,a.id);$tm.adapter.insertEdge(l);$tm.notify(\"Edge inserted\")}};var handleOpenTypeManager=function e(t){var a=t.type,r=t.paramObject,d=r===undefined?{}:r;var i=a.match(/tmap:tm-(.*)/)[1];if(i===\"manage-edge-types\"){var l=\"Edge-Type Manager\";var s=$tm.selector.allEdgeTypes;var n=$tm.path.edgeTypes}else{var l=\"Node-Type Manager\";var s=$tm.selector.allNodeTypes;var n=$tm.path.nodeTypes}var p={mode:i,topic:l,searchSelector:s,typeRootPath:n};var o=$tm.dialogManager.open(\"MapElementTypeManager\",p);if(d.type){handleLoadTypeForm({paramObject:{mode:i,id:d.type,output:o.fields[\"output\"]}})}};var handleLoadTypeForm=function e(t){var a=t.paramObject,r=a.mode,d=a.id,i=a.output;var l=i;var s=r===\"manage-edge-types\"?_EdgeType2.default.getInstance(d):_NodeType2.default.getInstance(d);s.save(l,true);if(r===\"manage-edge-types\"){var n=$tm.adapter.selectEdgesByType(s);var p=Object.keys(n).length;_utils2.default.setField(l,\"temp.usageCount\",p)}$tw.wiki.addTiddler(new $tw.Tiddler(_utils2.default.getTiddler(l),{typeTRef:s.fullPath,\"temp.idImmutable\":s.isShipped?\"true\":\"\",\"temp.newId\":s.id,\"vis-inherited\":JSON.stringify($tm.config.vis)}));_utils2.default.deleteByPrefix(\"$:/state/tabs/MapElementTypeManager\")};var handleSaveTypeForm=function e(t){var a=t.paramObject;var r=_utils2.default.getTiddler(a.output);if(!r)return;var d=r.fields.id;var i=a.mode;if(_utils2.default.isTrue(r.fields[\"temp.deleteType\"],false)){deleteType(i,d,r)}else{saveType(i,d,r)}};var deleteType=function e(t,a,r){var d=t===\"manage-edge-types\"?_EdgeType2.default.getInstance(a):_NodeType2.default.getInstance(a);$tm.logger(\"debug\",\"Deleting type\",d);if(t===\"manage-edge-types\"){$tm.adapter._processEdgesWithType(d,{action:\"delete\"})}else{$tm.adapter.removeNodeType(d)}$tw.wiki.addTiddler(new $tw.Tiddler({title:_utils2.default.getTiddlerRef(r)}));$tm.notify(\"Deleted type\")};var saveType=function e(t,a,r){var d=_utils2.default.getTiddler(r);var i=t===\"manage-edge-types\"?_EdgeType2.default:_NodeType2.default;var l=new i(a,d);l.save();var s=d.fields[\"temp.newId\"];if(s&&s!==d.fields[\"id\"]){if(t===\"manage-edge-types\"){$tm.adapter._processEdgesWithType(l,{action:\"rename\",newName:s})}else{new _NodeType2.default(s,l).save();$tw.wiki.deleteTiddler(l.fullPath)}_utils2.default.setField(d,\"id\",s)}$tm.notify(\"Saved type data\")};var handleCreateType=function e(t){var a=t.paramObject,r=a.mode,d=a.id,i=d===undefined?\"New type\":d,l=a.output;var s=r===\"manage-edge-types\"?new _EdgeType2.default(i):new _NodeType2.default(i);s.save();handleLoadTypeForm({paramObject:{id:s.id,mode:r,output:l}})};var name=exports.name=\"tmap.listener\";var platforms=exports.platforms=[\"browser\"];var after=exports.after=[\"rootwidget\",\"tmap.caretaker\"];var before=exports.before=[\"story\"];var synchronous=exports.synchronous=true;var startup=exports.startup=function e(){_utils2.default.addTWlisteners({\"tmap:tm-remove-edge\":handleRemoveEdge,\"tmap:tm-load-type-form\":handleLoadTypeForm,\"tmap:tm-save-type-form\":handleSaveTypeForm,\"tmap:tm-create-type\":handleCreateType,\"tmap:tm-create-edge\":handleCreateEdge,\"tmap:tm-suppress-dialog\":handleSuppressDialog,\"tmap:tm-generate-widget\":handleGenerateWidget,\"tmap:tm-download-graph\":handleDownloadGraph,\"tmap:tm-configure-system\":handleConfigureSystem,\"tmap:tm-manage-edge-types\":handleOpenTypeManager,\"tmap:tm-manage-node-types\":handleOpenTypeManager,\"tmap:tm-cancel-dialog\":handleCancelDialog,\"tmap:tm-clear-tiddler\":handleClearTiddler,\"tmap:tm-merge-tiddlers\":handleMixTiddlers,\"tmap:tm-confirm-dialog\":handleConfirmDialog},$tw.rootWidget,undefined)};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Listener.js.map\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/js/services/tracker": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/services/tracker",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/services/tracker\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var Tracker=function(){function e(t){_classCallCheck(this,e);this.wiki=$tw.wiki;this.logger=$tm.logger;this._createIndex()}_createClass(e,[{key:\"_createIndex\",value:function e(){var t=this.tById={};var i=this.idByT={};this.wiki.each(function(e,r){if(_utils2.default.isSystemOrDraft(e)){return}var l=e.fields[\"tmap.id\"];if(!l){l=_utils2.default.genUUID();_utils2.default.setField(e,\"tmap.id\",l)}t[l]=r;i[r]=l})}},{key:\"assignId\",value:function e(t,i){var r=_utils2.default.getTiddler(t);if(!r){throw new ResourceNotFoundException(t)}var l=r.fields[\"tmap.id\"];if(!l||i){l=_utils2.default.genUUID();_utils2.default.setField(r,\"tmap.id\",l);this.logger(\"info\",\"Assigning new id to\",r.fields.title)}this.tById[l]=r.fields.title;this.idByT[r.fields.title]=l;return l}},{key:\"getIdByTiddler\",value:function e(t){return this.idByT[_utils2.default.getTiddlerRef(t)]}},{key:\"getIdsByTiddlers\",value:function e(){return this.idByT}},{key:\"getTiddlersByIds\",value:function e(){return this.tById}},{key:\"getTiddlerById\",value:function e(t){return this.tById[t]}}]);return e}();exports.default=Tracker;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Tracker.js.map\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget",
"text": "\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _widget=require(\"$:/core/modules/widgets/widget.js\");function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function MapConfigWidget(e,t){_widget.widget.call(this);this.initialise(e,t);this.computeAttributes()}MapConfigWidget.prototype=Object.create(_widget.widget.prototype);MapConfigWidget.prototype.render=function(e,t){this.parentDomNode=e;if(!this.domNode){this.domNode=this.document.createElement(\"div\");$tw.utils.addClass(this.domNode,\"tmap-config-widget\");e.insertBefore(this.domNode,t)}if(this.network){this.network.destroy()}this.networkContainer=document.createElement(\"div\");this.domNode.appendChild(this.networkContainer);this.refreshTrigger=this.getAttribute(\"refresh-trigger\");this.pipeTRef=this.getVariable(\"currentTiddler\");this.inheritedFields=$tw.utils.parseStringArray(this.getAttribute(\"inherited\"));this.extensionTField=this.getAttribute(\"extension\");this.mode=this.getAttribute(\"mode\");for(var i=0;i<this.inheritedFields.length;i++){var s=this.inheritedFields[i];var n=_utils2.default.parseFieldData(this.pipeTRef,s,{});if(this.mode===\"manage-edge-types\"){if(!n.edges){n={edges:n}}}else if(this.mode===\"manage-node-types\"){if(!n.nodes){n={nodes:n}}}this.inherited=_utils2.default.merge(this.inherited,n)}this.extension=_utils2.default.parseFieldData(this.pipeTRef,this.extensionTField,{});if(this.mode===\"manage-edge-types\"){if(!this.extension.edges){this.extension={edges:this.extension}}}else if(this.mode===\"manage-node-types\"){if(!this.extension.nodes){this.extension={nodes:this.extension}}}var r=_utils2.default.isTrue(this.getAttribute(\"save-only-changes\"));this.changes=r?{}:this.extension;var o={nodes:[],edges:[]};var a=_utils2.default.merge({},this.inherited,this.extension);$tw.utils.extend(a,{configure:{enabled:true,showButton:false,filter:this.getOptionFilter(this.mode)}});this.network=new _vis2.default.Network(this.networkContainer,o,a);this.network.on(\"configChange\",this.handleConfigChange.bind(this));var l=this.parentDomNode.getBoundingClientRect().height;this.parentDomNode.style[\"height\"]=l+\"px\";var h=this.handleResetEvent.bind(this);this.networkContainer.addEventListener(\"reset\",h,false);$tm.registry.push(this);this.enhanceConfigurator()};MapConfigWidget.prototype.handleResetEvent=function(e){var t={};t[e.detail.trigger.path]=null;this.handleConfigChange(t)};MapConfigWidget.prototype.handleConfigChange=function(e){var t=_utils2.default.flatten(this.changes);var i=_utils2.default.flatten(e);var s=Object.keys(_utils2.default.flatten(e))[0];var n=i[s]===null;if(n){t[s]=undefined;this.changes=_utils2.default.unflatten(t)}else{this.changes=_utils2.default.merge(this.changes,e)}var r=_utils2.default.merge({},this.changes);if(this.mode===\"manage-node-types\"){r=r[\"nodes\"]}if(this.mode===\"manage-edge-types\"){r=r[\"edges\"]}_utils2.default.writeFieldData(this.pipeTRef,this.extensionTField,r,$tm.config.sys.jsonIndentation);var o=\"vis-configuration-wrapper\";var a=this.networkContainer.getElementsByClassName(o)[0];a.style.height=a.getBoundingClientRect().height+\"px\";if(n){window.setTimeout(this.refresh.bind(this),0)}else{window.setTimeout(this.enhanceConfigurator.bind(this),50)}};MapConfigWidget.prototype.enhanceConfigurator=function(){var e=\"vis-configuration-wrapper\";var t=this.networkContainer.getElementsByClassName(e)[0].children;var i=[];var s=_utils2.default.flatten(this.changes);for(var n=0;n<t.length;n++){if(!t[n].classList.contains(\"vis-config-item\"))continue;var r=new VisConfElement(t[n],i,n);i.push(r);if(r.level===0)continue;r.setActive(!!s[r.path])}};function VisConfElement(e,t,i){var s=\"getElementsByClassName\";this.el=e;this.labelEl=e[s](\"vis-config-label\")[0]||e[s](\"vis-config-header\")[0]||e;var n=this.labelEl.innerText||this.labelEl.textContent;this.label=n&&n.match(/([a-zA-Z0-9]+)/)[1];this.level=parseInt(e.className.match(/.*vis-config-s(.).*/)[1])||0;this.path=this.label;if(this.level>0){for(var r=i;r--;){var o=t[r];if(o.level<this.level){this.path=o.path+\".\"+this.path;break}}}}VisConfElement.prototype.setActive=function(e){if(!e)return;var t=\"tmap-vis-config-item-\"+(e?\"active\":\"inactive\");$tw.utils.addClass(this.el,t);if(e){var i=document.createElement(\"button\");i.innerHTML=\"reset\";i.className=\"tmap-config-item-reset\";var s=this;i.addEventListener(\"click\",function(e){e.currentTarget.dispatchEvent(new CustomEvent(\"reset\",{detail:{trigger:s},bubbles:true,cancelable:true}))},false);this.el.appendChild(i)}};MapConfigWidget.prototype.getOptionFilter=function(e){var t={nodes:{borderWidth:true,borderWidthSelected:true,color:{background:true,border:true},font:{color:true,size:true},icon:true,labelHighlightBold:false,shadow:true,shape:true,shapeProperties:{borderDashes:true},size:true},edges:{arrows:true,color:true,dashes:true,font:true,labelHighlightBold:false,length:true,selfReferenceSize:false,shadow:true,smooth:true,width:true},interaction:{hideEdgesOnDrag:true,hideNodesOnDrag:true,tooltipDelay:true},layout:{hierarchical:false},manipulation:{initiallyActive:true},physics:{forceAtlas2Based:{gravitationalConstant:true,springLength:true,springConstant:true,damping:true,centralGravity:true}}};if(e===\"manage-edge-types\"){t={edges:t.edges}}else if(e===\"manage-node-types\"){t={nodes:t.nodes}}else{t.edges.arrows=false}return function(e,i){i=i.concat([e]);var s=t;for(var n=0,r=i.length;n<r;n++){if(s[i[n]]===true){return true}else if(s[i[n]]==null){return false}s=s[i[n]]}return false}};MapConfigWidget.prototype.isZombieWidget=function(){return!document.body.contains(this.parentDomNode)};MapConfigWidget.prototype.destruct=function(){if(this.network){this.network.destroy()}};MapConfigWidget.prototype.refresh=function(e){if(this.isZombieWidget()||!this.network)return;if(!e||e[this.refreshTrigger]){this.refreshSelf();return true}};MapConfigWidget.prototype.setNull=function(e){for(var t in e){if(_typeof(e[t])==\"object\"){this.setNull(e[t])}else{e[t]=undefined}}};exports[\"tmap-config\"]=MapConfigWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/ConfigurationWidget.js.map\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidgetItem": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidgetItem",
"text": "\"use strict\";var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _widget=require(\"$:/core/modules/widgets/widget.js\");var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidgetItem\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var EdgeListItemWidget=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);var i=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,r));i.arrows=$tm.misc.arrows;return i}_createClass(t,[{key:\"execute\",value:function e(){var t=this.parseTreeNode;var r=$tm.tracker.getTiddlerById(t.neighbour.id);var i=_utils2.default.flatten(t.edge);for(var o in i){if(typeof i[o]===\"string\"){this.setVariable(\"edge.\"+o,i[o])}}this.setVariable(\"currentTiddler\",r);this.setVariable(\"neighbour\",r);var n=$tm.indeces.allETy[i.type];var s=i.to===t.neighbour.id?\"to\":\"from\";var a=s;if(n.biArrow){a=\"bi\"}else{if(s===\"to\"&&n.invertedArrow){a=\"from\"}else if(s===\"from\"&&n.invertedArrow){a=\"to\"}}this.setVariable(\"direction\",a);this.setVariable(\"directionSymbol\",a===\"bi\"?this.arrows.bi:a===\"from\"?this.arrows.in:this.arrows.out);this.makeChildWidgets()}},{key:\"refresh\",value:function e(t){return this.refreshChildren(t)}}]);return t}(_widget.widget);exports[\"tmap-edgelistitem\"]=EdgeListItemWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/EdgeListItemWidget.js.map\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidget": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidget",
"text": "\"use strict\";var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _widget=require(\"$:/core/modules/widgets/widget.js\");var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidget\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var EdgeListWidget=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,r))}_createClass(t,[{key:\"render\",value:function e(t,r){this.parentDomNode=t;this.computeAttributes();this.execute();this.renderChildren(t,r)}},{key:\"execute\",value:function e(){var t=[this.getVariable(\"currentTiddler\")];var r=this.getAttribute(\"filter\",\"\");var i=this.getAttribute(\"direction\",\"both\");var s=$tm.indeces.allETy;var n=_utils2.default.getEdgeTypeMatches(r,s);var u={typeWL:_utils2.default.getLookupTable(n),direction:i};var o=$tm.adapter.getNeighbours(t,u),a=o.nodes,l=o.edges;var f=[];for(var c in l){var h=l[c];var p=a[h.to]||a[h.from];if(!p){continue}f.push({type:\"tmap-edgelistitem\",edge:h,typeWL:u.typeWL,neighbour:p,children:this.parseTreeNode.children})}if(!f.length){this.wasEmpty=true;f=this.getEmptyMessage()}else if(this.wasEmpty){this.removeChildDomNodes()}this.makeChildWidgets(f)}},{key:\"getEmptyMessage\",value:function e(){var t=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.getAttribute(\"emptyMessage\",\"\"),{parseAsInline:true});return t?t.tree:[]}},{key:\"refresh\",value:function e(t){var r=this.computeAttributes();if(_utils2.default.hasElements(r)){this.refreshSelf();return true}for(var i in t){if(!_utils2.default.isSystemOrDraft(i)){this.refreshSelf();return true}}return this.refreshChildren(t)}}]);return t}(_widget.widget);exports[\"tmap-connections\"]=EdgeListWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/EdgeListWidget.js.map\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget": {
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget",
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.tiddlymap=exports.tmap=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var i=arguments[t];for(var a in i){if(Object.prototype.hasOwnProperty.call(i,a)){e[a]=i[a]}}}return e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var a=t[i];a.enumerable=a.enumerable||false;a.configurable=true;if(\"value\"in a)a.writable=true;Object.defineProperty(e,a.key,a)}}return function(t,i,a){if(i)e(t.prototype,i);if(a)e(t,a);return t}}();var _CallbackManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\");var _CallbackManager2=_interopRequireDefault(_CallbackManager);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _Popup=require(\"$:/plugins/felixhayashi/tiddlymap/js/Popup\");var _Popup2=_interopRequireDefault(_Popup);var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _widget=require(\"$:/core/modules/widgets/widget.js\");var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _SelectionRectangle=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle\");var _SelectionRectangle2=_interopRequireDefault(_SelectionRectangle);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _defineProperty(e,t,i){if(t in e){Object.defineProperty(e,t,{value:i,enumerable:true,configurable:true,writable:true})}else{e[t]=i}return e}function _toConsumableArray(e){if(Array.isArray(e)){for(var t=0,i=Array(e.length);t<e.length;t++){i[t]=e[t]}return i}else{return Array.from(e)}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}/* @preserve TW-Guard */\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\n/* @preserve TW-Guard */var MapWidget=function(e){_inherits(t,e);function t(e,i){_classCallCheck(this,t);var a=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,i));a.getAttr=a.getAttribute;a.isDebug=_utils2.default.isTrue($tm.config.sys.debug,false);_utils2.default.bindTo(a,[\"constructTooltip\",\"handleResizeEvent\",\"handleClickEvent\",\"handleCanvasKeyup\",\"handleCanvasKeydown\",\"handleCanvasScroll\",\"handleCanvasMouseMove\",\"handleWidgetKeyup\",\"handleWidgetKeydown\",\"handleTriggeredRefresh\",\"handleContextMenu\"]);a.callbackManager=new _CallbackManager2.default;a.computeAttributes();a.editorMode=a.getAttr(\"editor\");a.clickToUse=_utils2.default.isTrue(a.getAttr(\"click-to-use\"),false);a.id=a.getAttr(\"object-id\")||a.getStateQualifier();a.widgetPopupsPath=$tm.path.tempPopups+\"/\"+a.id;if(a.editorMode){_utils2.default.addTWlisteners({\"tmap:tm-create-view\":a.handleCreateView,\"tmap:tm-rename-view\":a.handleRenameView,\"tmap:tm-delete-view\":a.handleDeleteView,\"tmap:tm-delete-element\":a.handleDeleteElement,\"tmap:tm-edit-view\":a.handleEditView,\"tmap:tm-generate-widget\":a.handleGenerateWidget,\"tmap:tm-toggle-central-topic\":a.handleSetCentralTopic,\"tmap:tm-save-canvas\":a.handleSaveCanvas},a,a)}_utils2.default.addTWlisteners({\"tmap:tm-focus-node\":a.handleFocusNode,\"tmap:tm-reset-focus\":a.repaintGraph},a,a);a.visListeners={click:a.handleVisSingleClickEvent,doubleClick:a.handleVisDoubleClickEvent,stabilized:a.handleVisStabilizedEvent,selectNode:a.handleVisSelectNode,deselectNode:a.handleVisDeselectNode,dragStart:a.handleVisDragStart,dragEnd:a.handleVisDragEnd,hoverNode:a.handleVisHoverElement,hoverEdge:a.handleVisHoverElement,blurNode:a.handleVisBlurElement,blurEdge:a.handleVisBlurElement,beforeDrawing:a.handleVisBeforeDrawing,afterDrawing:a.handleVisAfterDrawing,stabilizationProgress:a.handleVisLoading,stabilizationIterationsDone:a.handleVisLoadingDone};a.windowDomListeners={resize:[a.handleResizeEvent,false],click:[a.handleClickEvent,false],mousemove:[a.handleCanvasMouseMove,true]};a.canvasDomListeners={keyup:[a.handleCanvasKeyup,true],keydown:[a.handleCanvasKeydown,true],mousewheel:[a.handleCanvasScroll,true],DOMMouseScroll:[a.handleCanvasScroll,true],contextmenu:[a.handleContextMenu,true],MozMousePixelScroll:[a.handleExtraCanvasScroll,true]};a.widgetDomListeners={keyup:[a.handleWidgetKeyup,true],keydown:[a.handleWidgetKeydown,true]};a.conVector={from:null,to:null};return a}_createClass(t,[{key:\"handleConnectionEvent\",value:function e(t,i){var a=this;var s=this.view.getEdgeTypeFilter();var r={fromLabel:$tm.adapter.selectNodeById(t.from).label,toLabel:$tm.adapter.selectNodeById(t.to).label,view:this.view.getLabel(),eTyFilter:s.raw};$tm.dialogManager.open(\"getEdgeType\",r,function(e,r){if(e){var n=_utils2.default.getText(r);var o=_EdgeType2.default.getInstance(n);if(!o.namespace){var l=_EdgeType2.default.getIdParts(o.id),d=l.marker,u=l.name;var h=a.view.getConfig(\"edge_type_namespace\");o=_EdgeType2.default.getInstance(_EdgeType2.default.getId(d,h,u))}if(!o.exists()){o.save()}t.type=o.id;$tm.adapter.insertEdge(t);a.isPreventZoomOnNextUpdate=true;if(!a.view.isEdgeTypeVisible(o)){$tm.dialogManager.open(\"edgeNotVisible\",{type:o.id,view:a.view.getLabel(),eTyFilter:s.pretty})}}if(typeof i===\"function\"){i(e)}})}},{key:\"checkForFreshInstall\",value:function e(){if(!_utils2.default.getEntry($tm.ref.sysMeta,\"showWelcomeMessage\",true)){return}_utils2.default.setEntry($tm.ref.sysMeta,\"showWelcomeMessage\",false);var t={dialog:{preselects:{\"config.storyview\":\"true\",\"config.navigation\":\"true\",\"config.sidebar\":\"true\",\"config.demo\":\"true\"}}};$tm.dialogManager.open(\"welcome\",t,function(e,t){var i=_utils2.default.getPropertiesByPrefix(t.fields,\"config.\",true);if(i[\"storyview\"]&&_utils2.default.tiddlerExists(\"$:/plugins/felixhayashi/topstoryview\")){_utils2.default.setText(\"$:/view\",\"top\")}if(i[\"navigation\"]){_utils2.default.setText(\"$:/config/Navigation/openLinkFromInsideRiver\",\"above\");_utils2.default.setText(\"$:/config/Navigation/openLinkFromOutsideRiver\",\"top\")}if(i[\"sidebar\"]){_utils2.default.setText(\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\",\"fixed-fluid\")}if(i[\"demo\"]){var a=$tm.misc.defaultViewLabel;var s=$tm.adapter.insertNode({label:\"Have fun with\",x:0,y:0},a);var r=$tm.adapter.insertNode({label:\"TiddlyMap!!\",x:100,y:100},a);$tm.adapter.insertEdge({from:s.id,to:r.id})}if(Object.keys(i).length){_utils2.default.touch(\"$:/plugins/felixhayashi/tiddlymap\")}})}},{key:\"openStandardConfirmDialog\",value:function e(t,i){var a={message:i};$tm.dialogManager.open(\"getConfirmation\",a,t)}},{key:\"logger\",value:function e(t,i){if(this.isDebug){var a=Array.prototype.slice.call(arguments,1);a.unshift(\"@\"+this.id);a.unshift(t);$tm.logger.apply(this,a)}}},{key:\"render\",value:function e(t,i){this.parentDomNode=t;this.domNode=this.document.createElement(\"div\");t.insertBefore(this.domNode,i);this.registerClassNames(this.domNode);this.viewHolderRef=this.getViewHolderRef();this.view=this.getView();this.graphBarDomNode=this.document.createElement(\"div\");$tw.utils.addClass(this.graphBarDomNode,\"tmap-topbar\");this.domNode.appendChild(this.graphBarDomNode);this.graphDomNode=this.document.createElement(\"div\");this.domNode.appendChild(this.graphDomNode);$tw.utils.addClass(this.graphDomNode,\"tmap-vis-graph\");if(_utils2.default.isPreviewed(this)){$tw.utils.addClass(this.domNode,\"tmap-static-mode\");this.renderPreview(this.graphBarDomNode,this.graphDomNode)}else{this.renderFullWidget(this.domNode,this.graphBarDomNode,this.graphDomNode)}}},{key:\"renderPreview\",value:function e(t,i){var a=this.view.getRoot()+\"/snapshot\";var s=_utils2.default.getTiddler(a);var r=this.document.createElement(\"span\");r.innerHTML=this.view.getLabel();r.className=\"tmap-view-label\";t.appendChild(r);if(s){var n=this.makeChildWidget(_utils2.default.getTranscludeNode(a),true);n.renderChildren(i,null)}else{$tw.utils.addClass(i,\"tmap-graph-placeholder\")}}},{key:\"renderFullWidget\",value:function e(t,i,a){_utils2.default.setDomListeners(\"add\",window,this.windowDomListeners);_utils2.default.setDomListeners(\"add\",t,this.widgetDomListeners);this.addLoadingBar(this.domNode);this.tooltip=new _Popup2.default(this.domNode,{className:\"tmap-tooltip\",showDelay:$tm.config.sys.popups.delay});this.contextMenu=new _Popup2.default(this.domNode,{className:\"tmap-context-menu\",showDelay:0,hideOnClick:true,leavingDelay:999999});this.sidebar=_utils2.default.getFirstElementByClassName(\"tc-sidebar-scrollable\");this.isInSidebar=this.sidebar&&!this.domNode.isTiddlyWikiFakeDom&&this.sidebar.contains(this.domNode);this.rebuildEditorBar(i);this.initAndRenderGraph(a);$tm.registry.push(this);this.reloadRefreshTriggers();this.checkForFreshInstall();if(this.id===$tm.misc.mainEditorId){var s=$tm.url;if(s&&s.query[\"tmap-enlarged\"]){this.toggleEnlargedMode(s.query[\"tmap-enlarged\"])}}}},{key:\"registerClassNames\",value:function e(t){var i=$tw.utils.addClass;i(t,\"tmap-widget\");if(this.clickToUse){i(t,\"tmap-click-to-use\")}if(this.getAttr(\"editor\")===\"advanced\"){i(t,\"tmap-advanced-editor\")}if(this.getAttr(\"design\")===\"plain\"){i(t,\"tmap-plain-design\")}if(!_utils2.default.isTrue(this.getAttr(\"show-buttons\"),true)){i(t,\"tmap-no-buttons\")}if(this.getAttr(\"class\")){i(t,this.getAttr(\"class\"))}}},{key:\"addLoadingBar\",value:function e(t){this.graphLoadingBarDomNode=this.document.createElement(\"progress\");$tw.utils.addClass(this.graphLoadingBarDomNode,\"tmap-loading-bar\");t.appendChild(this.graphLoadingBarDomNode)}},{key:\"rebuildEditorBar\",value:function e(){this.removeChildDomNodes();var t=this.view;var i=\"tmap-unicode-button\";var a=i+\" tmap-active-button\";var s={widgetQualifier:this.getStateQualifier(),widgetTempPath:this.widgetTempPath,widgetPopupsPath:this.widgetPopupsPath,isViewBound:String(this.isViewBound()),viewRoot:t.getRoot(),viewLabel:t.getLabel(),viewHolder:this.getViewHolderRef(),edgeTypeFilter:t.edgeTypeFilterTRef,allEdgesFilter:$tm.selector.allEdgeTypes,neighScopeBtnClass:t.isEnabled(\"neighbourhood_scope\")?a:i,rasterMenuBtnClass:t.isEnabled(\"raster\")?a:i};for(var r in s){this.setVariable(r,s[r])}var n=_utils2.default.getTiddlerNode(t.getRoot());if(this.editorMode===\"advanced\"){n.children.push(_utils2.default.getTranscludeNode($tm.ref.graphBar))}else{var o=_utils2.default.getElementNode(\"span\",\"tmap-view-label\",t.getLabel());n.children.push(o)}n.children.push(_utils2.default.getTranscludeNode($tm.ref.focusButton));this.makeChildWidgets([n]);this.renderChildren(this.graphBarDomNode,this.graphBarDomNode.firstChild)}},{key:\"refresh\",value:function e(t){return false}},{key:\"update\",value:function e(t){if(!this.network||this.isZombieWidget()||_utils2.default.isPreviewed(this)){return}var i=t.changedTiddlers;this.callbackManager.refresh(i);if(this.isViewSwitched(i)||this.hasChangedAttributes()||t[env.path.options]||i[this.view.getRoot()]){this.logger(\"warn\",\"View switched config changed\");this.isPreventZoomOnNextUpdate=false;this.view=this.getView(true);this.reloadRefreshTriggers();this.rebuildEditorBar();this.reloadBackgroundImage();this.initAndRenderGraph(this.graphDomNode)}else{var a=this.view.update(t);if(a){this.logger(\"warn\",\"View components modified\");this.rebuildGraph({resetFocus:{delay:1e3,duration:1e3}})}else{if(t[env.path.nodeTypes]||this.hasChangedElements(i)){this.rebuildGraph()}this.refreshChildren(i)}}}},{key:\"hidePopups\",value:function e(t,i){this.tooltip.hide(t,i);this.contextMenu.hide(0,true)}},{key:\"reloadRefreshTriggers\",value:function e(){this.callbackManager.remove(this.refreshTriggers);var t=this.getAttr(\"refresh-triggers\")||this.view.getConfig(\"refresh-triggers\");this.refreshTriggers=$tw.utils.parseStringArray(t)||[];this.logger(\"debug\",\"Registering refresh trigger\",this.refreshTriggers);for(var i=this.refreshTriggers.length;i--;){this.callbackManager.add(this.refreshTriggers[i],this.handleTriggeredRefresh,false)}}},{key:\"rebuildGraph\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},i=t.resetFocus;if(_utils2.default.isPreviewed(this)){return}this.logger(\"debug\",\"Rebuilding graph\");this.hidePopups(0,true);this.hasNetworkStabilized=false;var a=this.rebuildGraphData();if(a.changedNodes.withoutPosition.length){i=i||{delay:1e3,duration:1e3};if(!this.view.isEnabled(\"physics_mode\")){var s=this.visOptions.physics;s[s.solver].centralGravity=.25;this.network.setOptions(this.visOptions)}}if(!_utils2.default.hasElements(this.graphData.nodesById)){return}if(i){if(!this.isPreventZoomOnNextUpdate){this.network.stabilize();this.resetFocus=i}this.isPreventZoomOnNextUpdate=false}}},{key:\"getContainer\",value:function e(){return this.domNode}},{key:\"rebuildGraphData\",value:function e(){$tm.start(\"Reloading Network\");var t=$tm.adapter.getGraph({view:this.view});var i=_utils2.default.refreshDataSet(this.graphData.nodes,t.nodes);var a=_utils2.default.refreshDataSet(this.graphData.edges,t.edges);this.graphData.nodesById=t.nodes;this.graphData.edgesById=t.edges;_utils2.default.setField(\"$:/temp/tmap/nodes/\"+this.view.getLabel(),\"list\",$tm.adapter.getTiddlersByIds(t.nodes));$tm.stop(\"Reloading Network\");return{changedEdges:a,changedNodes:i}}},{key:\"isViewBound\",value:function e(){return _utils2.default.startsWith(this.getViewHolderRef(),$tm.path.localHolders)}},{key:\"isViewSwitched\",value:function e(t){return!_ViewAbstraction2.default.exists(this.view)||t[this.getViewHolderRef()]}},{key:\"hasChangedAttributes\",value:function e(){return Object.keys(this.computeAttributes()).length}},{key:\"hasChangedElements\",value:function e(t){var i=[];var a=this.graphData.nodesById;var s=this.view.isEnabled(\"neighbourhood_scope\");for(var r in t){if(_utils2.default.isSystemOrDraft(r)){continue}if(a[$tm.adapter.getId(r)]||s){return true}if(t[r].modified){i.push(r)}}if(i.length){var n=this.view.getNodeFilter(\"compiled\");var o=_utils2.default.getMatches(n,i);return!!o.length}}},{key:\"initAndRenderGraph\",value:function e(t){var i=this;if(this.network){this._destructVis()}this.logger(\"info\",\"Initializing and rendering the graph\");if(!this.isInSidebar){this.callbackManager.add(\"$:/state/sidebar\",this.handleResizeEvent)}this.visOptions=this.getVisOptions();this.graphData={nodes:new _vis2.default.DataSet,edges:new _vis2.default.DataSet,nodesById:_utils2.default.makeHashMap(),edgesById:_utils2.default.makeHashMap()};this.tooltip.setEnabled(_utils2.default.isTrue($tm.config.sys.popups.enabled,true));this.network=new _vis2.default.Network(t,this.graphData,this.visOptions);this.canvas=t.getElementsByTagName(\"canvas\")[0];this.networkDomNode=_utils2.default.getFirstElementByClassName(\"vis-network\",t,true);this.canvas.tabIndex=0;for(var a in this.visListeners){this.network.on(a,this.visListeners[a].bind(this))}this.addGraphButtons({\"fullscreen-button\":function e(){i.toggleEnlargedMode(\"fullscreen\")},\"halfscreen-button\":function e(){i.toggleEnlargedMode(\"halfscreen\")}});_utils2.default.setDomListeners(\"add\",this.canvas,this.canvasDomListeners);this.reloadBackgroundImage();this.rebuildGraph({resetFocus:{delay:0,duration:0}});this.handleResizeEvent();this.canvas.focus()}},{key:\"handleCanvasKeyup\",value:function e(t){var i=this;var a=this.network.getSelectedNodes();if(t.ctrlKey){t.preventDefault();if(t.keyCode===88){if(this.editorMode){this.handleAddNodesToClipboard(\"move\")}else{$tm.notify(\"Map is read only!\")}}else if(t.keyCode===67){this.handleAddNodesToClipboard(\"copy\")}else if(t.keyCode===86){this.handlePasteNodesFromClipboard()}else if(t.keyCode===65){var s=Object.keys(this.graphData.nodesById);this.network.selectNodes(s)}else if(t.keyCode===49||t.keyCode===50){if(a.length!==1)return;var r=t.keyCode===49?\"from\":\"to\";$tm.notify(_utils2.default.ucFirst(r)+\"-part selected\");this.conVector[r]=a[0];if(this.conVector.from&&this.conVector.to){this.handleConnectionEvent(this.conVector,function(){i.conVector={from:null,to:null}})}}}else{if(t.keyCode===13){if(a.length!==1)return;this.openTiddlerWithId(a[0])}}}},{key:\"handleCanvasKeydown\",value:function e(t){if(t.altKey||t.metaKey){t.preventDefault();if(t.keyCode>=48&&t.keyCode<=57){var i=String.fromCharCode(t.keyCode);this.view.setConfig(\"neighbourhood_scope\",i)}}else{if(t.keyCode===46){t.preventDefault();this.handleRemoveElements(this.network.getSelection())}}}},{key:\"handleDeleteElement\",value:function e(t){var i=t.paramObject.id;var a=i?[i]:this.network.getSelectedNodes();this.handleRemoveElements({nodes:a})}},{key:\"handleCanvasMouseMove\",value:function e(t){var i=this.network;if(!(t.ctrlKey&&t.buttons)){if(this.selectRect){this.selectRect=null;var a=i.getSelectedNodes();$tm.notify(a.length+\" nodes selected\");i.redraw()}return}t.preventDefault();t.stopPropagation();if(!this.domNode.contains(t.target)){return}var s=i.DOMtoCanvas({x:t.offsetX,y:t.offsetY});if(!this.selectRect){this.selectRect=new _SelectionRectangle2.default(s.x,s.y)}this.selectRect.span(s.x,s.y);var r=i.getPositions();var n=i.getSelectedNodes();for(var o in r){if(this.selectRect.isPointWithin(r[o])&&!_utils2.default.inArray(o,n)){n.push(o)}}i.selectNodes(n);this.assignActiveStyle(n);i.redraw()}},{key:\"handleCanvasScroll\",value:function e(t){var i=!!(this.isInSidebar||t.ctrlKey||this.enlargedMode||this.clickToUse&&this.networkDomNode.classList.contains(\"vis-active\"));var a=this.visOptions.interaction;var s=i===a.zoomView;if(i||!s){t.preventDefault()}if(!s){t.stopPropagation();a.zoomView=i;this.network.setOptions({interaction:{zoomView:i}});return false}}},{key:\"handleExtraCanvasScroll\",value:function e(t){t.preventDefault()}},{key:\"handleContextMenu\",value:function e(t){var i=this;t.preventDefault();var a=this.network;this.hidePopups(0,true);var s=a.getNodeAt({x:t.offsetX,y:t.offsetY});if(!s)return;var r=a.getSelectedNodes();if(!_utils2.default.inArray(s,r)){r=[s];a.selectNodes(r)}this.contextMenu.show(r,function(e,t){var a=e.length>1?\"multi\":\"single\";var s=\"$:/plugins/felixhayashi/tiddlymap/editor/contextMenu/node\";_utils2.default.registerTransclude(i,\"contextMenuWidget\",s);i.contextMenuWidget.setVariable(\"mode\",a);i.contextMenuWidget.render(t)})}},{key:\"handleWidgetKeyup\",value:function e(t){}},{key:\"handleWidgetKeydown\",value:function e(t){if(t.ctrlKey){t.preventDefault();if(t.keyCode===70){t.preventDefault();var i=this.widgetPopupsPath+\"/focus\";_utils2.default.setText(i,_utils2.default.getText(i)?\"\":\"1\")}else{return}}else if(t.keyCode===120){t.preventDefault();this.toggleEnlargedMode(\"halfscreen\")}else if(t.keyCode===121){t.preventDefault();this.toggleEnlargedMode(\"fullscreen\")}else if(t.keyCode===27){t.preventDefault();_utils2.default.deleteByPrefix(this.widgetPopupsPath)}else{return}this.canvas.focus()}},{key:\"handlePasteNodesFromClipboard\",value:function e(){if(!this.editorMode){$tm.notify(\"Map is read only!\");return}if(!$tm.clipBoard||$tm.clipBoard.type!==\"nodes\"){$tm.notify(\"TiddlyMap clipboad is empty!\")}var t=$tm.clipBoard.nodes;var i=Object.keys(t);for(var a=i.length;a--;){var s=i[a];if(this.graphData.nodesById[s]){continue}this.view.addNode(t[s]);this.graphData.nodes.update({id:s})}this.network.selectNodes(i);this.rebuildGraph({resetFocus:{delay:0,duration:0}});$tm.notify(\"pasted \"+i.length+\" nodes into map.\")}},{key:\"handleAddNodesToClipboard\",value:function e(t){var i=this.network.getSelectedNodes();if(!i.length){return}$tm.clipBoard={type:\"nodes\",nodes:this.graphData.nodes.get(i,{returnType:\"Object\"})};$tm.notify(\"Copied \"+i.length+\" nodes to clipboard\");if(t===\"move\"){for(var a=i.length;a--;){this.view.removeNode(i[a])}}this.isPreventZoomOnNextUpdate=true}},{key:\"getVisOptions\",value:function e(){var t=this;var i=$tm.config.vis;var a=_utils2.default.parseJSON(this.view.getConfig(\"vis\"));var s=_utils2.default.merge({},i,a);s.clickToUse=this.clickToUse;s.manipulation.enabled=!!this.editorMode;s.manipulation.deleteNode=function(e,i){t.handleRemoveElements(e);t.resetVisManipulationBar(i)};s.manipulation.deleteEdge=function(e,i){t.handleRemoveElements(e);t.resetVisManipulationBar(i)};s.manipulation.addEdge=function(e,i){t.handleConnectionEvent(e);t.resetVisManipulationBar(i)};s.manipulation.addNode=function(e,i){t.handleInsertNode(e);t.resetVisManipulationBar(i)};s.manipulation.editNode=function(e,i){t.handleEditNode(e);t.resetVisManipulationBar(i)};s.interaction.zoomView=!!(this.isInSidebar||this.enlargedMode);s.manipulation.editEdge=false;var r=s.physics;r[r.solver]=r[r.solver]||{};r.stabilization.iterations=1e3;this.logger(\"debug\",\"Loaded graph options\",s);return s}},{key:\"resetVisManipulationBar\",value:function e(t){if(t){t(null)}this.network.disableEditMode();this.network.enableEditMode()}},{key:\"isVisInEditMode\",value:function e(){return this.graphDomNode.getElementsByClassName(\"vis-button vis-back\").length>0}},{key:\"handleCreateView\",value:function e(){var t=this;var i={view:this.view.getLabel()};$tm.dialogManager.open(\"createView\",i,function(e,i){if(!e)return;var a=_utils2.default.getField(i,\"name\");var s=_utils2.default.getField(i,\"clone\",false);if(_ViewAbstraction2.default.exists(a)){$tm.notify(\"Forbidden! View already exists!\");return}if(s&&t.view.isLiveView()){$tm.notify(\"Forbidden to clone the live view!\");return}var r=new _ViewAbstraction2.default(a,{isCreate:true,protoView:s?t.view:null});t.setView(r)})}},{key:\"handleRenameView\",value:function e(){var t=this;if(this.view.isLocked()){$tm.notify(\"Forbidden!\");return}var i=this.view.getOccurrences();var a={count:i.length.toString(),refFilter:_utils2.default.joinAndWrap(i,\"[[\",\"]]\")};$tm.dialogManager.open(\"renameView\",a,function(e,i){if(!e){return}var a=_utils2.default.getText(i);if(!a){$tm.notify(\"Invalid name!\")}else if(_ViewAbstraction2.default.exists(a)){$tm.notify(\"Forbidden! View already exists!\")}else{t.view.rename(a);t.setView(t.view)}})}},{key:\"handleEditView\",value:function e(){var t=this;var i=JSON.stringify($tm.config.vis);var a=this.graphData;var s=this.view.getConfig();var r={\"filter.prettyNodeFltr\":this.view.getNodeFilter(\"pretty\"),\"filter.prettyEdgeFltr\":this.view.getEdgeTypeFilter(\"pretty\"),\"vis-inherited\":i};var n={view:this.view.getLabel(),createdOn:this.view.getCreationDate(true),numberOfNodes:Object.keys(a.nodesById).length.toString(),numberOfEdges:Object.keys(a.edgesById).length.toString(),dialog:{preselects:$tw.utils.extend({},s,r)}};$tm.dialogManager.open(\"configureView\",n,function(e,i){if(!e){return}var a=_utils2.default.getPropertiesByPrefix(i.fields,\"config.\",true);var s=t.view.getConfig(\"background_image\");t.view.setConfig(a);if(a[\"physics_mode\"]&&!t.view.isEnabled(\"physics_mode\")){t.view.saveNodePositions(t.network.getPositions())}var r=t.view.getConfig(\"background_image\");if(r&&r!==s){$tm.notify(\"Background changed! You may need to zoom out a bit.\")}var n=_utils2.default.getField(i,\"filter.prettyNodeFltr\",\"\");var o=_utils2.default.getField(i,\"filter.prettyEdgeFltr\",\"\");t.view.setNodeFilter(n);t.view.setEdgeTypeFilter(o)})}},{key:\"handleSaveCanvas\",value:function e(){var t=this;var i=\"$:/temp/tmap/snapshot\";this.createAndSaveSnapshot(i);var a=_utils2.default.getSnapshotTitle(this.view.getLabel(),\"png\");var s={dialog:{snapshot:i,width:this.canvas.width.toString(),height:this.canvas.height.toString(),preselects:{name:a,action:\"download\"}}};$tm.dialogManager.open(\"saveCanvas\",s,function(e,s){if(!e)return;a=s.fields.name||a;var r=s.fields.action;if(r===\"download\"){t.handleDownloadSnapshot(a)}else if(r===\"wiki\"){_utils2.default.cp(i,a,true);t.dispatchEvent({type:\"tm-navigate\",navigateTo:a})}else if(r===\"placeholder\"){t.view.addPlaceholder(i)}$tw.wiki.deleteTiddler(\"$:/temp/tmap/snapshot\")})}},{key:\"handleDownloadSnapshot\",value:function e(t){var i=this.document.createElement(\"a\");var a=this.view.getLabel();i.download=t||_utils2.default.getSnapshotTitle(a,\"png\");i.href=this.getSnapshot();var s=new MouseEvent(\"click\");i.dispatchEvent(s)}},{key:\"createAndSaveSnapshot\",value:function e(t){var i=t||this.view.getRoot()+\"/snapshot\";$tw.wiki.addTiddler(new $tw.Tiddler({title:i,type:\"image/png\",text:this.getSnapshot(true)},$tw.wiki.getCreationFields(),$tw.wiki.getModificationFields()));return i}},{key:\"getSnapshot\",value:function e(t){var i=this.canvas.toDataURL(\"image/png\");return t?_utils2.default.getWithoutPrefix(i,\"data:image/png;base64,\"):i}},{key:\"handleDeleteView\",value:function e(){var t=this;var i=this.view.getLabel();if(this.view.isLocked()){$tm.notify(\"Forbidden!\");return}var a=this.view.getOccurrences();if(a.length){var s={count:a.length.toString(),refFilter:_utils2.default.joinAndWrap(a,\"[[\",\"]]\")};$tm.dialogManager.open(\"cannotDeleteViewDialog\",s);return}var r=\"\\n You are about to delete the view ''\"+i+\"''\\n (no tiddler currently references this view).\\n \";this.openStandardConfirmDialog(function(e){if(!e){return}t.view.destroy();t.setView($tm.misc.defaultViewLabel);var a='view \"'+i+\"' deleted\";t.logger(\"debug\",a);$tm.notify(a)},r)}},{key:\"handleTriggeredRefresh\",value:function e(t){this.logger(\"log\",t,\"Triggered a refresh\");if(this.id===\"live_tab\"){var i=_utils2.default.getTiddler(_utils2.default.getText(t));if(i){var a=i.fields[\"tmap.open-view\"]||$tm.config.sys.liveTab.fallbackView;if(a&&a!==this.view.getLabel()){this.setView(a);return}}}this.rebuildGraph({resetFocus:{delay:1e3,duration:1e3}})}},{key:\"handleRemoveElements\",value:function e(t){var i=t.nodes,a=t.edges;if(i.length){this.handleRemoveNodes(i)}else if(a.length){this.handleRemoveEdges(a)}this.resetVisManipulationBar()}},{key:\"handleRemoveEdges\",value:function e(t){$tm.adapter.deleteEdges(this.graphData.edges.get(t));$tm.notify(\"edge\"+(t.length>1?\"s\":\"\")+\" removed\")}},{key:\"handleRemoveNodes\",value:function e(t){var i=this;var a=$tm.adapter.getTiddlersByIds(t);var s={count:t.length.toString(),tiddlers:$tw.utils.stringifyList(a),dialog:{preselects:{\"delete-from\":\"filter\"}}};$tm.dialogManager.open(\"deleteNodeDialog\",s,function(e,a){if(!e)return;var s=0;for(var r=t.length;r--;){var n=i.view.removeNode(t[r]);if(n){s++}}if(a.fields[\"delete-from\"]===\"system\"){$tm.adapter.deleteNodes(t);s=t.length}i.isPreventZoomOnNextUpdate=true;$tm.notify(\"\\n Removed \"+s+\"\\n of \"+t.length+\"\\n from \"+a.fields[\"delete-from\"]+\"\\n \")})}},{key:\"toggleEnlargedMode\",value:function e(t){if(!this.isInSidebar&&t===\"halfscreen\"){return}this.logger(\"log\",\"Toggled graph enlargement\");var i=this.enlargedMode;if(i){this.network.setOptions({clickToUse:this.clickToUse});_utils2.default.findAndRemoveClassNames([\"tmap-has-\"+i+\"-widget\",\"tmap-\"+i]);this.enlargedMode=null;document.body.scrollTop=this.scrollTop}if(!i||i!==t&&(t===\"fullscreen\"||t===\"halfscreen\"&&!this.isInSidebar)){this.scrollTop=document.body.scrollTop;this.enlargedMode=t;var a=this.isInSidebar?this.sidebar:_utils2.default.getFirstElementByClassName(\"tc-story-river\");$tw.utils.addClass(this.document.body,\"tmap-has-\"+t+\"-widget\");$tw.utils.addClass(a,\"tmap-has-\"+t+\"-widget\");$tw.utils.addClass(this.domNode,\"tmap-\"+t);this.network.setOptions({clickToUse:false});$tm.notify(\"Toggled \"+t+\" mode\")}this.handleResizeEvent()}},{key:\"handleGenerateWidget\",value:function e(t){$tw.rootWidget.dispatchEvent({type:\"tmap:tm-generate-widget\",paramObject:{view:this.view.getLabel()}})}},{key:\"handleSetCentralTopic\",value:function e(t){var i=t.paramObject;var a=i.id||this.network.getSelectedNodes()[0];if(a===this.view.getConfig(\"central-topic\")){a=\"\"}this.view.setCentralTopic(a)}},{key:\"handleVisStabilizedEvent\",value:function e(t){if(this.hasNetworkStabilized){return}this.hasNetworkStabilized=true;this.logger(\"log\",\"Network stabilized after\",t.iterations,\"iterations\");if(!this.view.isEnabled(\"physics_mode\")){var i=this.graphData.nodesById;var a=[];for(var s in i){if(i[s].x===undefined){a.push(s)}}if(a.length){this.setNodesMoveable(a,false);$tm.notify(a.length+\" nodes were added to the graph\")}var r=this.visOptions.physics;r[r.solver].centralGravity=0;this.network.setOptions(this.visOptions)}if(this.resetFocus){this.fitGraph(this.resetFocus.delay,this.resetFocus.duration);this.resetFocus=null}}},{key:\"handleFocusNode\",value:function e(t){var i=t.param;this.network.focus($tm.adapter.getId(i),{scale:1.5,animation:true})}},{key:\"isZombieWidget\",value:function e(){return this.domNode.isTiddlyWikiFakeDom===true||!this.document.body.contains(this.getContainer())}},{key:\"fitGraph\",value:function e(){var t=this;var i=arguments.length>0&&arguments[0]!==undefined?arguments[0]:0;var a=arguments.length>1&&arguments[1]!==undefined?arguments[1]:0;clearTimeout(this.activeFitTimeout);var s=function e(){if(t.isZombieWidget()){return}t.network.redraw();t.network.fit({animation:{duration:a,easingFunction:\"easeOutQuart\"}})};this.activeFitTimeout=setTimeout(s,i)}},{key:\"handleInsertNode\",value:function e(t){var i=this;$tm.dialogManager.open(\"addNodeToMap\",{},function(e,a){if(!e){return}var s=_utils2.default.getField(a,\"draft.title\");if(_utils2.default.tiddlerExists(s)){if(_utils2.default.isMatch(s,i.view.getNodeFilter(\"compiled\"))){$tm.notify(\"Node already exists\");return}else{t=$tm.adapter.makeNode(s,t);i.view.addNode(t)}}else{var r=new $tw.Tiddler(a,{\"draft.title\":null});t.label=s;$tm.adapter.insertNode(t,i.view,r)}i.isPreventZoomOnNextUpdate=true})}},{key:\"handleEditNode\",value:function e(t){var i=this;var a=$tm.tracker.getTiddlerById(t.id);var s=_utils2.default.getTiddler(a);var r=JSON.stringify($tm.config.vis);var n=this.view.getConfig(\"vis\");var o={};o[t.id]=t;var l=$tm.adapter.getInheritedNodeStyles(o);var d=JSON.stringify(l[a]);var u=JSON.stringify(_utils2.default.merge({},{color:s.fields[\"color\"]},_utils2.default.parseJSON(s.fields[\"tmap.style\"])));var h=this.view.getLabel();var g=_extends({},this.view.getNodeData(t.id));delete g.x;delete g.y;var f={view:h,tiddler:s.fields.title,tidColor:s.fields[\"color\"],tidIcon:s.fields[$tm.field.nodeIcon]||s.fields[\"tmap.fa-icon\"],tidLabelField:\"global.\"+$tm.field.nodeLabel,tidIconField:\"global.\"+$tm.field.nodeIcon,dialog:{preselects:{\"inherited-global-default-style\":r,\"inherited-local-default-style\":n,\"inherited-group-styles\":d,\"global.tmap.style\":u,\"local-node-style\":JSON.stringify(g)}}};var v=function e(t,i,a){for(var s=a.length;s--;){f.dialog.preselects[t+\".\"+a[s]]=i[a[s]]||\"\"}};v(\"local\",g,[\"label\",\"tw-icon\",\"fa-icon\",\"open-view\"]);v(\"global\",s.fields,[$tm.field.nodeLabel,$tm.field.nodeIcon,\"tmap.fa-icon\",\"tmap.open-view\"]);$tm.dialogManager.open(\"editNode\",f,function(e,s){if(!e)return;var r=s.fields;var n=_utils2.default.getPropertiesByPrefix(r,\"global.\",true);for(var o in n){_utils2.default.setField(a,o,n[o]||undefined)}var l=_utils2.default.getPropertiesByPrefix(r,\"local.\",true);var d=_utils2.default.parseJSON(r[\"local-node-style\"],{});for(var u in l){d[u]=l[u]||undefined}i.view.saveNodeStyle(t.id,d);i.isPreventZoomOnNextUpdate=true})}},{key:\"handleVisSingleClickEvent\",value:function e(t){var i=_utils2.default.isTrue($tm.config.sys.singleClickMode);if(i&&!this.editorMode){this.handleOpenMapElementEvent(t)}}},{key:\"handleVisDoubleClickEvent\",value:function e(t){if(t.nodes.length||t.edges.length){if(this.editorMode||!_utils2.default.isTrue($tm.config.sys.singleClickMode)){this.handleOpenMapElementEvent(t)}}else{if(this.editorMode){this.handleInsertNode(t.pointer.canvas)}}}},{key:\"handleOpenMapElementEvent\",value:function e(t){var i=t.nodes,a=t.edges;if(i.length){var s=this.graphData.nodesById[i[0]];if(s[\"open-view\"]){$tm.notify(\"Switching view\");this.setView(s[\"open-view\"])}else{this.openTiddlerWithId(i[0])}}else if(a.length){this.logger(\"debug\",\"Clicked on an Edge\");var r=this.graphData.edgesById[a[0]].type;this.handleEditEdgeType(r)}else{return}this.hidePopups(0,true)}},{key:\"handleEditEdgeType\",value:function e(t){if(!this.editorMode)return;var i=$tm.config.sys.edgeClickBehaviour;if(i!==\"manager\")return;$tw.rootWidget.dispatchEvent({type:\"tmap:tm-manage-edge-types\",paramObject:{type:t}})}},{key:\"handleResizeEvent\",value:function e(t){if(this.isZombieWidget())return;var i=this.getAttr(\"height\");var a=this.getAttr(\"width\");if(this.isInSidebar){var s=this.domNode.getBoundingClientRect();var r=15;a=document.body.clientWidth-s.left-r+\"px\";var n=parseInt(this.getAttr(\"bottom-spacing\"))||15;var o=window.innerHeight-s.top;i=o-n+\"px\"}this.domNode.style.height=i||\"300px\";this.domNode.style.width=a;this.repaintGraph()}},{key:\"handleClickEvent\",value:function e(t){if(this.isZombieWidget()||!this.network)return;if(!this.graphDomNode.contains(t.target)){var i=this.network.getSelection();if(i.nodes.length||i.edges.length){this.logger(\"debug\",\"Clicked outside; deselecting nodes/edges\");this.network.selectNodes([]);this.resetVisManipulationBar()}}else{this.canvas.focus()}if(t.button!==2){this.contextMenu.hide(0,true)}}},{key:\"handleVisSelectNode\",value:function e(t){var i=t.nodes;if(!this.isDraggingAllowed(i)){return}this.assignActiveStyle(i)}},{key:\"isDraggingAllowed\",value:function e(t){var i=t.nodes;return this.editorMode||this.view.isEnabled(\"physics_mode\")}},{key:\"assignActiveStyle\",value:function e(t){if(!Array.isArray(t))t=[t];var i=this.visOptions.nodes.color;for(var a=t.length;a--;){var s=t[a];var r=this.graphData.nodesById[s];var n=_utils2.default.merge({},i,r.color);this.graphData.nodes.update({id:s,color:{highlight:n,hover:n}})}}},{key:\"handleVisDeselectNode\",value:function e(t){}},{key:\"handleVisDragEnd\",value:function e(t){var i=t.nodes;if(!i.length){return}if(i.length===1&&this.view.isEnabled(\"raster\")){var a=this.network.getPositions()[i[0]];this.graphData.nodes.update(_extends({id:i[0]},_utils2.default.getNearestRasterPosition(a,parseInt(this.view.getConfig(\"raster\")))))}this.draggedNode=null;this.setNodesMoveable(i,false)}},{key:\"handleVisBeforeDrawing\",value:function e(t){var i=this.view,a=this.network,s=this.backgroundImage;if(s){t.drawImage(s,0,0)}if(i.isEnabled(\"raster\")){_utils2.default.drawRaster(t,a.getScale(),a.getViewPosition(),parseInt(i.getConfig(\"raster\")))}}},{key:\"handleVisAfterDrawing\",value:function e(t){if(this.selectRect){var i=this.selectRect.getRect();t.beginPath();t.globalAlpha=.5;t.fillStyle=\"#EAFFEF\";t.fillRect.apply(t,_toConsumableArray(i));t.beginPath();t.globalAlpha=1;t.strokeStyle=\"#B4D9BD\";t.strokeRect.apply(t,_toConsumableArray(i))}if(this.draggedNode&&this.view.isEnabled(\"raster\")){var a=this.network.getPositions()[this.draggedNode];var s=_utils2.default.getNearestRasterPosition(a,parseInt(this.view.getConfig(\"raster\")));t.strokeStyle=\"green\";t.fillStyle=\"green\";t.beginPath();t.moveTo(a.x,a.y);t.lineTo(s.x,s.y);t.stroke();t.beginPath();t.arc(s.x,s.y,5,0,Math.PI*2);t.fill()}}},{key:\"constructTooltip\",value:function e(t,i){var a=_utils2.default.parseJSON(t);var s=a.node||a.edge;var r=null;var n=\"text/html\";var o=\"text/vnd-tiddlywiki\";if(a.node){var l=$tm.tracker.getTiddlerById(s);var d=_utils2.default.getTiddler(l);var u=d.fields[$tm.field.nodeInfo];if(u){i.innerHTML=$tw.wiki.renderText(n,o,u)}else if(d.fields.text){_utils2.default.registerTransclude(this,\"tooltipWidget\",l);this.tooltipWidget.setVariable(\"tv-tiddler-preview\",\"yes\");this.tooltipWidget.render(i)}else{i.innerHTML=l}}else{var h=this.graphData.edgesById[s];var g=$tm.indeces.allETy[h.type];if(g.description){r=$tw.wiki.renderText(n,o,g.description)}i.innerHTML=r||g.label||g.id}}},{key:\"handleVisHoverElement\",value:function e(t){if($tm.mouse.buttons)return;var i=t.node||t.edge;var a=JSON.stringify(t);if(t.node){this.assignActiveStyle(i)}if(!this.isVisInEditMode()&&!this.contextMenu.isShown()){var s=this.constructTooltip;this.tooltip.show(a,s)}}},{key:\"handleVisBlurElement\",value:function e(t){this.tooltip.hide()}},{key:\"handleVisLoading\",value:function e(t){var i=t.total,a=t.iterations;this.graphLoadingBarDomNode.style.display=\"block\";this.graphLoadingBarDomNode.setAttribute(\"max\",i);this.graphLoadingBarDomNode.setAttribute(\"value\",a)}},{key:\"handleVisLoadingDone\",value:function e(t){this.graphLoadingBarDomNode.style.display=\"none\"}},{key:\"handleVisDragStart\",value:function e(t){var i=t.nodes;if(!i.length||!this.isDraggingAllowed(i)){return}this.hidePopups(0,true);this.assignActiveStyle(i);this.setNodesMoveable(i,true);if(i.length===1){this.draggedNode=i[0]}}},{key:\"destruct\",value:function e(){_utils2.default.setDomListeners(\"remove\",window,this.windowDomListeners);_utils2.default.setDomListeners(\"remove\",this.domNode,this.widgetDomListeners);this._destructVis()}},{key:\"_destructVis\",value:function e(){if(!this.network)return;_utils2.default.setDomListeners(\"remove\",this.canvas,this.canvasDomListeners);this.network.destroy();this.network=null}},{key:\"openTiddlerWithId\",value:function e(t){var i=this;var a=$tm.tracker.getTiddlerById(t);this.logger(\"debug\",\"Opening tiddler\",a,\"with id\",t);if(this.enlargedMode===\"fullscreen\"){var s=$tw.wiki.findDraft(a);var r=!!s;if(!r){var n=\"tm-edit-tiddler\";this.dispatchEvent({type:n,tiddlerTitle:a});s=$tw.wiki.findDraft(a)}var o={draftTRef:s,originalTRef:a};$tm.dialogManager.open(\"fullscreenTiddlerEditor\",o,function(e,t){if(e){var n=\"tm-save-tiddler\";i.dispatchEvent({type:n,tiddlerTitle:s})}else if(!r){_utils2.default.deleteTiddlers([s])}var o=\"tm-close-tiddler\";i.dispatchEvent({type:o,tiddlerTitle:a})})}else{var l=this.domNode.getBoundingClientRect();this.dispatchEvent({type:\"tm-navigate\",navigateTo:a,navigateFromTitle:this.getVariable(\"storyTiddler\"),navigateFromNode:this,navigateFromClientRect:{top:l.top,left:l.left,width:l.width,right:l.right,bottom:l.bottom,height:l.height}})}}},{key:\"getViewHolderRef\",value:function e(){if(this.viewHolderRef){return this.viewHolderRef}this.logger(\"info\",\"Retrieving or generating the view holder reference\");var t=this.getAttr(\"view\");var i=null;if(t){this.logger(\"log\",'User wants to bind view \"'+t+\"' to graph\");var a=$tm.path.views+\"/\"+t;if($tw.wiki.getTiddler(a)){i=$tm.path.localHolders+\"/\"+_utils2.default.genUUID();this.logger(\"log\",'Created an independent temporary view holder \"'+i+'\"');_utils2.default.setText(i,a);this.logger(\"log\",'View \"'+a+\"' inserted into independend holder\")}else{this.logger(\"log\",'View \"'+t+'\" does not exist')}}if(!i){this.logger(\"log\",\"Using default (global) view holder\");i=$tm.ref.defaultViewHolder}return i}},{key:\"setView\",value:function e(t,i){if(!_ViewAbstraction2.default.exists(t)){return}t=new _ViewAbstraction2.default(t);var a=t.getLabel();i=i||this.viewHolderRef;this.logger(\"info\",'Inserting view \"'+a+'\" into holder \"'+i+'\"');$tw.wiki.addTiddler(new $tw.Tiddler({title:i,text:a}));this.update({changedTiddlers:_defineProperty({},i,true)})}},{key:\"getView\",value:function e(t){if(!t&&this.view){return this.view}var i=this.getViewHolderRef();var a=_utils2.default.getText(i);this.logger(\"debug\",\"Retrieved view from holder\");var s=void 0;if(_ViewAbstraction2.default.exists(a)){s=new _ViewAbstraction2.default(a)}else{this.logger(\"debug\",'Warning: View \"'+a+\"\\\" doesn't exist. Default is used instead.\");s=new _ViewAbstraction2.default(\"Default\")}return s}},{key:\"reloadBackgroundImage\",value:function e(t){var i=this;this.backgroundImage=null;var a=this.view.getConfig(\"background_image\");var s=_utils2.default.getTiddler(a);if(!s&&!a)return;var r=new Image;var n=function e(t){r.src=t};r.onload=function(){i.backgroundImage=r;i.repaintGraph()};if(s){var o=s.fields[\"_canonical_uri\"];if(o){_utils2.default.getImgFromWeb(o,n)}else if(s.fields.text){r.src=$tw.utils.makeDataUri(s.fields.text,s.fields.type)}}else if(a){_utils2.default.getImgFromWeb(a,n)}}},{key:\"repaintGraph\",value:function e(){var t=$tw.utils.hasClass(this.document.body,\"tmap-has-fullscreen-widget\");if(this.network&&(!t||t&&this.enlargedMode)){this.logger(\"info\",\"Repainting the whole graph\");this.network.redraw();this.fitGraph(0,1e3)}}},{key:\"setGraphButtonEnabled\",value:function e(t,i){var a=\"vis-button tmap-\"+t;var s=_utils2.default.getFirstElementByClassName(a,this.domNode);$tw.utils.toggleClass(s,\"tmap-button-enabled\",i)}},{key:\"setNodesMoveable\",value:function e(t,i){if(!t||!t.length||this.view.isEnabled(\"physics_mode\")){return}var a=[];var s=!i;for(var r=t.length;r--;){a.push({id:t[r],fixed:{x:s,y:s}})}this.graphData.nodes.update(a);if(s){this.logger(\"debug\",\"Fixing\",a.length,\"nodes\");this.view.saveNodePositions(this.network.getPositions());this.isPreventZoomOnNextUpdate=true}}},{key:\"addGraphButtons\",value:function e(t){var i=_utils2.default.getFirstElementByClassName(\"vis-navigation\",this.domNode);for(var a in t){var s=this.document.createElement(\"div\");s.className=\"vis-button tmap-\"+a;s.addEventListener(\"click\",t[a].bind(this),false);i.appendChild(s);this.setGraphButtonEnabled(a,true)}}}]);return t}(_widget.widget);exports.tmap=MapWidget;exports.tiddlymap=MapWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/MapWidget.js.map\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/license": {
"title": "$:/plugins/felixhayashi/tiddlymap/license",
"subtitle": "License",
"caption": "License",
"text": "\\rules except wikilink\n\n!! TiddlyMap\n\nCopyright (c) 2014, Felix Küppers\nAll rights reserved.\n\nTiddlyMap is licensed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]]. For the exact license terms, please visit [[https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]]. \n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n# BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n# Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! Vis.js\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n# Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n# MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/tiddlymap/readme": {
"title": "$:/plugins/felixhayashi/tiddlymap/readme",
"text": "* Please refer to the project-readme hosted at [[https://github.com/felixhayashi/TW5-TiddlyMap]].\n* A demo with several examples and explanations can be found at [[http://tiddlymap.org]]."
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown",
"description": "Automatically assigned to an edge that does not have a type assigned",
"style": "{\"color\":\"gray\"}",
"show-label": "false"
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link",
"description": "A link that is contained in the tiddler's body pointing to another resource.",
"style": "{\"color\":\"orange\", \"dashes\":true}",
"label": "links to",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list",
"description": "Contained in a list of this tiddler",
"style": "{ \"color\": \"red\", \"dashes\":true}",
"label": "listed in",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags",
"description": "A tag that refers to a tiddler of the same name.",
"style": "{ \"color\": \"darkslategray\", \"dashes\":true}",
"label": "tagged with"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/default",
"caption": "Overview",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-plain\">\n Please visit the [[online docs|http://tiddlymap.org/Documentation]]\n for more information about the available global options.\n</div>\n<table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Plugin version</th>\n <td><<pluginVersion>></td>\n </tr>\n<!--\n <tr>\n <th align=\"left\">Datastructure version</th>\n <td><<dataStructureVersion>></td>\n </tr>\n-->\n <tr>\n <th align=\"left\">Nodes in system</th>\n <td><<numberOfNodes>></td>\n </tr>\n <tr>\n <th align=\"left\">Edges in system</th>\n <td><<numberOfEdges>></td>\n </tr>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/editor": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/editor",
"caption": "Editor",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Neighbour­hood menu\"\n field:\"config.sys.editorMenuBar.showNeighScopeButton\"\n descr:\"Show or hide the neighbourhood menu button.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Screen­shot menu\"\n field:\"config.sys.editorMenuBar.showScreenshotButton\"\n descr:\"Show or hide the screenshot menu button.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Raster­ menu\"\n field:\"config.sys.editorMenuBar.showRasterMenuButton\"\n descr:\"Show or hide the raster menu button.\">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/fields": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/fields",
"caption": "Field settings",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"Node-icon field\"\n field:\"config.sys.field.nodeIcon\" \n descr:\"Local image used as node image in the graphs.\">>\n <<tmap-row type:\"input-text\"\n title:\"Node-label field\"\n field:\"config.sys.field.nodeLabel\" \n descr:\"Alternative node label to use instead of the title.\">>\n <<tmap-row type:\"input-text\"\n title:\"Node-info field\"\n field:\"config.sys.field.nodeInfo\" \n descr:\"Field used as tooltip when hovering over a node in a graph.\"\n note:\"It is prohibited to use the text field here.\">>\n</table> \n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/interaction": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/interaction",
"caption": "Interaction & behaviour",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"Default startup view\"\n field=\"config.sys.defaultView\"\n nochoice=\"Last view used at startup\"\n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to display at startup\" />\n <<tmap-row type:\"input-checkbox\"\n title:\"Show popups\"\n field:\"config.sys.popups.enabled\"\n descr:\"Set this to true if you want to see automatic\n popups in the map.\">>\n <$list filter=\"[config.sys.popups.enabled[true]]\">\n <<tmap-row type:\"input-text\"\n title:\"Popup delay\"\n field:\"config.sys.popups.delay\"\n descr:\"The time in miliseconds that needs to pass after\n a tooltip is triggered.\">>\n <<tmap-row type:\"input-text\"\n title:\"Popup width\"\n field:\"config.sys.popups.width\"\n descr:\"The default max-width of the popup.\"\n note:\"Make sure you added the desired unit (e.g. `px`).\n Requires a wiki refresh.\">>\n <<tmap-row type:\"input-text\"\n title:\"Popup height\"\n field:\"config.sys.popups.height\"\n descr:\"The default max-height of the popup.\"\n note:\"Make sure you added desired the unit (e.g. `px`).\n Requires a wiki refresh.\">>\n </$list>\n <<tmap-row type:\"input-checkbox\"\n title:\"Allow single click mode\"\n field:\"config.sys.singleClickMode\"\n descr:\"A single click on a node is sufficient to open the\n corresponding tiddler.\"\n note:\"Drag and drop will still work and does not cause a\n tiddler to be opened. Single click is never active in\n the map editor.\">>\n <<tmap-row type:\"input-select\"\n title:\"Edge click behaviour\"\n field:\"config.sys.edgeClickBehaviour\"\n selectFilter:\"[[nothing|Nothing]]\n [[manager|Open edge-type manager]]\"\n descr:\"What should happen when you click on an edge?\">>\n <<tmap-row type:\"input-select\" title:\"Raster size\" field:\"config.sys.raster\"\n selectFilter:\"[[|disabled]] [[5|5px]] [[10|10px]] [[15|15px]] [[20|20px]] [[30|30px]] [[40|40px]]\"\n descr:\"Snap nodes to an invisible raster of the given size after drag'n'drop.\"\n note:\"Only works when the view is not in floating mode\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Apply node-filter to neighbours\"\n field:\"config.sys.nodeFilterNeighbours\"\n descr:\"If checked, neighbours displayed in the map will be filtered\n by the view's node-filter. Otherwise the node-filter will only be used\n to filter the original set of nodes in the map\">>\n</table>\n\n!! Suppressed dialogs\n\n<div class=\"tmap-flash-message tmap-plain\">\n Dialogs that you decided to suppress in the past are listed here.\n Remove the checkmark to enable dialogs again.\n</div>\n\n<table class=\"tmap-config-table\">\n <$list\n filter=\"[<output>fields[]prefix[config.sys.suppressedDialogs]]\"\n emptyMessage=\"–\">\n <$set name=\"dialogName\" value=<<tmap basename \".\">>>\n <$macrocall $name=\"tmap-row\"\n type=\"input-checkbox\"\n title=\"Suppress '$(dialogName)$' dialog\"\n field=<<currentTiddler>> />\n </$set>\n <br />\n </$list>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/liveTab": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/liveTab",
"caption": "Live tab",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Live tab\"\n field:\"liveTab\" \n descr:\"Show or hide the live tab in the sidebar.\">>\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"Fallback view\"\n field=\"config.sys.liveTab.fallbackView\" \n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to display in the sidebar's live tab in\n case the current tiddler did not specify a view\n to open.\" />\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig",
"subtitle": "{{$:/core/images/options-button}} Global configuration of TiddlyMap",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n<$macrocall $name=\"tabs\"\n default=<<concat \"$(template)$/default\">>\n tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/verbosity": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/verbosity",
"caption": "Verbosity",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-plain\">\n Here you can restrict the system's talkativeness.\n</div>\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Debug output\"\n field:\"config.sys.debug\" \n descr:\"Set this to true if you want debug information to be\n displayed in the browser console.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show notifications\"\n field:\"config.sys.notifications\" \n descr:\"Set this to true if you want to receive fade-out\n notifications for important events.\">>\n</table> "
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/vis",
"classes": "tmap-remove-top-space",
"caption": "Graph",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n The global vis configurations will affect all views and their\n elements (nodes and edges) unless they are overridden on a lower\n level. All options below are documented at\n [[vis.js.org|http://visjs.org/docs/network]].\n</div>\n<div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on\n the graph. Other options are visible, yet, inactive.\n</div>\n<$tmap-config\n mode=\"manage-config\"\n inherited=\"vis-inherited\"\n extension=\"config.vis\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/default",
"caption": "Overview",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n All configurations __only__ affect this view.\n</div>\n\n<table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Created on</th>\n <td><<createdOn>></td>\n </tr>\n <tr>\n <th align=\"left\">Nodes contained in graph</th>\n <td><<numberOfNodes>></td>\n </tr>\n <tr>\n <th align=\"left\">Edges contained in graph</th>\n <td><<numberOfEdges>></td>\n </tr>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/editFilters": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/editFilters",
"caption": "Edit filters",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n Completely new to filters? Please read\n [[Introduction to filter notation|http://tiddlywiki.com/#Introduction%20to%20filter%20notation]]\n first.\n</div>\n\n<fieldset>\n <legend>Filters <sup>[1]</sup></legend>\n <table class=\"tmap-config-table tmap-large-input\">\n <<tmap-row type:\"input-textarea\"\n title:\"Node filter\"\n field:\"filter.prettyNodeFltr\"\n descr:\"In the map, only those tiddlers that match this filter\n are shown. Drafts and system tiddlers are automatically\n excluded.\">>\n <<tmap-row type:\"input-textarea\"\n title:\"Edge-type filter\"\n field:\"filter.prettyEdgeFltr\" \n descr:\"Only edges with a type that matches the filter are shown.\">>\n </table> \n</fieldset>\n\n---\n\n<sup>[1]</sup> In the editors above, a new line is equivalent to a space symbol.<br />\n<sup>[2]</sup> It is suggested to read\n[[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]]\nand [[Edge-type namespaces|http://tiddlymap.org#Node%20and%20edge-type%20filters]]\nbefore using Tiddlymap's filter editor."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/layout": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/layout",
"caption": "Layout",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Floating nodes\"\n field:\"config.physics_mode\" \n descr:\"Set this to true if you want your nodes to freely\n swirl around.\">>\n <<tmap-row type:\"input-text\"\n title:\"Background image\"\n field:\"config.background_image\" \n descr:\"The title of an image tiddler to be used as background\n in the view.\"\n note:\"You can also use an image url directly, however, the\n image needs be stored under the same domain as your wiki.\n Otherwise, it won't be displayed!\">>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/namespace": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/namespace",
"caption": "Namespace",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table tmap-small-input\">\n <<tmap-row type:\"input-text\"\n title:\"Edge-type namespace\"\n field:\"config.edge_type_namespace\" \n descr:\"A namespace (like `foaf` in `foaf:knows`) that will be\n automatically added to all edge types you create in\n this view. The namespace is only added if the types\n do not exist yet and do not have a namespace assigned yet.\n Namespaces are always hidden in the graph.\"\n note:\"Most likely, you don't want the edges created with this\n namespace to leak into other views, moreover, you don't\n want edges that do not possess the namespace ever to be\n shown here. In this case, use a private marker (`_`)\n in front of your namespace, e.g. `_mynamespace` and use\n an appropriate edge type filter, i.e. `+[prefix[_mynamespace]]`\n For further information see:\n \n * [[Edge-type namespaces|http://tiddlymap.org/#Edge-type%20namespaces]]\n * [[Private edge types|http://tiddlymap.org/#Private%20edge%20types]]\n \">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView",
"subtitle": "{{$:/core/images/options-button}} View configuration -- <<view>>",
"text": "\\rules except wikilink\n\n\\define privateEdgeTypes() [[private edge-types|http://tiddlymap.org/#Private%20edge%20types]]\n\n<$macrocall $name=\"tabs\"\n default=<<concat \"$(template)$/default\">>\n tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis",
"caption": "Graph",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n The local vis configurations will affect all\n elements (nodes and edges) of this view, unless they are\n overridden on a lower level. All options below are documented at\n [[vis.js.org|http://visjs.org/docs/network]].\n</div>\n<div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on the\n graph. Other options are visible, yet, inactive.\n</div>\n<$tmap-config\n mode=\"manage-config\"\n inherited=\"vis-inherited\"\n extension=\"config.vis\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType",
"subtitle": "{{$:/plugins/felixhayashi/tiddlymap/icon}} Edge type specification",
"text": "\\rules except wikilink\n\\rules except underscore\n\n\\define filter() $(allEdgeTypes)$ +[search:title[$(term)$]]\n\n\\define badge(color, label, tooltip)\n<span style=\"background: $color$\" title=\"$tooltip$\">$label$</span>\n\\end\n\n\\define badges()\n<$tiddler tiddler={{!!text}}>\n<$set name=\"id\" value=<<tmap \"getETyId\" \"$(view)$\">>>\n<$set name=\"isVisible\" value=<<tmap \"isETyVisible\" \"$(view)$\">>>\n<div class=\"tmap-badges\">\n <span\n style=\"background: darkslategray\"\n title=\"Your input translates into this id.\">\n <<id>>\n </span>\n <$list filter=\"[<isVisible>regexp[true]]\">\n <<badge \"green\" \"visible\" \"Matches your view's filter\">>\n </$list>\n <$list filter=\"[<isVisible>regexp[false]]\">\n <<badge \"red\" \"not visible\" \"Doesn't match your view's filter\">>\n </$list>\n <$list filter=\"[<id>!regexp[^tmap:unknown$]]\" variable=\"item\">\n <$list filter=\"[<id>regexp[^_]]\">\n <<badge \"purple\" \"private\" \"Not shown in other views per default\">>\n </$list>\n <$list filter=\"[<id>regexp[.+:.+]]\">\n <<badge \"orange\" \"namespace\" \"This type is prefixed with a proper namespace\">>\n </$list>\n </$list>\n</div>\n</$set>\n</$set>\n</$tiddler>\n\\end\n\n\\define search()\n<p>\n You are about to connect \"<$text text=\"$(fromLabel)$\" />\"\n with \"<$text text=\"$(toLabel)$\" />\". Please specify a type.\n</p>\n<table id=\"tmap-search-table\">\n <tr>\n <td><b>Type:</b></td>\n <td>\n <$edit-text\n focus=\"true\"\n field=\"text\"\n type=\"text\"\n tag=\"input\"\n default=\"\"\n class=\"tmap-trigger-field\n tmap-triggers-ok-button-on-enter\n tmap-triggers-cancel-button-on-esc\" />\n <<badges>>\n </td>\n </tr>\n <tr>\n <td></td>\n <td>\n <$set name=\"term\" value={{!!text}}>\n <$set name=\"allEdgeTypes\" value=<<tmap \"option\" \"selector.allEdgeTypesById\">>>\n <ul class=\"tmap-small-list\">\n <$list filter=<<filter>>>\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">\n <$view field=\"title\" />\n <$action-setfield $tiddler=<<output>> text={{!!title}} />\n </$button>\n </li>\n </$list>\n </ul>\n </$set>\n </$set>\n </td>\n </tr>\n</table>\n\\end\n\n<$list filter=\"[<temp>!has[more]]\" variable=\"item\"><<search>></$list>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/addNodeToMap": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/addNodeToMap",
"subtitle": "{{$:/core/images/tag-button}} Add node",
"classes": "tmap-modal-add-node",
"text": "\\rules except wikilink\n\n\\define backButtonText() back to list\n\\define outputAndTemplate() [[$(output)$]] [[$(template)$]]\n\n\\define editor()\n <$button class=\"tmap-go-back tc-btn-invisible\">\n {{$:/core/images/chevron-left}} <<backButtonText>>\n <$action-deletefield $tiddler=<<temp>> more template />\n <$action-sendmessage\n $message=\"tmap:tm-clear-tiddler\"\n keep=\"draft.title\"\n title=<<output>> />\n </$button>\n\n <$list filter=\"[<output>get[draft.title]is[tiddler]]\">\n <div class=\"tmap-flash-message tmap-warning\">\n Tiddler already exists! Use another title or click\n \"<<backButtonText>>\" to cancel your edit.\n </div>\n </$list>\n\n <div class=\"tmap-modal-editor\">\n <table class=\"tmap-config-table\">\n <tr class=\"tmap-template-select\">\n <td>Template</td>\n <td>\n <$select\n tiddler=<<temp>>\n field=\"template\">\n <option value=\"\"></option>\n <$list filter=<<tmap \"option\" \"selector.allPotentialNodes\">>>\n <option><$view field=\"title\" /></option>\n </$list>\n </$select>\n <$button>Load\n <$action-sendmessage\n $message=\"tmap:tm-clear-tiddler\"\n keep=\"draft.title\"\n title=<<output>> />\n <$list filter=\"[<temp>get[template]]\" variable=\"template\">\n <$action-sendmessage\n $message=\"tmap:tm-merge-tiddlers\"\n tiddlers=<<outputAndTemplate>>\n output=<<output>> />\n <$action-deletefield $tiddler=<<output>> tmap.id tmap.edges />\n </$list>\n </$button>\n </td>\n <td>Press the \"load\" button to activate the template.</td>\n </tr>\n </table>\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<output>>>\n <$transclude tiddler=\"$:/core/ui/EditTemplate\" mode=\"block\" />\n </$set>\n </$importvariables>\n </div>\n\\end\n\n\\define search()\n<p>Add an existing tiddler to the map or create a new one.</p>\n<table id=\"tmap-search-table\">\n <tr>\n <td><b>Title:</b></td>\n <td>\n <$edit-text\n tiddler=<<output>>\n field=\"draft.title\"\n focus=\"true\"\n type=\"text\"\n tag=\"input\"\n default=\"\"\n class=\"tmap-trigger-field\n tmap-triggers-ok-button-on-enter\n tmap-triggers-cancel-button-on-esc\" />\n <$list filter=\"[<output>get[draft.title]!is[tiddler]]\">\n <$button\n tooltip=\"The tiddler does not exist yet and you may edit it\n before it is added to the map\">\n {{$:/core/images/edit-button}}\n <$action-setfield $tiddler=<<temp>> more=\"true\" />\n </$button> <sup>[1]</sup>\n </$list>\n </td>\n </tr>\n <tr>\n <td></td>\n <td>\n <$set name=\"term\" value={{!!draft.title}}>\n <ul class=\"tmap-small-list\">\n <$list filter=\"[search:title<term>!is[system]!has[draft.of]]\">\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">\n <$view field=\"title\" />\n <$action-setfield $tiddler=<<output>> draft.title={{!!title}} />\n </$button>\n </li>\n </$list>\n </ul>\n </$set>\n </td>\n </tr>\n</table>\n\n<$list filter=\"[<output>get[draft.title]!is[tiddler]]\">\n<hr />\n<sup>[1]</sup>\n<small>\n The tiddler does not exist yet and you may edit it\n before it is added to the map\n</small>\n</$list>\n\\end\n\n<$list filter=\"[<temp>!has[more]]\" variable=\"item\"><<search>></$list>\n<$list filter=\"[<temp>has[more]]\" variable=\"item\"><<editor>></$list>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog",
"subtitle": "{{$:/core/images/locked-padlock}} You cannot delete this view!",
"buttons": "ok",
"text": "\\rules except wikilink\n\nIt is not possible to delete the current view as ''<<count>>'' tiddlers\nare referencing it. To delete the view you must first remove the tiddlymap\nwidgets in the tiddlers listed below or change their view attributes.\n\n''References''\n\n<ul>\n<$list filter=<<refFilter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nAfter the references are removed, you may delete the view.\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation",
"subtitle": "{{$:/core/images/import-button}} You must confirm in order to proceed!",
"text": "\\rules except wikilink\n\n<<message>>\n\n''Are you really sure you want to do this?''"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/createView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/createView",
"subtitle": "{{$:/core/images/new-button}} Creating a new view",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"View name\"\n field:\"name\"\n focus:\"true\"\n class:\"tmap-trigger-field\n tmap-triggers-ok-button-on-enter\n tmap-triggers-cancel-button-on-esc\"\n descr:\"The name for the new view. If no name is entered,\n the program will invent one for you.\"\n note:\"You cannot override an existing view. In this case,\n you need to delete the old view first! You must no use\n slashes (`/`) in the name.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Clone view\"\n field:\"clone\"\n descr:\"Use the view that is currently displayed in the\n editor as blueprint. The view will be an __exact__\n clone of the current one, only with a different\n name.\">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog",
"subtitle": "{{$:/core/images/delete-button}} You are about to delete <<count>> nodes",
"text": "\\rules except wikilink\n\n''Please choose an option or abort:''\n\n<$radio tiddler=<<output>> field=\"delete-from\" value=\"system\">\n Delete nodes from system <sup>[1]</sup>\n</$radio><br />\n<$radio tiddler=<<output>> field=\"delete-from\" value=\"filter\">\n Delete nodes from graph's filter <sup>[2]</sup>\n</$radio>\n\nThe following nodes will be deleted:\n\n<ul>\n<$list filter=<<tiddlers>>>\n <li><$view tiddler={{!!title}} field=\"title\" /></li>\n</$list>\n</ul>\n\n---\n\n<sup>[1]</sup>\n<small>This will delete all nodes, their corresponding tiddlers and all connected edges.</small><br/>\n<sup>[2]</sup>\n<small>''Important:'' Removing a node from the graph's filter only works, if the node has been added in the map editor per double click or via \"Add Node\". If the node hasn't been added as mentioned above, you need to change the underlying tiddler in a way that it doesn't match your filter anymore, if you don't want it to be displayed in the graph.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo",
"subtitle": "{{$:/core/images/info-button}} Dublicate id detected",
"buttons": "ok_suppress",
"text": "\\rules except wikilink\n\nTiddlyMap requires the value of the id field (\"tmap.id\") to be\nunique in order to correctly identify nodes and tiddlers.\n\nThe id of the \"<<param.changedTiddler>>\" already exists for these tiddlers:\n\n<ul>\n<$list filter=<<param.filter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nTherefore TiddlyMap\n\n* assigned a new id to tiddler \"<<param.changedTiddler>>\"\n* removed all edges from \"<<param.changedTiddler>>\"\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible",
"subtitle": "{{$:/core/images/info-button}} Edge will not be visible in view \"<<view>>\"",
"buttons": "ok_suppress",
"text": "\\rules except wikilink\n\nYou just created an edge of type\n<code><$text text=<<type>> /></code> that will not be\nvisible in this view because it doesn't match your\nedge-type filter settings.\n\nThe current edge-type filter of view \"<<view>>\" looks like this:\n\n<pre><code><$text text=<<eTyFilter>> /></code></pre>\n\nTo have the newly added type displayed in your view, adjust your\nedge-type filter accordingly. \n\nSome suggestions:\n\n<ul>\n <li>\n Explicitly add the type to the filter:\n <code><$text text=\"[[\" /><$text text=<<type>> /><$text text=\"]]\" /></code>\n </li>\n <li>\n <$set\n filter=\"[<type>regexp[:]splitbefore[:]]\"\n name=\"prefix\"\n emptyValue=<<tmap halfOfString \"$(type)$\">>>\n Add a filter rule (e.g. a prefix filter) that will match\n your type: <code>[prefix[<<prefix>>]]</code>\n </$set>\n </li>\n <li>Make your current view-filter less restrictive.</li>\n</ul>\n\nFor further information, please see:\n[[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]]."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default",
"caption": "Global node style",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n A node's ''global configuration''\n (also referred to as //global individual config//) defines its\n individual appearance and behaviour in all views.\n</div>\n<<maybeShowTidColorWarning>>\n \n<$macrocall $name=\"sharedSettings\"\n twIconField=<<tidIconField>>\n faIconField=\"global.tmap.fa-icon\"\n labelField=<<tidLabelField>> />\n\n<$macrocall $name=\"visConfiguration\"\n mode=\"manage-node-types\"\n extensionField=\"global.tmap.style\"\n styleName=\"node's global style\"\n inheritedList=\"[[inherited-global-default-style]]\n [[inherited-local-default-style]]\n [[inherited-group-styles]]\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local",
"caption": "Local node style",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n \n<div class=\"tmap-flash-message tmap-info\">\n The ''local node configuration'' \n (also referred to as //view-specific node configuration//)\n overrides the //global individual configuration// and only affects\n the node's appearance and behaviour in the current view.\n</div>\n<<maybeShowTidColorWarning>>\n\n<fieldset>\n <legend>Behaviour</legend>\n <table class=\"tmap-config-table\">\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"Open view\"\n field=\"local.open-view\"\n nochoice=\"Disabled\"\n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"Clicking on this node will open the specified\n view instead of the tiddler represented by this node.\" />\n </table>\n</fieldset>\n\n<$macrocall $name=\"sharedSettings\"\n twIconField=\"local.tw-icon\"\n faIconField=\"local.fa-icon\"\n labelField=\"local.label\" />\n \n<$macrocall $name=\"visConfiguration\"\n mode=\"manage-node-types\"\n extensionField=\"local-node-style\"\n styleName=\"node's local style\"\n inheritedList=\"[[inherited-global-default-style]]\n [[inherited-local-default-style]]\n [[inherited-group-styles]]\n [[global.tmap.style]]\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNode": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode",
"subtitle": "{{$:/core/images/edit-button}} Editing style of node \"<<tiddler>>\"",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n\\define maybeShowTidColorWarning()\n <$list filter=\"[<tidColor>regexp[.+]]\">\n <div class=\"tmap-flash-message tmap-warning\">\n You have set the tiddler's color\n field to \"<<tidColor>>\". This value will be completely ignored\n when you change node's color properties in the vis editor below.\n </div>\n </$list>\n\\end\n\n\\define iconSettings(twIconField, faIconField)\n <fieldset>\n <legend>Icon Settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"TW-icon\"\n field:\"$twIconField$\"\n descr:\"A tiddlywiki image reference.\n For example '$:/core/icon' for Movotun Jack.\">>\n <<tmap-row type:\"input-text\"\n title:\"FA-icon\"\n field:\"$faIconField$\"\n descr:\"A Font Awesome icon code.\n For example 'f206' for the bicycle symbol.\">>\n </table>\n </fieldset>\n\\end\n\n\\define sharedSettings(twIconField, faIconField, labelField)\n <fieldset>\n <legend>General Settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"Label\"\n field:\"$labelField$\"\n descr:\"Use this value as node label.\">>\n </table>\n </fieldset>\n <!-- display icon fieldset -->\n <<iconSettings \"$twIconField$\" \"$faIconField$\">> \n\\end\n\n<$macrocall\n $name=\"tabs\"\n default=<<concat \"$(template)$/default\">>\n tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft",
"caption": "Draft",
"text": "\\rules except wikilink\n\n<div class=\"tmap-modal-editor\">\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<draftTRef>> >\n <$transclude tiddler=\"$:/core/ui/EditTemplate\" field=\"text\" mode=\"block\" />\n </$set>\n </$importvariables>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original",
"caption": "Current Version",
"text": "\\rules except wikilink\n\n<div class=\"tmap-modal-editor\">\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<originalTRef>> >\n <$transclude tiddler=\"$:/core/ui/ViewTemplate\" field=\"text\" mode=\"block\" />\n </$set>\n </$importvariables>\n</div>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor",
"subtitle": "{{$:/core/images/edit-button}} <<originalTRef>>",
"classes": "tmap-modal-fullscreen-editor tmap-remove-top-space",
"text": "\\rules except wikilink\n\n\\define defaultTab() $:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original\n\n<$macrocall $name=\"tabs\"\n default=<<defaultTab>>\n tabsList=\"[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/]]\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged",
"subtitle": "{{$:/core/images/info-button}} The field \"<<name>>\" changed",
"text": "\\rules except wikilink\n\nYou changed the field \"<<name>>\" from \"<<oldValue>>\" to \"<<newValue>>\".\n\nIt is recommended to let TiddlyMap copy all values from the former field \"<<oldValue>>\" to the new field \"<<newValue>>\" so the data stored in \"<<oldValue>>\" is not lost. This operation has to be done now or never.\n\nDo you want to move each tiddler's existing \"<<oldValue>>\" value to \"<<newValue>>\"? Please note that any value currently stored in \"<<newValue>>\" would consequently be overridden and the old field \"<<oldValue>>\" would be eventually removed!"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported",
"subtitle": "{{$:/core/images/info-button}} Your machine does not support fullscreen",
"buttons": "ok_suppress",
"text": "\\rules except wikilink\n\nPlease have a look [[here|http://caniuse.com/#feat=fullscreen]] to see a list of supported devices/browsers.\n\nSorry for this :("
},
"$:/plugins/felixhayashi/tiddlymap/dialog/renameView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/renameView",
"subtitle": "{{$:/core/images/tag-button}} Please specify a view name",
"text": "\\rules except wikilink\n\n''Name:''\n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" />\n\nNote that ''<<count>>'' tiddlers are referencing this view.\n\n<$reveal type=\"nomatch\" text=\"0\" default=<<count>>>\n\nRenaming the view will cause the reference to be invalid.\nIt is recommended to first remove the tiddlymap widgets in\nthe tiddlers listed below or change their view attributes\naccordingly.\n\n''References''\n\n<ul>\n<$list filter=<<refFilter>> variable=\"item\">\n <li><$text text=<<item>> /></li>\n</$list>\n</ul>\n\n</$reveal>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/saveCanvas": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/saveCanvas",
"subtitle": "{{$:/core/images/options-button}} Save a snapshot image of view \"<<view>>\"",
"text": "\\rules except wikilink\n\n\\define preview()\n<div class=\"tmap-save-canvas-preview\">\n <$transclude tiddler=<<snapshot>> /><br />\n Measures: <<width>> × <<height>>\n</div>\n\\end\n\n<table class=\"tmap-config-table\">\n<!--\n <<tmap-row type:\"input-text\"\n title:\"Name\"\n field:\"name\">\n-->\n<$macrocall $name=\"tmap-row\"\n type=\"input-text\"\n title=\"Name\"\n field=\"name\"\n descr=<<preview>> />\n</table>\n\n<fieldset><legend>Options</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-radio\"\n title:\"Action\"\n field:\"action\" \n selectFilter:\"[[download|Download]]\n [[wiki|Save in wiki]]\n [[placeholder|Use as placeholder for this view]]\"\n descr:\"Save the image by downloading it to your computer or\n save it as a tiddler in your wiki.<br /><br />\n A third option is to make TiddlyMap use this image as\n placeholder for the current view. Placeholders are used\n when tiddlers are exported in form of static html\n or when editing a tiddler while having the preview\n shown. In this case the title input is ignored.\">>\n </table>\n</fieldset>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog",
"text": "\\rules except wikilink\n\n<div class=<<classes>>>\n<$importvariables\n filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\n [[$:/core/macros/tabs]]\">\n<$transclude tiddler=<<template>> mode=\"block\" />\n</$importvariables>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/welcome": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/welcome",
"subtitle": "{{$:/core/images/info-button }} Welcome",
"buttons": "ok",
"text": "\\rules except wikilink\n\nIt seems that you freshly installed TiddlyMap.\n\n* In case you need any help, please consult the [[online docs|http://tiddlymap.org#Documentation]] first.\n* You are welcome to create an [[issue|https://github.com/felixhayashi/TW5-TiddlyMap/issues]] at GitHub for any bug you discover.\n* Make sure to revisit the [[demo site|http://tiddlymap.org]] to see whether your version is up-to-date.\n* If you like TiddlyMap, please give it a star at [[GitHub|https://github.com/felixhayashi/TW5-TiddlyMap]] or tell your friends about it :)\n* ''Please note:'' TiddlyMap is distributed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]], which belongs to the same license family, as the license used by TiddlyWiki. By using this plugin you agree to the product's [[License Terms|https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]].\n\nEnjoy!\n\n---\n\nTiddlyMap will configure your wiki for optimal use. Everything can be changed back later by you, via the TiddlyWiki configurations panel, so no worries. If you checked some of the options below, please save & restart after closing this dialog.\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Optimize storyview\"\n field:\"config.storyview\"\n descr:\"Sets the storyview to 'top' for optimal scrolling.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Optimize sidebar\"\n field:\"config.sidebar\"\n descr:\"Sets sidebar layout to 'fixed-fluid' for larger editor.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Optimize navigation\"\n field:\"config.navigation\"\n descr:\"Sets navigation style to open tiddlers at top for better map navigation.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Create demo welcome map\"\n field:\"config.demo\"\n descr:\"Creates a little hello world welcome map for you.\">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/widgetCodeGenerator": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/widgetCodeGenerator",
"subtitle": "{{$:/core/images/permalink-button}} Widget Code Generator",
"buttons": "close",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n Use the code below to embed a view in a tiddler.\n</div>\n\n<pre style=\"white-space: normal;\">\n<$tmap\n\n<$list filter=\"[<output>has[var.view]]\">\n view=\"<$view field='var.view' />\"</$list>\n<$list filter=\"[<output>field:var.click-to-use[true]]\">\n click-to-use=\"true\"</$list>\n<$list filter=\"[<output>has[var.editor]]\">\n editor=\"<$view field='var.editor' />\"</$list>\n<$list filter=\"[<output>has[var.width]]\">\n width=\"<$view field='var.width' />\"</$list>\n<$list filter=\"[<output>has[var.height]]\">\n height=\"<$view field='var.height' />\"</$list>\n<$list filter=\"[<output>has[var.class]]\">\n class=\"<$view field='var.class' />\"</$list>\n<$list filter=\"[<output>field:var.show-buttons[false]]\">\n show-buttons=\"false\"</$list>\n<$list filter=\"[<output>has[var.design]]\">\n design=\"<$view field='var.design' />\"</$list>></$tmap>\n</pre>\n\n<fieldset>\n <legend>Parameters</legend> \n <table class=\"tmap-config-table\">\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"View\"\n field=\"var.view\"\n nochoice=\" \"\n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to bind the wiedget to\" />\n <<tmap-row type:\"input-select\"\n title:\"Editor bar\"\n field:\"var.editor\"\n selectFilter:\"[[|Hidden]]\n [[vis|Simple]]\n [[advanced|Advanced]]\"\n descr:\"Whether the widget should act as an editor or not.\">>\n <<tmap-row type:\"input-select\"\n title:\"Design\"\n field:\"var.design\"\n selectFilter:\"[[|Normal]]\n [[plain|Plain]]\"\n descr:\"Usually a header is displayed and borders. Plain\n design will only show the mere graph.\">>\n <<tmap-row type:\"input-text\"\n title:\"Height\"\n field:\"var.height\"\n descr:\"Graph's height in css units. Defaults to '300px'.\">>\n <<tmap-row type:\"input-text\"\n title:\"Width\"\n field:\"var.width\"\n descr:\"Graph's width in css units. Defaults to '100%'.\">>\n <<tmap-row type:\"input-text\"\n title:\"Class\"\n field:\"var.class\"\n descr:\"A custom class to apply your own css.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Click to use\"\n field:\"var.click-to-use\"\n default:\"false\"\n descr:\"A click is needed to enable the graph.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show buttons\"\n field:\"var.show-buttons\"\n default:\"true\"\n descr:\"Show or hide the graph's navigation buttons.\">>\n </table>\n</fieldset>"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/close": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/close",
"text": "\\rules except wikilink\n\n<$button class=\"tmap-dialog-button tmap-close-button\" tooltip=\"Close this dialog\">Close\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok",
"text": "\\rules except wikilink\n\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm dialog\">OK\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel",
"text": "\\rules except wikilink\n\n<$transclude tiddler=\"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok\" mode=\"inline\" />\n<$button class=\"tmap-dialog-button tmap-cancel-button\" tooltip=\"Close dialog without saving\">Cancel\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"\" />\n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress",
"text": "\\rules except wikilink\n\n<$set name=\"currentTiddler\" value=<<title>> >\n\n<$checkbox field=\"suppress\" checked=\"1\" unchecked=\"0\" default=\"0\"> Do not show this dialog again</$checkbox>\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm this dialog\">OK\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n <!-- suppress dialog in the future -->\n <$action-sendmessage $message=\"tmap:tm-suppress-dialog\"\n dialog=<<templateId>>\n suppress={{!!suppress}} />\n \n</$button>\n\n</$set>"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter",
"text": "\\rules except wikilink\n\n\\define footer() $:/plugins/felixhayashi/tiddlymap/dialogFooter/$(buttons)$\n\n<$transclude tiddler=<<footer>> />\n\n<!-- we need this button to be able to close a tiddler from outside programmatically -->\n<$button class=\"tmap-hidden-close-button\" message=\"tm-close-tiddler\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/element_type_manager": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/element_type_manager",
"text": "\\rules except wikilink\n\n<$button\n class=\"tmap-dialog-button tmap-save-button\"\n tooltip=\"Save the current changes\">Save\n <$action-sendmessage\n $message=\"tmap:tm-save-type-form\"\n mode=<<mode>>\n output=<<output>> />\n</$button>\n<$button\n class=\"tmap-dialog-button tmap-cancel-button\"\n tooltip=\"Cancel the most resent changes and exit\">Quit\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n</$button>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/deleteType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/deleteType",
"caption": "Removal",
"text": "\\rules except wikilink\n\n\\define manage-edge-types()\n <$macrocall $name=\"tmap-row\"\n type=\"input-checkbox\"\n title=\"Delete type\"\n field=\"temp.deleteType\"\n default={{!id}}\n readonly={{!!temp.idImmutable}}\n descr=\"If you want to delete this type, set this to true\n and click the save button afterwards. Predefined system\n types cannot be deleted.\" note=\"Consequently, all edges\n of this type will be deleted.\" />\n\\end\n\n\\define manage-node-types()\n <$macrocall $name=\"tmap-row\"\n type=\"input-checkbox\"\n title=\"Delete type\"\n field=\"temp.deleteType\"\n default={{!id}}\n readonly={{!!temp.idImmutable}}\n descr=\"If you want to delete this type, set this to true and\n click the save button afterwards. Predefined system\n types cannot be deleted.\" />\n\\end\n\n<table class=\"tmap-config-table\"><$macrocall $name=<<mode>> /></table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/description": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/description",
"caption": "Description",
"text": "\\rules except wikilink\n\n\\define manage-edge-types()\n <<tmap-row type:\"input-textarea\"\n title:\"Description\"\n field:\"description\"\n descr:\"An optional description for this type. The\n description will be displayed as tooltip when\n moving the mouse over an edge of this type.\">>\n\\end\n\n\\define manage-node-types()\n <<tmap-row type:\"input-textarea\"\n title:\"Description\"\n field:\"description\" \n descr:\"An optional description for this type.\">>\n\\end\n\n<table class=\"tmap-config-table\">\n <$macrocall $name=<<mode>> />\n</table>\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings",
"caption": "General",
"text": "\\rules except wikilink\n\n\\define manage-edge-types()\n <<tmap-row type:\"input-text\"\n title:\"Label\"\n field:\"label\" \n descr:\"An optional alias used as edge-label.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show label\"\n field:\"show-label\"\n default:\"true\"\n descr:\"If unchecked, no edge label will be displayed.\">>\n\\end\n\\define manage-node-types()\n <$list filter=\"[<currentTiddler>!regexp:id[tmap:]]\">\n <<tmap-row type:\"input-textarea\"\n title:\"Scope\"\n field:\"scope\" \n descr:\"A filter expression that defines, which nodes inherit\n this node-type and its style.\">>\n </$list>\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\" \n title=\"Priority\"\n field=\"priority\"\n selectFilter=<<tmap \"scale\" \"100\">>\n descr=\"When a type has a a higher priority than another type,\n its style will override the other style\" />\n\\end\n\n<table class=\"tmap-config-table\">\n <$macrocall\n $name=\"tmap-row\"\n title=\"Identifier\"\n field=\"temp.newId\"\n type=\"input-text\"\n default={{!!id}}\n readonly={{!!temp.idImmutable}}\n descr=\"A unique identifier\"\n />\n <$macrocall $name=<<mode>> />\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview",
"caption": "Overview",
"text": "\\rules except wikilink\n\n\\define date(f) <$view field=$f$ format=\"date\" template=\"DDth mmm hh:mm:ss\"/>\n\n! <$link to={{!!typeTRef}}><$view field=\"id\" /></$link>\n\n<table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Created on</th>\n <td>\n <<date \"created\">>\n </td>\n </tr>\n <tr>\n <th align=\"left\">Modified on</th>\n <td><<date \"modified\">></td>\n </tr>\n <tr>\n <th align=\"left\">Usage count</th>\n <td>\n <span class=\"tmap-edge-type-specific\">\n <$view field=\"temp.usageCount\" />\n </span>\n <span class=\"tmap-node-type-specific\">\n <$count filter={{!!scope}}>0</$count>\n </span>\n </td>\n </tr>\n</table>\n\n<$view field=\"description\">//No description available//</$view>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling",
"caption": "Styling",
"text": "\\rules except wikilink\n\n\\define url()\n <$set\n filter=\"[<mode>prefix[manage-edge-types]]\"\n name=\"module\"\n value=\"edges\"\n emptyValue=\"nodes\">\n [[visjs.org|http://visjs.org/docs/network/$(module)$]]\n </$set>\n\\end\n\n<fieldset class=\"tmap-node-type-specific\">\n <legend>Icon Settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"TW-icon\"\n field:\"tw-icon\"\n descr:\"A tiddlywiki image reference.\n For example '$:/core/icon' for Movotun Jack.\">>\n <<tmap-row type:\"input-text\"\n title:\"FA-icon\"\n field:\"fa-icon\"\n descr:\"A Font Awesome icon code.\n For example 'f206' for the bicycle symbol.\">>\n </table>\n</fieldset>\n\n<fieldset><legend>Visjs styles</legend>\n <div class=\"tmap-flash-message tmap-info\">\n All visjs options below are documented at <<url>>.\n </div>\n <div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on\n the graph. Other options are visible, yet, inactive.\n </div>\n <$tmap-config\n mode=<<mode>>\n inherited=\"vis-inherited\"\n extension=\"style\" />\n</fieldset>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager",
"subtitle": "{{$:/core/images/tag-button}} <<topic>>",
"buttons": "element_type_manager",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n\\define defaultTab()\n$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview\n\\end\n\n\\define settingsTab()\n$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings\n\\end\n\n\\define tabsFilter()\n[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/]]\n\\end\n\n\\define searchFilter()\n$(searchSelector)$\n+[sort[title]nsort[priority]]\n+[removeprefix<typeRootPath>removeprefix[/]]\n+[search:title{$:/temp/tmap/MapElementTypeSearch}]\n\\end\n\n\\define managerClass() tmap-$(mode)$\n\n\\define typePath() $(typeRootPath)$/$(id)$\n\n<div id=\"tmap-element-type-manager\" class=<<managerClass>>>\n <div>\n <div class=\"tmap-searchbar\">\n <$edit-text\n focus=\"true\"\n tiddler=\"$:/temp/tmap/MapElementTypeSearch\"\n type=\"text\"\n tag=\"input\"\n default=\"\" />\n <$list filter=\"[{$:/temp/tmap/MapElementTypeSearch}regexp[.+]]\n +[addprefix[/]]\n +[addprefix<typeRootPath>]\n +[!is[tiddler]!is[shadow]]\">\n <$button tooltip=\"Create a new type of this name\">\n {{$:/core/images/new-button}}\n <$action-sendmessage\n $message=\"tmap:tm-create-type\"\n mode=<<mode>>\n id={{$:/temp/tmap/MapElementTypeSearch}}\n output=<<output>> />\n <$action-setfield $tiddler=\"$:/temp/tmap/MapElementTypeSearch\" text=\"\" />\n </$button>\n </$list>\n\n </div>\n <ul>\n <$list\n filter=<<searchFilter>>\n emptyMessage=<<noTypeFound>>\n variable=\"id\">\n <li>\n <span class=\"tmap-ranking tmap-node-type-specific\">\n # <$view tiddler=<<typePath>> field=\"priority\">1</$view>\n </span>\n <$button class=\"tc-btn-invisible tmap-link\"><<id>>\n <$action-setfield\n $tiddler=<<qualify \"$:/state/tabs/MapElementTypeManager\">>\n text=<<defaultTab>> />\n <$action-sendmessage\n $message=\"tmap:tm-load-type-form\"\n id=<<id>>\n mode=<<mode>>\n output=<<output>> />\n </$button>\n </li>\n </$list>\n </ul>\n </div>\n <div>\n <$reveal type=\"nomatch\" text=\"\" default={{!!id}} >\n <$macrocall\n $name=\"tabs\"\n default=<<defaultTab>>\n state=\"$:/state/tabs/MapElementTypeManager\"\n tabsList=<<tabsFilter>> />\n </$reveal>\n <$reveal type=\"match\" text=\"\" default={{!!id}} >\n <div class=\"tmap-flash-message tmap-info\">\n Please select a type from the list or create a new one by\n entering the type name in the search field on the left.\n </div>\n <div class=\"tmap-flash-message tmap-info tmap-node-type-specific\">\n The number next to the node-type label represents it's priority.\n </div>\n </$reveal>\n </div>\n</div>\n"
},
"$:/plugins/felixhayashi/tiddlymap/editor/contextMenu/node": {
"title": "$:/plugins/felixhayashi/tiddlymap/editor/contextMenu/node",
"text": "\\define single()\n <$list filter=\"\n [[tmap:tm-toggle-central-topic, $:/core/images/star-filled, Toggle central topic]]\n [[tmap:tm-delete-element, $:/core/images/delete-button, Delete node]]\">\n <$button class=\"tc-btn-invisible\">\n <$action-sendmessage $message=<<tmap \"splitAndSelect\" \", \" \"0\">> />\n <$transclude tiddler=<<tmap \"splitAndSelect\" \", \" \"1\">> />\n <<tmap \"splitAndSelect\" \", \" \"2\">>\n </$button>\n </$list>\n\\end\n\n\\define multi()\n <$list filter=\"\n [[tmap:tm-delete-element, $:/core/images/delete-button, Delete selected nodes]]\">\n <$button class=\"tc-btn-invisible\">\n <$action-sendmessage $message=<<tmap \"splitAndSelect\" \", \" \"0\">> />\n <$transclude tiddler=<<tmap \"splitAndSelect\" \", \" \"1\">> />\n <<tmap \"splitAndSelect\" \", \" \"2\">>\n </$button>\n </$list>\n\\end\n\n<div class=\"tc-drop-down\">\n <$macrocall $name=<<mode>> />\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar",
"text": "\\rules except wikilink\n\\define showEdgeField() show-$(curEdgeId)$\n\n<!-- === View Switcher ========================================== -->\n\n<div class=\"tmap-menu-bar\">\n View:\n <$reveal type=\"match\" text=\"false\" default=<<isViewBound>> >\n <$select\n tiddler=<<viewHolder>>\n field=\"text\"\n default=<<viewLabel>> >\n <$list filter=<<tmap \"option\" \"selector.allViewsByLabel\">> >\n <option value={{!!title}}>\n <$view tiddler={{!!title}} field=\"title\" />\n </option>\n </$list>\n </$select>\n </$reveal>\n <$reveal type=\"match\" text=\"true\" default=<<isViewBound>> >\n <b><<viewLabel>></b>\n </$reveal>\n\n<!-- === Menu =================================================== -->\n\n <$button\n popup=<<qualify \"$:/temp/menu\">>\n tooltip=\"Open the Menu\">{{$:/core/images/menu-button}}\n </$button>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/menu\">> >\n <div class=\"tc-drop-down\">\n <a href=\"http://tiddlymap.org#Documentation\" target=\"_blank\">\n {{$:/core/images/info-button}} Open online help\n </a>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-create-view\">\n {{$:/core/images/new-button}} Create new view\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-generate-widget\">\n {{$:/core/images/permalink-button}} Grab widget code\n </$button>\n <div class=\"tmap-list-separator\">Global configurations:</div>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-configure-system\">\n {{$:/core/images/options-button}} Configure TiddlyMap\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-edge-types\">\n <span class=\"tmap-unicode-icon\">◭</span> Manage edge-types\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-node-types\">\n <span class=\"tmap-unicode-icon\">▢</span> Manage node-types\n </$button>\n <div class=\"tmap-view-actions\">\n <div class=\"tmap-list-separator\">Actions for this view:</div>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-edit-view\">\n {{$:/core/images/options-button}} Configure view\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-rename-view\">\n {{$:/core/images/tag-button}} Rename view\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-delete-view\">\n {{$:/core/images/delete-button}} Delete view\n </$button>\n </div>\n </div>\n </$reveal>\n\n<!-- === Neighbourhood menu ===================================== -->\n\n <$reveal\n type=\"match\"\n text=\"true\"\n default=<<tmap \"option\"\n \"config.sys.editorMenuBar.showNeighScopeButton\">>>\n <$button\n class=<<neighScopeBtnClass>>\n tooltip=\"Change the neighbourhood scope\"\n popup=<<qualify \"$:/temp/neighScope\">>>\n ☀\n </$button>\n </$reveal>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/neighScope\">> >\n <div class=\"tc-drop-down\">\n <div class=\"tmap-list-separator\">Neighbourhood scope</div>\n <$button class=\"tc-btn-invisible\">None\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.neighbourhood_scope=\"\" />\n </$button>\n <$list filter=\"[[1|1 step distance]]\n [[2|2 step distance]]\n [[3|3 step distance]]\n [[4|4 step distance]]\n [[5|5 step distance]]\">\n <$button class=\"tc-btn-invisible\">\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.neighbourhood_scope=<<tmap \"splitAndSelect\" \"|\" \"0\">> />\n </$button>\n </$list>\n <$button class=\"tc-btn-invisible\">No limit\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.neighbourhood_scope=\"100\" />\n </$button>\n <div class=\"tmap-list-separator\">Neighbourhood traversal</div>\n <$radio field=\"config.neighbourhood_directions\" value=\"in\"> Incoming</$radio><br />\n <$radio field=\"config.neighbourhood_directions\" value=\"out\"> Outgoing</$radio><br />\n <$radio field=\"config.neighbourhood_directions\" value=\"\"> Both</$radio>\n <div class=\"tmap-list-separator\">Other</div>\n <$checkbox field=\"config.show_inter_neighbour_edges\"\n checked=\"true\" unchecked=\"false\"> Inter-neighbour edges</$checkbox>\n\n </div>\n </$reveal>\n\n<!-- === Export menu ============================================ -->\n\n <$reveal\n type=\"match\"\n text=\"true\"\n default=<<tmap \"option\" \"config.sys.editorMenuBar.showScreenshotButton\">>>\n <$button tooltip=\"Open the map-export menu\" popup=<<qualify \"$:/temp/mapExport\">>>\n {{$:/core/images/download-button}}\n </$button>\n </$reveal>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/mapExport\">>>\n <div class=\"tc-drop-down\">\n <$button\n class=\"tc-btn-invisible\"\n tooltip=\"Export the graph and all its elements\n in form of a JSON file\">\n {{$:/core/images/permalink-button}} Save as JSON file\n <$action-sendmessage\n $message=\"tmap:tm-download-graph\"\n view=<<viewLabel>> />\n </$button>\n <$button\n class=\"tc-btn-invisible\"\n tooltip=\"Create a png image to download or save it\n as image or view-placeholder in your wiki\">\n {{$:/core/images/palette}} Save as png image\n <$action-sendmessage $message=\"tmap:tm-save-canvas\" />\n </$button>\n </div>\n </$reveal>\n\n<!-- === Raster menu ============================================ -->\n\n <$reveal\n type=\"match\"\n text=\"true\"\n default=<<tmap \"option\" \"config.sys.editorMenuBar.showRasterMenuButton\">>>\n <$button\n tooltip=\"Change the raster of your map\"\n class=<<rasterMenuBtnClass>>\n popup=<<qualify \"$:/temp/rasterMenu\">>>\n ⩩\n </$button>\n </$reveal>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/rasterMenu\">>>\n <div class=\"tc-drop-down\">\n <$button class=\"tc-btn-invisible\">Disable raster\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.raster=\"\" />\n </$button>\n <div class=\"tmap-list-separator\">Raster sizes</div>\n <$list filter=\"[[50|50px]]\n [[75|75px]]\n [[100|100px]]\n [[150|150px]]\">\n <$button class=\"tc-btn-invisible\">\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.raster=<<tmap \"splitAndSelect\" \"|\" \"0\">> />\n </$button>\n </$list>\n </div>\n </$reveal>\n\n</div>\n"
},
"$:/plugins/felixhayashi/tiddlymap/misc/focusButton": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/focusButton",
"text": "\\define filter() [list[$:/temp/tmap/nodes/$(viewLabel)$]search:title{$:/temp/tmap/bar/search}]\n\\define concat(str) $str$\n\n\\define state() $(widgetPopupsPath)$/focus\n\n<div class=\"tmap-focus-button\">\n <$reveal type=\"match\" state=<<state>> text=\"\">\n <$button\n tooltip=\"Zoom on a specific node\"\n class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=\"$:/temp/tmap/bar/search\" text=\"\" />\n <$action-setfield $tiddler=<<state>> text=\"1\" />\n </$button>\n </$reveal>\n <$reveal type=\"nomatch\" state=<<state>> text=\"\">\n <$button\n tooltip=\"Close zoom popup\"\n class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=<<state>> text=\"\" />\n </$button>\n <div class=\"tmap-search-dropdown\">\n <div class=\"tc-drop-down\">\n <$edit-text\n focus=\"true\"\n tiddler=\"$:/temp/tmap/bar/search\"\n field=\"text\"\n type=\"text\"\n tag=\"input\"\n default=\"\" />\n <small><$count filter=<<filter>> /> results</small>\n <hr />\n <div class=\"tmap-very-small-list\">\n <$list filter=<<filter>>\n variable=\"item\"\n emptyMessage=\"//No results//\">\n <$button\n class=\"tc-btn-invisible\"\n message=\"tmap:tm-focus-node\"\n param=<<item>>>\n <$view tiddler=<<item>> field=\"title\" />\n </$button>\n </$list>\n </div>\n </div>\n </div>\n </$reveal>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/hook/editor": {
"title": "$:/plugins/felixhayashi/tiddlymap/hook/editor",
"caption": "Map",
"tags": "$:/tags/SideBar",
"text": "\\define width() calc(100% - 15px)\n\n<div class=\"tmap-mobile-editor\">\n <div class=\"tmap-flash-message tmap-warning\">\n The editor is not displayed in mobile mode.\n </div>\n</div>\n<div class=\"tmap-desktop-editor\">\n <$tiddlymap\n class=\"tmap-sidebar-map-editor\"\n editor=\"advanced\"\n object-id=\"main_editor\"\n click-to-use=\"false\">\n </$tiddlymap>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/hook/liveTab": {
"title": "$:/plugins/felixhayashi/tiddlymap/hook/liveTab",
"caption": "Live",
"text": "\\define width() calc(100% - 15px)\n\n<div class=\"tmap-mobile-editor\">\n <div class=\"tmap-flash-message tmap-warning\">\n The live tab is not displayed in mobile mode.\n </div>\n</div>\n<div class=\"tmap-desktop-editor\">\n <$set name=\"view\"\n filter=\"[{$:/temp/tmap/currentTiddler}get[tmap.open-view]]\"\n emptyValue=<<tmap \"option\" \"config.sys.liveTab.fallbackView\">>>\n <div>\n <$tiddlymap\n view=<<view>>\n click-to-use=\"false\"\n refresh-triggers=\"$:/temp/tmap/currentTiddler\"\n object-id=\"live_tab\">\n </$tiddlymap>\n </div>\n </$set> \n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton",
"tags": "$:/tags/ViewToolbar",
"description": "{{$:/language/Buttons/TiddlyMap/Hint}}",
"caption": "{{$:/plugins/felixhayashi/tiddlymap/icon}} {{$:/language/Buttons/TiddlyMap/Caption}}",
"text": "\\define buttonClass() $(tv-config-toolbar-class)$ $(additional-classes)$\n\n\\define nonExistentItem()\n<<item>> <span style=\"color: #9E9E9E\">(will be created)</span>\n\\end\n\n\\define noConnectionsMsg()\n<tr><td colspan=\"4\">//No connections found!//</td></tr>\n\\end\n\n\\define normalSearchFilter()\n[!is[system]!has[draft.of]search:title{$:/temp/quickConnectSearch}sortcs[title]limit[50]]\n\\end\n\n\\define regexSearchFilter()\n[!is[system]!has[draft.of]regexp{$:/temp/quickConnectSearch}sortcs[title]limit[50]]\n\\end\n\n\\define showButton(state)\n<$button set=\"$:/temp/tmap/state/popup/quickConnect\"\n setTo=\"$state$\" tooltip={{$:/language/Buttons/TiddlyMap/Hint}} \n aria-label={{$:/language/Buttons/TiddlyMap/Caption}}\n class=<<buttonClass>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">{{$:/plugins/felixhayashi/tiddlymap/icon}}</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TiddlyMap/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n\\define searchResults()\n<td>\n <$button tooltip=\"Create incoming edge\">\n <<tmap \"option\" \"misc.arrows.in\">>\n <$action-sendmessage $message=\"tmap:tm-create-edge\"\n from=<<item>>\n to=<<currentTiddler>>\n force=\"true\"\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n</td>\n<td>\n <$button tooltip=\"Create outgoing edge\">\n <<tmap \"option\" \"misc.arrows.out\">>\n <$action-sendmessage $message=\"tmap:tm-create-edge\"\n from=<<currentTiddler>>\n to=<<item>>\n force=\"true\"\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n</td>\n<td>\n <$list\n filter=\"[<item>is[tiddler]]\"\n emptyMessage=<<nonExistentItem>>>\n <$view tiddler=<<item>> field=\"title\" />\n </$list>\n</td>\n\\end\n\n\\define hidePopup()\n<$macrocall $name=\"showButton\" state=<<qualify>> />\n\\end\n\n\\define showPopup()\n<$set name=\"additional-classes\" value=\"tmap-active-button\">\n <$macrocall $name=\"showButton\" state=\"\" />\n</$set>\n<$set\n name=\"searchFilter\"\n filter=\"[field:title[$:/state/tmap/tid-toolbar]has[re-filter]]\"\n value=<<regexSearchFilter>>\n emptyValue=<<normalSearchFilter>>>\n<div class=\"tmap-quick-connect tc-reveal tc-popup\">\n <div class=\"tc-drop-down\">\n <div class=\"title\">Create connection</div>\n <table class=\"tmap-quick-connect-search-bar\">\n <tr>\n <td>Type:</td>\n <td>\n <$edit-text\n tiddler=\"$:/temp/quickConnectSearch/type\"\n field=\"text\"\n type=\"text\"\n tag=\"input\"\n default=\"\" />\n <$select tiddler=\"$:/temp/quickConnectSearch/type\" default=\"\">\n <option></option>\n <$list filter=<<tmap \"option\" \"selector.allEdgeTypesById\">>>\n <option>{{!!title}}</option>\n </$list>\n </$select>\n </td>\n </tr>\n <tr>\n <td>Search:</td>\n <td>\n <$edit-text tiddler=\"$:/temp/quickConnectSearch\" type=\"text\" tag=\"input\" default=\"\"></$edit-text>\n <$checkbox\n tiddler=\"$:/state/tmap/tid-toolbar\"\n field=\"re-filter\"\n checked=\"1\"\n unchecked=\"\"\n default=\"\"> regexp\n </$checkbox>\n<!--\n <small>(<$count filter=<<searchFilter>> /> results)</small>\n-->\n </td>\n </tr>\n </table>\n <table class=\"tmap-create-connection-table\">\n <tr>\n <td colspan=\"2\">\n <table class=\"tmap-very-small-list\">\n <$list\n filter=<<searchFilter>>\n variable=\"item\">\n <tr><<searchResults>></tr>\n </$list>\n <tr>\n <$list filter=\"[{$:/temp/quickConnectSearch}regexp[.+]] -[is[tiddler]]\" variable=\"item\">\n <<searchResults>>\n </$list>\n </tr>\n </table>\n </td>\n </tr>\n </table>\n <div class=\"title\">Existing Connections</div>\n <div class=\"tmap-quick-connect-existing-bar\">\n <$select\n tiddler=\"$:/state/tmap/tid-toolbar\"\n field=\"direction\"\n default=\"both\">\n <option value=\"both\">both</option>\n <option value=\"in\">incoming</option>\n <option value=\"out\">outgoing</option>\n </$select>\n <$checkbox\n tiddler=\"$:/state/tmap/tid-toolbar\"\n field=\"filter.links\"\n checked=\"-[[tw-body:link]]\"\n unchecked=\"\"\n default=\"\"> hide links\n </$checkbox>\n </div>\n <table class=\"tmap-connection-table\">\n<!--\n <tr>\n <th></th>\n <th>Tiddler</th>\n <th>Type</th>\n <th></th>\n </tr>\n-->\n \n <$tmap-connections\n filter=<<tmap mergeFields \"$:/state/tmap/tid-toolbar\" \"filter.\">>\n direction={{$:/state/tmap/tid-toolbar!!direction}}\n emptyMessage=<<noConnectionsMsg>>>\n <tr>\n <td title=<<direction>>><<directionSymbol>></td>\n <td><$link to=<<neighbour>>><$view field=\"title\" /></$link></td>\n <td><<edge.type>></td>\n <td>\n <$button\n tooltip=\"Delete this connection\"\n class=\"tc-btn-invisible\">{{$:/core/images/close-button}}\n <$action-sendmessage $message=\"tmap:tm-remove-edge\"\n id=<<edge.id>>\n from=<<edge.from>>\n to=<<edge.to>>\n type=<<edge.type>> />\n </$button>\n </td>\n </tr>\n </$tmap-connections>\n </table> \n </div>\n</div>\n</$set>\n\\end\n\n<$list filter=\"[all[current]is[tiddler]]\"><$list filter=\"[{$:/temp/tmap/state/popup/quickConnect}prefix<qualify>]\" variable=\"item\" emptyMessage=<<hidePopup>>><<showPopup>></$list></$list>"
},
"$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png",
"type": "image/png",
"text": 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8Pl/BDX13d/enAL4zLA4WiyWlaVpi8+bNaVVVF8rKyjJ5G5yZmXknkUhYdF1/b25uTs2fOkge6uzsPL/iI4zf75fHjx93KoryjclkgtGfgSQMI0B+YovvSXbV19efdrvdKz/CvDyBbDbbTPITkjtFRBOR54ZPclJEbgL4weFw/LYcMK9/AFcdm7xTEIntAAAAAElFTkSuQmCC"
},
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"type": "image/png",
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},
"$:/plugins/felixhayashi/tiddlymap/icon": {
"title": "$:/plugins/felixhayashi/tiddlymap/icon",
"tags": "$:/tags/Image",
"text": "<svg\n xmlns:dc=\"http://purl.org/dc/elements/1.1/\"\n xmlns:cc=\"http://creativecommons.org/ns#\"\n xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\"\n xmlns:svg=\"http://www.w3.org/2000/svg\"\n xmlns=\"http://www.w3.org/2000/svg\"\n xmlns:inkscape=\"http://www.inkscape.org/namespaces/inkscape\"\n class=\"tc-image-tiddlymap-button tc-image-button\"\n version=\"1.1\"\n width=\"22pt\"\n height=\"22pt\"\n viewBox=\"0 0 128 128\">\n <defs\n id=\"defs4\">\n <marker\n refX=\"0\"\n refY=\"0\"\n orient=\"auto\"\n id=\"Arrow1Lend\"\n style=\"overflow:visible\">\n <path\n d=\"M 0,0 5,-5 -12.5,0 5,5 0,0 z\"\n transform=\"matrix(-0.8,0,0,-0.8,-10,0)\"\n id=\"path3850\"\n style=\"fill-rule:evenodd;stroke:#000000;stroke-width:1pt\" />\n </marker>\n <marker\n refX=\"0\"\n refY=\"0\"\n orient=\"auto\"\n id=\"Arrow1Lstart\"\n style=\"overflow:visible\">\n <path\n d=\"M 0,0 5,-5 -12.5,0 5,5 0,0 z\"\n transform=\"matrix(0.8,0,0,0.8,10,0)\"\n id=\"path3847\"\n style=\"fill-rule:evenodd;stroke:#000000;stroke-width:1pt\" />\n </marker>\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4329\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4321\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4315\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4307\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4299\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4293\" />\n </defs>\n <g\n transform=\"translate(0,-1024.5289)\"\n id=\"layer1\">\n <path\n d=\"m 17.867073,4.5821643 a 3.7249374,3.7249374 0 1 1 -7.449875,0 3.7249374,3.7249374 0 1 1 7.449875,0 z\"\n transform=\"matrix(-6.3328802,0,0,6.2775831,193.9581,1100.3667)\"\n id=\"path4139-1-14\"\n style=\"fill-opacity:1;fill-rule:nonzero\" />\n <path\n d=\"M 77.450496,1064.5069 C 58.849552,1025.9634 15.704158,1023.3858 2.8821873e-7,1034.558 L 0.02388589,1035.2674 C 24.502636,1022.2072 44.810725,1042.1507 60.163934,1074.112 z\"\n id=\"path4337\"\n style=\"fill-opacity:1;stroke-width:0.58181816;stroke-miterlimit:4;stroke-dasharray:none;marker-start:none;marker-end:none\" />\n <path\n d=\"m 12.878637,11.280739 4.75937,-2.7478243 4.759371,-2.7478236 0,5.4956479 0,5.495648 -4.759371,-2.747824 z\"\n transform=\"matrix(4.6545455,0,0,4.6545455,-13.580429,1027.7638)\"\n id=\"path3004\"\n style=\"fill-opacity:1;fill-rule:nonzero\" />\n </g>\n <metadata\n id=\"metadata3772\">\n <rdf:RDF>\n <cc:Work\n rdf:about=\"\">\n <dc:title></dc:title>\n <dc:format>image/svg+xml</dc:format>\n <dc:type\n rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\" />\n </cc:Work>\n </rdf:RDF>\n </metadata>\n</svg>\n"
},
"$:/plugins/felixhayashi/tiddlymap/media/surface.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/surface.png",
"type": "image/png",
"text": 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"
},
"$:/language/Buttons/TiddlyMap/Caption": {
"title": "$:/language/Buttons/TiddlyMap/Caption",
"text": "tiddlymap"
},
"$:/language/Buttons/TiddlyMap/Hint": {
"title": "$:/language/Buttons/TiddlyMap/Hint",
"text": "Toggle TiddlyMap actions"
},
"$:/plugins/felixhayashi/tiddlymap/misc/macros": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/macros",
"text": "\\define concat(str) $str$\n\n\\define input-text(field, index, default, readonly, class, focus)\n <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n <$edit-text\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n type=\"text\"\n tag=\"input\"\n default=\"$default$\"\n focus=\"$focus$\"\n class=\"$class$\" />\n </$reveal>\n <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n <input type=\"text\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n </$reveal>\n\\end\n\n\\define input-button(field, index, default, default, label:\"Proceed\")\n <div class=\"tmap-button-wrapper\">\n <$button>$label$\n <$action-setfield $tiddler=<<output>> $field=\"$field$\" index=\"$index$\" $value=\"$default$\" />\n </$button>\n </div>\n\\end\n\n\\define input-textarea(field, index, default, default, class, focus)\n <$edit-text\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n autoHeight=\"no\"\n type=\"text\"\n tag=\"textarea\"\n default=\"$default$\"\n class=\"$class$\"\n focus=\"$focus$\" />\n\\end\n\n\\define input-checkbox(field, index, readonly, default)\n <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n <$checkbox\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n checked=\"true\"\n unchecked=\"false\"\n default=\"$default$\" />\n </$reveal>\n <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n <input type=\"checkbox\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n </$reveal>\n\\end\n\n\\define input-multi-checkbox(selectFilter, invert:\"no\", default)\n <div class=\"tmap-no-stretch\">\n <$list\n filter=\"$selectFilter$\"\n emptyMessage=\"– This list contains no items –\">\n <$checkbox\n tiddler=<<output>>\n tag=<<tmap \"splitAndSelect\" \"|\" \"0\">>>\n <$view\n tiddler=<<tmap \"splitAndSelect\" \"|\" \"1\">>\n field=\"title\" />\n </$checkbox><br />\n </$list>\n </div>\n\\end\n\n\\define input-select(field, index, selectFilter, default, nochoice)\n <$select\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n default=\"$default$\">\n <$set name=\"nochoice\" value=\"$nochoice$\">\n <$list filter=\"[<nochoice>regexp[.+]]\">\n <option value=\"\"><b><<nochoice>></b></option>\n </$list>\n </$set>\n <$list filter=\"$selectFilter$\">\n <option value=<<tmap \"splitAndSelect\" \"|\" \"0\">> >\n <$view tiddler=<<tmap \"splitAndSelect\" \"|\" \"1\">> field=\"title\" />\n </option>\n </$list>\n </$select>\n\\end\n\n\\define input-radio(field, index, selectFilter, default)\n <$list filter=\"$selectFilter$\">\n <$radio\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n value=<<tmap \"splitAndSelect\" \"|\" \"0\">>>\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n </$radio><br />\n </$list>\n\\end\n\n\\define tmap-row(title, field, index, type, descr, note, label, default, readonly, reset, selectFilter, nochoice, invert, class, focus)\n <tr>\n <td class=\"tmap-title\">$title$:</td>\n <td>\n <<$type$\n field:\"$field$\"\n index:\"$index$\"\n readonly:\"$readonly$\"\n default:\"$default$\"\n label:\"$label$\"\n invert:\"$invert$\"\n selectFilter:\"$selectFilter$\"\n nochoice:\"$nochoice$\"\n focus:\"$focus$\"\n class:\"$class$\">>\n <$reveal type=\"match\" text=\"true\" default=\"$reset$\">\n <$button>reset\n <$action-setfield $tiddler=<<output>> $field=\"$field$\" $index=\"$index$\" $value=\"$default$\" />\n </$button>\n </$reveal>\n </td>\n <td>\n <span class=\"tmap-description\">$descr$</span>\n <$reveal type=\"nomatch\" text=\"\" default=\"$note$\">\n <div class=\"tmap-note\">''Note:'' $note$</div>\n </$reveal>\n </td>\n </tr>\n\\end\n\n\\define visConfiguration(inheritedList, extensionField, styleName:\"style\")\n <fieldset><legend>Visjs configurations ($styleName$)</legend>\n <div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on\n the graph. Other options are visible, yet, inactive.\n </div>\n <$tmap-config\n mode=\"manage-node-types\"\n inherited=\"$inheritedList$\"\n extension=\"$extensionField$\" />\n </fieldset>\n\\end\n"
},
"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder",
"text": "Default"
},
"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:central-topic": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:central-topic",
"description": "The style is applied to the node that you marked as central topic in a map.",
"style": "{\"font\":{\"size\":22,\"color\":\"rgba(0,0,0,1)\"},\"shape\":\"star\"}"
},
"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:neighbour": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:neighbour",
"description": "Neighbours are all nodes that are not part of the original set of nodes (\"matches\") but are connected (either outgoing or incoming) to a node of the original set.",
"style": "{\"color\":\"#565656\"}"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default",
"config.physics_mode": "false",
"isview": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges",
"filter": "[prefix[$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes]]",
"text": "\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes",
"filter": "[field:title{$:/temp/tmap/currentTiddler}]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View",
"config.neighbourhood_scope": "1",
"config.refresh-triggers": "$:/temp/tmap/currentTiddler",
"config.physics_mode": "true",
"config.vis": "{\"physics\":{\"forceAtlas2Based\":{\"springLength\":0,\"springConstant\":0.09}}}",
"isview": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes",
"filter": "[!is[system]search{$:/temp/search}] [!is[system]search:tags{$:/temp/search}] [!is[system]search:text{$:/temp/search}limit[10]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search",
"config.refresh-triggers": "$:/temp/search",
"config.neighbourhood_scope": "1",
"config.physics_mode": "true"
}
}
}
{
"6a36cbd7-d0fa-4ae2-8560-a35d28ed47e3": {
"x": -21,
"y": 43
},
"cc228cf6-faad-49d5-8fc2-27ab403401e3": {
"x": -164,
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{
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"title": "$:/plugins/felixhayashi/topstoryview/config.js",
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/topstoryview/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",backDrop:\"story-backdrop\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/topStoryView\",focussedTiddlerStore:\"$:/temp/focussedTiddler\",refreshTrigger:\"$:/temp/focussedTiddler/refresh\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
"type": "application/javascript",
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},
"$:/plugins/felixhayashi/topstoryview/layout": {
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"title": "$:/plugins/felixhayashi/topstoryview/layout",
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"tags": [
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]
},
"$:/plugins/felixhayashi/topstoryview/Configuration": {
"title": "$:/plugins/felixhayashi/topstoryview/Configuration",
"text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n <tr>\n <th align=\"left\">Scroll offset:</th>\n <td><$edit-text tiddler=\"$:/config/topStoryView\" field=\"scroll-offset\" tag=\"input\" default=\"150px\" /></td>\n </tr>\n</table>"
},
"$:/plugins/felixhayashi/topstoryview/License": {
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"text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-TopStoryView/blob/master/LICENSE"
},
"$:/plugins/felixhayashi/topstoryview/Readme": {
"title": "$:/plugins/felixhayashi/topstoryview/Readme",
"text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information."
},
"$:/plugins/felixhayashi/topstoryview/top.js": {
"title": "$:/plugins/felixhayashi/topstoryview/top.js",
"text": "/*\\\ntitle: $:/plugins/felixhayashi/topstoryview/top.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/topstoryview/config.js\").config;var e=\"cubic-bezier(0.645, 0.045, 0.355, 1)\";var i=function(e){this.listWidget=e;this.pageScroller=new $tw.utils.PageScroller;this.pageScroller.scrollIntoView=this.scrollIntoView;this.pageScroller.storyRiverDomNode=document.getElementsByClassName(t.classNames.storyRiver)[0];var i=$tw.wiki.getTiddler(t.references.userConfig);var o=i?i.fields:{};$tw.hooks.addHook(\"th-opening-default-tiddlers-list\",this.hookOpenDefaultTiddlers);var r=parseInt(o[\"scroll-offset\"]);this.pageScroller.scrollOffset=isNaN(r)?71:r;this.recalculateBottomSpace()};i.prototype.refreshStart=function(t,e){};i.prototype.refreshEnd=function(t,e){};i.prototype.hookOpenDefaultTiddlers=function(t){return t};i.prototype.navigateTo=function(t){var e=this.listWidget.findListItem(0,t.title);if(e===undefined)return;var i=this.listWidget.children[e];var o=i.findFirstDomNode();if(!(o instanceof Element))return;this.pageScroller.scrollIntoView(o)};i.prototype.insert=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element))return;this.startInsertAnimation(e,function(){this.recalculateBottomSpace()}.bind(this))};i.prototype.remove=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element)){t.removeChildDomNodes();return}var i=this.getLastFrame()===e;this.startRemoveAnimation(t,e,function(){t.removeChildDomNodes();this.recalculateBottomSpace();if(i){this.pageScroller.scrollIntoView(this.getLastFrame())}}.bind(this))};i.prototype.getLastFrame=function(){var t=this.listWidget.children[this.listWidget.children.length-1];return t?t.findFirstDomNode():null};i.prototype.recalculateBottomSpace=function(){var t=this.pageScroller.storyRiverDomNode;if(this.getLastFrame()){var e=this.getLastFrame().getBoundingClientRect();var i=window.innerHeight;if(e.height<i){t.style[\"paddingBottom\"]=i-e.height+\"px\";return}}t.style[\"paddingBottom\"]=\"\"};i.prototype.scrollIntoView=function(t){if(this.preventNextScrollAttempt){this.preventNextScrollAttempt=false}if(!t)return;var e=$tw.utils.getAnimationDuration();this.cancelScroll();this.startTime=Date.now();var i=$tw.utils.getScrollPosition();var o=t.getBoundingClientRect(),r={left:o.left+i.x,top:o.top+i.y,width:o.width,height:o.height};var n=function(t,e,i,o){if(t<=i){return t}else if(e<o&&i<t+e-o){return t+e-o}else if(i<t){return t}else{return i}},s=n(r.left,r.width,i.x,window.innerWidth),a=r.top-this.scrollOffset;if(s!==i.x||a!==i.y){var l=this,c;c=function(){var t;if(e<=0){t=1}else{t=(Date.now()-l.startTime)/e}if(t>=1){l.cancelScroll();t=1}t=$tw.utils.slowInSlowOut(t);window.scrollTo(i.x+(s-i.x)*t,i.y+(a-i.y)*t);if(t<1){l.idRequestFrame=l.requestAnimationFrame.call(window,c)}};c()}};i.prototype.startInsertAnimation=function(t,i){var o=$tw.utils.getAnimationDuration();var r=window.getComputedStyle(t),n=parseInt(r.marginBottom,10),s=parseInt(r.marginTop,10),a=t.offsetHeight+s;setTimeout(function(){$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:\"\"}]);i()},o);$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:-a+\"px\"},{opacity:\"0.0\"}]);$tw.utils.forceLayout(t);$tw.utils.setStyle(t,[{transition:\"opacity \"+o+\"ms \"+e+\", \"+\"margin-bottom \"+o+\"ms \"+e},{marginBottom:n+\"px\"},{opacity:\"1.0\"}])};i.prototype.startRemoveAnimation=function(t,i,o){var r=$tw.utils.getAnimationDuration();var n=i.offsetWidth,s=window.getComputedStyle(i),a=parseInt(s.marginBottom,10),l=parseInt(s.marginTop,10),c=i.offsetHeight+l;setTimeout(o,r);$tw.utils.setStyle(i,[{transition:\"none\"},{transform:\"translateX(0px)\"},{marginBottom:a+\"px\"},{opacity:\"1.0\"}]);$tw.utils.forceLayout(i);$tw.utils.setStyle(i,[{transition:$tw.utils.roundTripPropertyName(\"transform\")+\" \"+r+\"ms \"+e+\", \"+\"opacity \"+r+\"ms \"+e+\", \"+\"margin-bottom \"+r+\"ms \"+e},{transform:\"translateX(-\"+n+\"px)\"},{marginBottom:-c+\"px\"},{opacity:\"0.0\"}])};exports.top=i})();",
"type": "application/javascript",
"module-type": "storyview"
}
}
}
{
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},
"$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/backIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/backIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/connectIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/connectIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross2.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross2.png",
"type": "image/png",
"text": 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},
"$:/plugins/felixhayashi/vis/img/network/deleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/deleteIcon.png",
"type": "image/png",
"text": 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"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/leftArrow.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/leftArrow.png",
"type": "image/png",
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"title": "$:/plugins/felixhayashi/vis/img/network/rightArrow.png",
"type": "image/png",
"text": 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},
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"title": "$:/plugins/felixhayashi/vis/img/network/upArrow.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/readme": {
"title": "$:/plugins/felixhayashi/vis/readme",
"text": "! TW5-Vis.js\n\nA tiddlywiki plugin for the vis.js library.\n\n---\n\n! Notes on Copyright\n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n1. BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n2. Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! The **vis.js** library\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n1. Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n2. MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/vis/vis.css": {
"title": "$:/plugins/felixhayashi/vis/vis.css",
"type": "text/vnd.tiddlywiki",
"tags": "$:/tags/Stylesheet",
"text": "\\rules except list\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n.vis .overlay{position:absolute;top:0;left:0;width:100%;height:100%;z-index:10}.vis-active{box-shadow:0 0 10px #86d5f8}.vis [class*=\"span\"]{min-height:0;width:auto}div.vis-configuration{position:relative;display:block;float:left;font-size:12px}div.vis-configuration-wrapper{display:block;width:700px}div.vis-configuration-wrapper::after{clear:both;content:\"\";display:block}div.vis-configuration.vis-config-option-container{display:block;width:495px;background-color:#fff;border:2px solid #f7f8fa;border-radius:4px;margin-top:20px;left:10px;padding-left:5px}div.vis-configuration.vis-config-button{display:block;width:495px;height:25px;vertical-align:middle;line-height:25px;background-color:#f7f8fa;border:2px solid #ceced0;border-radius:4px;margin-top:20px;left:10px;padding-left:5px;cursor:pointer;margin-bottom:30px}div.vis-configuration.vis-config-button.hover{background-color:#4588e6;border:2px solid #214373;color:#fff}div.vis-configuration.vis-config-item{display:block;float:left;width:495px;height:25px;vertical-align:middle;line-height:25px}div.vis-configuration.vis-config-item.vis-config-s2{left:10px;background-color:#f7f8fa;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-item.vis-config-s3{left:20px;background-color:#e4e9f0;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-item.vis-config-s4{left:30px;background-color:#cfd8e6;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-header{font-size:18px;font-weight:bold}div.vis-configuration.vis-config-label{width:120px;height:25px;line-height:25px}div.vis-configuration.vis-config-label.vis-config-s3{width:110px}div.vis-configuration.vis-config-label.vis-config-s4{width:100px}div.vis-configuration.vis-config-colorBlock{top:1px;width:30px;height:19px;border:1px solid #444;border-radius:2px;padding:0;margin:0;cursor:pointer}input.vis-configuration.vis-config-checkbox{left:-5px}input.vis-configuration.vis-config-rangeinput{position:relative;top:-5px;width:60px;padding:1px;margin:0;pointer-events:none}input.vis-configuration.vis-config-range{-webkit-appearance:none;border:0 solid white;background-color:rgba(0,0,0,0);width:300px;height:20px}input.vis-configuration.vis-config-range::-webkit-slider-runnable-track{width:300px;height:5px;background:#dedede;background:-moz-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#dedede),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-o-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:linear-gradient(to bottom,#dedede 0,#c8c8c8 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0;margin-top:-7px}input.vis-configuration.vis-config-range:focus{outline:0}input.vis-configuration.vis-config-range:focus::-webkit-slider-runnable-track{background:#9d9d9d;background:-moz-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#9d9d9d),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-o-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:linear-gradient(to bottom,#9d9d9d 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#9d9d9d',endColorstr='#c8c8c8',GradientType=0)}input.vis-configuration.vis-config-range::-moz-range-track{width:300px;height:10px;background:#dedede;background:-moz-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#dedede),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-o-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:linear-gradient(to bottom,#dedede 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#dedede',endColorstr='#c8c8c8',GradientType=0);border:1px solid #999;box-shadow:#aaa 0 0 3px 0;border-radius:3px}input.vis-configuration.vis-config-range::-moz-range-thumb{border:0;height:16px;width:16px;border-radius:50%;background:#385380}input.vis-configuration.vis-config-range:-moz-focusring{outline:1px solid white;outline-offset:-1px}input.vis-configuration.vis-config-range::-ms-track{width:300px;height:5px;background:transparent;border-color:transparent;border-width:6px 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"text": "/*\\\ntitle: $:/plugins/felixhayashi/vis/vis.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\\*/\n\n/*** TO AVOID STRANGE LIB ERRORS FROM BUBBLING UP *****************/\n\nif($tw.boot.tasks.trapErrors) {\n\n var defaultHandler = window.onerror;\n window.onerror = function(errorMsg, url, lineNumber) {\n \n if(errorMsg.indexOf(\"NS_ERROR_NOT_AVAILABLE\") !== -1\n && url == \"$:/plugins/felixhayashi/vis/vis.js\") {\n \n var text = \"Strange firefox related vis.js error (see #125)\";\n console.error(text, arguments);\n \n } else if(errorMsg.indexOf(\"Permission denied to access property\") !== -1) {\n \n var text = \"Strange firefox related vis.js error (see #163)\";\n console.error(text, arguments);\n \n } else if(defaultHandler) {\n \n defaultHandler.apply(this, arguments);\n \n }\n \n }\n \n}\n\n/******************************************************************/\n\n/**\n * vis.js\n * https://github.com/almende/vis\n *\n * A dynamic, browser-based visualization library.\n *\n * @version 4.21.0\n * @date 2017-10-12\n *\n * @license\n * Copyright (C) 2011-2017 Almende B.V, http://almende.com\n *\n * Vis.js is dual licensed under both\n *\n * * The Apache 2.0 License\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * and\n *\n * * The MIT License\n * http://opensource.org/licenses/MIT\n *\n * Vis.js may be distributed under either license.\n */\n\"use strict\";(function webpackUniversalModuleDefinition(root,factory){if(typeof exports===\"object\"&&typeof module===\"object\")module.exports=factory();else if(typeof define===\"function\"&&define.amd)define([],factory);else if(typeof exports===\"object\")exports[\"vis\"]=factory();else root[\"vis\"]=factory()})(this,function(){return function(modules){var installedModules={};function __webpack_require__(moduleId){if(installedModules[moduleId]){return installedModules[moduleId].exports}var module=installedModules[moduleId]={i:moduleId,l:false,exports:{}};modules[moduleId].call(module.exports,module,module.exports,__webpack_require__);module.l=true;return module.exports}__webpack_require__.m=modules;__webpack_require__.c=installedModules;__webpack_require__.d=function(exports,name,getter){if(!__webpack_require__.o(exports,name)){Object.defineProperty(exports,name,{configurable:false,enumerable:true,get:getter})}};__webpack_require__.n=function(module){var getter=module&&module.__esModule?function getDefault(){return module[\"default\"]}:function getModuleExports(){return module};__webpack_require__.d(getter,\"a\",getter);return getter};__webpack_require__.o=function(object,property){return Object.prototype.hasOwnProperty.call(object,property)};__webpack_require__.p=\"\";return __webpack_require__(__webpack_require__.s=123)}([function(module,exports,__webpack_require__){\"use strict\";exports.__esModule=true;exports.default=function(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}},function(module,exports,__webpack_require__){\"use strict\";exports.__esModule=true;var _defineProperty=__webpack_require__(169);var _defineProperty2=_interopRequireDefault(_defineProperty);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}exports.default=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;(0,_defineProperty2.default)(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}()},function(module,exports,__webpack_require__){\"use strict\";var _getIterator2=__webpack_require__(77);var _getIterator3=_interopRequireDefault(_getIterator2);var _create=__webpack_require__(29);var _create2=_interopRequireDefault(_create);var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var moment=__webpack_require__(9);var uuid=__webpack_require__(157);exports.isNumber=function(object){return object instanceof Number||typeof object==\"number\"};exports.recursiveDOMDelete=function(DOMobject){if(DOMobject){while(DOMobject.hasChildNodes()===true){exports.recursiveDOMDelete(DOMobject.firstChild);DOMobject.removeChild(DOMobject.firstChild)}}};exports.giveRange=function(min,max,total,value){if(max==min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}};exports.isString=function(object){return object instanceof String||typeof object==\"string\"};exports.isDate=function(object){if(object instanceof Date){return true}else if(exports.isString(object)){var match=ASPDateRegex.exec(object);if(match){return true}else if(!isNaN(Date.parse(object))){return true}}return false};exports.randomUUID=function(){return uuid.v4()};exports.assignAllKeys=function(obj,value){for(var prop in obj){if(obj.hasOwnProperty(prop)){if((0,_typeof3[\"default\"])(obj[prop])!==\"object\"){obj[prop]=value}}}};function copyOrDelete(a,b,prop,allowDeletion){var doDeletion=false;if(allowDeletion===true){doDeletion=b[prop]===null&&a[prop]!==undefined}if(doDeletion){delete a[prop]}else{a[prop]=b[prop]}}exports.fillIfDefined=function(a,b){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;for(var prop in a){if(b[prop]!==undefined){if(b[prop]===null||(0,_typeof3[\"default\"])(b[prop])!==\"object\"){copyOrDelete(a,b,prop,allowDeletion)}else{if((0,_typeof3[\"default\"])(a[prop])===\"object\"){exports.fillIfDefined(a[prop],b[prop],allowDeletion)}}}}};exports.extend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveExtend=function(props,a,b){if(!Array.isArray(props)){throw new Error(\"Array with property names expected as first argument\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other&&other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveDeepExtend=function(props,a,b){var allowDeletion=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var p=0;p<props.length;p++){var prop=props[p];if(b.hasOwnProperty(prop)){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],false,allowDeletion)}else{copyOrDelete(a,b,prop,allowDeletion)}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{copyOrDelete(a,b,prop,allowDeletion)}}}return a};exports.selectiveNotDeepExtend=function(propsToExclude,a,b){var allowDeletion=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var prop in b){if(!b.hasOwnProperty(prop))continue;if(propsToExclude.indexOf(prop)!==-1)continue;if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{copyOrDelete(a,b,prop,allowDeletion)}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{copyOrDelete(a,b,prop,allowDeletion)}}return a};exports.deepExtend=function(a,b){var protoExtend=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var allowDeletion=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;for(var prop in b){if(b.hasOwnProperty(prop)||protoExtend===true){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],protoExtend)}else{copyOrDelete(a,b,prop,allowDeletion)}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{copyOrDelete(a,b,prop,allowDeletion)}}}return a};exports.equalArray=function(a,b){if(a.length!=b.length)return false;for(var i=0,len=a.length;i<len;i++){if(a[i]!=b[i])return false}return true};exports.convert=function(object,type){var match;if(object===undefined){return undefined}if(object===null){return null}if(!type){return object}if(!(typeof type===\"string\")&&!(type instanceof String)){throw new Error(\"Type must be a string\")}switch(type){case\"boolean\":case\"Boolean\":return Boolean(object);case\"number\":case\"Number\":if(exports.isString(object)&&!isNaN(Date.parse(object))){return moment(object).valueOf()}else{return Number(object.valueOf())}case\"string\":case\"String\":return String(object);case\"Date\":if(exports.isNumber(object)){return new Date(object)}if(object instanceof Date){return new Date(object.valueOf())}else if(moment.isMoment(object)){return new Date(object.valueOf())}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1]))}else{return moment(new Date(object)).toDate()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"Moment\":if(exports.isNumber(object)){return moment(object)}if(object instanceof Date){return moment(object.valueOf())}else if(moment.isMoment(object)){return moment(object)}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return moment(Number(match[1]))}else{return moment(object)}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"ISODate\":if(exports.isNumber(object)){return new Date(object)}else if(object instanceof Date){return object.toISOString()}else if(moment.isMoment(object)){return object.toDate().toISOString()}else if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1])).toISOString()}else{return moment(object).format()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ISODate\")}case\"ASPDate\":if(exports.isNumber(object)){return\"/Date(\"+object+\")/\"}else if(object instanceof Date){return\"/Date(\"+object.valueOf()+\")/\"}else if(exports.isString(object)){match=ASPDateRegex.exec(object);var value;if(match){value=new Date(Number(match[1])).valueOf()}else{value=new Date(object).valueOf()}return\"/Date(\"+value+\")/\"}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ASPDate\")}default:throw new Error('Unknown type \"'+type+'\"')}};var ASPDateRegex=/^\\/?Date\\((\\-?\\d+)/i;exports.getType=function(object){var type=typeof object===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(object);if(type==\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"Boolean\"}if(object instanceof Number){return\"Number\"}if(object instanceof String){return\"String\"}if(Array.isArray(object)){return\"Array\"}if(object instanceof Date){return\"Date\"}return\"Object\"}else if(type==\"number\"){return\"Number\"}else if(type==\"boolean\"){return\"Boolean\"}else if(type==\"string\"){return\"String\"}else if(type===undefined){return\"undefined\"}return type};exports.copyAndExtendArray=function(arr,newValue){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}newArr.push(newValue);return newArr};exports.copyArray=function(arr){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}return newArr};exports.getAbsoluteLeft=function(elem){return elem.getBoundingClientRect().left};exports.getAbsoluteRight=function(elem){return elem.getBoundingClientRect().right};exports.getAbsoluteTop=function(elem){return elem.getBoundingClientRect().top};exports.addClassName=function(elem,classNames){var classes=elem.className.split(\" \");var newClasses=classNames.split(\" \");classes=classes.concat(newClasses.filter(function(className){return classes.indexOf(className)<0}));elem.className=classes.join(\" \")};exports.removeClassName=function(elem,classNames){var classes=elem.className.split(\" \");var oldClasses=classNames.split(\" \");classes=classes.filter(function(className){return oldClasses.indexOf(className)<0});elem.className=classes.join(\" \")};exports.forEach=function(object,callback){var i,len;if(Array.isArray(object)){for(i=0,len=object.length;i<len;i++){callback(object[i],i,object)}}else{for(i in object){if(object.hasOwnProperty(i)){callback(object[i],i,object)}}}};exports.toArray=function(object){var array=[];for(var prop in object){if(object.hasOwnProperty(prop))array.push(object[prop])}return array};exports.updateProperty=function(object,key,value){if(object[key]!==value){object[key]=value;return true}else{return false}};exports.throttle=function(fn){var scheduled=false;return function throttled(){if(!scheduled){scheduled=true;requestAnimationFrame(function(){scheduled=false;fn()})}}};exports.addEventListener=function(element,action,listener,useCapture){if(element.addEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.addEventListener(action,listener,useCapture)}else{element.attachEvent(\"on\"+action,listener)}};exports.removeEventListener=function(element,action,listener,useCapture){if(element.removeEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.removeEventListener(action,listener,useCapture)}else{element.detachEvent(\"on\"+action,listener)}};exports.preventDefault=function(event){if(!event)event=window.event;if(event.preventDefault){event.preventDefault()}else{event.returnValue=false}};exports.getTarget=function(event){if(!event){event=window.event}var target;if(event.target){target=event.target}else if(event.srcElement){target=event.srcElement}if(target.nodeType!=undefined&&target.nodeType==3){target=target.parentNode}return target};exports.hasParent=function(element,parent){var e=element;while(e){if(e===parent){return true}e=e.parentNode}return false};exports.option={};exports.option.asBoolean=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return value!=false}return defaultValue||null};exports.option.asNumber=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return Number(value)||defaultValue||null}return defaultValue||null};exports.option.asString=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return String(value)}return defaultValue||null};exports.option.asSize=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(exports.isString(value)){return value}else if(exports.isNumber(value)){return value+\"px\"}else{return defaultValue||null}};exports.option.asElement=function(value,defaultValue){if(typeof value==\"function\"){value=value()}return value||defaultValue||null};exports.hexToRGB=function(hex){var shorthandRegex=/^#?([a-f\\d])([a-f\\d])([a-f\\d])$/i;hex=hex.replace(shorthandRegex,function(m,r,g,b){return r+r+g+g+b+b});var result=/^#?([a-f\\d]{2})([a-f\\d]{2})([a-f\\d]{2})$/i.exec(hex);return result?{r:parseInt(result[1],16),g:parseInt(result[2],16),b:parseInt(result[3],16)}:null};exports.overrideOpacity=function(color,opacity){var rgb;if(color.indexOf(\"rgba\")!=-1){return color}else if(color.indexOf(\"rgb\")!=-1){rgb=color.substr(color.indexOf(\"(\")+1).replace(\")\",\"\").split(\",\");return\"rgba(\"+rgb[0]+\",\"+rgb[1]+\",\"+rgb[2]+\",\"+opacity+\")\"}else{rgb=exports.hexToRGB(color);if(rgb==null){return color}else{return\"rgba(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\",\"+opacity+\")\"}}};exports.RGBToHex=function(red,green,blue){return\"#\"+((1<<24)+(red<<16)+(green<<8)+blue).toString(16).slice(1)};exports.parseColor=function(color){var c;if(exports.isString(color)===true){if(exports.isValidRGB(color)===true){var rgb=color.substr(4).substr(0,color.length-5).split(\",\").map(function(value){return parseInt(value)});color=exports.RGBToHex(rgb[0],rgb[1],rgb[2])}if(exports.isValidHex(color)===true){var hsv=exports.hexToHSV(color);var lighterColorHSV={h:hsv.h,s:hsv.s*.8,v:Math.min(1,hsv.v*1.02)};var darkerColorHSV={h:hsv.h,s:Math.min(1,hsv.s*1.25),v:hsv.v*.8};var darkerColorHex=exports.HSVToHex(darkerColorHSV.h,darkerColorHSV.s,darkerColorHSV.v);var lighterColorHex=exports.HSVToHex(lighterColorHSV.h,lighterColorHSV.s,lighterColorHSV.v);c={background:color,border:darkerColorHex,highlight:{background:lighterColorHex,border:darkerColorHex},hover:{background:lighterColorHex,border:darkerColorHex}}}else{c={background:color,border:color,highlight:{background:color,border:color},hover:{background:color,border:color}}}}else{c={};c.background=color.background||undefined;c.border=color.border||undefined;if(exports.isString(color.highlight)){c.highlight={border:color.highlight,background:color.highlight}}else{c.highlight={};c.highlight.background=color.highlight&&color.highlight.background||undefined;c.highlight.border=color.highlight&&color.highlight.border||undefined}if(exports.isString(color.hover)){c.hover={border:color.hover,background:color.hover}}else{c.hover={};c.hover.background=color.hover&&color.hover.background||undefined;c.hover.border=color.hover&&color.hover.border||undefined}}return c};exports.RGBToHSV=function(red,green,blue){red=red/255;green=green/255;blue=blue/255;var minRGB=Math.min(red,Math.min(green,blue));var maxRGB=Math.max(red,Math.max(green,blue));if(minRGB==maxRGB){return{h:0,s:0,v:minRGB}}var d=red==minRGB?green-blue:blue==minRGB?red-green:blue-red;var h=red==minRGB?3:blue==minRGB?1:5;var hue=60*(h-d/(maxRGB-minRGB))/360;var saturation=(maxRGB-minRGB)/maxRGB;var value=maxRGB;return{h:hue,s:saturation,v:value}};var cssUtil={split:function split(cssText){var styles={};cssText.split(\";\").forEach(function(style){if(style.trim()!=\"\"){var parts=style.split(\":\");var key=parts[0].trim();var value=parts[1].trim();styles[key]=value}});return styles},join:function join(styles){return(0,_keys2[\"default\"])(styles).map(function(key){return key+\": \"+styles[key]}).join(\"; \")}};exports.addCssText=function(element,cssText){var currentStyles=cssUtil.split(element.style.cssText);var newStyles=cssUtil.split(cssText);var styles=exports.extend(currentStyles,newStyles);element.style.cssText=cssUtil.join(styles)};exports.removeCssText=function(element,cssText){var styles=cssUtil.split(element.style.cssText);var removeStyles=cssUtil.split(cssText);for(var key in removeStyles){if(removeStyles.hasOwnProperty(key)){delete styles[key]}}element.style.cssText=cssUtil.join(styles)};exports.HSVToRGB=function(h,s,v){var r,g,b;var i=Math.floor(h*6);var f=h*6-i;var p=v*(1-s);var q=v*(1-f*s);var t=v*(1-(1-f)*s);switch(i%6){case 0:r=v,g=t,b=p;break;case 1:r=q,g=v,b=p;break;case 2:r=p,g=v,b=t;break;case 3:r=p,g=q,b=v;break;case 4:r=t,g=p,b=v;break;case 5:r=v,g=p,b=q;break}return{r:Math.floor(r*255),g:Math.floor(g*255),b:Math.floor(b*255)}};exports.HSVToHex=function(h,s,v){var rgb=exports.HSVToRGB(h,s,v);return exports.RGBToHex(rgb.r,rgb.g,rgb.b)};exports.hexToHSV=function(hex){var rgb=exports.hexToRGB(hex);return exports.RGBToHSV(rgb.r,rgb.g,rgb.b)};exports.isValidHex=function(hex){var isOk=/(^#[0-9A-F]{6}$)|(^#[0-9A-F]{3}$)/i.test(hex);return isOk};exports.isValidRGB=function(rgb){rgb=rgb.replace(\" \",\"\");var isOk=/rgb\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3})\\)/i.test(rgb);return isOk};exports.isValidRGBA=function(rgba){rgba=rgba.replace(\" \",\"\");var isOk=/rgba\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3}),(.{1,3})\\)/i.test(rgba);return isOk};exports.selectiveBridgeObject=function(fields,referenceObject){if(referenceObject!==null&&(typeof referenceObject===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(referenceObject))===\"object\"){var objectTo=(0,_create2[\"default\"])(referenceObject);for(var i=0;i<fields.length;i++){if(referenceObject.hasOwnProperty(fields[i])){if((0,_typeof3[\"default\"])(referenceObject[fields[i]])==\"object\"){objectTo[fields[i]]=exports.bridgeObject(referenceObject[fields[i]])}}}return objectTo}else{return null}};exports.bridgeObject=function(referenceObject){if(referenceObject!==null&&(typeof referenceObject===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(referenceObject))===\"object\"){var objectTo=(0,_create2[\"default\"])(referenceObject);if(referenceObject instanceof Element){objectTo=referenceObject}else{objectTo=(0,_create2[\"default\"])(referenceObject);for(var i in referenceObject){if(referenceObject.hasOwnProperty(i)){if((0,_typeof3[\"default\"])(referenceObject[i])==\"object\"){objectTo[i]=exports.bridgeObject(referenceObject[i])}}}}return objectTo}else{return null}};exports.insertSort=function(a,compare){for(var i=0;i<a.length;i++){var k=a[i];for(var j=i;j>0&&compare(k,a[j-1])<0;j--){a[j]=a[j-1]}a[j]=k}return a};exports.mergeOptions=function(mergeTarget,options,option){var globalOptions=arguments.length>3&&arguments[3]!==undefined?arguments[3]:{};var isPresent=function isPresent(obj){return obj!==null&&obj!==undefined};var isObject=function isObject(obj){return obj!==null&&(typeof obj===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(obj))===\"object\"};var isEmpty=function isEmpty(obj){for(var x in obj){if(obj.hasOwnProperty(x))return false}return true};if(!isObject(mergeTarget)){throw new Error(\"Parameter mergeTarget must be an object\")}if(!isObject(options)){throw new Error(\"Parameter options must be an object\")}if(!isPresent(option)){throw new Error(\"Parameter option must have a value\")}if(!isObject(globalOptions)){throw new Error(\"Parameter globalOptions must be an object\")}var doMerge=function doMerge(target,options,option){if(!isObject(target[option])){target[option]={}}var src=options[option];var dst=target[option];for(var prop in src){if(src.hasOwnProperty(prop)){dst[prop]=src[prop]}}};var srcOption=options[option];var globalPassed=isObject(globalOptions)&&!isEmpty(globalOptions);var globalOption=globalPassed?globalOptions[option]:undefined;var globalEnabled=globalOption?globalOption.enabled:undefined;if(srcOption===undefined){return}if(typeof srcOption===\"boolean\"){if(!isObject(mergeTarget[option])){mergeTarget[option]={}}mergeTarget[option].enabled=srcOption;return}if(srcOption===null&&!isObject(mergeTarget[option])){if(isPresent(globalOption)){mergeTarget[option]=(0,_create2[\"default\"])(globalOption)}else{return}}if(!isObject(srcOption)){return}var enabled=true;if(srcOption.enabled!==undefined){enabled=srcOption.enabled}else{if(globalEnabled!==undefined){enabled=globalOption.enabled}}doMerge(mergeTarget,options,option);mergeTarget[option].enabled=enabled};exports.binarySearchCustom=function(orderedItems,comparator,field,field2){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;while(low<=high&&iteration<maxIterations){var middle=Math.floor((low+high)/2);var item=orderedItems[middle];var value=field2===undefined?item[field]:item[field][field2];var searchResult=comparator(value);if(searchResult==0){return middle}else if(searchResult==-1){low=middle+1}else{high=middle-1}iteration++}return-1};exports.binarySearchValue=function(orderedItems,target,field,sidePreference,comparator){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;var prevValue,value,nextValue,middle;comparator=comparator!=undefined?comparator:function(a,b){return a==b?0:a<b?-1:1};while(low<=high&&iteration<maxIterations){middle=Math.floor(.5*(high+low));prevValue=orderedItems[Math.max(0,middle-1)][field];value=orderedItems[middle][field];nextValue=orderedItems[Math.min(orderedItems.length-1,middle+1)][field];if(comparator(value,target)==0){return middle}else if(comparator(prevValue,target)<0&&comparator(value,target)>0){return sidePreference==\"before\"?Math.max(0,middle-1):middle}else if(comparator(value,target)<0&&comparator(nextValue,target)>0){return sidePreference==\"before\"?middle:Math.min(orderedItems.length-1,middle+1)}else{if(comparator(value,target)<0){low=middle+1}else{high=middle-1}}iteration++}return-1};exports.easingFunctions={linear:function linear(t){return t},easeInQuad:function easeInQuad(t){return t*t},easeOutQuad:function easeOutQuad(t){return t*(2-t)},easeInOutQuad:function easeInOutQuad(t){return t<.5?2*t*t:-1+(4-2*t)*t},easeInCubic:function easeInCubic(t){return t*t*t},easeOutCubic:function easeOutCubic(t){return--t*t*t+1},easeInOutCubic:function easeInOutCubic(t){return t<.5?4*t*t*t:(t-1)*(2*t-2)*(2*t-2)+1},easeInQuart:function easeInQuart(t){return t*t*t*t},easeOutQuart:function easeOutQuart(t){return 1- --t*t*t*t},easeInOutQuart:function easeInOutQuart(t){return t<.5?8*t*t*t*t:1-8*--t*t*t*t},easeInQuint:function easeInQuint(t){return t*t*t*t*t},easeOutQuint:function easeOutQuint(t){return 1+--t*t*t*t*t},easeInOutQuint:function easeInOutQuint(t){return t<.5?16*t*t*t*t*t:1+16*--t*t*t*t*t}};exports.getScrollBarWidth=function(){var inner=document.createElement(\"p\");inner.style.width=\"100%\";inner.style.height=\"200px\";var outer=document.createElement(\"div\");outer.style.position=\"absolute\";outer.style.top=\"0px\";outer.style.left=\"0px\";outer.style.visibility=\"hidden\";outer.style.width=\"200px\";outer.style.height=\"150px\";outer.style.overflow=\"hidden\";outer.appendChild(inner);document.body.appendChild(outer);var w1=inner.offsetWidth;outer.style.overflow=\"scroll\";var w2=inner.offsetWidth;if(w1==w2)w2=outer.clientWidth;document.body.removeChild(outer);return w1-w2};exports.topMost=function(pile,accessors){var candidate=void 0;if(!Array.isArray(accessors)){accessors=[accessors]}var _iteratorNormalCompletion=true;var _didIteratorError=false;var _iteratorError=undefined;try{for(var _iterator=(0,_getIterator3[\"default\"])(pile),_step;!(_iteratorNormalCompletion=(_step=_iterator.next()).done);_iteratorNormalCompletion=true){var member=_step.value;if(member){candidate=member[accessors[0]];for(var i=1;i<accessors.length;i++){if(candidate){candidate=candidate[accessors[i]]}else{continue}}if(typeof candidate!=\"undefined\"){break}}}}catch(err){_didIteratorError=true;_iteratorError=err}finally{try{if(!_iteratorNormalCompletion&&_iterator[\"return\"]){_iterator[\"return\"]()}}finally{if(_didIteratorError){throw _iteratorError}}}return candidate}},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(194),__esModule:true}},function(module,exports,__webpack_require__){\"use strict\";exports.__esModule=true;var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}exports.default=function(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&((typeof call===\"undefined\"?\"undefined\":(0,_typeof3.default)(call))===\"object\"||typeof call===\"function\")?call:self}},function(module,exports,__webpack_require__){\"use strict\";exports.__esModule=true;var _setPrototypeOf=__webpack_require__(196);var _setPrototypeOf2=_interopRequireDefault(_setPrototypeOf);var _create=__webpack_require__(29);var _create2=_interopRequireDefault(_create);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}exports.default=function(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+(typeof superClass===\"undefined\"?\"undefined\":(0,_typeof3.default)(superClass)))}subClass.prototype=(0,_create2.default)(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)_setPrototypeOf2.default?(0,_setPrototypeOf2.default)(subClass,superClass):subClass.__proto__=superClass}},function(module,exports,__webpack_require__){\"use strict\";exports.__esModule=true;var _iterator=__webpack_require__(142);var _iterator2=_interopRequireDefault(_iterator);var _symbol=__webpack_require__(144);var _symbol2=_interopRequireDefault(_symbol);var _typeof=typeof _symbol2.default===\"function\"&&typeof _iterator2.default===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof _symbol2.default===\"function\"&&obj.constructor===_symbol2.default&&obj!==_symbol2.default.prototype?\"symbol\":typeof obj};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}exports.default=typeof _symbol2.default===\"function\"&&_typeof(_iterator2.default)===\"symbol\"?function(obj){return typeof obj===\"undefined\"?\"undefined\":_typeof(obj)}:function(obj){return obj&&typeof _symbol2.default===\"function\"&&obj.constructor===_symbol2.default&&obj!==_symbol2.default.prototype?\"symbol\":typeof obj===\"undefined\"?\"undefined\":_typeof(obj)}},function(module,exports){var core=module.exports={version:\"2.5.1\"};if(typeof __e==\"number\")__e=core},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(140),__esModule:true}},function(module,exports,__webpack_require__){\"use strict\";module.exports=typeof window!==\"undefined\"&&window[\"moment\"]||__webpack_require__(154)},function(module,exports,__webpack_require__){\"use strict\";function hammerMock(){var noop=function noop(){};return{on:noop,off:noop,destroy:noop,emit:noop,get:function get(m){return{set:noop}}}}if(typeof window!==\"undefined\"){var propagating=__webpack_require__(175);var Hammer=window[\"Hammer\"]||__webpack_require__(176);module.exports=propagating(Hammer,{preventDefault:\"mouse\"})}else{module.exports=function(){return hammerMock()}}},function(module,exports,__webpack_require__){\"use strict\";var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Queue=__webpack_require__(43);function DataSet(data,options){if(data&&!Array.isArray(data)){options=data;data=null}this._options=options||{};this._data={};this.length=0;this._fieldId=this._options.fieldId||\"id\";this._type={};if(this._options.type){var fields=(0,_keys2[\"default\"])(this._options.type);for(var i=0,len=fields.length;i<len;i++){var field=fields[i];var value=this._options.type[field];if(value==\"Date\"||value==\"ISODate\"||value==\"ASPDate\"){this._type[field]=\"Date\"}else{this._type[field]=value}}}this._subscribers={};if(data){this.add(data)}this.setOptions(options)}DataSet.prototype.setOptions=function(options){if(options&&options.queue!==undefined){if(options.queue===false){if(this._queue){this._queue.destroy();delete this._queue}}else{if(!this._queue){this._queue=Queue.extend(this,{replace:[\"add\",\"update\",\"remove\"]})}if((0,_typeof3[\"default\"])(options.queue)===\"object\"){this._queue.setOptions(options.queue)}}}};DataSet.prototype.on=function(event,callback){var subscribers=this._subscribers[event];if(!subscribers){subscribers=[];this._subscribers[event]=subscribers}subscribers.push({callback:callback})};DataSet.prototype.off=function(event,callback){var subscribers=this._subscribers[event];if(subscribers){this._subscribers[event]=subscribers.filter(function(listener){return listener.callback!=callback})}};DataSet.prototype._trigger=function(event,params,senderId){if(event==\"*\"){throw new Error(\"Cannot trigger event *\")}var subscribers=[];if(event in this._subscribers){subscribers=subscribers.concat(this._subscribers[event])}if(\"*\"in this._subscribers){subscribers=subscribers.concat(this._subscribers[\"*\"])}for(var i=0,len=subscribers.length;i<len;i++){var subscriber=subscribers[i];if(subscriber.callback){subscriber.callback(event,params,senderId||null)}}};DataSet.prototype.add=function(data,senderId){var addedIds=[],id,me=this;if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){id=me._addItem(data[i]);addedIds.push(id)}}else if(data&&(typeof data===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(data))===\"object\"){id=me._addItem(data);addedIds.push(id)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}return addedIds};DataSet.prototype.update=function(data,senderId){var addedIds=[];var updatedIds=[];var oldData=[];var updatedData=[];var me=this;var fieldId=me._fieldId;var addOrUpdate=function addOrUpdate(item){var id=item[fieldId];if(me._data[id]){var oldItem=util.extend({},me._data[id]);id=me._updateItem(item);updatedIds.push(id);updatedData.push(item);oldData.push(oldItem)}else{id=me._addItem(item);addedIds.push(id)}};if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){if(data[i]&&(0,_typeof3[\"default\"])(data[i])===\"object\"){addOrUpdate(data[i])}else{console.warn(\"Ignoring input item, which is not an object at index \"+i)}}}else if(data&&(typeof data===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(data))===\"object\"){addOrUpdate(data)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){var props={items:updatedIds,oldData:oldData,data:updatedData};this._trigger(\"update\",props,senderId)}return addedIds.concat(updatedIds)};DataSet.prototype.get=function(args){var me=this;var id,ids,options;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"){id=arguments[0];options=arguments[1]}else if(firstType==\"Array\"){\nids=arguments[0];options=arguments[1]}else{options=arguments[0]}var returnType;if(options&&options.returnType){var allowedValues=[\"Array\",\"Object\"];returnType=allowedValues.indexOf(options.returnType)==-1?\"Array\":options.returnType}else{returnType=\"Array\"}var type=options&&options.type||this._options.type;var filter=options&&options.filter;var items=[],item,itemIds,itemId,i,len;if(id!=undefined){item=me._getItem(id,type);if(item&&filter&&!filter(item)){item=null}}else if(ids!=undefined){for(i=0,len=ids.length;i<len;i++){item=me._getItem(ids[i],type);if(!filter||filter(item)){items.push(item)}}}else{itemIds=(0,_keys2[\"default\"])(this._data);for(i=0,len=itemIds.length;i<len;i++){itemId=itemIds[i];item=me._getItem(itemId,type);if(!filter||filter(item)){items.push(item)}}}if(options&&options.order&&id==undefined){this._sort(items,options.order)}if(options&&options.fields){var fields=options.fields;if(id!=undefined){item=this._filterFields(item,fields)}else{for(i=0,len=items.length;i<len;i++){items[i]=this._filterFields(items[i],fields)}}}if(returnType==\"Object\"){var result={},resultant;for(i=0,len=items.length;i<len;i++){resultant=items[i];result[resultant.id]=resultant}return result}else{if(id!=undefined){return item}else{return items}}};DataSet.prototype.getIds=function(options){var data=this._data,filter=options&&options.filter,order=options&&options.order,type=options&&options.type||this._options.type,itemIds=(0,_keys2[\"default\"])(data),i,len,id,item,items,ids=[];if(filter){if(order){items=[];for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(filter(item)){items.push(item)}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids.push(items[i][this._fieldId])}}else{for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(filter(item)){ids.push(item[this._fieldId])}}}}else{if(order){items=[];for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];items.push(data[id])}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids.push(items[i][this._fieldId])}}else{for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=data[id];ids.push(item[this._fieldId])}}}return ids};DataSet.prototype.getDataSet=function(){return this};DataSet.prototype.forEach=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,data=this._data,itemIds=(0,_keys2[\"default\"])(data),i,len,item,id;if(options&&options.order){var items=this.get(options);for(i=0,len=items.length;i<len;i++){item=items[i];id=item[this._fieldId];callback(item,id)}}else{for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(!filter||filter(item)){callback(item,id)}}}};DataSet.prototype.map=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,mappedItems=[],data=this._data,itemIds=(0,_keys2[\"default\"])(data),i,len,id,item;for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(!filter||filter(item)){mappedItems.push(callback(item,id))}}if(options&&options.order){this._sort(mappedItems,options.order)}return mappedItems};DataSet.prototype._filterFields=function(item,fields){if(!item){return item}var filteredItem={},itemFields=(0,_keys2[\"default\"])(item),len=itemFields.length,i,field;if(Array.isArray(fields)){for(i=0;i<len;i++){field=itemFields[i];if(fields.indexOf(field)!=-1){filteredItem[field]=item[field]}}}else{for(i=0;i<len;i++){field=itemFields[i];if(fields.hasOwnProperty(field)){filteredItem[fields[field]]=item[field]}}}return filteredItem};DataSet.prototype._sort=function(items,order){if(util.isString(order)){var name=order;items.sort(function(a,b){var av=a[name];var bv=b[name];return av>bv?1:av<bv?-1:0})}else if(typeof order===\"function\"){items.sort(order)}else{throw new TypeError(\"Order must be a function or a string\")}};DataSet.prototype.remove=function(id,senderId){var removedIds=[],removedItems=[],ids=[],i,len,itemId,item;ids=Array.isArray(id)?id:[id];for(i=0,len=ids.length;i<len;i++){item=this._remove(ids[i]);if(item){itemId=item[this._fieldId];if(itemId!=undefined){removedIds.push(itemId);removedItems.push(item)}}}if(removedIds.length){this._trigger(\"remove\",{items:removedIds,oldData:removedItems},senderId)}return removedIds};DataSet.prototype._remove=function(id){var item,ident;if(util.isNumber(id)||util.isString(id)){ident=id}else if(id&&(typeof id===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(id))===\"object\"){ident=id[this._fieldId]}if(ident!==undefined&&this._data[ident]){item=this._data[ident];delete this._data[ident];this.length--;return item}return null};DataSet.prototype.clear=function(senderId){var i,len;var ids=(0,_keys2[\"default\"])(this._data);var items=[];for(i=0,len=ids.length;i<len;i++){items.push(this._data[ids[i]])}this._data={};this.length=0;this._trigger(\"remove\",{items:ids,oldData:items},senderId);return ids};DataSet.prototype.max=function(field){var data=this._data,itemIds=(0,_keys2[\"default\"])(data),max=null,maxField=null,i,len;for(i=0,len=itemIds.length;i<len;i++){var id=itemIds[i];var item=data[id];var itemField=item[field];if(itemField!=null&&(!max||itemField>maxField)){max=item;maxField=itemField}}return max};DataSet.prototype.min=function(field){var data=this._data,itemIds=(0,_keys2[\"default\"])(data),min=null,minField=null,i,len;for(i=0,len=itemIds.length;i<len;i++){var id=itemIds[i];var item=data[id];var itemField=item[field];if(itemField!=null&&(!min||itemField<minField)){min=item;minField=itemField}}return min};DataSet.prototype.distinct=function(field){var data=this._data;var itemIds=(0,_keys2[\"default\"])(data);var values=[];var fieldType=this._options.type&&this._options.type[field]||null;var count=0;var i,j,len;for(i=0,len=itemIds.length;i<len;i++){var id=itemIds[i];var item=data[id];var value=item[field];var exists=false;for(j=0;j<count;j++){if(values[j]==value){exists=true;break}}if(!exists&&value!==undefined){values[count]=value;count++}}if(fieldType){for(i=0,len=values.length;i<len;i++){values[i]=util.convert(values[i],fieldType)}}return values};DataSet.prototype._addItem=function(item){var id=item[this._fieldId];if(id!=undefined){if(this._data[id]){throw new Error(\"Cannot add item: item with id \"+id+\" already exists\")}}else{id=util.randomUUID();item[this._fieldId]=id}var d={},fields=(0,_keys2[\"default\"])(item),i,len;for(i=0,len=fields.length;i<len;i++){var field=fields[i];var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}this._data[id]=d;this.length++;return id};DataSet.prototype._getItem=function(id,types){var field,value,i,len;var raw=this._data[id];if(!raw){return null}var converted={},fields=(0,_keys2[\"default\"])(raw);if(types){for(i=0,len=fields.length;i<len;i++){field=fields[i];value=raw[field];converted[field]=util.convert(value,types[field])}}else{for(i=0,len=fields.length;i<len;i++){field=fields[i];value=raw[field];converted[field]=value}}if(!converted[this._fieldId]){converted[this._fieldId]=raw.id}return converted};DataSet.prototype._updateItem=function(item){var id=item[this._fieldId];if(id==undefined){throw new Error(\"Cannot update item: item has no id (item: \"+(0,_stringify2[\"default\"])(item)+\")\")}var d=this._data[id];if(!d){throw new Error(\"Cannot update item: no item with id \"+id+\" found\")}var fields=(0,_keys2[\"default\"])(item);for(var i=0,len=fields.length;i<len;i++){var field=fields[i];var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}return id};module.exports=DataSet},function(module,exports,__webpack_require__){\"use strict\";var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var DataSet=__webpack_require__(11);function DataView(data,options){this._data=null;this._ids={};this.length=0;this._options=options||{};this._fieldId=\"id\";this._subscribers={};var me=this;this.listener=function(){me._onEvent.apply(me,arguments)};this.setData(data)}DataView.prototype.setData=function(data){var ids,id,i,len,items;if(this._data){if(this._data.off){this._data.off(\"*\",this.listener)}ids=this._data.getIds({filter:this._options&&this._options.filter});items=[];for(i=0,len=ids.length;i<len;i++){items.push(this._data._data[ids[i]])}this._ids={};this.length=0;this._trigger(\"remove\",{items:ids,oldData:items})}this._data=data;if(this._data){this._fieldId=this._options.fieldId||this._data&&this._data.options&&this._data.options.fieldId||\"id\";ids=this._data.getIds({filter:this._options&&this._options.filter});for(i=0,len=ids.length;i<len;i++){id=ids[i];this._ids[id]=true}this.length=ids.length;this._trigger(\"add\",{items:ids});if(this._data.on){this._data.on(\"*\",this.listener)}}};DataView.prototype.refresh=function(){var id,i,len;var ids=this._data.getIds({filter:this._options&&this._options.filter}),oldIds=(0,_keys2[\"default\"])(this._ids),newIds={},addedIds=[],removedIds=[],removedItems=[];for(i=0,len=ids.length;i<len;i++){id=ids[i];newIds[id]=true;if(!this._ids[id]){addedIds.push(id);this._ids[id]=true}}for(i=0,len=oldIds.length;i<len;i++){id=oldIds[i];if(!newIds[id]){removedIds.push(id);removedItems.push(this._data._data[id]);delete this._ids[id]}}this.length+=addedIds.length-removedIds.length;if(addedIds.length){this._trigger(\"add\",{items:addedIds})}if(removedIds.length){this._trigger(\"remove\",{items:removedIds,oldData:removedItems})}};DataView.prototype.get=function(args){var me=this;var ids,options,data;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"||firstType==\"Array\"){ids=arguments[0];options=arguments[1];data=arguments[2]}else{options=arguments[0];data=arguments[1]}var viewOptions=util.extend({},this._options,options);if(this._options.filter&&options&&options.filter){viewOptions.filter=function(item){return me._options.filter(item)&&options.filter(item)}}var getArguments=[];if(ids!=undefined){getArguments.push(ids)}getArguments.push(viewOptions);getArguments.push(data);return this._data&&this._data.get.apply(this._data,getArguments)};DataView.prototype.getIds=function(options){var ids;if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function filter(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}ids=this._data.getIds({filter:filter,order:options&&options.order})}else{ids=[]}return ids};DataView.prototype.map=function(callback,options){var mappedItems=[];if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function filter(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}mappedItems=this._data.map(callback,{filter:filter,order:options&&options.order})}else{mappedItems=[]}return mappedItems};DataView.prototype.getDataSet=function(){var dataSet=this;while(dataSet instanceof DataView){dataSet=dataSet._data}return dataSet||null};DataView.prototype._onEvent=function(event,params,senderId){var i,len,id,item;var ids=params&¶ms.items;var addedIds=[],updatedIds=[],removedIds=[],oldItems=[],updatedItems=[],removedItems=[];if(ids&&this._data){switch(event){case\"add\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){this._ids[id]=true;addedIds.push(id)}}break;case\"update\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){if(this._ids[id]){updatedIds.push(id);updatedItems.push(params.data[i]);oldItems.push(params.oldData[i])}else{this._ids[id]=true;addedIds.push(id)}}else{if(this._ids[id]){delete this._ids[id];removedIds.push(id);removedItems.push(params.oldData[i])}else{}}}break;case\"remove\":for(i=0,len=ids.length;i<len;i++){id=ids[i];if(this._ids[id]){delete this._ids[id];removedIds.push(id);removedItems.push(params.oldData[i])}}break}this.length+=addedIds.length-removedIds.length;if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){this._trigger(\"update\",{items:updatedIds,oldData:oldItems,data:updatedItems},senderId)}if(removedIds.length){this._trigger(\"remove\",{items:removedIds,oldData:removedItems},senderId)}}};DataView.prototype.on=DataSet.prototype.on;DataView.prototype.off=DataSet.prototype.off;DataView.prototype._trigger=DataSet.prototype._trigger;DataView.prototype.subscribe=DataView.prototype.on;DataView.prototype.unsubscribe=DataView.prototype.off;module.exports=DataView},function(module,exports,__webpack_require__){var store=__webpack_require__(57)(\"wks\");var uid=__webpack_require__(40);var Symbol=__webpack_require__(18).Symbol;var USE_SYMBOL=typeof Symbol==\"function\";var $exports=module.exports=function(name){return store[name]||(store[name]=USE_SYMBOL&&Symbol[name]||(USE_SYMBOL?Symbol:uid)(\"Symbol.\"+name))};$exports.store=store},function(module,exports,__webpack_require__){\"use strict\";exports.prepareElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){JSONcontainer[elementType].redundant=JSONcontainer[elementType].used;JSONcontainer[elementType].used=[]}}};exports.cleanupElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant){for(var i=0;i<JSONcontainer[elementType].redundant.length;i++){JSONcontainer[elementType].redundant[i].parentNode.removeChild(JSONcontainer[elementType].redundant[i])}JSONcontainer[elementType].redundant=[]}}}};exports.resetElements=function(JSONcontainer){exports.prepareElements(JSONcontainer);exports.cleanupElements(JSONcontainer);exports.prepareElements(JSONcontainer)};exports.getSVGElement=function(elementType,JSONcontainer,svgContainer){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);svgContainer.appendChild(element)}}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);JSONcontainer[elementType]={used:[],redundant:[]};svgContainer.appendChild(element)}JSONcontainer[elementType].used.push(element);return element};exports.getDOMElement=function(elementType,JSONcontainer,DOMContainer,insertBefore){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElement(elementType);if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}}else{element=document.createElement(elementType);JSONcontainer[elementType]={used:[],redundant:[]};if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}JSONcontainer[elementType].used.push(element);return element};exports.drawPoint=function(x,y,groupTemplate,JSONcontainer,svgContainer,labelObj){var point;if(groupTemplate.style==\"circle\"){point=exports.getSVGElement(\"circle\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"cx\",x);point.setAttributeNS(null,\"cy\",y);point.setAttributeNS(null,\"r\",.5*groupTemplate.size)}else{point=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"x\",x-.5*groupTemplate.size);point.setAttributeNS(null,\"y\",y-.5*groupTemplate.size);point.setAttributeNS(null,\"width\",groupTemplate.size);point.setAttributeNS(null,\"height\",groupTemplate.size)}if(groupTemplate.styles!==undefined){point.setAttributeNS(null,\"style\",groupTemplate.styles)}point.setAttributeNS(null,\"class\",groupTemplate.className+\" vis-point\");if(labelObj){var label=exports.getSVGElement(\"text\",JSONcontainer,svgContainer);if(labelObj.xOffset){x=x+labelObj.xOffset}if(labelObj.yOffset){y=y+labelObj.yOffset}if(labelObj.content){label.textContent=labelObj.content}if(labelObj.className){label.setAttributeNS(null,\"class\",labelObj.className+\" vis-label\")}label.setAttributeNS(null,\"x\",x);label.setAttributeNS(null,\"y\",y)}return point};exports.drawBar=function(x,y,width,height,className,JSONcontainer,svgContainer,style){if(height!=0){if(height<0){height*=-1;y-=height}var rect=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);rect.setAttributeNS(null,\"x\",x-.5*width);rect.setAttributeNS(null,\"y\",y);rect.setAttributeNS(null,\"width\",width);rect.setAttributeNS(null,\"height\",height);rect.setAttributeNS(null,\"class\",className);if(style){rect.setAttributeNS(null,\"style\",style)}}}},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.printStyle=undefined;var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var errorFound=false;var allOptions=void 0;var printStyle=\"background: #FFeeee; color: #dd0000\";var Validator=function(){function Validator(){(0,_classCallCheck3[\"default\"])(this,Validator)}(0,_createClass3[\"default\"])(Validator,null,[{key:\"validate\",value:function validate(options,referenceOptions,subObject){errorFound=false;allOptions=referenceOptions;var usedOptions=referenceOptions;if(subObject!==undefined){usedOptions=referenceOptions[subObject]}Validator.parse(options,usedOptions,[]);return errorFound}},{key:\"parse\",value:function parse(options,referenceOptions,path){for(var option in options){if(options.hasOwnProperty(option)){Validator.check(option,options,referenceOptions,path)}}}},{key:\"check\",value:function check(option,options,referenceOptions,path){if(referenceOptions[option]===undefined&&referenceOptions.__any__===undefined){Validator.getSuggestion(option,referenceOptions,path);return}var referenceOption=option;var is_object=true;if(referenceOptions[option]===undefined&&referenceOptions.__any__!==undefined){referenceOption=\"__any__\";is_object=Validator.getType(options[option])===\"object\"}else{}var refOptionObj=referenceOptions[referenceOption];if(is_object&&refOptionObj.__type__!==undefined){refOptionObj=refOptionObj.__type__}Validator.checkFields(option,options,referenceOptions,referenceOption,refOptionObj,path)}},{key:\"checkFields\",value:function checkFields(option,options,referenceOptions,referenceOption,refOptionObj,path){var log=function log(message){console.log(\"%c\"+message+Validator.printLocation(path,option),printStyle)};var optionType=Validator.getType(options[option]);var refOptionType=refOptionObj[optionType];if(refOptionType!==undefined){if(Validator.getType(refOptionType)===\"array\"&&refOptionType.indexOf(options[option])===-1){log('Invalid option detected in \"'+option+'\".'+\" Allowed values are:\"+Validator.print(refOptionType)+' not \"'+options[option]+'\". ');errorFound=true}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(refOptionObj[\"any\"]===undefined){log('Invalid type received for \"'+option+'\". Expected: '+Validator.print((0,_keys2[\"default\"])(refOptionObj))+\". Received [\"+optionType+'] \"'+options[option]+'\"');errorFound=true}}},{key:\"getType\",value:function getType(object){var type=typeof object===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(object);if(type===\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"boolean\"}if(object instanceof Number){return\"number\"}if(object instanceof String){return\"string\"}if(Array.isArray(object)){return\"array\"}if(object instanceof Date){return\"date\"}if(object.nodeType!==undefined){return\"dom\"}if(object._isAMomentObject===true){return\"moment\"}return\"object\"}else if(type===\"number\"){return\"number\"}else if(type===\"boolean\"){return\"boolean\"}else if(type===\"string\"){return\"string\"}else if(type===undefined){return\"undefined\"}return type}},{key:\"getSuggestion\",value:function getSuggestion(option,options,path){var localSearch=Validator.findInOptions(option,options,path,false);var globalSearch=Validator.findInOptions(option,allOptions,[],true);var localSearchThreshold=8;var globalSearchThreshold=4;var msg=void 0;if(localSearch.indexMatch!==undefined){msg=\" in \"+Validator.printLocation(localSearch.path,option,\"\")+'Perhaps it was incomplete? Did you mean: \"'+localSearch.indexMatch+'\"?\\n\\n'}else if(globalSearch.distance<=globalSearchThreshold&&localSearch.distance>globalSearch.distance){msg=\" in \"+Validator.printLocation(localSearch.path,option,\"\")+\"Perhaps it was misplaced? Matching option found at: \"+Validator.printLocation(globalSearch.path,globalSearch.closestMatch,\"\")}else if(localSearch.distance<=localSearchThreshold){msg='. Did you mean \"'+localSearch.closestMatch+'\"?'+Validator.printLocation(localSearch.path,option)}else{msg=\". Did you mean one of these: \"+Validator.print((0,_keys2[\"default\"])(options))+Validator.printLocation(path,option)}console.log('%cUnknown option detected: \"'+option+'\"'+msg,printStyle);errorFound=true}},{key:\"findInOptions\",value:function findInOptions(option,options,path){var recursive=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;var min=1e9;var closestMatch=\"\";var closestMatchPath=[];var lowerCaseOption=option.toLowerCase();var indexMatch=undefined;for(var op in options){var distance=void 0;if(options[op].__type__!==undefined&&recursive===true){var result=Validator.findInOptions(option,options[op],util.copyAndExtendArray(path,op));if(min>result.distance){closestMatch=result.closestMatch;closestMatchPath=result.path;min=result.distance;indexMatch=result.indexMatch}}else{if(op.toLowerCase().indexOf(lowerCaseOption)!==-1){indexMatch=op}distance=Validator.levenshteinDistance(option,op);if(min>distance){closestMatch=op;closestMatchPath=util.copyArray(path);min=distance}}}return{closestMatch:closestMatch,path:closestMatchPath,distance:min,indexMatch:indexMatch}}},{key:\"printLocation\",value:function printLocation(path,option){var prefix=arguments.length>2&&arguments[2]!==undefined?arguments[2]:\"Problem value found at: \\n\";var str=\"\\n\\n\"+prefix+\"options = {\\n\";for(var i=0;i<path.length;i++){for(var j=0;j<i+1;j++){str+=\" \"}str+=path[i]+\": {\\n\"}for(var _j=0;_j<path.length+1;_j++){str+=\" \"}str+=option+\"\\n\";for(var _i=0;_i<path.length+1;_i++){for(var _j2=0;_j2<path.length-_i;_j2++){str+=\" \"}str+=\"}\\n\"}return str+\"\\n\\n\"}},{key:\"print\",value:function print(options){return(0,_stringify2[\"default\"])(options).replace(/(\\\")|(\\[)|(\\])|(,\"__type__\")/g,\"\").replace(/(\\,)/g,\", \")}},{key:\"levenshteinDistance\",value:function levenshteinDistance(a,b){if(a.length===0)return b.length;if(b.length===0)return a.length;var matrix=[];var i;for(i=0;i<=b.length;i++){matrix[i]=[i]}var j;for(j=0;j<=a.length;j++){matrix[0][j]=j}for(i=1;i<=b.length;i++){for(j=1;j<=a.length;j++){if(b.charAt(i-1)==a.charAt(j-1)){matrix[i][j]=matrix[i-1][j-1]}else{matrix[i][j]=Math.min(matrix[i-1][j-1]+1,Math.min(matrix[i][j-1]+1,matrix[i-1][j]+1))}}}return matrix[b.length][a.length]}}]);return Validator}();exports[\"default\"]=Validator;exports.printStyle=printStyle},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(2);function Component(body,options){this.options=null;this.props=null}Component.prototype.setOptions=function(options){if(options){util.extend(this.options,options)}};Component.prototype.redraw=function(){return false};Component.prototype.destroy=function(){};Component.prototype._isResized=function(){var resized=this.props._previousWidth!==this.props.width||this.props._previousHeight!==this.props.height;this.props._previousWidth=this.props.width;this.props._previousHeight=this.props.height;return resized};module.exports=Component},function(module,exports,__webpack_require__){var global=__webpack_require__(18);var core=__webpack_require__(7);var ctx=__webpack_require__(80);var hide=__webpack_require__(26);var PROTOTYPE=\"prototype\";var $export=function(type,name,source){var IS_FORCED=type&$export.F;var IS_GLOBAL=type&$export.G;var IS_STATIC=type&$export.S;var IS_PROTO=type&$export.P;var IS_BIND=type&$export.B;var IS_WRAP=type&$export.W;var exports=IS_GLOBAL?core:core[name]||(core[name]={});var expProto=exports[PROTOTYPE];var target=IS_GLOBAL?global:IS_STATIC?global[name]:(global[name]||{})[PROTOTYPE];var key,own,out;if(IS_GLOBAL)source=name;for(key in source){own=!IS_FORCED&&target&&target[key]!==undefined;if(own&&key in exports)continue;out=own?target[key]:source[key];exports[key]=IS_GLOBAL&&typeof target[key]!=\"function\"?source[key]:IS_BIND&&own?ctx(out,global):IS_WRAP&&target[key]==out?function(C){var F=function(a,b,c){if(this instanceof C){switch(arguments.length){case 0:return new C;case 1:return new C(a);case 2:return new C(a,b)}return new C(a,b,c)}return C.apply(this,arguments)};F[PROTOTYPE]=C[PROTOTYPE];return F}(out):IS_PROTO&&typeof out==\"function\"?ctx(Function.call,out):out;if(IS_PROTO){(exports.virtual||(exports.virtual={}))[key]=out;if(type&$export.R&&expProto&&!expProto[key])hide(expProto,key,out)}}};$export.F=1;$export.G=2;$export.S=4;$export.P=8;$export.B=16;$export.W=32;$export.U=64;$export.R=128;module.exports=$export},function(module,exports){var global=module.exports=typeof window!=\"undefined\"&&window.Math==Math?window:typeof self!=\"undefined\"&&self.Math==Math?self:Function(\"return this\")();if(typeof __g==\"number\")__g=global},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(160),__esModule:true}},function(module,exports,__webpack_require__){var anObject=__webpack_require__(27);var IE8_DOM_DEFINE=__webpack_require__(81);var toPrimitive=__webpack_require__(53);var dP=Object.defineProperty;exports.f=__webpack_require__(21)?Object.defineProperty:function defineProperty(O,P,Attributes){anObject(O);P=toPrimitive(P,true);anObject(Attributes);if(IE8_DOM_DEFINE)try{return dP(O,P,Attributes)}catch(e){}if(\"get\"in Attributes||\"set\"in Attributes)throw TypeError(\"Accessors not supported!\");if(\"value\"in Attributes)O[P]=Attributes.value;return O}},function(module,exports,__webpack_require__){module.exports=!__webpack_require__(28)(function(){return Object.defineProperty({},\"a\",{get:function(){return 7}}).a!=7})},function(module,exports){var hasOwnProperty={}.hasOwnProperty;module.exports=function(it,key){return hasOwnProperty.call(it,key)}},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var NodeBase=function(){function NodeBase(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,NodeBase);this.body=body;this.labelModule=labelModule;this.setOptions(options);this.top=undefined;this.left=undefined;this.height=undefined;this.width=undefined;this.radius=undefined;this.margin=undefined;this.refreshNeeded=true;this.boundingBox={top:0,left:0,right:0,bottom:0}}(0,_createClass3[\"default\"])(NodeBase,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"_setMargins\",value:function _setMargins(labelModule){this.margin={};if(this.options.margin){if((0,_typeof3[\"default\"])(this.options.margin)==\"object\"){this.margin.top=this.options.margin.top;this.margin.right=this.options.margin.right;this.margin.bottom=this.options.margin.bottom;this.margin.left=this.options.margin.left}else{this.margin.top=this.options.margin;this.margin.right=this.options.margin;this.margin.bottom=this.options.margin;this.margin.left=this.options.margin}}labelModule.adjustSizes(this.margin)}},{key:\"_distanceToBorder\",value:function _distanceToBorder(ctx,angle){var borderWidth=this.options.borderWidth;this.resize(ctx);return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}},{key:\"enableShadow\",value:function enableShadow(ctx,values){if(values.shadow){ctx.shadowColor=values.shadowColor;ctx.shadowBlur=values.shadowSize;ctx.shadowOffsetX=values.shadowX;ctx.shadowOffsetY=values.shadowY}}},{key:\"disableShadow\",value:function disableShadow(ctx,values){if(values.shadow){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}},{key:\"enableBorderDashes\",value:function enableBorderDashes(ctx,values){if(values.borderDashes!==false){if(ctx.setLineDash!==undefined){var dashes=values.borderDashes;if(dashes===true){dashes=[5,15]}ctx.setLineDash(dashes)}else{console.warn(\"setLineDash is not supported in this browser. The dashed borders cannot be used.\");this.options.shapeProperties.borderDashes=false;values.borderDashes=false}}}},{key:\"disableBorderDashes\",value:function disableBorderDashes(ctx,values){if(values.borderDashes!==false){if(ctx.setLineDash!==undefined){ctx.setLineDash([0])}else{console.warn(\"setLineDash is not supported in this browser. The dashed borders cannot be used.\");this.options.shapeProperties.borderDashes=false;values.borderDashes=false}}}},{key:\"needsRefresh\",value:function needsRefresh(selected,hover){if(this.refreshNeeded===true){this.refreshNeeded=false;return true}return this.width===undefined||this.labelModule.differentState(selected,hover)}},{key:\"initContextForDraw\",value:function initContextForDraw(ctx,values){var borderWidth=values.borderWidth/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.strokeStyle=values.borderColor;ctx.fillStyle=values.color}},{key:\"performStroke\",value:function performStroke(ctx,values){var borderWidth=values.borderWidth/this.body.view.scale;ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx,values);ctx.stroke();this.disableBorderDashes(ctx,values)}ctx.restore()}},{key:\"performFill\",value:function performFill(ctx,values){this.enableShadow(ctx,values);ctx.fill();this.disableShadow(ctx,values);this.performStroke(ctx,values)}},{key:\"_addBoundingBoxMargin\",value:function _addBoundingBoxMargin(margin){this.boundingBox.left-=margin;this.boundingBox.top-=margin;this.boundingBox.bottom+=margin;this.boundingBox.right+=margin}},{key:\"_updateBoundingBox\",value:function _updateBoundingBox(x,y,ctx,selected,hover){if(ctx!==undefined){this.resize(ctx,selected,hover)}this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected,hover){this._updateBoundingBox(x,y,ctx,selected,hover)}},{key:\"getDimensionsFromLabel\",value:function getDimensionsFromLabel(ctx,selected,hover){this.textSize=this.labelModule.getTextSize(ctx,selected,hover);var width=this.textSize.width;var height=this.textSize.height;var DEFAULT_SIZE=14;if(width===0){width=DEFAULT_SIZE;height=DEFAULT_SIZE}return{width:width,height:height}}}]);return NodeBase}();exports[\"default\"]=NodeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2)\n;var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var ShapeBase=function(_NodeBase){(0,_inherits3[\"default\"])(ShapeBase,_NodeBase);function ShapeBase(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,ShapeBase);return(0,_possibleConstructorReturn3[\"default\"])(this,(ShapeBase.__proto__||(0,_getPrototypeOf2[\"default\"])(ShapeBase)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(ShapeBase,[{key:\"resize\",value:function resize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.selected;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this.hover;var values=arguments.length>3&&arguments[3]!==undefined?arguments[3]:{size:this.options.size};if(this.needsRefresh(selected,hover)){this.labelModule.getTextSize(ctx,selected,hover);var size=2*values.size;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"_drawShape\",value:function _drawShape(ctx,shape,sizeMultiplier,x,y,selected,hover,values){this.resize(ctx,selected,hover,values);this.left=x-this.width/2;this.top=y-this.height/2;this.initContextForDraw(ctx,values);ctx[shape](x,y,values.size);this.performFill(ctx,values);if(this.options.label!==undefined){this.labelModule.calculateLabelSize(ctx,selected,hover,x,y,\"hanging\");var yLabel=y+.5*this.height+.5*this.labelModule.size.height;this.labelModule.draw(ctx,x,yLabel,selected,hover,\"hanging\")}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height)}}}]);return ShapeBase}(_NodeBase3[\"default\"]);exports[\"default\"]=ShapeBase},function(module,exports,__webpack_require__){var IObject=__webpack_require__(78);var defined=__webpack_require__(51);module.exports=function(it){return IObject(defined(it))}},function(module,exports,__webpack_require__){var dP=__webpack_require__(20);var createDesc=__webpack_require__(39);module.exports=__webpack_require__(21)?function(object,key,value){return dP.f(object,key,createDesc(1,value))}:function(object,key,value){object[key]=value;return object}},function(module,exports,__webpack_require__){var isObject=__webpack_require__(32);module.exports=function(it){if(!isObject(it))throw TypeError(it+\" is not an object!\");return it}},function(module,exports){module.exports=function(exec){try{return!!exec()}catch(e){return true}}},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(138),__esModule:true}},function(module,exports,__webpack_require__){\"use strict\";exports.__esModule=true;var _isIterable2=__webpack_require__(188);var _isIterable3=_interopRequireDefault(_isIterable2);var _getIterator2=__webpack_require__(77);var _getIterator3=_interopRequireDefault(_getIterator2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}exports.default=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=(0,_getIterator3.default)(arr),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if((0,_isIterable3.default)(Object(arr))){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}()},function(module,exports){module.exports={}},function(module,exports){module.exports=function(it){return typeof it===\"object\"?it!==null:typeof it===\"function\"}},function(module,exports,__webpack_require__){var $keys=__webpack_require__(84);var enumBugKeys=__webpack_require__(58);module.exports=Object.keys||function keys(O){return $keys(O,enumBugKeys)}},function(module,exports,__webpack_require__){\"use strict\";function Point3d(x,y,z){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0;this.z=z!==undefined?z:0}Point3d.subtract=function(a,b){var sub=new Point3d;sub.x=a.x-b.x;sub.y=a.y-b.y;sub.z=a.z-b.z;return sub};Point3d.add=function(a,b){var sum=new Point3d;sum.x=a.x+b.x;sum.y=a.y+b.y;sum.z=a.z+b.z;return sum};Point3d.avg=function(a,b){return new Point3d((a.x+b.x)/2,(a.y+b.y)/2,(a.z+b.z)/2)};Point3d.crossProduct=function(a,b){var crossproduct=new Point3d;crossproduct.x=a.y*b.z-a.z*b.y;crossproduct.y=a.z*b.x-a.x*b.z;crossproduct.z=a.x*b.y-a.y*b.x;return crossproduct};Point3d.prototype.length=function(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)};module.exports=Point3d},function(module,exports,__webpack_require__){\"use strict\";var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;(function(root,factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{root.keycharm=factory()}})(this,function(){function keycharm(options){var preventDefault=options&&options.preventDefault||false;var container=options&&options.container||window;var _exportFunctions={};var _bound={keydown:{},keyup:{}};var _keys={};var i;for(i=97;i<=122;i++){_keys[String.fromCharCode(i)]={code:65+(i-97),shift:false}}for(i=65;i<=90;i++){_keys[String.fromCharCode(i)]={code:i,shift:true}}for(i=0;i<=9;i++){_keys[\"\"+i]={code:48+i,shift:false}}for(i=1;i<=12;i++){_keys[\"F\"+i]={code:111+i,shift:false}}for(i=0;i<=9;i++){_keys[\"num\"+i]={code:96+i,shift:false}}_keys[\"num*\"]={code:106,shift:false};_keys[\"num+\"]={code:107,shift:false};_keys[\"num-\"]={code:109,shift:false};_keys[\"num/\"]={code:111,shift:false};_keys[\"num.\"]={code:110,shift:false};_keys[\"left\"]={code:37,shift:false};_keys[\"up\"]={code:38,shift:false};_keys[\"right\"]={code:39,shift:false};_keys[\"down\"]={code:40,shift:false};_keys[\"space\"]={code:32,shift:false};_keys[\"enter\"]={code:13,shift:false};_keys[\"shift\"]={code:16,shift:undefined};_keys[\"esc\"]={code:27,shift:false};_keys[\"backspace\"]={code:8,shift:false};_keys[\"tab\"]={code:9,shift:false};_keys[\"ctrl\"]={code:17,shift:false};_keys[\"alt\"]={code:18,shift:false};_keys[\"delete\"]={code:46,shift:false};_keys[\"pageup\"]={code:33,shift:false};_keys[\"pagedown\"]={code:34,shift:false};_keys[\"=\"]={code:187,shift:false};_keys[\"-\"]={code:189,shift:false};_keys[\"]\"]={code:221,shift:false};_keys[\"[\"]={code:219,shift:false};var down=function(event){handleEvent(event,\"keydown\")};var up=function(event){handleEvent(event,\"keyup\")};var handleEvent=function(event,type){if(_bound[type][event.keyCode]!==undefined){var bound=_bound[type][event.keyCode];for(var i=0;i<bound.length;i++){if(bound[i].shift===undefined){bound[i].fn(event)}else if(bound[i].shift==true&&event.shiftKey==true){bound[i].fn(event)}else if(bound[i].shift==false&&event.shiftKey==false){bound[i].fn(event)}}if(preventDefault==true){event.preventDefault()}}};_exportFunctions.bind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(_bound[type][_keys[key].code]===undefined){_bound[type][_keys[key].code]=[]}_bound[type][_keys[key].code].push({fn:callback,shift:_keys[key].shift})};_exportFunctions.bindAll=function(callback,type){if(type===undefined){type=\"keydown\"}for(var key in _keys){if(_keys.hasOwnProperty(key)){_exportFunctions.bind(key,callback,type)}}};_exportFunctions.getKey=function(event){for(var key in _keys){if(_keys.hasOwnProperty(key)){if(event.shiftKey==true&&_keys[key].shift==true&&event.keyCode==_keys[key].code){return key}else if(event.shiftKey==false&&_keys[key].shift==false&&event.keyCode==_keys[key].code){return key}else if(event.keyCode==_keys[key].code&&key==\"shift\"){return key}}}return\"unknown key, currently not supported\"};_exportFunctions.unbind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(callback!==undefined){var newBindings=[];var bound=_bound[type][_keys[key].code];if(bound!==undefined){for(var i=0;i<bound.length;i++){if(!(bound[i].fn==callback&&bound[i].shift==_keys[key].shift)){newBindings.push(_bound[type][_keys[key].code][i])}}}_bound[type][_keys[key].code]=newBindings}else{_bound[type][_keys[key].code]=[]}};_exportFunctions.reset=function(){_bound={keydown:{},keyup:{}}};_exportFunctions.destroy=function(){_bound={keydown:{},keyup:{}};container.removeEventListener(\"keydown\",down,true);container.removeEventListener(\"keyup\",up,true)};container.addEventListener(\"keydown\",down,true);container.addEventListener(\"keyup\",up,true);return _exportFunctions}return keycharm})},function(module,exports,__webpack_require__){\"use strict\";exports.convertHiddenOptions=function(moment,body,hiddenDates){if(hiddenDates&&!Array.isArray(hiddenDates)){return exports.convertHiddenOptions(moment,body,[hiddenDates])}body.hiddenDates=[];if(hiddenDates){if(Array.isArray(hiddenDates)==true){for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat===undefined){var dateItem={};dateItem.start=moment(hiddenDates[i].start).toDate().valueOf();dateItem.end=moment(hiddenDates[i].end).toDate().valueOf();body.hiddenDates.push(dateItem)}}body.hiddenDates.sort(function(a,b){return a.start-b.start})}}};exports.updateHiddenDates=function(moment,body,hiddenDates){if(hiddenDates&&!Array.isArray(hiddenDates)){return exports.updateHiddenDates(moment,body,[hiddenDates])}if(hiddenDates&&body.domProps.centerContainer.width!==undefined){exports.convertHiddenOptions(moment,body,hiddenDates);var start=moment(body.range.start);var end=moment(body.range.end);var totalRange=body.range.end-body.range.start;var pixelTime=totalRange/body.domProps.centerContainer.width;for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat!==undefined){var startDate=moment(hiddenDates[i].start);var endDate=moment(hiddenDates[i].end);if(startDate._d==\"Invalid Date\"){throw new Error(\"Supplied start date is not valid: \"+hiddenDates[i].start)}if(endDate._d==\"Invalid Date\"){throw new Error(\"Supplied end date is not valid: \"+hiddenDates[i].end)}var duration=endDate-startDate;if(duration>=4*pixelTime){var offset=0;var runUntil=end.clone();switch(hiddenDates[i].repeat){case\"daily\":if(startDate.day()!=endDate.day()){offset=1}startDate.dayOfYear(start.dayOfYear());startDate.year(start.year());startDate.subtract(7,\"days\");endDate.dayOfYear(start.dayOfYear());endDate.year(start.year());endDate.subtract(7-offset,\"days\");runUntil.add(1,\"weeks\");break;case\"weekly\":var dayOffset=endDate.diff(startDate,\"days\");var day=startDate.day();startDate.date(start.date());startDate.month(start.month());startDate.year(start.year());endDate=startDate.clone();startDate.day(day);endDate.day(day);endDate.add(dayOffset,\"days\");startDate.subtract(1,\"weeks\");endDate.subtract(1,\"weeks\");runUntil.add(1,\"weeks\");break;case\"monthly\":if(startDate.month()!=endDate.month()){offset=1}startDate.month(start.month());startDate.year(start.year());startDate.subtract(1,\"months\");endDate.month(start.month());endDate.year(start.year());endDate.subtract(1,\"months\");endDate.add(offset,\"months\");runUntil.add(1,\"months\");break;case\"yearly\":if(startDate.year()!=endDate.year()){offset=1}startDate.year(start.year());startDate.subtract(1,\"years\");endDate.year(start.year());endDate.subtract(1,\"years\");endDate.add(offset,\"years\");runUntil.add(1,\"years\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}while(startDate<runUntil){body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()});switch(hiddenDates[i].repeat){case\"daily\":startDate.add(1,\"days\");endDate.add(1,\"days\");break;case\"weekly\":startDate.add(1,\"weeks\");endDate.add(1,\"weeks\");break;case\"monthly\":startDate.add(1,\"months\");endDate.add(1,\"months\");break;case\"yearly\":startDate.add(1,\"y\");endDate.add(1,\"y\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}}body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()})}}}exports.removeDuplicates(body);var startHidden=exports.isHidden(body.range.start,body.hiddenDates);var endHidden=exports.isHidden(body.range.end,body.hiddenDates);var rangeStart=body.range.start;var rangeEnd=body.range.end;if(startHidden.hidden==true){rangeStart=body.range.startToFront==true?startHidden.startDate-1:startHidden.endDate+1}if(endHidden.hidden==true){rangeEnd=body.range.endToFront==true?endHidden.startDate-1:endHidden.endDate+1}if(startHidden.hidden==true||endHidden.hidden==true){body.range._applyRange(rangeStart,rangeEnd)}}};exports.removeDuplicates=function(body){var hiddenDates=body.hiddenDates;var safeDates=[];for(var i=0;i<hiddenDates.length;i++){for(var j=0;j<hiddenDates.length;j++){if(i!=j&&hiddenDates[j].remove!=true&&hiddenDates[i].remove!=true){if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[j].remove=true}else if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].start<=hiddenDates[i].end){hiddenDates[i].end=hiddenDates[j].end;hiddenDates[j].remove=true}else if(hiddenDates[j].end>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[i].start=hiddenDates[j].start;hiddenDates[j].remove=true}}}}for(i=0;i<hiddenDates.length;i++){if(hiddenDates[i].remove!==true){safeDates.push(hiddenDates[i])}}body.hiddenDates=safeDates;body.hiddenDates.sort(function(a,b){return a.start-b.start})};exports.printDates=function(dates){for(var i=0;i<dates.length;i++){console.log(i,new Date(dates[i].start),new Date(dates[i].end),dates[i].start,dates[i].end,dates[i].remove)}};exports.stepOverHiddenDates=function(moment,timeStep,previousTime){var stepInHidden=false;var currentValue=timeStep.current.valueOf();for(var i=0;i<timeStep.hiddenDates.length;i++){var startDate=timeStep.hiddenDates[i].start;var endDate=timeStep.hiddenDates[i].end;if(currentValue>=startDate&¤tValue<endDate){stepInHidden=true;break}}if(stepInHidden==true&¤tValue<timeStep._end.valueOf()&¤tValue!=previousTime){var prevValue=moment(previousTime);var newValue=moment(endDate);if(prevValue.year()!=newValue.year()){timeStep.switchedYear=true}else if(prevValue.month()!=newValue.month()){timeStep.switchedMonth=true}else if(prevValue.dayOfYear()!=newValue.dayOfYear()){timeStep.switchedDay=true}timeStep.current=newValue}};exports.toScreen=function(Core,time,width){var conversion;if(Core.body.hiddenDates.length==0){conversion=Core.range.conversion(width);return(time.valueOf()-conversion.offset)*conversion.scale}else{var hidden=exports.isHidden(time,Core.body.hiddenDates);if(hidden.hidden==true){time=hidden.startDate}var duration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);if(time<Core.range.start){conversion=Core.range.conversion(width,duration);var hiddenBeforeStart=exports.getHiddenDurationBeforeStart(Core.body.hiddenDates,time,conversion.offset);time=Core.options.moment(time).toDate().valueOf();time=time+hiddenBeforeStart;return-(conversion.offset-time.valueOf())*conversion.scale}else if(time>Core.range.end){var rangeAfterEnd={start:Core.range.start,end:time};time=exports.correctTimeForHidden(Core.options.moment,Core.body.hiddenDates,rangeAfterEnd,time);conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}else{time=exports.correctTimeForHidden(Core.options.moment,Core.body.hiddenDates,Core.range,time);conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}}};exports.toTime=function(Core,x,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return new Date(x/conversion.scale+conversion.offset)}else{var hiddenDuration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);var totalDuration=Core.range.end-Core.range.start-hiddenDuration;var partialDuration=totalDuration*x/width;var accumulatedHiddenDuration=exports.getAccumulatedHiddenDuration(Core.body.hiddenDates,Core.range,partialDuration);return new Date(accumulatedHiddenDuration+partialDuration+Core.range.start)}};exports.getHiddenDurationBetween=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<end){duration+=endDate-startDate}}return duration};exports.getHiddenDurationBeforeStart=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<=end){duration+=endDate-startDate}}return duration};exports.correctTimeForHidden=function(moment,hiddenDates,range,time){time=moment(time).toDate().valueOf();time-=exports.getHiddenDurationBefore(moment,hiddenDates,range,time);return time};exports.getHiddenDurationBefore=function(moment,hiddenDates,range,time){var timeOffset=0;time=moment(time).toDate().valueOf();for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){if(time>=endDate){timeOffset+=endDate-startDate}}}return timeOffset};exports.getAccumulatedHiddenDuration=function(hiddenDates,range,requiredDuration){var hiddenDuration=0;var duration=0;var previousPoint=range.start;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){duration+=startDate-previousPoint;previousPoint=endDate;if(duration>=requiredDuration){break}else{hiddenDuration+=endDate-startDate}}}return hiddenDuration};exports.snapAwayFromHidden=function(hiddenDates,time,direction,correctionEnabled){var isHidden=exports.isHidden(time,hiddenDates);if(isHidden.hidden==true){if(direction<0){if(correctionEnabled==true){return isHidden.startDate-(isHidden.endDate-time)-1}else{return isHidden.startDate-1}}else{if(correctionEnabled==true){return isHidden.endDate+(time-isHidden.startDate)+1}else{return isHidden.endDate+1}}}else{return time}};exports.isHidden=function(time,hiddenDates){for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(time>=startDate&&time<endDate){return{hidden:true,startDate:startDate,endDate:endDate}}}return{hidden:false,startDate:startDate,endDate:endDate}}},function(module,exports,__webpack_require__){\"use strict\";exports.onTouch=function(hammer,callback){callback.inputHandler=function(event){if(event.isFirst){callback(event)}};hammer.on(\"hammer.input\",callback.inputHandler)};exports.onRelease=function(hammer,callback){callback.inputHandler=function(event){if(event.isFinal){callback(event)}};return hammer.on(\"hammer.input\",callback.inputHandler)};exports.offTouch=function(hammer,callback){hammer.off(\"hammer.input\",callback.inputHandler)};exports.offRelease=exports.offTouch;exports.disablePreventDefaultVertically=function(pinchRecognizer){var TOUCH_ACTION_PAN_Y=\"pan-y\";pinchRecognizer.getTouchAction=function(){return[TOUCH_ACTION_PAN_Y]};return pinchRecognizer}},function(module,exports,__webpack_require__){\"use strict\";var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Hammer=__webpack_require__(10);var util=__webpack_require__(2);var moment=__webpack_require__(9);function Item(data,conversion,options){this.id=null;this.parent=null;this.data=data;this.dom=null;this.conversion=conversion||{};this.options=options||{};this.selected=false;this.displayed=false;this.groupShowing=true;this.dirty=true;this.top=null;this.right=null;this.left=null;this.width=null;this.height=null;this.editable=null;this._updateEditStatus()}Item.prototype.stack=true;Item.prototype.select=function(){this.selected=true;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.unselect=function(){this.selected=false;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setData=function(data){var groupChanged=data.group!=undefined&&this.data.group!=data.group;if(groupChanged&&this.parent!=null){this.parent.itemSet._moveToGroup(this,data.group)}if(this.parent){this.parent.stackDirty=true}var subGroupChanged=data.subgroup!=undefined&&this.data.subgroup!=data.subgroup;if(subGroupChanged&&this.parent!=null){this.parent.changeSubgroup(this,this.data.subgroup,data.subgroup)}this.data=data;this._updateEditStatus();this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setParent=function(parent){if(this.displayed){this.hide();this.parent=parent;if(this.parent){this.show()}}else{this.parent=parent}};Item.prototype.isVisible=function(range){return false};Item.prototype.show=function(){return false};Item.prototype.hide=function(){return false};Item.prototype.redraw=function(){};Item.prototype.repositionX=function(){};Item.prototype.repositionY=function(){};Item.prototype._repaintDragCenter=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragCenter){var me=this;var dragCenter=document.createElement(\"div\");dragCenter.className=\"vis-drag-center\";dragCenter.dragCenterItem=this;var hammer=new Hammer(dragCenter);hammer.on(\"tap\",function(event){me.parent.itemSet.body.emitter.emit(\"click\",{event:event,item:me.id})});hammer.on(\"doubletap\",function(event){event.stopPropagation();me.parent.itemSet._onUpdateItem(me);me.parent.itemSet.body.emitter.emit(\"doubleClick\",{event:event,item:me.id})});if(this.dom.box){if(this.dom.dragLeft){this.dom.box.insertBefore(dragCenter,this.dom.dragLeft)}else{this.dom.box.appendChild(dragCenter)}}else if(this.dom.point){this.dom.point.appendChild(dragCenter)}this.dom.dragCenter=dragCenter}else if(!this.selected&&this.dom.dragCenter){if(this.dom.dragCenter.parentNode){this.dom.dragCenter.parentNode.removeChild(this.dom.dragCenter)}this.dom.dragCenter=null}};Item.prototype._repaintDeleteButton=function(anchor){var editable=(this.options.editable.overrideItems||this.editable==null)&&this.options.editable.remove||!this.options.editable.overrideItems&&this.editable!=null&&this.editable.remove;if(this.selected&&editable&&!this.dom.deleteButton){var me=this;var deleteButton=document.createElement(\"div\");if(this.options.rtl){deleteButton.className=\"vis-delete-rtl\"}else{deleteButton.className=\"vis-delete\"}deleteButton.title=\"Delete this item\";new Hammer(deleteButton).on(\"tap\",function(event){event.stopPropagation();me.parent.removeFromDataSet(me)});anchor.appendChild(deleteButton);this.dom.deleteButton=deleteButton}else if(!this.selected&&this.dom.deleteButton){if(this.dom.deleteButton.parentNode){this.dom.deleteButton.parentNode.removeChild(this.dom.deleteButton)}this.dom.deleteButton=null}};Item.prototype._repaintOnItemUpdateTimeTooltip=function(anchor){if(!this.options.tooltipOnItemUpdateTime)return;var editable=(this.options.editable.updateTime||this.data.editable===true)&&this.data.editable!==false;if(this.selected&&editable&&!this.dom.onItemUpdateTimeTooltip){var onItemUpdateTimeTooltip=document.createElement(\"div\");onItemUpdateTimeTooltip.className=\"vis-onUpdateTime-tooltip\";anchor.appendChild(onItemUpdateTimeTooltip);this.dom.onItemUpdateTimeTooltip=onItemUpdateTimeTooltip}else if(!this.selected&&this.dom.onItemUpdateTimeTooltip){if(this.dom.onItemUpdateTimeTooltip.parentNode){this.dom.onItemUpdateTimeTooltip.parentNode.removeChild(this.dom.onItemUpdateTimeTooltip)}this.dom.onItemUpdateTimeTooltip=null}if(this.dom.onItemUpdateTimeTooltip){this.dom.onItemUpdateTimeTooltip.style.visibility=this.parent.itemSet.touchParams.itemIsDragging?\"visible\":\"hidden\";if(this.options.rtl){this.dom.onItemUpdateTimeTooltip.style.right=this.dom.content.style.right}else{this.dom.onItemUpdateTimeTooltip.style.left=this.dom.content.style.left}var tooltipOffset=50;var scrollTop=this.parent.itemSet.body.domProps.scrollTop;var itemDistanceFromTop;if(this.options.orientation.item==\"top\"){itemDistanceFromTop=this.top}else{itemDistanceFromTop=this.parent.height-this.top-this.height}var isCloseToTop=itemDistanceFromTop+this.parent.top-tooltipOffset<-scrollTop;if(isCloseToTop){this.dom.onItemUpdateTimeTooltip.style.bottom=\"\";this.dom.onItemUpdateTimeTooltip.style.top=this.height+2+\"px\"}else{this.dom.onItemUpdateTimeTooltip.style.top=\"\";this.dom.onItemUpdateTimeTooltip.style.bottom=this.height+2+\"px\"}var content;var templateFunction;if(this.options.tooltipOnItemUpdateTime&&this.options.tooltipOnItemUpdateTime.template){templateFunction=this.options.tooltipOnItemUpdateTime.template.bind(this);content=templateFunction(this.data)}else{content=\"start: \"+moment(this.data.start).format(\"MM/DD/YYYY hh:mm\");if(this.data.end){content+=\"<br> end: \"+moment(this.data.end).format(\"MM/DD/YYYY hh:mm\")}}this.dom.onItemUpdateTimeTooltip.innerHTML=content}};Item.prototype._updateContents=function(element){var content;var changed;var templateFunction;var itemVisibleFrameContent;var visibleFrameTemplateFunction;var itemData=this.parent.itemSet.itemsData.get(this.id);var frameElement=this.dom.box||this.dom.point;var itemVisibleFrameContentElement=frameElement.getElementsByClassName(\"vis-item-visible-frame\")[0];if(this.options.visibleFrameTemplate){visibleFrameTemplateFunction=this.options.visibleFrameTemplate.bind(this);itemVisibleFrameContent=visibleFrameTemplateFunction(itemData,frameElement)}else{itemVisibleFrameContent=\"\"}if(itemVisibleFrameContentElement){if(itemVisibleFrameContent instanceof Object&&!(itemVisibleFrameContent instanceof Element)){visibleFrameTemplateFunction(itemData,itemVisibleFrameContentElement)}else{changed=this._contentToString(this.itemVisibleFrameContent)!==this._contentToString(itemVisibleFrameContent);if(changed){if(itemVisibleFrameContent instanceof Element){itemVisibleFrameContentElement.innerHTML=\"\";itemVisibleFrameContentElement.appendChild(itemVisibleFrameContent)}else if(itemVisibleFrameContent!=undefined){itemVisibleFrameContentElement.innerHTML=itemVisibleFrameContent}else{if(!(this.data.type==\"background\"&&this.data.content===undefined)){throw new Error('Property \"content\" missing in item '+this.id)}}this.itemVisibleFrameContent=itemVisibleFrameContent}}}if(this.options.template){templateFunction=this.options.template.bind(this);content=templateFunction(itemData,element,this.data)}else{content=this.data.content}if(content instanceof Object&&!(content instanceof Element)){templateFunction(itemData,element)}else{changed=this._contentToString(this.content)!==this._contentToString(content);if(changed){if(content instanceof Element){element.innerHTML=\"\";element.appendChild(content)}else if(content!=undefined){element.innerHTML=content}else{if(!(this.data.type==\"background\"&&this.data.content===undefined)){throw new Error('Property \"content\" missing in item '+this.id)}}this.content=content}}};Item.prototype._updateDataAttributes=function(element){if(this.options.dataAttributes&&this.options.dataAttributes.length>0){var attributes=[];if(Array.isArray(this.options.dataAttributes)){attributes=this.options.dataAttributes}else if(this.options.dataAttributes==\"all\"){attributes=(0,_keys2[\"default\"])(this.data)}else{return}for(var i=0;i<attributes.length;i++){var name=attributes[i];var value=this.data[name];if(value!=null){element.setAttribute(\"data-\"+name,value)}else{element.removeAttribute(\"data-\"+name)}}}};Item.prototype._updateStyle=function(element){if(this.style){util.removeCssText(element,this.style);this.style=null}if(this.data.style){util.addCssText(element,this.data.style);this.style=this.data.style}};Item.prototype._contentToString=function(content){if(typeof content===\"string\")return content;if(content&&\"outerHTML\"in content)return content.outerHTML;return content};Item.prototype._updateEditStatus=function(){if(this.options){if(typeof this.options.editable===\"boolean\"){this.editable={updateTime:this.options.editable,updateGroup:this.options.editable,remove:this.options.editable}}else if((0,_typeof3[\"default\"])(this.options.editable)===\"object\"){this.editable={};util.selectiveExtend([\"updateTime\",\"updateGroup\",\"remove\"],this.editable,this.options.editable)}}if(!this.options||!this.options.editable||this.options.editable.overrideItems!==true){if(this.data){if(typeof this.data.editable===\"boolean\"){this.editable={updateTime:this.data.editable,updateGroup:this.data.editable,remove:this.data.editable}}else if((0,_typeof3[\"default\"])(this.data.editable)===\"object\"){this.editable={};util.selectiveExtend([\"updateTime\",\"updateGroup\",\"remove\"],this.editable,this.data.editable)}}}};Item.prototype.getWidthLeft=function(){return 0};Item.prototype.getWidthRight=function(){return 0};Item.prototype.getTitle=function(){return this.data.title};module.exports=Item},function(module,exports){module.exports=function(bitmap,value){return{enumerable:!(bitmap&1),configurable:!(bitmap&2),writable:!(bitmap&4),value:value}}},function(module,exports){var id=0;var px=Math.random();module.exports=function(key){return\"Symbol(\".concat(key===undefined?\"\":key,\")_\",(++id+px).toString(36))}},function(module,exports,__webpack_require__){var defined=__webpack_require__(51);module.exports=function(it){return Object(defined(it))}},function(module,exports){exports.f={}.propertyIsEnumerable},function(module,exports,__webpack_require__){\"use strict\";function Queue(options){this.delay=null;this.max=Infinity;this._queue=[];this._timeout=null;this._extended=null;this.setOptions(options)}Queue.prototype.setOptions=function(options){if(options&&typeof options.delay!==\"undefined\"){this.delay=options.delay}if(options&&typeof options.max!==\"undefined\"){this.max=options.max}this._flushIfNeeded()};Queue.extend=function(object,options){var queue=new Queue(options);if(object.flush!==undefined){throw new Error(\"Target object already has a property flush\")}object.flush=function(){queue.flush()};var methods=[{name:\"flush\",original:undefined}];if(options&&options.replace){for(var i=0;i<options.replace.length;i++){var name=options.replace[i];methods.push({name:name,original:object[name]});queue.replace(object,name)}}queue._extended={object:object,methods:methods};return queue};Queue.prototype.destroy=function(){this.flush();if(this._extended){var object=this._extended.object;var methods=this._extended.methods;for(var i=0;i<methods.length;i++){var method=methods[i];if(method.original){object[method.name]=method.original}else{delete object[method.name]}}this._extended=null}};Queue.prototype.replace=function(object,method){var me=this;var original=object[method];if(!original){throw new Error(\"Method \"+method+\" undefined\")}object[method]=function(){var args=[];for(var i=0;i<arguments.length;i++){args[i]=arguments[i]}me.queue({args:args,fn:original,context:this})}};Queue.prototype.queue=function(entry){if(typeof entry===\"function\"){this._queue.push({fn:entry})}else{this._queue.push(entry)}this._flushIfNeeded()};Queue.prototype._flushIfNeeded=function(){\nif(this._queue.length>this.max){this.flush()}clearTimeout(this._timeout);if(this.queue.length>0&&typeof this.delay===\"number\"){var me=this;this._timeout=setTimeout(function(){me.flush()},this.delay)}};Queue.prototype.flush=function(){while(this._queue.length>0){var entry=this._queue.shift();entry.fn.apply(entry.context||entry.fn,entry.args||[])}};module.exports=Queue},function(module,exports){module.exports=Emitter;function Emitter(obj){if(obj)return mixin(obj)}function mixin(obj){for(var key in Emitter.prototype){obj[key]=Emitter.prototype[key]}return obj}Emitter.prototype.on=Emitter.prototype.addEventListener=function(event,fn){this._callbacks=this._callbacks||{};(this._callbacks[event]=this._callbacks[event]||[]).push(fn);return this};Emitter.prototype.once=function(event,fn){var self=this;this._callbacks=this._callbacks||{};function on(){self.off(event,on);fn.apply(this,arguments)}on.fn=fn;this.on(event,on);return this};Emitter.prototype.off=Emitter.prototype.removeListener=Emitter.prototype.removeAllListeners=Emitter.prototype.removeEventListener=function(event,fn){this._callbacks=this._callbacks||{};if(0==arguments.length){this._callbacks={};return this}var callbacks=this._callbacks[event];if(!callbacks)return this;if(1==arguments.length){delete this._callbacks[event];return this}var cb;for(var i=0;i<callbacks.length;i++){cb=callbacks[i];if(cb===fn||cb.fn===fn){callbacks.splice(i,1);break}}return this};Emitter.prototype.emit=function(event){this._callbacks=this._callbacks||{};var args=[].slice.call(arguments,1),callbacks=this._callbacks[event];if(callbacks){callbacks=callbacks.slice(0);for(var i=0,len=callbacks.length;i<len;++i){callbacks[i].apply(this,args)}}return this};Emitter.prototype.listeners=function(event){this._callbacks=this._callbacks||{};return this._callbacks[event]||[]};Emitter.prototype.hasListeners=function(event){return!!this.listeners(event).length}},function(module,exports,__webpack_require__){\"use strict\";var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Component=__webpack_require__(16);var TimeStep=__webpack_require__(66);var DateUtil=__webpack_require__(36);var moment=__webpack_require__(9);function TimeAxis(body,options){this.dom={foreground:null,lines:[],majorTexts:[],minorTexts:[],redundant:{lines:[],majorTexts:[],minorTexts:[]}};this.props={range:{start:0,end:0,minimumStep:0},lineTop:0};this.defaultOptions={orientation:{axis:\"bottom\"},showMinorLabels:true,showMajorLabels:true,maxMinorChars:7,format:TimeStep.FORMAT,moment:moment,timeAxis:null};this.options=util.extend({},this.defaultOptions);this.body=body;this._create();this.setOptions(options)}TimeAxis.prototype=new Component;TimeAxis.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showMinorLabels\",\"showMajorLabels\",\"maxMinorChars\",\"hiddenDates\",\"timeAxis\",\"moment\",\"rtl\"],this.options,options);util.selectiveDeepExtend([\"format\"],this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.axis=options.orientation}else if((0,_typeof3[\"default\"])(options.orientation)===\"object\"&&\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}if(\"locale\"in options){if(typeof moment.locale===\"function\"){moment.locale(options.locale)}else{moment.lang(options.locale)}}}};TimeAxis.prototype._create=function(){this.dom.foreground=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.foreground.className=\"vis-time-axis vis-foreground\";this.dom.background.className=\"vis-time-axis vis-background\"};TimeAxis.prototype.destroy=function(){if(this.dom.foreground.parentNode){this.dom.foreground.parentNode.removeChild(this.dom.foreground)}if(this.dom.background.parentNode){this.dom.background.parentNode.removeChild(this.dom.background)}this.body=null};TimeAxis.prototype.redraw=function(){var props=this.props;var foreground=this.dom.foreground;var background=this.dom.background;var parent=this.options.orientation.axis==\"top\"?this.body.dom.top:this.body.dom.bottom;var parentChanged=foreground.parentNode!==parent;this._calculateCharSize();var showMinorLabels=this.options.showMinorLabels&&this.options.orientation.axis!==\"none\";var showMajorLabels=this.options.showMajorLabels&&this.options.orientation.axis!==\"none\";props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.height=props.minorLabelHeight+props.majorLabelHeight;props.width=foreground.offsetWidth;props.minorLineHeight=this.body.domProps.root.height-props.majorLabelHeight-(this.options.orientation.axis==\"top\"?this.body.domProps.bottom.height:this.body.domProps.top.height);props.minorLineWidth=1;props.majorLineHeight=props.minorLineHeight+props.majorLabelHeight;props.majorLineWidth=1;var foregroundNextSibling=foreground.nextSibling;var backgroundNextSibling=background.nextSibling;foreground.parentNode&&foreground.parentNode.removeChild(foreground);background.parentNode&&background.parentNode.removeChild(background);foreground.style.height=this.props.height+\"px\";this._repaintLabels();if(foregroundNextSibling){parent.insertBefore(foreground,foregroundNextSibling)}else{parent.appendChild(foreground)}if(backgroundNextSibling){this.body.dom.backgroundVertical.insertBefore(background,backgroundNextSibling)}else{this.body.dom.backgroundVertical.appendChild(background)}return this._isResized()||parentChanged};TimeAxis.prototype._repaintLabels=function(){var orientation=this.options.orientation.axis;var start=util.convert(this.body.range.start,\"Number\");var end=util.convert(this.body.range.end,\"Number\");var timeLabelsize=this.body.util.toTime((this.props.minorCharWidth||10)*this.options.maxMinorChars).valueOf();var minimumStep=timeLabelsize-DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this.body.range,timeLabelsize);minimumStep-=this.body.util.toTime(0).valueOf();var step=new TimeStep(new Date(start),new Date(end),minimumStep,this.body.hiddenDates,this.options);step.setMoment(this.options.moment);if(this.options.format){step.setFormat(this.options.format)}if(this.options.timeAxis){step.setScale(this.options.timeAxis)}this.step=step;var dom=this.dom;dom.redundant.lines=dom.lines;dom.redundant.majorTexts=dom.majorTexts;dom.redundant.minorTexts=dom.minorTexts;dom.lines=[];dom.majorTexts=[];dom.minorTexts=[];var current;var next;var x;var xNext;var isMajor;var nextIsMajor;var showMinorGrid;var width=0,prevWidth;var line;var labelMinor;var xFirstMajorLabel=undefined;var count=0;var MAX=1e3;var className;step.start();next=step.getCurrent();xNext=this.body.util.toScreen(next);while(step.hasNext()&&count<MAX){count++;isMajor=step.isMajor();className=step.getClassName();labelMinor=step.getLabelMinor();current=next;x=xNext;step.next();next=step.getCurrent();nextIsMajor=step.isMajor();xNext=this.body.util.toScreen(next);prevWidth=width;width=xNext-x;switch(step.scale){case\"week\":showMinorGrid=true;break;default:showMinorGrid=width>=prevWidth*.4;break}if(this.options.showMinorLabels&&showMinorGrid){var label=this._repaintMinorText(x,labelMinor,orientation,className);label.style.width=width+\"px\"}if(isMajor&&this.options.showMajorLabels){if(x>0){if(xFirstMajorLabel==undefined){xFirstMajorLabel=x}label=this._repaintMajorText(x,step.getLabelMajor(),orientation,className)}line=this._repaintMajorLine(x,width,orientation,className)}else{if(showMinorGrid){line=this._repaintMinorLine(x,width,orientation,className)}else{if(line){line.style.width=parseInt(line.style.width)+width+\"px\"}}}}if(count===MAX&&!warnedForOverflow){console.warn(\"Something is wrong with the Timeline scale. Limited drawing of grid lines to \"+MAX+\" lines.\");warnedForOverflow=true}if(this.options.showMajorLabels){var leftTime=this.body.util.toTime(0),leftText=step.getLabelMajor(leftTime),widthText=leftText.length*(this.props.majorCharWidth||10)+10;if(xFirstMajorLabel==undefined||widthText<xFirstMajorLabel){this._repaintMajorText(0,leftText,orientation,className)}}util.forEach(this.dom.redundant,function(arr){while(arr.length){var elem=arr.pop();if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}})};TimeAxis.prototype._repaintMinorText=function(x,text,orientation,className){var label=this.dom.redundant.minorTexts.shift();if(!label){var content=document.createTextNode(\"\");label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.minorTexts.push(label);label.innerHTML=text;label.style.top=orientation==\"top\"?this.props.majorLabelHeight+\"px\":\"0\";if(this.options.rtl){label.style.left=\"\";label.style.right=x+\"px\"}else{label.style.left=x+\"px\"}label.className=\"vis-text vis-minor \"+className;return label};TimeAxis.prototype._repaintMajorText=function(x,text,orientation,className){var label=this.dom.redundant.majorTexts.shift();if(!label){var content=document.createElement(\"div\");label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}label.childNodes[0].innerHTML=text;label.className=\"vis-text vis-major \"+className;label.style.top=orientation==\"top\"?\"0\":this.props.minorLabelHeight+\"px\";if(this.options.rtl){label.style.left=\"\";label.style.right=x+\"px\"}else{label.style.left=x+\"px\"}this.dom.majorTexts.push(label);return label};TimeAxis.prototype._repaintMinorLine=function(x,width,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=props.majorLabelHeight+\"px\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.height=props.minorLineHeight+\"px\";if(this.options.rtl){line.style.left=\"\";line.style.right=x-props.minorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical-rtl vis-minor \"+className}else{line.style.left=x-props.minorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical vis-minor \"+className}line.style.width=width+\"px\";return line};TimeAxis.prototype._repaintMajorLine=function(x,width,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=\"0\"}else{line.style.top=this.body.domProps.top.height+\"px\"}if(this.options.rtl){line.style.left=\"\";line.style.right=x-props.majorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical-rtl vis-major \"+className}else{line.style.left=x-props.majorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical vis-major \"+className}line.style.height=props.majorLineHeight+\"px\";line.style.width=width+\"px\";return line};TimeAxis.prototype._calculateCharSize=function(){if(!this.dom.measureCharMinor){this.dom.measureCharMinor=document.createElement(\"DIV\");this.dom.measureCharMinor.className=\"vis-text vis-minor vis-measure\";this.dom.measureCharMinor.style.position=\"absolute\";this.dom.measureCharMinor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMinor)}this.props.minorCharHeight=this.dom.measureCharMinor.clientHeight;this.props.minorCharWidth=this.dom.measureCharMinor.clientWidth;if(!this.dom.measureCharMajor){this.dom.measureCharMajor=document.createElement(\"DIV\");this.dom.measureCharMajor.className=\"vis-text vis-major vis-measure\";this.dom.measureCharMajor.style.position=\"absolute\";this.dom.measureCharMajor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMajor)}this.props.majorCharHeight=this.dom.measureCharMajor.clientHeight;this.props.majorCharWidth=this.dom.measureCharMajor.clientWidth};var warnedForOverflow=false;module.exports=TimeAxis},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(10);var util=__webpack_require__(2);var Component=__webpack_require__(16);var moment=__webpack_require__(9);var locales=__webpack_require__(98);function CustomTime(body,options){this.body=body;this.defaultOptions={moment:moment,locales:locales,locale:\"en\",id:undefined,title:undefined};this.options=util.extend({},this.defaultOptions);if(options&&options.time){this.customTime=options.time}else{this.customTime=new Date}this.eventParams={};this.setOptions(options);this._create()}CustomTime.prototype=new Component;CustomTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"moment\",\"locale\",\"locales\",\"id\"],this.options,options)}};CustomTime.prototype._create=function(){var bar=document.createElement(\"div\");bar[\"custom-time\"]=this;bar.className=\"vis-custom-time \"+(this.options.id||\"\");bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar;var drag=document.createElement(\"div\");drag.style.position=\"relative\";drag.style.top=\"0px\";drag.style.left=\"-10px\";drag.style.height=\"100%\";drag.style.width=\"20px\";function onMouseWheel(e){this.body.range._onMouseWheel(e)}if(drag.addEventListener){drag.addEventListener(\"mousewheel\",onMouseWheel.bind(this),false);drag.addEventListener(\"DOMMouseScroll\",onMouseWheel.bind(this),false)}else{drag.attachEvent(\"onmousewheel\",onMouseWheel.bind(this))}bar.appendChild(drag);this.hammer=new Hammer(drag);this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL})};CustomTime.prototype.destroy=function(){this.hide();this.hammer.destroy();this.hammer=null;this.body=null};CustomTime.prototype.redraw=function(){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar)}var x=this.body.util.toScreen(this.customTime);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline/#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=this.options.title;if(title===undefined){title=locale.time+\": \"+this.options.moment(this.customTime).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1)}else if(typeof title===\"function\"){title=title.call(this.customTime)}this.bar.style.left=x+\"px\";this.bar.title=title;return false};CustomTime.prototype.hide=function(){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}};CustomTime.prototype.setCustomTime=function(time){this.customTime=util.convert(time,\"Date\");this.redraw()};CustomTime.prototype.getCustomTime=function(){return new Date(this.customTime.valueOf())};CustomTime.prototype.setCustomTitle=function(title){this.options.title=title};CustomTime.prototype._onDragStart=function(event){this.eventParams.dragging=true;this.eventParams.customTime=this.customTime;event.stopPropagation()};CustomTime.prototype._onDrag=function(event){if(!this.eventParams.dragging)return;var x=this.body.util.toScreen(this.eventParams.customTime)+event.deltaX;var time=this.body.util.toTime(x);this.setCustomTime(time);this.body.emitter.emit(\"timechange\",{id:this.options.id,time:new Date(this.customTime.valueOf()),event:event});event.stopPropagation()};CustomTime.prototype._onDragEnd=function(event){if(!this.eventParams.dragging)return;this.body.emitter.emit(\"timechanged\",{id:this.options.id,time:new Date(this.customTime.valueOf()),event:event});event.stopPropagation()};CustomTime.customTimeFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"custom-time\")){return target[\"custom-time\"]}target=target.parentNode}return null};module.exports=CustomTime},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Label=__webpack_require__(117)[\"default\"];var ComponentUtil=__webpack_require__(48)[\"default\"];var Box=__webpack_require__(193)[\"default\"];var Circle=__webpack_require__(200)[\"default\"];var CircularImage=__webpack_require__(201)[\"default\"];var Database=__webpack_require__(202)[\"default\"];var Diamond=__webpack_require__(203)[\"default\"];var Dot=__webpack_require__(204)[\"default\"];var Ellipse=__webpack_require__(205)[\"default\"];var Icon=__webpack_require__(206)[\"default\"];var Image=__webpack_require__(207)[\"default\"];var Square=__webpack_require__(208)[\"default\"];var Hexagon=__webpack_require__(209)[\"default\"];var Star=__webpack_require__(210)[\"default\"];var Text=__webpack_require__(211)[\"default\"];var Triangle=__webpack_require__(212)[\"default\"];var TriangleDown=__webpack_require__(213)[\"default\"];var _require=__webpack_require__(15),printStyle=_require.printStyle;var Node=function(){function Node(options,body,imagelist,grouplist,globalOptions,defaultOptions){(0,_classCallCheck3[\"default\"])(this,Node);this.options=util.bridgeObject(globalOptions);this.globalOptions=globalOptions;this.defaultOptions=defaultOptions;this.body=body;this.edges=[];this.id=undefined;this.imagelist=imagelist;this.grouplist=grouplist;this.x=undefined;this.y=undefined;this.baseSize=this.options.size;this.baseFontSize=this.options.font.size;this.predefinedPosition=false;this.selected=false;this.hover=false;this.labelModule=new Label(this.body,this.options,false);this.setOptions(options)}(0,_createClass3[\"default\"])(Node,[{key:\"attachEdge\",value:function attachEdge(edge){if(this.edges.indexOf(edge)===-1){this.edges.push(edge)}}},{key:\"detachEdge\",value:function detachEdge(edge){var index=this.edges.indexOf(edge);if(index!=-1){this.edges.splice(index,1)}}},{key:\"setOptions\",value:function setOptions(options){var currentShape=this.options.shape;if(!options){return}if(options.id!==undefined){this.id=options.id}if(this.id===undefined){throw new Error(\"Node must have an id\")}Node.checkMass(options,this.id);if(options.x!==undefined){if(options.x===null){this.x=undefined;this.predefinedPosition=false}else{this.x=parseInt(options.x);this.predefinedPosition=true}}if(options.y!==undefined){if(options.y===null){this.y=undefined;this.predefinedPosition=false}else{this.y=parseInt(options.y);this.predefinedPosition=true}}if(options.size!==undefined){this.baseSize=options.size}if(options.value!==undefined){options.value=parseFloat(options.value)}Node.parseOptions(this.options,options,true,this.globalOptions,this.grouplist);var pile=[options,this.options,this.defaultOptions];this.chooser=ComponentUtil.choosify(\"node\",pile);this._load_images();this.updateLabelModule(options);this.updateShape(currentShape);return options.hidden!==undefined||options.physics!==undefined}},{key:\"_load_images\",value:function _load_images(){if(this.options.shape!==\"circularImage\"&&this.options.shape!==\"image\"){return}if(this.options.image===undefined){throw new Error(\"Option image must be defined for node type '\"+this.options.shape+\"'\")}if(this.imagelist===undefined){throw new Error(\"Internal Error: No images provided\")}if(typeof this.options.image===\"string\"){this.imageObj=this.imagelist.load(this.options.image,this.options.brokenImage,this.id)}else{if(this.options.image.unselected===undefined){throw new Error(\"No unselected image provided\")}this.imageObj=this.imagelist.load(this.options.image.unselected,this.options.brokenImage,this.id);if(this.options.image.selected!==undefined){this.imageObjAlt=this.imagelist.load(this.options.image.selected,this.options.brokenImage,this.id)}else{this.imageObjAlt=undefined}}}},{key:\"getFormattingValues\",value:function getFormattingValues(){var values={color:this.options.color.background,borderWidth:this.options.borderWidth,borderColor:this.options.color.border,size:this.options.size,borderDashes:this.options.shapeProperties.borderDashes,borderRadius:this.options.shapeProperties.borderRadius,shadow:this.options.shadow.enabled,shadowColor:this.options.shadow.color,shadowSize:this.options.shadow.size,shadowX:this.options.shadow.x,shadowY:this.options.shadow.y};if(this.selected||this.hover){if(this.chooser===true){if(this.selected){values.borderWidth*=2;values.color=this.options.color.highlight.background;values.borderColor=this.options.color.highlight.border;values.shadow=this.options.shadow.enabled}else if(this.hover){values.color=this.options.color.hover.background;values.borderColor=this.options.color.hover.border;values.shadow=this.options.shadow.enabled}}else if(typeof this.chooser===\"function\"){this.chooser(values,this.options.id,this.selected,this.hover);if(values.shadow===false){if(values.shadowColor!==this.options.shadow.color||values.shadowSize!==this.options.shadow.size||values.shadowX!==this.options.shadow.x||values.shadowY!==this.options.shadow.y){values.shadow=true}}}}else{values.shadow=this.options.shadow.enabled}return values}},{key:\"updateLabelModule\",value:function updateLabelModule(options){if(this.options.label===undefined||this.options.label===null){this.options.label=\"\"}Node.updateGroupOptions(this.options,options,this.grouplist);var currentGroup=this.grouplist.get(this.options.group,false);var pile=[options,this.options,currentGroup,this.globalOptions,this.defaultOptions];this.labelModule.update(this.options,pile);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateShape\",value:function updateShape(currentShape){if(currentShape===this.options.shape&&this.shape){this.shape.setOptions(this.options,this.imageObj,this.imageObjAlt)}else{switch(this.options.shape){case\"box\":this.shape=new Box(this.options,this.body,this.labelModule);break;case\"circle\":this.shape=new Circle(this.options,this.body,this.labelModule);break;case\"circularImage\":this.shape=new CircularImage(this.options,this.body,this.labelModule,this.imageObj,this.imageObjAlt);break;case\"database\":this.shape=new Database(this.options,this.body,this.labelModule);break;case\"diamond\":this.shape=new Diamond(this.options,this.body,this.labelModule);break;case\"dot\":this.shape=new Dot(this.options,this.body,this.labelModule);break;case\"ellipse\":this.shape=new Ellipse(this.options,this.body,this.labelModule);break;case\"icon\":this.shape=new Icon(this.options,this.body,this.labelModule);break;case\"image\":this.shape=new Image(this.options,this.body,this.labelModule,this.imageObj,this.imageObjAlt);break;case\"square\":this.shape=new Square(this.options,this.body,this.labelModule);break;case\"hexagon\":this.shape=new Hexagon(this.options,this.body,this.labelModule);break;case\"star\":this.shape=new Star(this.options,this.body,this.labelModule);break;case\"text\":this.shape=new Text(this.options,this.body,this.labelModule);break;case\"triangle\":this.shape=new Triangle(this.options,this.body,this.labelModule);break;case\"triangleDown\":this.shape=new TriangleDown(this.options,this.body,this.labelModule);break;default:this.shape=new Ellipse(this.options,this.body,this.labelModule);break}}this.needsRefresh()}},{key:\"select\",value:function select(){this.selected=true;this.needsRefresh()}},{key:\"unselect\",value:function unselect(){this.selected=false;this.needsRefresh()}},{key:\"needsRefresh\",value:function needsRefresh(){this.shape.refreshNeeded=true}},{key:\"getTitle\",value:function getTitle(){return this.options.title}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this.shape.distanceToBorder(ctx,angle)}},{key:\"isFixed\",value:function isFixed(){return this.options.fixed.x&&this.options.fixed.y}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"getLabelSize\",value:function getLabelSize(){return this.labelModule.size()}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var sizeDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.size=this.options.scaling.min+scale*sizeDiff}else{this.options.size=this.baseSize;this.options.font.size=this.baseFontSize}this.updateLabelModule()}},{key:\"draw\",value:function draw(ctx){var values=this.getFormattingValues();this.shape.draw(ctx,this.x,this.y,this.selected,this.hover,values)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(ctx){this.shape.updateBoundingBox(this.x,this.y,ctx)}},{key:\"resize\",value:function resize(ctx){var values=this.getFormattingValues();this.shape.resize(ctx,this.selected,this.hover,values)}},{key:\"getItemsOnPoint\",value:function getItemsOnPoint(point){var ret=[];if(this.labelModule.visible()){if(ComponentUtil.pointInRect(this.labelModule.getSize(),point)){ret.push({nodeId:this.id,labelId:0})}}if(ComponentUtil.pointInRect(this.shape.boundingBox,point)){ret.push({nodeId:this.id})}return ret}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){return this.shape.left<obj.right&&this.shape.left+this.shape.width>obj.left&&this.shape.top<obj.bottom&&this.shape.top+this.shape.height>obj.top}},{key:\"isBoundingBoxOverlappingWith\",value:function isBoundingBoxOverlappingWith(obj){return this.shape.boundingBox.left<obj.right&&this.shape.boundingBox.right>obj.left&&this.shape.boundingBox.top<obj.bottom&&this.shape.boundingBox.bottom>obj.top}}],[{key:\"updateGroupOptions\",value:function updateGroupOptions(parentOptions,newOptions,groupList){if(groupList===undefined)return;var group=parentOptions.group;if(newOptions!==undefined&&newOptions.group!==undefined&&group!==newOptions.group){throw new Error(\"updateGroupOptions: group values in options don't match.\")}var hasGroup=typeof group===\"number\"||typeof group===\"string\"&&group!=\"\";if(!hasGroup)return;var groupObj=groupList.get(group);util.selectiveNotDeepExtend([\"font\"],parentOptions,groupObj);parentOptions.color=util.parseColor(parentOptions.color)}},{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var globalOptions=arguments.length>3&&arguments[3]!==undefined?arguments[3]:{};var groupList=arguments[4];var fields=[\"color\",\"fixed\",\"shadow\"];util.selectiveNotDeepExtend(fields,parentOptions,newOptions,allowDeletion);Node.checkMass(newOptions);util.mergeOptions(parentOptions,newOptions,\"shadow\",globalOptions);if(newOptions.color!==undefined&&newOptions.color!==null){var parsedColor=util.parseColor(newOptions.color);util.fillIfDefined(parentOptions.color,parsedColor)}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=util.bridgeObject(globalOptions.color)}if(newOptions.fixed!==undefined&&newOptions.fixed!==null){if(typeof newOptions.fixed===\"boolean\"){parentOptions.fixed.x=newOptions.fixed;parentOptions.fixed.y=newOptions.fixed}else{if(newOptions.fixed.x!==undefined&&typeof newOptions.fixed.x===\"boolean\"){parentOptions.fixed.x=newOptions.fixed.x}if(newOptions.fixed.y!==undefined&&typeof newOptions.fixed.y===\"boolean\"){parentOptions.fixed.y=newOptions.fixed.y}}}if(allowDeletion===true&&newOptions.font===null){parentOptions.font=util.bridgeObject(globalOptions.font)}Node.updateGroupOptions(parentOptions,newOptions,groupList);if(newOptions.scaling!==undefined){util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\",globalOptions.scaling)}}},{key:\"checkMass\",value:function checkMass(options,id){if(options.mass!==undefined&&options.mass<=0){var strId=\"\";if(id!==undefined){strId=\" in node id: \"+id}console.log(\"%cNegative or zero mass disallowed\"+strId+\", setting mass to 1.\",printStyle);options.mass=1}}}]);return Node}();exports[\"default\"]=Node},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var ComponentUtil=function(){function ComponentUtil(){(0,_classCallCheck3[\"default\"])(this,ComponentUtil)}(0,_createClass3[\"default\"])(ComponentUtil,null,[{key:\"choosify\",value:function choosify(subOption,pile){var allowed=[\"node\",\"edge\",\"label\"];var value=true;var chosen=util.topMost(pile,\"chosen\");if(typeof chosen===\"boolean\"){value=chosen}else if((typeof chosen===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(chosen))===\"object\"){if(allowed.indexOf(subOption)===-1){throw new Error(\"choosify: subOption '\"+subOption+\"' should be one of \"+\"'\"+allowed.join(\"', '\")+\"'\")}var chosenEdge=util.topMost(pile,[\"chosen\",subOption]);if(typeof chosenEdge===\"boolean\"||typeof chosenEdge===\"function\"){value=chosenEdge}}return value}},{key:\"pointInRect\",value:function pointInRect(rect,point,rotationPoint){if(rect.width<=0||rect.height<=0){return false}if(rotationPoint!==undefined){var tmp={x:point.x-rotationPoint.x,y:point.y-rotationPoint.y};if(rotationPoint.angle!==0){var angle=-rotationPoint.angle;var tmp2={x:Math.cos(angle)*tmp.x-Math.sin(angle)*tmp.y,y:Math.sin(angle)*tmp.x+Math.cos(angle)*tmp.y};point=tmp2}else{point=tmp}}var right=rect.x+rect.width;var bottom=rect.y+rect.width;return rect.left<point.x&&right>point.x&&rect.top<point.y&&bottom>point.y}},{key:\"isValidLabel\",value:function isValidLabel(text){return typeof text===\"string\"&&text!==\"\"}}]);return ComponentUtil}();exports[\"default\"]=ComponentUtil},function(module,exports,__webpack_require__){__webpack_require__(125);var global=__webpack_require__(18);var hide=__webpack_require__(26);var Iterators=__webpack_require__(31);var TO_STRING_TAG=__webpack_require__(13)(\"toStringTag\");var DOMIterables=(\"CSSRuleList,CSSStyleDeclaration,CSSValueList,ClientRectList,DOMRectList,DOMStringList,\"+\"DOMTokenList,DataTransferItemList,FileList,HTMLAllCollection,HTMLCollection,HTMLFormElement,HTMLSelectElement,\"+\"MediaList,MimeTypeArray,NamedNodeMap,NodeList,PaintRequestList,Plugin,PluginArray,SVGLengthList,SVGNumberList,\"+\"SVGPathSegList,SVGPointList,SVGStringList,SVGTransformList,SourceBufferList,StyleSheetList,TextTrackCueList,\"+\"TextTrackList,TouchList\").split(\",\");for(var i=0;i<DOMIterables.length;i++){var NAME=DOMIterables[i];var Collection=global[NAME];var proto=Collection&&Collection.prototype;if(proto&&!proto[TO_STRING_TAG])hide(proto,TO_STRING_TAG,NAME);Iterators[NAME]=Iterators.Array}},function(module,exports){var toString={}.toString;module.exports=function(it){return toString.call(it).slice(8,-1)}},function(module,exports){module.exports=function(it){if(it==undefined)throw TypeError(\"Can't call method on \"+it);return it}},function(module,exports){module.exports=true},function(module,exports,__webpack_require__){var isObject=__webpack_require__(32);module.exports=function(it,S){if(!isObject(it))return it;var fn,val;if(S&&typeof(fn=it.toString)==\"function\"&&!isObject(val=fn.call(it)))return val;if(typeof(fn=it.valueOf)==\"function\"&&!isObject(val=fn.call(it)))return val;if(!S&&typeof(fn=it.toString)==\"function\"&&!isObject(val=fn.call(it)))return val;throw TypeError(\"Can't convert object to primitive value\")}},function(module,exports,__webpack_require__){var anObject=__webpack_require__(27);var dPs=__webpack_require__(130);var enumBugKeys=__webpack_require__(58);var IE_PROTO=__webpack_require__(56)(\"IE_PROTO\")\n;var Empty=function(){};var PROTOTYPE=\"prototype\";var createDict=function(){var iframe=__webpack_require__(82)(\"iframe\");var i=enumBugKeys.length;var lt=\"<\";var gt=\">\";var iframeDocument;iframe.style.display=\"none\";__webpack_require__(134).appendChild(iframe);iframe.src=\"javascript:\";iframeDocument=iframe.contentWindow.document;iframeDocument.open();iframeDocument.write(lt+\"script\"+gt+\"document.F=Object\"+lt+\"/script\"+gt);iframeDocument.close();createDict=iframeDocument.F;while(i--)delete createDict[PROTOTYPE][enumBugKeys[i]];return createDict()};module.exports=Object.create||function create(O,Properties){var result;if(O!==null){Empty[PROTOTYPE]=anObject(O);result=new Empty;Empty[PROTOTYPE]=null;result[IE_PROTO]=O}else result=createDict();return Properties===undefined?result:dPs(result,Properties)}},function(module,exports){var ceil=Math.ceil;var floor=Math.floor;module.exports=function(it){return isNaN(it=+it)?0:(it>0?floor:ceil)(it)}},function(module,exports,__webpack_require__){var shared=__webpack_require__(57)(\"keys\");var uid=__webpack_require__(40);module.exports=function(key){return shared[key]||(shared[key]=uid(key))}},function(module,exports,__webpack_require__){var global=__webpack_require__(18);var SHARED=\"__core-js_shared__\";var store=global[SHARED]||(global[SHARED]={});module.exports=function(key){return store[key]||(store[key]={})}},function(module,exports){module.exports=\"constructor,hasOwnProperty,isPrototypeOf,propertyIsEnumerable,toLocaleString,toString,valueOf\".split(\",\")},function(module,exports,__webpack_require__){var def=__webpack_require__(20).f;var has=__webpack_require__(22);var TAG=__webpack_require__(13)(\"toStringTag\");module.exports=function(it,tag,stat){if(it&&!has(it=stat?it:it.prototype,TAG))def(it,TAG,{configurable:true,value:tag})}},function(module,exports,__webpack_require__){\"use strict\";var $at=__webpack_require__(135)(true);__webpack_require__(79)(String,\"String\",function(iterated){this._t=String(iterated);this._i=0},function(){var O=this._t;var index=this._i;var point;if(index>=O.length)return{value:undefined,done:true};point=$at(O,index);this._i+=point.length;return{value:point,done:false}})},function(module,exports,__webpack_require__){exports.f=__webpack_require__(13)},function(module,exports,__webpack_require__){var global=__webpack_require__(18);var core=__webpack_require__(7);var LIBRARY=__webpack_require__(52);var wksExt=__webpack_require__(61);var defineProperty=__webpack_require__(20).f;module.exports=function(name){var $Symbol=core.Symbol||(core.Symbol=LIBRARY?{}:global.Symbol||{});if(name.charAt(0)!=\"_\"&&!(name in $Symbol))defineProperty($Symbol,name,{value:wksExt.f(name)})}},function(module,exports){exports.f=Object.getOwnPropertySymbols},function(module,exports,__webpack_require__){\"use strict\";var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var moment=__webpack_require__(9);var Component=__webpack_require__(16);var DateUtil=__webpack_require__(36);function Range(body,options){var now=moment().hours(0).minutes(0).seconds(0).milliseconds(0);var start=now.clone().add(-3,\"days\").valueOf();var end=now.clone().add(3,\"days\").valueOf();this.millisecondsPerPixelCache=undefined;if(options===undefined){this.start=start;this.end=end}else{this.start=options.start||start;this.end=options.end||end}this.rolling=false;this.body=body;this.deltaDifference=0;this.scaleOffset=0;this.startToFront=false;this.endToFront=true;this.defaultOptions={rtl:false,start:null,end:null,moment:moment,direction:\"horizontal\",moveable:true,zoomable:true,min:null,max:null,zoomMin:10,zoomMax:1e3*60*60*24*365*1e4,rollingMode:{follow:false,offset:.5}};this.options=util.extend({},this.defaultOptions);this.props={touch:{}};this.animationTimer=null;this.body.emitter.on(\"panstart\",this._onDragStart.bind(this));this.body.emitter.on(\"panmove\",this._onDrag.bind(this));this.body.emitter.on(\"panend\",this._onDragEnd.bind(this));this.body.emitter.on(\"mousewheel\",this._onMouseWheel.bind(this));this.body.emitter.on(\"touch\",this._onTouch.bind(this));this.body.emitter.on(\"pinch\",this._onPinch.bind(this));this.body.dom.rollingModeBtn.addEventListener(\"click\",this.startRolling.bind(this));this.setOptions(options)}Range.prototype=new Component;Range.prototype.setOptions=function(options){if(options){var fields=[\"animation\",\"direction\",\"min\",\"max\",\"zoomMin\",\"zoomMax\",\"moveable\",\"zoomable\",\"moment\",\"activate\",\"hiddenDates\",\"zoomKey\",\"rtl\",\"showCurrentTime\",\"rollingMode\",\"horizontalScroll\"];util.selectiveExtend(fields,this.options,options);if(options.rollingMode&&options.rollingMode.follow){this.startRolling()}if(\"start\"in options||\"end\"in options){this.setRange(options.start,options.end)}}};function validateDirection(direction){if(direction!=\"horizontal\"&&direction!=\"vertical\"){throw new TypeError('Unknown direction \"'+direction+'\". '+'Choose \"horizontal\" or \"vertical\".')}}Range.prototype.startRolling=function(){var me=this;function update(){me.stopRolling();me.rolling=true;var interval=me.end-me.start;var t=util.convert(new Date,\"Date\").valueOf();var start=t-interval*me.options.rollingMode.offset;var end=t+interval*(1-me.options.rollingMode.offset);var options={animation:false};me.setRange(start,end,options);var scale=me.conversion(me.body.domProps.center.width).scale;interval=1/scale/10;if(interval<30)interval=30;if(interval>1e3)interval=1e3;me.body.dom.rollingModeBtn.style.visibility=\"hidden\";me.currentTimeTimer=setTimeout(update,interval)}update()};Range.prototype.stopRolling=function(){if(this.currentTimeTimer!==undefined){clearTimeout(this.currentTimeTimer);this.rolling=false;this.body.dom.rollingModeBtn.style.visibility=\"visible\"}};Range.prototype.setRange=function(start,end,options,callback,frameCallback){if(!options){options={}}if(options.byUser!==true){options.byUser=false}var me=this;var finalStart=start!=undefined?util.convert(start,\"Date\").valueOf():null;var finalEnd=end!=undefined?util.convert(end,\"Date\").valueOf():null;this._cancelAnimation();this.millisecondsPerPixelCache=undefined;if(options.animation){var initStart=this.start;var initEnd=this.end;var duration=(0,_typeof3[\"default\"])(options.animation)===\"object\"&&\"duration\"in options.animation?options.animation.duration:500;var easingName=(0,_typeof3[\"default\"])(options.animation)===\"object\"&&\"easingFunction\"in options.animation?options.animation.easingFunction:\"easeInOutQuad\";var easingFunction=util.easingFunctions[easingName];if(!easingFunction){throw new Error(\"Unknown easing function \"+(0,_stringify2[\"default\"])(easingName)+\". \"+\"Choose from: \"+(0,_keys2[\"default\"])(util.easingFunctions).join(\", \"))}var initTime=(new Date).valueOf();var anyChanged=false;var next=function next(){if(!me.props.touch.dragging){var now=(new Date).valueOf();var time=now-initTime;var ease=easingFunction(time/duration);var done=time>duration;var s=done||finalStart===null?finalStart:initStart+(finalStart-initStart)*ease;var e=done||finalEnd===null?finalEnd:initEnd+(finalEnd-initEnd)*ease;changed=me._applyRange(s,e);DateUtil.updateHiddenDates(me.options.moment,me.body,me.options.hiddenDates);anyChanged=anyChanged||changed;var params={start:new Date(me.start),end:new Date(me.end),byUser:options.byUser,event:options.event};if(frameCallback){frameCallback(ease,changed,done)}if(changed){me.body.emitter.emit(\"rangechange\",params)}if(done){if(anyChanged){me.body.emitter.emit(\"rangechanged\",params);if(callback){return callback()}}}else{me.animationTimer=setTimeout(next,20)}}};return next()}else{var changed=this._applyRange(finalStart,finalEnd);DateUtil.updateHiddenDates(this.options.moment,this.body,this.options.hiddenDates);if(changed){var params={start:new Date(this.start),end:new Date(this.end),byUser:options.byUser,event:options.event};this.body.emitter.emit(\"rangechange\",params);clearTimeout(me.timeoutID);me.timeoutID=setTimeout(function(){me.body.emitter.emit(\"rangechanged\",params)},200);if(callback){return callback()}}}};Range.prototype.getMillisecondsPerPixel=function(){if(this.millisecondsPerPixelCache===undefined){this.millisecondsPerPixelCache=(this.end-this.start)/this.body.dom.center.clientWidth}return this.millisecondsPerPixelCache};Range.prototype._cancelAnimation=function(){if(this.animationTimer){clearTimeout(this.animationTimer);this.animationTimer=null}};Range.prototype._applyRange=function(start,end){var newStart=start!=null?util.convert(start,\"Date\").valueOf():this.start,newEnd=end!=null?util.convert(end,\"Date\").valueOf():this.end,max=this.options.max!=null?util.convert(this.options.max,\"Date\").valueOf():null,min=this.options.min!=null?util.convert(this.options.min,\"Date\").valueOf():null,diff;if(isNaN(newStart)||newStart===null){throw new Error('Invalid start \"'+start+'\"')}if(isNaN(newEnd)||newEnd===null){throw new Error('Invalid end \"'+end+'\"')}if(newEnd<newStart){newEnd=newStart}if(min!==null){if(newStart<min){diff=min-newStart;newStart+=diff;newEnd+=diff;if(max!=null){if(newEnd>max){newEnd=max}}}}if(max!==null){if(newEnd>max){diff=newEnd-max;newStart-=diff;newEnd-=diff;if(min!=null){if(newStart<min){newStart=min}}}}if(this.options.zoomMin!==null){var zoomMin=parseFloat(this.options.zoomMin);if(zoomMin<0){zoomMin=0}if(newEnd-newStart<zoomMin){var compensation=.5;if(this.end-this.start===zoomMin&&newStart>=this.start-compensation&&newEnd<=this.end){newStart=this.start;newEnd=this.end}else{diff=zoomMin-(newEnd-newStart);newStart-=diff/2;newEnd+=diff/2}}}if(this.options.zoomMax!==null){var zoomMax=parseFloat(this.options.zoomMax);if(zoomMax<0){zoomMax=0}if(newEnd-newStart>zoomMax){if(this.end-this.start===zoomMax&&newStart<this.start&&newEnd>this.end){newStart=this.start;newEnd=this.end}else{diff=newEnd-newStart-zoomMax;newStart+=diff/2;newEnd-=diff/2}}}var changed=this.start!=newStart||this.end!=newEnd;if(!(newStart>=this.start&&newStart<=this.end||newEnd>=this.start&&newEnd<=this.end)&&!(this.start>=newStart&&this.start<=newEnd||this.end>=newStart&&this.end<=newEnd)){this.body.emitter.emit(\"checkRangedItems\")}this.start=newStart;this.end=newEnd;return changed};Range.prototype.getRange=function(){return{start:this.start,end:this.end}};Range.prototype.conversion=function(width,totalHidden){return Range.conversion(this.start,this.end,width,totalHidden)};Range.conversion=function(start,end,width,totalHidden){if(totalHidden===undefined){totalHidden=0}if(width!=0&&end-start!=0){return{offset:start,scale:width/(end-start-totalHidden)}}else{return{offset:0,scale:1}}};Range.prototype._onDragStart=function(event){this.deltaDifference=0;this.previousDelta=0;if(!this.options.moveable)return;if(!this._isInsideRange(event))return;if(!this.props.touch.allowDragging)return;this.stopRolling();this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.dragging=true;if(this.body.dom.root){this.body.dom.root.style.cursor=\"move\"}};Range.prototype._onDrag=function(event){if(!event)return;if(!this.props.touch.dragging)return;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;var direction=this.options.direction;validateDirection(direction);var delta=direction==\"horizontal\"?event.deltaX:event.deltaY;delta-=this.deltaDifference;var interval=this.props.touch.end-this.props.touch.start;var duration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);interval-=duration;var width=direction==\"horizontal\"?this.body.domProps.center.width:this.body.domProps.center.height;var diffRange;if(this.options.rtl){diffRange=delta/width*interval}else{diffRange=-delta/width*interval}var newStart=this.props.touch.start+diffRange;var newEnd=this.props.touch.end+diffRange;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,this.previousDelta-delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,this.previousDelta-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){this.deltaDifference+=delta;this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this._onDrag(event);return}this.previousDelta=delta;this._applyRange(newStart,newEnd);var startDate=new Date(this.start);var endDate=new Date(this.end);this.body.emitter.emit(\"rangechange\",{start:startDate,end:endDate,byUser:true,event:event});this.body.emitter.emit(\"panmove\")};Range.prototype._onDragEnd=function(event){if(!this.props.touch.dragging)return;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.dragging=false;if(this.body.dom.root){this.body.dom.root.style.cursor=\"auto\"}this.body.emitter.emit(\"rangechanged\",{start:new Date(this.start),end:new Date(this.end),byUser:true,event:event})};Range.prototype._onMouseWheel=function(event){var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(this.options.zoomKey&&!event[this.options.zoomKey]&&this.options.zoomable||!this.options.zoomable&&this.options.moveable){return}if(!(this.options.zoomable&&this.options.moveable))return;if(!this._isInsideRange(event))return;if(delta){var scale;if(delta<0){scale=1-delta/5}else{scale=1/(1+delta/5)}var pointerDate;if(this.rolling){pointerDate=this.start+(this.end-this.start)*this.options.rollingMode.offset}else{var pointer=this.getPointer({x:event.clientX,y:event.clientY},this.body.dom.center);pointerDate=this._pointerToDate(pointer)}this.zoom(scale,pointerDate,delta,event);event.preventDefault()}};Range.prototype._onTouch=function(event){this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.allowDragging=true;this.props.touch.center=null;this.scaleOffset=0;this.deltaDifference=0;util.preventDefault(event)};Range.prototype._onPinch=function(event){if(!(this.options.zoomable&&this.options.moveable))return;util.preventDefault(event);this.props.touch.allowDragging=false;if(!this.props.touch.center){this.props.touch.center=this.getPointer(event.center,this.body.dom.center)}this.stopRolling();var scale=1/(event.scale+this.scaleOffset);var centerDate=this._pointerToDate(this.props.touch.center);var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this,centerDate);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=centerDate-hiddenDurationBefore+(this.props.touch.start-(centerDate-hiddenDurationBefore))*scale;var newEnd=centerDate+hiddenDurationAfter+(this.props.touch.end-(centerDate+hiddenDurationAfter))*scale;this.startToFront=1-scale<=0;this.endToFront=scale-1<=0;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,1-scale,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,scale-1,true);if(safeStart!=newStart||safeEnd!=newEnd){this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this.scaleOffset=1-event.scale;newStart=safeStart;newEnd=safeEnd}var options={animation:false,byUser:true,event:event};this.setRange(newStart,newEnd,options);this.startToFront=false;this.endToFront=true};Range.prototype._isInsideRange=function(event){var clientX=event.center?event.center.x:event.clientX;var x;if(this.options.rtl){x=clientX-util.getAbsoluteLeft(this.body.dom.centerContainer)}else{x=util.getAbsoluteRight(this.body.dom.centerContainer)-clientX}var time=this.body.util.toTime(x);return time>=this.start&&time<=this.end};Range.prototype._pointerToDate=function(pointer){var conversion;var direction=this.options.direction;validateDirection(direction);if(direction==\"horizontal\"){return this.body.util.toTime(pointer.x).valueOf()}else{var height=this.body.domProps.center.height;conversion=this.conversion(height);return pointer.y/conversion.scale+conversion.offset}};Range.prototype.getPointer=function(touch,element){if(this.options.rtl){return{x:util.getAbsoluteRight(element)-touch.x,y:touch.y-util.getAbsoluteTop(element)}}else{return{x:touch.x-util.getAbsoluteLeft(element),y:touch.y-util.getAbsoluteTop(element)}}};Range.prototype.zoom=function(scale,center,delta,event){if(center==null){center=(this.start+this.end)/2}var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this,center);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=center-hiddenDurationBefore+(this.start-(center-hiddenDurationBefore))*scale;var newEnd=center+hiddenDurationAfter+(this.end-(center+hiddenDurationAfter))*scale;this.startToFront=delta>0?false:true;this.endToFront=-delta>0?false:true;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){newStart=safeStart;newEnd=safeEnd}var options={animation:false,byUser:true,event:event};this.setRange(newStart,newEnd,options);this.startToFront=false;this.endToFront=true};Range.prototype.move=function(delta){var diff=this.end-this.start;var newStart=this.start+diff*delta;var newEnd=this.end+diff*delta;this.start=newStart;this.end=newEnd};Range.prototype.moveTo=function(moveTo){var center=(this.start+this.end)/2;var diff=center-moveTo;var newStart=this.start-diff;var newEnd=this.end-diff;var options={animation:false,byUser:true,event:null};this.setRange(newStart,newEnd,options)};module.exports=Range},function(module,exports,__webpack_require__){\"use strict\";var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Emitter=__webpack_require__(44);var Hammer=__webpack_require__(10);var hammerUtil=__webpack_require__(37);var util=__webpack_require__(2);var TimeAxis=__webpack_require__(45);var Activator=__webpack_require__(97);var DateUtil=__webpack_require__(36);var CustomTime=__webpack_require__(46);function Core(){}Emitter(Core.prototype);Core.prototype._create=function(container){this.dom={};this.dom.container=container;this.dom.root=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.backgroundVertical=document.createElement(\"div\");this.dom.backgroundHorizontal=document.createElement(\"div\");this.dom.centerContainer=document.createElement(\"div\");this.dom.leftContainer=document.createElement(\"div\");this.dom.rightContainer=document.createElement(\"div\");this.dom.center=document.createElement(\"div\");this.dom.left=document.createElement(\"div\");this.dom.right=document.createElement(\"div\");this.dom.top=document.createElement(\"div\");this.dom.bottom=document.createElement(\"div\");this.dom.shadowTop=document.createElement(\"div\");this.dom.shadowBottom=document.createElement(\"div\");this.dom.shadowTopLeft=document.createElement(\"div\");this.dom.shadowBottomLeft=document.createElement(\"div\");this.dom.shadowTopRight=document.createElement(\"div\");this.dom.shadowBottomRight=document.createElement(\"div\");this.dom.rollingModeBtn=document.createElement(\"div\");this.dom.root.className=\"vis-timeline\";this.dom.background.className=\"vis-panel vis-background\";this.dom.backgroundVertical.className=\"vis-panel vis-background vis-vertical\";this.dom.backgroundHorizontal.className=\"vis-panel vis-background vis-horizontal\";this.dom.centerContainer.className=\"vis-panel vis-center\";this.dom.leftContainer.className=\"vis-panel vis-left\";this.dom.rightContainer.className=\"vis-panel vis-right\";this.dom.top.className=\"vis-panel vis-top\";this.dom.bottom.className=\"vis-panel vis-bottom\";this.dom.left.className=\"vis-content\";this.dom.center.className=\"vis-content\";this.dom.right.className=\"vis-content\";this.dom.shadowTop.className=\"vis-shadow vis-top\";this.dom.shadowBottom.className=\"vis-shadow vis-bottom\";this.dom.shadowTopLeft.className=\"vis-shadow vis-top\";this.dom.shadowBottomLeft.className=\"vis-shadow vis-bottom\";this.dom.shadowTopRight.className=\"vis-shadow vis-top\";this.dom.shadowBottomRight.className=\"vis-shadow vis-bottom\";this.dom.rollingModeBtn.className=\"vis-rolling-mode-btn\";this.dom.root.appendChild(this.dom.background);this.dom.root.appendChild(this.dom.backgroundVertical);this.dom.root.appendChild(this.dom.backgroundHorizontal);this.dom.root.appendChild(this.dom.centerContainer);this.dom.root.appendChild(this.dom.leftContainer);this.dom.root.appendChild(this.dom.rightContainer);this.dom.root.appendChild(this.dom.top);this.dom.root.appendChild(this.dom.bottom);this.dom.root.appendChild(this.dom.bottom);this.dom.root.appendChild(this.dom.rollingModeBtn);this.dom.centerContainer.appendChild(this.dom.center);this.dom.leftContainer.appendChild(this.dom.left);this.dom.rightContainer.appendChild(this.dom.right);this.dom.centerContainer.appendChild(this.dom.shadowTop);this.dom.centerContainer.appendChild(this.dom.shadowBottom);this.dom.leftContainer.appendChild(this.dom.shadowTopLeft);this.dom.leftContainer.appendChild(this.dom.shadowBottomLeft);this.dom.rightContainer.appendChild(this.dom.shadowTopRight);this.dom.rightContainer.appendChild(this.dom.shadowBottomRight);this.props={root:{},background:{},centerContainer:{},leftContainer:{},rightContainer:{},center:{},left:{},right:{},top:{},bottom:{},border:{},scrollTop:0,scrollTopMin:0};this.on(\"rangechange\",function(){if(this.initialDrawDone===true){this._redraw()}}.bind(this));this.on(\"rangechanged\",function(){if(!this.initialRangeChangeDone){this.initialRangeChangeDone=true}}.bind(this));this.on(\"touch\",this._onTouch.bind(this));this.on(\"panmove\",this._onDrag.bind(this));var me=this;this._origRedraw=this._redraw.bind(this);this._redraw=util.throttle(this._origRedraw);this.on(\"_change\",function(properties){if(me.itemSet&&me.itemSet.initialItemSetDrawn&&properties&&properties.queue==true){me._redraw()}else{me._origRedraw()}});this.hammer=new Hammer(this.dom.root);var pinchRecognizer=this.hammer.get(\"pinch\").set({enable:true});hammerUtil.disablePreventDefaultVertically(pinchRecognizer);this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL});this.listeners={};var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(type){var listener=function listener(event){if(me.isActive()){me.emit(type,event)}};me.hammer.on(type,listener);me.listeners[type]=listener});hammerUtil.onTouch(this.hammer,function(event){me.emit(\"touch\",event)}.bind(this));hammerUtil.onRelease(this.hammer,function(event){me.emit(\"release\",event)}.bind(this));function onMouseWheel(event){if(this.isActive()){this.emit(\"mousewheel\",event)}var deltaX=0;var deltaY=0;if(\"detail\"in event){deltaY=event.detail*-1}if(\"wheelDelta\"in event){deltaY=event.wheelDelta}if(\"wheelDeltaY\"in event){deltaY=event.wheelDeltaY}if(\"wheelDeltaX\"in event){deltaX=event.wheelDeltaX*-1}if(\"axis\"in event&&event.axis===event.HORIZONTAL_AXIS){deltaX=deltaY*-1;deltaY=0}if(\"deltaY\"in event){deltaY=event.deltaY*-1}if(\"deltaX\"in event){deltaX=event.deltaX}if(!this.options.zoomKey||event[this.options.zoomKey])return;event.preventDefault();if(this.options.verticalScroll&&Math.abs(deltaY)>=Math.abs(deltaX)){var current=this.props.scrollTop;var adjusted=current+deltaY;if(this.isActive()){this._setScrollTop(adjusted);this._redraw();this.emit(\"scroll\",event)}}else if(this.options.horizontalScroll){var delta=Math.abs(deltaX)>=Math.abs(deltaY)?deltaX:deltaY;var diff=delta/120*(this.range.end-this.range.start)/20;var newStart=this.range.start+diff;var newEnd=this.range.end+diff;var options={animation:false,byUser:true,event:event};this.range.setRange(newStart,newEnd,options)}}if(this.dom.centerContainer.addEventListener){this.dom.centerContainer.addEventListener(\"mousewheel\",onMouseWheel.bind(this),false);this.dom.centerContainer.addEventListener(\"DOMMouseScroll\",onMouseWheel.bind(this),false)}else{this.dom.centerContainer.attachEvent(\"onmousewheel\",onMouseWheel.bind(this))}function onMouseScrollSide(event){if(!me.options.verticalScroll)return;event.preventDefault();if(me.isActive()){var adjusted=-event.target.scrollTop;me._setScrollTop(adjusted);me._redraw();me.emit(\"scrollSide\",event)}}this.dom.left.parentNode.addEventListener(\"scroll\",onMouseScrollSide.bind(this));this.dom.right.parentNode.addEventListener(\"scroll\",onMouseScrollSide.bind(this));var itemAddedToTimeline=false;function handleDragOver(event){if(event.preventDefault){event.preventDefault()}if(!event.target.className.indexOf(\"vis\")>-1)return;if(itemAddedToTimeline)return;event.dataTransfer.dropEffect=\"move\";itemAddedToTimeline=true;return false}function handleDrop(event){if(event.preventDefault){event.preventDefault()}if(event.stopPropagation){event.stopPropagation()}try{var itemData=JSON.parse(event.dataTransfer.getData(\"text\"));if(!itemData||!itemData.content)return}catch(err){return false}itemAddedToTimeline=false;event.center={x:event.clientX,y:event.clientY};if(itemData.target!==\"item\"){me.itemSet._onAddItem(event)}else{me.itemSet._onDropObjectOnItem(event)}me.emit(\"drop\",me.getEventProperties(event));return false}this.dom.center.addEventListener(\"dragover\",handleDragOver.bind(this),false);this.dom.center.addEventListener(\"drop\",handleDrop.bind(this),false);this.customTimes=[];this.touch={};this.redrawCount=0;this.initialDrawDone=false;this.initialRangeChangeDone=false;if(!container)throw new Error(\"No container provided\");container.appendChild(this.dom.root)};Core.prototype.setOptions=function(options){if(options){var fields=[\"width\",\"height\",\"minHeight\",\"maxHeight\",\"autoResize\",\"start\",\"end\",\"clickToUse\",\"dataAttributes\",\"hiddenDates\",\"locale\",\"locales\",\"moment\",\"rtl\",\"zoomKey\",\"horizontalScroll\",\"verticalScroll\"];util.selectiveExtend(fields,this.options,options);this.dom.rollingModeBtn.style.visibility=\"hidden\";if(this.options.rtl){this.dom.container.style.direction=\"rtl\";this.dom.backgroundVertical.className=\"vis-panel vis-background vis-vertical-rtl\"}if(this.options.verticalScroll){if(this.options.rtl){this.dom.rightContainer.className=\"vis-panel vis-right vis-vertical-scroll\"}else{this.dom.leftContainer.className=\"vis-panel vis-left vis-vertical-scroll\"}}if((0,_typeof3[\"default\"])(this.options.orientation)!==\"object\"){this.options.orientation={item:undefined,axis:undefined}}if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation={item:options.orientation,axis:options.orientation}}else if((0,_typeof3[\"default\"])(options.orientation)===\"object\"){if(\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}if(\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}}if(this.options.orientation.axis===\"both\"){if(!this.timeAxis2){var timeAxis2=this.timeAxis2=new TimeAxis(this.body);timeAxis2.setOptions=function(options){var _options=options?util.extend({},options):{};_options.orientation=\"top\";TimeAxis.prototype.setOptions.call(timeAxis2,_options)};this.components.push(timeAxis2)}}else{if(this.timeAxis2){var index=this.components.indexOf(this.timeAxis2);if(index!==-1){this.components.splice(index,1)}this.timeAxis2.destroy();this.timeAxis2=null}}if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}if(\"hiddenDates\"in this.options){DateUtil.convertHiddenOptions(this.options.moment,this.body,this.options.hiddenDates)}if(\"clickToUse\"in options){if(options.clickToUse){if(!this.activator){this.activator=new Activator(this.dom.root)}}else{if(this.activator){this.activator.destroy();delete this.activator}}}if(\"showCustomTime\"in options){throw new Error(\"Option `showCustomTime` is deprecated. Create a custom time bar via timeline.addCustomTime(time [, id])\")}this._initAutoResize()}this.components.forEach(function(component){return component.setOptions(options)});if(\"configure\"in options){if(!this.configurator){this.configurator=this._createConfigurator()}this.configurator.setOptions(options.configure);var appliedOptions=util.deepExtend({},this.options);this.components.forEach(function(component){util.deepExtend(appliedOptions,component.options)});this.configurator.setModuleOptions({global:appliedOptions})}this._redraw()};Core.prototype.isActive=function(){return!this.activator||this.activator.active};Core.prototype.destroy=function(){this.setItems(null);this.setGroups(null);this.off();this._stopAutoResize();if(this.dom.root.parentNode){this.dom.root.parentNode.removeChild(this.dom.root)}this.dom=null;if(this.activator){this.activator.destroy();delete this.activator}for(var event in this.listeners){if(this.listeners.hasOwnProperty(event)){delete this.listeners[event]}}this.listeners=null;this.hammer=null;this.components.forEach(function(component){return component.destroy()});this.body=null};Core.prototype.setCustomTime=function(time,id){var customTimes=this.customTimes.filter(function(component){return id===component.options.id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+(0,_stringify2[\"default\"])(id))}if(customTimes.length>0){customTimes[0].setCustomTime(time)}};Core.prototype.getCustomTime=function(id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+(0,_stringify2[\"default\"])(id))}return customTimes[0].getCustomTime()};Core.prototype.setCustomTimeTitle=function(title,id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+(0,_stringify2[\"default\"])(id))}if(customTimes.length>0){return customTimes[0].setCustomTitle(title)}};Core.prototype.getEventProperties=function(event){return{event:event}};Core.prototype.addCustomTime=function(time,id){var timestamp=time!==undefined?util.convert(time,\"Date\").valueOf():new Date;var exists=this.customTimes.some(function(customTime){return customTime.options.id===id});if(exists){throw new Error(\"A custom time with id \"+(0,_stringify2[\"default\"])(id)+\" already exists\")}var customTime=new CustomTime(this.body,util.extend({},this.options,{time:timestamp,id:id}));this.customTimes.push(customTime);this.components.push(customTime);this._redraw();return id};Core.prototype.removeCustomTime=function(id){var customTimes=this.customTimes.filter(function(bar){return bar.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+(0,_stringify2[\"default\"])(id))}customTimes.forEach(function(customTime){this.customTimes.splice(this.customTimes.indexOf(customTime),1);this.components.splice(this.components.indexOf(customTime),1);customTime.destroy()}.bind(this))};Core.prototype.getVisibleItems=function(){return this.itemSet&&this.itemSet.getVisibleItems()||[]};Core.prototype.fit=function(options,callback){var range=this.getDataRange();if(range.min===null&&range.max===null){return}var interval=range.max-range.min;var min=new Date(range.min.valueOf()-interval*.01);var max=new Date(range.max.valueOf()+interval*.01);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(min,max,{animation:animation},callback)};Core.prototype.getDataRange=function(){throw new Error(\"Cannot invoke abstract method getDataRange\")};Core.prototype.setWindow=function(start,end,options,callback){if(typeof arguments[2]==\"function\"){callback=arguments[2];options={}}var animation;var range;if(arguments.length==1){range=arguments[0];animation=range.animation!==undefined?range.animation:true;this.range.setRange(range.start,range.end,{animation:animation})}else if(arguments.length==2&&typeof arguments[1]==\"function\"){range=arguments[0];callback=arguments[1];animation=range.animation!==undefined?range.animation:true\n;this.range.setRange(range.start,range.end,{animation:animation},callback)}else{animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,{animation:animation},callback)}};Core.prototype.moveTo=function(time,options,callback){if(typeof arguments[1]==\"function\"){callback=arguments[1];options={}}var interval=this.range.end-this.range.start;var t=util.convert(time,\"Date\").valueOf();var start=t-interval/2;var end=t+interval/2;var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,{animation:animation},callback)};Core.prototype.getWindow=function(){var range=this.range.getRange();return{start:new Date(range.start),end:new Date(range.end)}};Core.prototype.zoomIn=function(percentage,options,callback){if(!percentage||percentage<0||percentage>1)return;if(typeof arguments[1]==\"function\"){callback=arguments[1];options={}}var range=this.getWindow();var start=range.start.valueOf();var end=range.end.valueOf();var interval=end-start;var newInterval=interval/(1+percentage);var distance=(interval-newInterval)/2;var newStart=start+distance;var newEnd=end-distance;this.setWindow(newStart,newEnd,options,callback)};Core.prototype.zoomOut=function(percentage,options,callback){if(!percentage||percentage<0||percentage>1)return;if(typeof arguments[1]==\"function\"){callback=arguments[1];options={}}var range=this.getWindow();var start=range.start.valueOf();var end=range.end.valueOf();var interval=end-start;var newStart=start-interval*percentage/2;var newEnd=end+interval*percentage/2;this.setWindow(newStart,newEnd,options,callback)};Core.prototype.redraw=function(){this._redraw()};Core.prototype._redraw=function(){this.redrawCount++;var resized=false;var options=this.options;var props=this.props;var dom=this.dom;if(!dom||!dom.container||dom.root.offsetWidth==0)return;DateUtil.updateHiddenDates(this.options.moment,this.body,this.options.hiddenDates);if(options.orientation==\"top\"){util.addClassName(dom.root,\"vis-top\");util.removeClassName(dom.root,\"vis-bottom\")}else{util.removeClassName(dom.root,\"vis-top\");util.addClassName(dom.root,\"vis-bottom\")}dom.root.style.maxHeight=util.option.asSize(options.maxHeight,\"\");dom.root.style.minHeight=util.option.asSize(options.minHeight,\"\");dom.root.style.width=util.option.asSize(options.width,\"\");props.border.left=(dom.centerContainer.offsetWidth-dom.centerContainer.clientWidth)/2;props.border.right=props.border.left;props.border.top=(dom.centerContainer.offsetHeight-dom.centerContainer.clientHeight)/2;props.border.bottom=props.border.top;props.borderRootHeight=dom.root.offsetHeight-dom.root.clientHeight;props.borderRootWidth=dom.root.offsetWidth-dom.root.clientWidth;if(dom.centerContainer.clientHeight===0){props.border.left=props.border.top;props.border.right=props.border.left}if(dom.root.clientHeight===0){props.borderRootWidth=props.borderRootHeight}props.center.height=dom.center.offsetHeight;props.left.height=dom.left.offsetHeight;props.right.height=dom.right.offsetHeight;props.top.height=dom.top.clientHeight||-props.border.top;props.bottom.height=dom.bottom.clientHeight||-props.border.bottom;var contentHeight=Math.max(props.left.height,props.center.height,props.right.height);var autoHeight=props.top.height+contentHeight+props.bottom.height+props.borderRootHeight+props.border.top+props.border.bottom;dom.root.style.height=util.option.asSize(options.height,autoHeight+\"px\");props.root.height=dom.root.offsetHeight;props.background.height=props.root.height-props.borderRootHeight;var containerHeight=props.root.height-props.top.height-props.bottom.height-props.borderRootHeight;props.centerContainer.height=containerHeight;props.leftContainer.height=containerHeight;props.rightContainer.height=props.leftContainer.height;props.root.width=dom.root.offsetWidth;props.background.width=props.root.width-props.borderRootWidth;if(!this.initialDrawDone){props.scrollbarWidth=util.getScrollBarWidth()}if(options.verticalScroll){if(options.rtl){props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth+props.scrollbarWidth||-props.border.right}else{props.left.width=dom.leftContainer.clientWidth+props.scrollbarWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth||-props.border.right}}else{props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth||-props.border.right}this._setDOM();var offset=this._updateScrollTop();if(options.orientation.item!=\"top\"){offset+=Math.max(props.centerContainer.height-props.center.height-props.border.top-props.border.bottom,0)}dom.center.style.top=offset+\"px\";var visibilityTop=props.scrollTop==0?\"hidden\":\"\";var visibilityBottom=props.scrollTop==props.scrollTopMin?\"hidden\":\"\";dom.shadowTop.style.visibility=visibilityTop;dom.shadowBottom.style.visibility=visibilityBottom;dom.shadowTopLeft.style.visibility=visibilityTop;dom.shadowBottomLeft.style.visibility=visibilityBottom;dom.shadowTopRight.style.visibility=visibilityTop;dom.shadowBottomRight.style.visibility=visibilityBottom;if(options.verticalScroll){dom.rightContainer.className=\"vis-panel vis-right vis-vertical-scroll\";dom.leftContainer.className=\"vis-panel vis-left vis-vertical-scroll\";dom.shadowTopRight.style.visibility=\"hidden\";dom.shadowBottomRight.style.visibility=\"hidden\";dom.shadowTopLeft.style.visibility=\"hidden\";dom.shadowBottomLeft.style.visibility=\"hidden\";dom.left.style.top=\"0px\";dom.right.style.top=\"0px\"}if(!options.verticalScroll||props.center.height<props.centerContainer.height){dom.left.style.top=offset+\"px\";dom.right.style.top=offset+\"px\";dom.rightContainer.className=dom.rightContainer.className.replace(new RegExp(\"(?:^|\\\\s)\"+\"vis-vertical-scroll\"+\"(?:\\\\s|$)\"),\" \");dom.leftContainer.className=dom.leftContainer.className.replace(new RegExp(\"(?:^|\\\\s)\"+\"vis-vertical-scroll\"+\"(?:\\\\s|$)\"),\" \");props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth||-props.border.right;this._setDOM()}var contentsOverflow=props.center.height>props.centerContainer.height;this.hammer.get(\"pan\").set({direction:contentsOverflow?Hammer.DIRECTION_ALL:Hammer.DIRECTION_HORIZONTAL});this.components.forEach(function(component){resized=component.redraw()||resized});var MAX_REDRAW=5;if(resized){if(this.redrawCount<MAX_REDRAW){this.body.emitter.emit(\"_change\");return}else{console.log(\"WARNING: infinite loop in redraw?\")}}else{this.redrawCount=0}this.body.emitter.emit(\"changed\")};Core.prototype._setDOM=function(){var props=this.props;var dom=this.dom;props.leftContainer.width=props.left.width;props.rightContainer.width=props.right.width;var centerWidth=props.root.width-props.left.width-props.right.width-props.borderRootWidth;props.center.width=centerWidth;props.centerContainer.width=centerWidth;props.top.width=centerWidth;props.bottom.width=centerWidth;dom.background.style.height=props.background.height+\"px\";dom.backgroundVertical.style.height=props.background.height+\"px\";dom.backgroundHorizontal.style.height=props.centerContainer.height+\"px\";dom.centerContainer.style.height=props.centerContainer.height+\"px\";dom.leftContainer.style.height=props.leftContainer.height+\"px\";dom.rightContainer.style.height=props.rightContainer.height+\"px\";dom.background.style.width=props.background.width+\"px\";dom.backgroundVertical.style.width=props.centerContainer.width+\"px\";dom.backgroundHorizontal.style.width=props.background.width+\"px\";dom.centerContainer.style.width=props.center.width+\"px\";dom.top.style.width=props.top.width+\"px\";dom.bottom.style.width=props.bottom.width+\"px\";dom.background.style.left=\"0\";dom.background.style.top=\"0\";dom.backgroundVertical.style.left=props.left.width+props.border.left+\"px\";dom.backgroundVertical.style.top=\"0\";dom.backgroundHorizontal.style.left=\"0\";dom.backgroundHorizontal.style.top=props.top.height+\"px\";dom.centerContainer.style.left=props.left.width+\"px\";dom.centerContainer.style.top=props.top.height+\"px\";dom.leftContainer.style.left=\"0\";dom.leftContainer.style.top=props.top.height+\"px\";dom.rightContainer.style.left=props.left.width+props.center.width+\"px\";dom.rightContainer.style.top=props.top.height+\"px\";dom.top.style.left=props.left.width+\"px\";dom.top.style.top=\"0\";dom.bottom.style.left=props.left.width+\"px\";dom.bottom.style.top=props.top.height+props.centerContainer.height+\"px\";dom.center.style.left=\"0\";dom.left.style.left=\"0\";dom.right.style.left=\"0\"};Core.prototype.repaint=function(){throw new Error(\"Function repaint is deprecated. Use redraw instead.\")};Core.prototype.setCurrentTime=function(time){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}this.currentTime.setCurrentTime(time)};Core.prototype.getCurrentTime=function(){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}return this.currentTime.getCurrentTime()};Core.prototype._toTime=function(x){return DateUtil.toTime(this,x,this.props.center.width)};Core.prototype._toGlobalTime=function(x){return DateUtil.toTime(this,x,this.props.root.width)};Core.prototype._toScreen=function(time){return DateUtil.toScreen(this,time,this.props.center.width)};Core.prototype._toGlobalScreen=function(time){return DateUtil.toScreen(this,time,this.props.root.width)};Core.prototype._initAutoResize=function(){if(this.options.autoResize==true){this._startAutoResize()}else{this._stopAutoResize()}};Core.prototype._startAutoResize=function(){var me=this;this._stopAutoResize();this._onResize=function(){if(me.options.autoResize!=true){me._stopAutoResize();return}if(me.dom.root){if(me.dom.root.offsetWidth!=me.props.lastWidth||me.dom.root.offsetHeight!=me.props.lastHeight){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight;me.props.scrollbarWidth=util.getScrollBarWidth();me.body.emitter.emit(\"_change\")}}};util.addEventListener(window,\"resize\",this._onResize);if(me.dom.root){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight}this.watchTimer=setInterval(this._onResize,1e3)};Core.prototype._stopAutoResize=function(){if(this.watchTimer){clearInterval(this.watchTimer);this.watchTimer=undefined}if(this._onResize){util.removeEventListener(window,\"resize\",this._onResize);this._onResize=null}};Core.prototype._onTouch=function(event){this.touch.allowDragging=true;this.touch.initialScrollTop=this.props.scrollTop};Core.prototype._onPinch=function(event){this.touch.allowDragging=false};Core.prototype._onDrag=function(event){if(!event)return;if(!this.touch.allowDragging)return;var delta=event.deltaY;var oldScrollTop=this._getScrollTop();var newScrollTop=this._setScrollTop(this.touch.initialScrollTop+delta);if(this.options.verticalScroll){this.dom.left.parentNode.scrollTop=-this.props.scrollTop;this.dom.right.parentNode.scrollTop=-this.props.scrollTop}if(newScrollTop!=oldScrollTop){this.emit(\"verticalDrag\")}};Core.prototype._setScrollTop=function(scrollTop){this.props.scrollTop=scrollTop;this._updateScrollTop();return this.props.scrollTop};Core.prototype._updateScrollTop=function(){var scrollTopMin=Math.min(this.props.centerContainer.height-this.props.center.height,0);if(scrollTopMin!=this.props.scrollTopMin){if(this.options.orientation.item!=\"top\"){this.props.scrollTop+=scrollTopMin-this.props.scrollTopMin}this.props.scrollTopMin=scrollTopMin}if(this.props.scrollTop>0)this.props.scrollTop=0;if(this.props.scrollTop<scrollTopMin)this.props.scrollTop=scrollTopMin;if(this.options.verticalScroll){this.dom.left.parentNode.scrollTop=-this.props.scrollTop;this.dom.right.parentNode.scrollTop=-this.props.scrollTop}return this.props.scrollTop};Core.prototype._getScrollTop=function(){return this.props.scrollTop};Core.prototype._createConfigurator=function(){throw new Error(\"Cannot invoke abstract method _createConfigurator\")};module.exports=Core},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(9);var DateUtil=__webpack_require__(36);var util=__webpack_require__(2);function TimeStep(start,end,minimumStep,hiddenDates,options){this.moment=moment;this.current=this.moment();this._start=this.moment();this._end=this.moment();this.autoScale=true;this.scale=\"day\";this.step=1;this.setRange(start,end,minimumStep);this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;if(Array.isArray(hiddenDates)){this.hiddenDates=hiddenDates}else if(hiddenDates!=undefined){this.hiddenDates=[hiddenDates]}else{this.hiddenDates=[]}this.format=TimeStep.FORMAT;this.options=options?options:{}}TimeStep.FORMAT={minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",week:\"w\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",week:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}};TimeStep.prototype.setMoment=function(moment){this.moment=moment;this.current=this.moment(this.current.valueOf());this._start=this.moment(this._start.valueOf());this._end=this.moment(this._end.valueOf())};TimeStep.prototype.setFormat=function(format){var defaultFormat=util.deepExtend({},TimeStep.FORMAT);this.format=util.deepExtend(defaultFormat,format)};TimeStep.prototype.setRange=function(start,end,minimumStep){if(!(start instanceof Date)||!(end instanceof Date)){throw\"No legal start or end date in method setRange\"}this._start=start!=undefined?this.moment(start.valueOf()):new Date;this._end=end!=undefined?this.moment(end.valueOf()):new Date;if(this.autoScale){this.setMinimumStep(minimumStep)}};TimeStep.prototype.start=function(){this.current=this._start.clone();this.roundToMinor()};TimeStep.prototype.roundToMinor=function(){if(this.scale==\"week\"){this.current.weekday(0)}switch(this.scale){case\"year\":this.current.year(this.step*Math.floor(this.current.year()/this.step));this.current.month(0);case\"month\":this.current.date(1);case\"week\":case\"day\":case\"weekday\":this.current.hours(0);case\"hour\":this.current.minutes(0);case\"minute\":this.current.seconds(0);case\"second\":this.current.milliseconds(0)}if(this.step!=1){switch(this.scale){case\"millisecond\":this.current.subtract(this.current.milliseconds()%this.step,\"milliseconds\");break;case\"second\":this.current.subtract(this.current.seconds()%this.step,\"seconds\");break;case\"minute\":this.current.subtract(this.current.minutes()%this.step,\"minutes\");break;case\"hour\":this.current.subtract(this.current.hours()%this.step,\"hours\");break;case\"weekday\":case\"day\":this.current.subtract((this.current.date()-1)%this.step,\"day\");break;case\"week\":this.current.subtract(this.current.week()%this.step,\"week\");break;case\"month\":this.current.subtract(this.current.month()%this.step,\"month\");break;case\"year\":this.current.subtract(this.current.year()%this.step,\"year\");break;default:break}}};TimeStep.prototype.hasNext=function(){return this.current.valueOf()<=this._end.valueOf()};TimeStep.prototype.next=function(){var prev=this.current.valueOf();switch(this.scale){case\"millisecond\":this.current.add(this.step,\"millisecond\");break;case\"second\":this.current.add(this.step,\"second\");break;case\"minute\":this.current.add(this.step,\"minute\");break;case\"hour\":this.current.add(this.step,\"hour\");if(this.current.month()<6){this.current.subtract(this.current.hours()%this.step,\"hour\")}else{if(this.current.hours()%this.step!==0){this.current.add(this.step-this.current.hours()%this.step,\"hour\")}}break;case\"weekday\":case\"day\":this.current.add(this.step,\"day\");break;case\"week\":if(this.current.weekday()!==0){this.current.weekday(0);this.current.add(this.step,\"week\")}else if(this.options.showMajorLabels===false){this.current.add(this.step,\"week\")}else{var nextWeek=this.current.clone();nextWeek.add(1,\"week\");if(nextWeek.isSame(this.current,\"month\")){this.current.add(this.step,\"week\")}else{this.current.add(this.step,\"week\");this.current.date(1)}}break;case\"month\":this.current.add(this.step,\"month\");break;case\"year\":this.current.add(this.step,\"year\");break;default:break}if(this.step!=1){switch(this.scale){case\"millisecond\":if(this.current.milliseconds()>0&&this.current.milliseconds()<this.step)this.current.milliseconds(0);break;case\"second\":if(this.current.seconds()>0&&this.current.seconds()<this.step)this.current.seconds(0);break;case\"minute\":if(this.current.minutes()>0&&this.current.minutes()<this.step)this.current.minutes(0);break;case\"hour\":if(this.current.hours()>0&&this.current.hours()<this.step)this.current.hours(0);break;case\"weekday\":case\"day\":if(this.current.date()<this.step+1)this.current.date(1);break;case\"week\":if(this.current.week()<this.step)this.current.week(1);break;case\"month\":if(this.current.month()<this.step)this.current.month(0);break;case\"year\":break;default:break}}if(this.current.valueOf()==prev){this.current=this._end.clone()}this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;DateUtil.stepOverHiddenDates(this.moment,this,prev)};TimeStep.prototype.getCurrent=function(){return this.current};TimeStep.prototype.setScale=function(params){if(params&&typeof params.scale==\"string\"){this.scale=params.scale;this.step=params.step>0?params.step:1;this.autoScale=false}};TimeStep.prototype.setAutoScale=function(enable){this.autoScale=enable};TimeStep.prototype.setMinimumStep=function(minimumStep){if(minimumStep==undefined){return}var stepYear=1e3*60*60*24*30*12;var stepMonth=1e3*60*60*24*30;var stepDay=1e3*60*60*24;var stepHour=1e3*60*60;var stepMinute=1e3*60;var stepSecond=1e3;var stepMillisecond=1;if(stepYear*1e3>minimumStep){this.scale=\"year\";this.step=1e3}if(stepYear*500>minimumStep){this.scale=\"year\";this.step=500}if(stepYear*100>minimumStep){this.scale=\"year\";this.step=100}if(stepYear*50>minimumStep){this.scale=\"year\";this.step=50}if(stepYear*10>minimumStep){this.scale=\"year\";this.step=10}if(stepYear*5>minimumStep){this.scale=\"year\";this.step=5}if(stepYear>minimumStep){this.scale=\"year\";this.step=1}if(stepMonth*3>minimumStep){this.scale=\"month\";this.step=3}if(stepMonth>minimumStep){this.scale=\"month\";this.step=1}if(stepDay*5>minimumStep){this.scale=\"day\";this.step=5}if(stepDay*2>minimumStep){this.scale=\"day\";this.step=2}if(stepDay>minimumStep){this.scale=\"day\";this.step=1}if(stepDay/2>minimumStep){this.scale=\"weekday\";this.step=1}if(stepHour*4>minimumStep){this.scale=\"hour\";this.step=4}if(stepHour>minimumStep){this.scale=\"hour\";this.step=1}if(stepMinute*15>minimumStep){this.scale=\"minute\";this.step=15}if(stepMinute*10>minimumStep){this.scale=\"minute\";this.step=10}if(stepMinute*5>minimumStep){this.scale=\"minute\";this.step=5}if(stepMinute>minimumStep){this.scale=\"minute\";this.step=1}if(stepSecond*15>minimumStep){this.scale=\"second\";this.step=15}if(stepSecond*10>minimumStep){this.scale=\"second\";this.step=10}if(stepSecond*5>minimumStep){this.scale=\"second\";this.step=5}if(stepSecond>minimumStep){this.scale=\"second\";this.step=1}if(stepMillisecond*200>minimumStep){this.scale=\"millisecond\";this.step=200}if(stepMillisecond*100>minimumStep){this.scale=\"millisecond\";this.step=100}if(stepMillisecond*50>minimumStep){this.scale=\"millisecond\";this.step=50}if(stepMillisecond*10>minimumStep){this.scale=\"millisecond\";this.step=10}if(stepMillisecond*5>minimumStep){this.scale=\"millisecond\";this.step=5}if(stepMillisecond>minimumStep){this.scale=\"millisecond\";this.step=1}};TimeStep.snap=function(date,scale,step){var clone=moment(date);if(scale==\"year\"){var year=clone.year()+Math.round(clone.month()/12);clone.year(Math.round(year/step)*step);clone.month(0);clone.date(0);clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"month\"){if(clone.date()>15){clone.date(1);clone.add(1,\"month\")}else{clone.date(1)}clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"week\"){if(clone.weekday()>2){clone.weekday(0);clone.add(1,\"week\")}else{clone.weekday(0)}clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"day\"){switch(step){case 5:case 2:clone.hours(Math.round(clone.hours()/24)*24);break;default:clone.hours(Math.round(clone.hours()/12)*12);break}clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"weekday\"){switch(step){case 5:case 2:clone.hours(Math.round(clone.hours()/12)*12);break;default:clone.hours(Math.round(clone.hours()/6)*6);break}clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"hour\"){switch(step){case 4:clone.minutes(Math.round(clone.minutes()/60)*60);break;default:clone.minutes(Math.round(clone.minutes()/30)*30);break}clone.seconds(0);clone.milliseconds(0)}else if(scale==\"minute\"){switch(step){case 15:case 10:clone.minutes(Math.round(clone.minutes()/5)*5);clone.seconds(0);break;case 5:clone.seconds(Math.round(clone.seconds()/60)*60);break;default:clone.seconds(Math.round(clone.seconds()/30)*30);break}clone.milliseconds(0)}else if(scale==\"second\"){switch(step){case 15:case 10:clone.seconds(Math.round(clone.seconds()/5)*5);clone.milliseconds(0);break;case 5:clone.milliseconds(Math.round(clone.milliseconds()/1e3)*1e3);break;default:clone.milliseconds(Math.round(clone.milliseconds()/500)*500);break}}else if(scale==\"millisecond\"){var _step=step>5?step/2:1;clone.milliseconds(Math.round(clone.milliseconds()/_step)*_step)}return clone};TimeStep.prototype.isMajor=function(){if(this.switchedYear==true){switch(this.scale){case\"year\":case\"month\":case\"week\":case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedMonth==true){switch(this.scale){case\"week\":case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedDay==true){switch(this.scale){case\"millisecond\":case\"second\":case\"minute\":case\"hour\":return true;default:return false}}var date=this.moment(this.current);switch(this.scale){case\"millisecond\":return date.milliseconds()==0;case\"second\":return date.seconds()==0;case\"minute\":return date.hours()==0&&date.minutes()==0;case\"hour\":return date.hours()==0;case\"weekday\":case\"day\":return date.date()==1;case\"week\":return date.date()==1;case\"month\":return date.month()==0;case\"year\":return false;default:return false}};TimeStep.prototype.getLabelMinor=function(date){if(date==undefined){date=this.current}if(date instanceof Date){date=this.moment(date)}if(typeof this.format.minorLabels===\"function\"){return this.format.minorLabels(date,this.scale,this.step)}var format=this.format.minorLabels[this.scale];switch(this.scale){case\"week\":if(this.isMajor()&&date.weekday()!==0){return\"\"}default:return format&&format.length>0?this.moment(date).format(format):\"\"}};TimeStep.prototype.getLabelMajor=function(date){if(date==undefined){date=this.current}if(date instanceof Date){date=this.moment(date)}if(typeof this.format.majorLabels===\"function\"){return this.format.majorLabels(date,this.scale,this.step)}var format=this.format.majorLabels[this.scale];return format&&format.length>0?this.moment(date).format(format):\"\"};TimeStep.prototype.getClassName=function(){var _moment=this.moment;var m=this.moment(this.current);var current=m.locale?m.locale(\"en\"):m.lang(\"en\");var step=this.step;var classNames=[];function even(value){return value/step%2==0?\" vis-even\":\" vis-odd\"}function today(date){if(date.isSame(new Date,\"day\")){return\" vis-today\"}if(date.isSame(_moment().add(1,\"day\"),\"day\")){return\" vis-tomorrow\"}if(date.isSame(_moment().add(-1,\"day\"),\"day\")){return\" vis-yesterday\"}return\"\"}function currentWeek(date){return date.isSame(new Date,\"week\")?\" vis-current-week\":\"\"}function currentMonth(date){return date.isSame(new Date,\"month\")?\" vis-current-month\":\"\"}function currentYear(date){return date.isSame(new Date,\"year\")?\" vis-current-year\":\"\"}switch(this.scale){case\"millisecond\":classNames.push(today(current));classNames.push(even(current.milliseconds()));break;case\"second\":classNames.push(today(current));classNames.push(even(current.seconds()));break;case\"minute\":classNames.push(today(current));classNames.push(even(current.minutes()));break;case\"hour\":classNames.push(\"vis-h\"+current.hours()+(this.step==4?\"-h\"+(current.hours()+4):\"\"));classNames.push(today(current));classNames.push(even(current.hours()));break;case\"weekday\":classNames.push(\"vis-\"+current.format(\"dddd\").toLowerCase());classNames.push(today(current));classNames.push(currentWeek(current));classNames.push(even(current.date()));break;case\"day\":classNames.push(\"vis-day\"+current.date());classNames.push(\"vis-\"+current.format(\"MMMM\").toLowerCase());classNames.push(today(current));classNames.push(currentMonth(current));classNames.push(this.step<=2?today(current):\"\");classNames.push(this.step<=2?\"vis-\"+current.format(\"dddd\").toLowerCase():\"\");classNames.push(even(current.date()-1));break;case\"week\":classNames.push(\"vis-week\"+current.format(\"w\"));classNames.push(currentWeek(current));classNames.push(even(current.week()));break;case\"month\":classNames.push(\"vis-\"+current.format(\"MMMM\").toLowerCase());classNames.push(currentMonth(current));classNames.push(even(current.month()));break;case\"year\":classNames.push(\"vis-year\"+current.year());classNames.push(currentYear(current));classNames.push(even(current.year()));break}return classNames.filter(String).join(\" \")};module.exports=TimeStep},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(2);var Component=__webpack_require__(16);var moment=__webpack_require__(9);var locales=__webpack_require__(98);function CurrentTime(body,options){this.body=body;this.defaultOptions={rtl:false,showCurrentTime:true,moment:moment,locales:locales,locale:\"en\"};this.options=util.extend({},this.defaultOptions);this.offset=0;this._create();this.setOptions(options)}CurrentTime.prototype=new Component;CurrentTime.prototype._create=function(){var bar=document.createElement(\"div\");bar.className=\"vis-current-time\";bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar};CurrentTime.prototype.destroy=function(){this.options.showCurrentTime=false;this.redraw();this.body=null};CurrentTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"rtl\",\"showCurrentTime\",\"moment\",\"locale\",\"locales\"],this.options,options)}};CurrentTime.prototype.redraw=function(){if(this.options.showCurrentTime){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar);this.start()}var now=this.options.moment((new Date).valueOf()+this.offset);var x=this.body.util.toScreen(now);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline/#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=locale.current+\" \"+locale.time+\": \"+now.format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);if(this.options.rtl){this.bar.style.right=x+\"px\"}else{this.bar.style.left=x+\"px\"}this.bar.title=title}else{if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}this.stop()}return false};CurrentTime.prototype.start=function(){var me=this;function update(){me.stop();var scale=me.body.range.conversion(me.body.domProps.center.width).scale;var interval=1/scale/10;if(interval<30)interval=30;if(interval>1e3)interval=1e3;me.redraw();me.body.emitter.emit(\"currentTimeTick\");me.currentTimeTimer=setTimeout(update,interval)}update()};CurrentTime.prototype.stop=function(){if(this.currentTimeTimer!==undefined){clearTimeout(this.currentTimeTimer);delete this.currentTimeTimer}};CurrentTime.prototype.setCurrentTime=function(time){var t=util.convert(time,\"Date\").valueOf();var now=(new Date).valueOf();this.offset=t-now;this.redraw()};CurrentTime.prototype.getCurrentTime=function(){return new Date((new Date).valueOf()+this.offset)};module.exports=CurrentTime},function(module,exports,__webpack_require__){\"use strict\";var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var stack=__webpack_require__(100);function Group(groupId,data,itemSet){this.groupId=groupId;this.subgroups={};this.subgroupStack={};this.subgroupStackAll=false;this.doInnerStack=false;this.subgroupIndex=0;this.subgroupOrderer=data&&data.subgroupOrder;this.itemSet=itemSet;this.isVisible=null;this.stackDirty=true;if(data&&data.nestedGroups){this.nestedGroups=data.nestedGroups;if(data.showNested==false){this.showNested=false}else{this.showNested=true}}if(data&&data.subgroupStack){if(typeof data.subgroupStack===\"boolean\"){this.doInnerStack=data.subgroupStack;this.subgroupStackAll=data.subgroupStack}else{for(var key in data.subgroupStack){this.subgroupStack[key]=data.subgroupStack[key];this.doInnerStack=this.doInnerStack||data.subgroupStack[key]}}}this.nestedInGroup=null;this.dom={};this.props={label:{width:0,height:0}};this.className=null;this.items={};this.visibleItems=[];this.itemsInRange=[];this.orderedItems={byStart:[],byEnd:[]};this.checkRangedItems=false;var me=this;this.itemSet.body.emitter.on(\"checkRangedItems\",function(){me.checkRangedItems=true});this._create();this.setData(data)}Group.prototype._create=function(){var label=document.createElement(\"div\");if(this.itemSet.options.groupEditable.order){label.className=\"vis-label draggable\"}else{label.className=\"vis-label\"}this.dom.label=label;var inner=document.createElement(\"div\");inner.className=\"vis-inner\";label.appendChild(inner);this.dom.inner=inner;var foreground=document.createElement(\"div\");foreground.className=\"vis-group\";foreground[\"timeline-group\"]=this;this.dom.foreground=foreground;this.dom.background=document.createElement(\"div\");this.dom.background.className=\"vis-group\";this.dom.axis=document.createElement(\"div\");this.dom.axis.className=\"vis-group\";this.dom.marker=document.createElement(\"div\");this.dom.marker.style.visibility=\"hidden\";this.dom.marker.style.position=\"absolute\";this.dom.marker.innerHTML=\"\";this.dom.background.appendChild(this.dom.marker)};Group.prototype.setData=function(data){var content;var templateFunction;if(this.itemSet.options&&this.itemSet.options.groupTemplate){templateFunction=this.itemSet.options.groupTemplate.bind(this);content=templateFunction(data,this.dom.inner)}else{content=data&&data.content}if(content instanceof Element){this.dom.inner.appendChild(content);while(this.dom.inner.firstChild){this.dom.inner.removeChild(this.dom.inner.firstChild)}this.dom.inner.appendChild(content)}else if(content instanceof Object){templateFunction(data,this.dom.inner)}else if(content!==undefined&&content!==null){this.dom.inner.innerHTML=content}else{this.dom.inner.innerHTML=this.groupId||\"\"}this.dom.label.title=data&&data.title||\"\";if(!this.dom.inner.firstChild){util.addClassName(this.dom.inner,\"vis-hidden\")}else{util.removeClassName(this.dom.inner,\"vis-hidden\")}if(data&&data.nestedGroups){if(!this.nestedGroups||this.nestedGroups!=data.nestedGroups){this.nestedGroups=data.nestedGroups}if(data.showNested!==undefined||this.showNested===undefined){if(data.showNested==false){this.showNested=false}else{this.showNested=true}}util.addClassName(this.dom.label,\"vis-nesting-group\");var collapsedDirClassName=this.itemSet.options.rtl?\"collapsed-rtl\":\"collapsed\";if(this.showNested){util.removeClassName(this.dom.label,collapsedDirClassName);util.addClassName(this.dom.label,\"expanded\")}else{util.removeClassName(this.dom.label,\"expanded\");util.addClassName(this.dom.label,collapsedDirClassName)}}else if(this.nestedGroups){this.nestedGroups=null;collapsedDirClassName=this.itemSet.options.rtl?\"collapsed-rtl\":\"collapsed\";util.removeClassName(this.dom.label,collapsedDirClassName);util.removeClassName(this.dom.label,\"expanded\");util.removeClassName(this.dom.label,\"vis-nesting-group\")}if(data&&data.nestedInGroup){util.addClassName(this.dom.label,\"vis-nested-group\");if(this.itemSet.options&&this.itemSet.options.rtl){this.dom.inner.style.paddingRight=\"30px\"}else{\nthis.dom.inner.style.paddingLeft=\"30px\"}}var className=data&&data.className||null;if(className!=this.className){if(this.className){util.removeClassName(this.dom.label,this.className);util.removeClassName(this.dom.foreground,this.className);util.removeClassName(this.dom.background,this.className);util.removeClassName(this.dom.axis,this.className)}util.addClassName(this.dom.label,className);util.addClassName(this.dom.foreground,className);util.addClassName(this.dom.background,className);util.addClassName(this.dom.axis,className);this.className=className}if(this.style){util.removeCssText(this.dom.label,this.style);this.style=null}if(data&&data.style){util.addCssText(this.dom.label,data.style);this.style=data.style}};Group.prototype.getLabelWidth=function(){return this.props.label.width};Group.prototype._didMarkerHeightChange=function(){var markerHeight=this.dom.marker.clientHeight;if(markerHeight!=this.lastMarkerHeight){this.lastMarkerHeight=markerHeight;var redrawQueue={};var redrawQueueLength=0;util.forEach(this.items,function(item,key){item.dirty=true;if(item.displayed){var returnQueue=true;redrawQueue[key]=item.redraw(returnQueue);redrawQueueLength=redrawQueue[key].length}});var needRedraw=redrawQueueLength>0;if(needRedraw){for(var i=0;i<redrawQueueLength;i++){util.forEach(redrawQueue,function(fns){fns[i]()})}}return true}};Group.prototype._calculateGroupSizeAndPosition=function(){var offsetTop=this.dom.foreground.offsetTop;var offsetLeft=this.dom.foreground.offsetLeft;var offsetWidth=this.dom.foreground.offsetWidth;this.top=offsetTop;this.right=offsetLeft;this.width=offsetWidth};Group.prototype._redrawItems=function(forceRestack,lastIsVisible,margin,range){var restack=forceRestack||this.stackDirty||this.isVisible&&!lastIsVisible;if(restack){var visibleSubgroups={};var subgroup=null;if(typeof this.itemSet.options.order===\"function\"){var me=this;var limitSize=false;var redrawQueue={};var redrawQueueLength=0;util.forEach(this.items,function(item,key){if(!item.displayed){var returnQueue=true;redrawQueue[key]=item.redraw(returnQueue);redrawQueueLength=redrawQueue[key].length;me.visibleItems.push(item)}});var needRedraw=redrawQueueLength>0;if(needRedraw){for(var i=0;i<redrawQueueLength;i++){util.forEach(redrawQueue,function(fns){fns[i]()})}}util.forEach(this.items,function(item){item.repositionX(limitSize)});if(this.doInnerStack&&this.itemSet.options.stackSubgroups){for(subgroup in this.subgroups){visibleSubgroups[subgroup]=this.subgroups[subgroup].items.slice().sort(function(a,b){return me.itemSet.options.order(a.data,b.data)})}stack.stackSubgroupsWithInnerStack(visibleSubgroups,margin,this.subgroups)}else{var customOrderedItems=this.orderedItems.byStart.slice().sort(function(a,b){return me.itemSet.options.order(a.data,b.data)});stack.stack(customOrderedItems,margin,true)}this.visibleItems=this._updateItemsInRange(this.orderedItems,this.visibleItems,range)}else{this.visibleItems=this._updateItemsInRange(this.orderedItems,this.visibleItems,range);if(this.itemSet.options.stack){if(this.doInnerStack&&this.itemSet.options.stackSubgroups){for(subgroup in this.subgroups){visibleSubgroups[subgroup]=this.subgroups[subgroup].items}stack.stackSubgroupsWithInnerStack(visibleSubgroups,margin,this.subgroups)}else{stack.stack(this.visibleItems,margin,true)}}else{stack.nostack(this.visibleItems,margin,this.subgroups,this.itemSet.options.stackSubgroups)}}this.stackDirty=false}};Group.prototype._didResize=function(resized,height){resized=util.updateProperty(this,\"height\",height)||resized;var labelWidth=this.dom.inner.clientWidth;var labelHeight=this.dom.inner.clientHeight;resized=util.updateProperty(this.props.label,\"width\",labelWidth)||resized;resized=util.updateProperty(this.props.label,\"height\",labelHeight)||resized;return resized};Group.prototype._applyGroupHeight=function(height){this.dom.background.style.height=height+\"px\";this.dom.foreground.style.height=height+\"px\";this.dom.label.style.height=height+\"px\"};Group.prototype._updateItemsVerticalPosition=function(margin){for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin);if(!this.isVisible&&this.groupId!=\"__background__\"){if(item.displayed)item.hide()}}};Group.prototype.redraw=function(range,margin,forceRestack,returnQueue){var resized=false;var lastIsVisible=this.isVisible;var height;var queue=[function(){forceRestack=this._didMarkerHeightChange.bind(this)}.bind(this),this._updateSubGroupHeights.bind(this,margin),this._calculateGroupSizeAndPosition.bind(this),function(){this.isVisible=this._isGroupVisible.bind(this)(range,margin)}.bind(this),function(){this._redrawItems.bind(this)(forceRestack,lastIsVisible,margin,range)}.bind(this),this._updateSubgroupsSizes.bind(this),function(){height=this._calculateHeight.bind(this)(margin)}.bind(this),this._calculateGroupSizeAndPosition.bind(this),function(){resized=this._didResize.bind(this)(resized,height)}.bind(this),function(){this._applyGroupHeight.bind(this)(height)}.bind(this),function(){this._updateItemsVerticalPosition.bind(this)(margin)}.bind(this),function(){if(!this.isVisible&&this.height){resized=false}return resized}];if(returnQueue){return queue}else{var result;queue.forEach(function(fn){result=fn()});return result}};Group.prototype._updateSubGroupHeights=function(margin){if((0,_keys2[\"default\"])(this.subgroups).length>0){var me=this;this.resetSubgroups();util.forEach(this.visibleItems,function(item){if(item.data.subgroup!==undefined){me.subgroups[item.data.subgroup].height=Math.max(me.subgroups[item.data.subgroup].height,item.height+margin.item.vertical);me.subgroups[item.data.subgroup].visible=true}})}};Group.prototype._isGroupVisible=function(range,margin){return this.top<=range.body.domProps.centerContainer.height-range.body.domProps.scrollTop+margin.axis&&this.top+this.height+margin.axis>=-range.body.domProps.scrollTop};Group.prototype._calculateHeight=function(margin){var height;var itemsInRange=this.visibleItems;if(itemsInRange.length>0){var min=itemsInRange[0].top;var max=itemsInRange[0].top+itemsInRange[0].height;util.forEach(itemsInRange,function(item){min=Math.min(min,item.top);max=Math.max(max,item.top+item.height)});if(min>margin.axis){var offset=min-margin.axis;max-=offset;util.forEach(itemsInRange,function(item){item.top-=offset})}height=max+margin.item.vertical/2}else{height=0}height=Math.max(height,this.props.label.height);return height};Group.prototype.show=function(){if(!this.dom.label.parentNode){this.itemSet.dom.labelSet.appendChild(this.dom.label)}if(!this.dom.foreground.parentNode){this.itemSet.dom.foreground.appendChild(this.dom.foreground)}if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}if(!this.dom.axis.parentNode){this.itemSet.dom.axis.appendChild(this.dom.axis)}};Group.prototype.hide=function(){var label=this.dom.label;if(label.parentNode){label.parentNode.removeChild(label)}var foreground=this.dom.foreground;if(foreground.parentNode){foreground.parentNode.removeChild(foreground)}var background=this.dom.background;if(background.parentNode){background.parentNode.removeChild(background)}var axis=this.dom.axis;if(axis.parentNode){axis.parentNode.removeChild(axis)}};Group.prototype.add=function(item){this.items[item.id]=item;item.setParent(this);this.stackDirty=true;if(item.data.subgroup!==undefined){this._addToSubgroup(item);this.orderSubgroups()}if(this.visibleItems.indexOf(item)==-1){var range=this.itemSet.body.range;this._checkIfVisible(item,this.visibleItems,range)}};Group.prototype._addToSubgroup=function(item,subgroupId){subgroupId=subgroupId||item.data.subgroup;if(subgroupId!=undefined&&this.subgroups[subgroupId]===undefined){this.subgroups[subgroupId]={height:0,top:0,start:item.data.start,end:item.data.end||item.data.start,visible:false,index:this.subgroupIndex,items:[],stack:this.subgroupStackAll||this.subgroupStack[subgroupId]||false};this.subgroupIndex++}if(new Date(item.data.start)<new Date(this.subgroups[subgroupId].start)){this.subgroups[subgroupId].start=item.data.start}var itemEnd=item.data.end||item.data.start;if(new Date(itemEnd)>new Date(this.subgroups[subgroupId].end)){this.subgroups[subgroupId].end=itemEnd}this.subgroups[subgroupId].items.push(item)};Group.prototype._updateSubgroupsSizes=function(){var me=this;if(me.subgroups){for(var subgroup in me.subgroups){var initialEnd=me.subgroups[subgroup].items[0].data.end||me.subgroups[subgroup].items[0].data.start;var newStart=me.subgroups[subgroup].items[0].data.start;var newEnd=initialEnd-1;me.subgroups[subgroup].items.forEach(function(item){if(new Date(item.data.start)<new Date(newStart)){newStart=item.data.start}var itemEnd=item.data.end||item.data.start;if(new Date(itemEnd)>new Date(newEnd)){newEnd=itemEnd}});me.subgroups[subgroup].start=newStart;me.subgroups[subgroup].end=new Date(newEnd-1)}}};Group.prototype.orderSubgroups=function(){if(this.subgroupOrderer!==undefined){var sortArray=[];var subgroup;if(typeof this.subgroupOrderer==\"string\"){for(subgroup in this.subgroups){sortArray.push({subgroup:subgroup,sortField:this.subgroups[subgroup].items[0].data[this.subgroupOrderer]})}sortArray.sort(function(a,b){return a.sortField-b.sortField})}else if(typeof this.subgroupOrderer==\"function\"){for(subgroup in this.subgroups){sortArray.push(this.subgroups[subgroup].items[0].data)}sortArray.sort(this.subgroupOrderer)}if(sortArray.length>0){for(var i=0;i<sortArray.length;i++){this.subgroups[sortArray[i].subgroup].index=i}}}};Group.prototype.resetSubgroups=function(){for(var subgroup in this.subgroups){if(this.subgroups.hasOwnProperty(subgroup)){this.subgroups[subgroup].visible=false;this.subgroups[subgroup].height=0}}};Group.prototype.remove=function(item){delete this.items[item.id];item.setParent(null);this.stackDirty=true;var index=this.visibleItems.indexOf(item);if(index!=-1)this.visibleItems.splice(index,1);if(item.data.subgroup!==undefined){this._removeFromSubgroup(item);this.orderSubgroups()}};Group.prototype._removeFromSubgroup=function(item,subgroupId){subgroupId=subgroupId||item.data.subgroup;if(subgroupId!=undefined){var subgroup=this.subgroups[subgroupId];if(subgroup){var itemIndex=subgroup.items.indexOf(item);if(itemIndex>=0){subgroup.items.splice(itemIndex,1);if(!subgroup.items.length){delete this.subgroups[subgroupId]}else{this._updateSubgroupsSizes()}}}}};Group.prototype.removeFromDataSet=function(item){this.itemSet.removeItem(item.id)};Group.prototype.order=function(){var array=util.toArray(this.items);var startArray=[];var endArray=[];for(var i=0;i<array.length;i++){if(array[i].data.end!==undefined){endArray.push(array[i])}startArray.push(array[i])}this.orderedItems={byStart:startArray,byEnd:endArray};stack.orderByStart(this.orderedItems.byStart);stack.orderByEnd(this.orderedItems.byEnd)};Group.prototype._updateItemsInRange=function(orderedItems,oldVisibleItems,range){var visibleItems=[];var visibleItemsLookup={};var interval=(range.end-range.start)/4;var lowerBound=range.start-interval;var upperBound=range.end+interval;var searchFunction=function searchFunction(value){if(value<lowerBound){return-1}else if(value<=upperBound){return 0}else{return 1}};if(oldVisibleItems.length>0){for(var i=0;i<oldVisibleItems.length;i++){this._checkIfVisibleWithReference(oldVisibleItems[i],visibleItems,visibleItemsLookup,range)}}var initialPosByStart=util.binarySearchCustom(orderedItems.byStart,searchFunction,\"data\",\"start\");this._traceVisible(initialPosByStart,orderedItems.byStart,visibleItems,visibleItemsLookup,function(item){return item.data.start<lowerBound||item.data.start>upperBound});if(this.checkRangedItems==true){this.checkRangedItems=false;for(i=0;i<orderedItems.byEnd.length;i++){this._checkIfVisibleWithReference(orderedItems.byEnd[i],visibleItems,visibleItemsLookup,range)}}else{var initialPosByEnd=util.binarySearchCustom(orderedItems.byEnd,searchFunction,\"data\",\"end\");this._traceVisible(initialPosByEnd,orderedItems.byEnd,visibleItems,visibleItemsLookup,function(item){return item.data.end<lowerBound||item.data.end>upperBound})}var redrawQueue={};var redrawQueueLength=0;for(i=0;i<visibleItems.length;i++){var item=visibleItems[i];if(!item.displayed){var returnQueue=true;redrawQueue[i]=item.redraw(returnQueue);redrawQueueLength=redrawQueue[i].length}}var needRedraw=redrawQueueLength>0;if(needRedraw){for(var j=0;j<redrawQueueLength;j++){util.forEach(redrawQueue,function(fns){fns[j]()})}}for(i=0;i<visibleItems.length;i++){visibleItems[i].repositionX()}return visibleItems};Group.prototype._traceVisible=function(initialPos,items,visibleItems,visibleItemsLookup,breakCondition){if(initialPos!=-1){var i,item;for(i=initialPos;i>=0;i--){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}for(i=initialPos+1;i<items.length;i++){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}}};Group.prototype._checkIfVisible=function(item,visibleItems,range){if(item.isVisible(range)){if(!item.displayed)item.show();item.repositionX();visibleItems.push(item)}else{if(item.displayed)item.hide()}};Group.prototype._checkIfVisibleWithReference=function(item,visibleItems,visibleItemsLookup,range){if(item.isVisible(range)){if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}else{if(item.displayed)item.hide()}};Group.prototype.changeSubgroup=function(item,oldSubgroup,newSubgroup){this._removeFromSubgroup(item,oldSubgroup);this._addToSubgroup(item,newSubgroup);this.orderSubgroups()};module.exports=Group},function(module,exports,__webpack_require__){\"use strict\";var _create=__webpack_require__(29);var _create2=_interopRequireDefault(_create);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Group=__webpack_require__(68);function BackgroundGroup(groupId,data,itemSet){Group.call(this,groupId,data,itemSet);this.width=0;this.height=0;this.top=0;this.left=0}BackgroundGroup.prototype=(0,_create2[\"default\"])(Group.prototype);BackgroundGroup.prototype.redraw=function(range,margin,forceRestack){var resized=false;this.visibleItems=this._updateItemsInRange(this.orderedItems,this.visibleItems,range);this.width=this.dom.background.offsetWidth;this.dom.background.style.height=\"0\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};BackgroundGroup.prototype.show=function(){if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}};module.exports=BackgroundGroup},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(38);function RangeItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;this.options=options;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}RangeItem.prototype=new Item(null,null,null);RangeItem.prototype.baseClassName=\"vis-item vis-range\";RangeItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};RangeItem.prototype._createDomElement=function(){if(!this.dom){this.dom={};this.dom.box=document.createElement(\"div\");this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"vis-item-overflow\";this.dom.box.appendChild(this.dom.frame);this.dom.visibleFrame=document.createElement(\"div\");this.dom.visibleFrame.className=\"vis-item-visible-frame\";this.dom.box.appendChild(this.dom.visibleFrame);this.dom.content=document.createElement(\"div\");this.dom.content.className=\"vis-item-content\";this.dom.frame.appendChild(this.dom.content);this.dom.box[\"timeline-item\"]=this;this.dirty=true}};RangeItem.prototype._appendDomElement=function(){if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!this.dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(this.dom.box)}this.displayed=true};RangeItem.prototype._updateDirtyDomComponents=function(){if(this.dirty){this._updateContents(this.dom.content);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=this.editable.updateTime||this.editable.updateGroup;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");this.dom.box.className=this.baseClassName+className;this.dom.content.style.maxWidth=\"none\"}};RangeItem.prototype._getDomComponentsSizes=function(){this.overflow=window.getComputedStyle(this.dom.frame).overflow!==\"hidden\";return{content:{width:this.dom.content.offsetWidth},box:{height:this.dom.box.offsetHeight}}};RangeItem.prototype._updateDomComponentsSizes=function(sizes){this.props.content.width=sizes.content.width;this.height=sizes.box.height;this.dom.content.style.maxWidth=\"\";this.dirty=false};RangeItem.prototype._repaintDomAdditionals=function(){this._repaintOnItemUpdateTimeTooltip(this.dom.box);this._repaintDeleteButton(this.dom.box);this._repaintDragCenter();this._repaintDragLeft();this._repaintDragRight()};RangeItem.prototype.redraw=function(returnQueue){var sizes;var queue=[this._createDomElement.bind(this),this._appendDomElement.bind(this),this._updateDirtyDomComponents.bind(this),function(){if(this.dirty){sizes=this._getDomComponentsSizes.bind(this)()}}.bind(this),function(){if(this.dirty){this._updateDomComponentsSizes.bind(this)(sizes)}}.bind(this),this._repaintDomAdditionals.bind(this)];if(returnQueue){return queue}else{var result;queue.forEach(function(fn){result=fn()});return result}};RangeItem.prototype.show=function(){if(!this.displayed){this.redraw()}};RangeItem.prototype.hide=function(){if(this.displayed){var box=this.dom.box;if(box.parentNode){box.parentNode.removeChild(box)}this.displayed=false}};RangeItem.prototype.repositionX=function(limitSize){var parentWidth=this.parent.width;var start=this.conversion.toScreen(this.data.start);var end=this.conversion.toScreen(this.data.end);var align=this.data.align===undefined?this.options.align:this.data.align;var contentStartPosition;var contentWidth;if(this.data.limitSize!==false&&(limitSize===undefined||limitSize===true)){if(start<-parentWidth){start=-parentWidth}if(end>2*parentWidth){end=2*parentWidth}}var boxWidth=Math.max(end-start+.5,1);if(this.overflow){if(this.options.rtl){this.right=start}else{this.left=start}this.width=boxWidth+this.props.content.width;contentWidth=this.props.content.width}else{if(this.options.rtl){this.right=start}else{this.left=start}this.width=boxWidth;contentWidth=Math.min(end-start,this.props.content.width)}if(this.options.rtl){this.dom.box.style.right=this.right+\"px\"}else{this.dom.box.style.left=this.left+\"px\"}this.dom.box.style.width=boxWidth+\"px\";switch(align){case\"left\":if(this.options.rtl){this.dom.content.style.right=\"0\"}else{this.dom.content.style.left=\"0\"}break;case\"right\":if(this.options.rtl){this.dom.content.style.right=Math.max(boxWidth-contentWidth,0)+\"px\"}else{this.dom.content.style.left=Math.max(boxWidth-contentWidth,0)+\"px\"}break;case\"center\":if(this.options.rtl){this.dom.content.style.right=Math.max((boxWidth-contentWidth)/2,0)+\"px\"}else{this.dom.content.style.left=Math.max((boxWidth-contentWidth)/2,0)+\"px\"}break;default:if(this.overflow){if(end>0){contentStartPosition=Math.max(-start,0)}else{contentStartPosition=-contentWidth}}else{if(start<0){contentStartPosition=-start}else{contentStartPosition=0}}if(this.options.rtl){this.dom.content.style.right=contentStartPosition+\"px\"}else{this.dom.content.style.left=contentStartPosition+\"px\";this.dom.content.style.width=\"calc(100% - \"+contentStartPosition+\"px)\"}}};RangeItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;if(orientation==\"top\"){box.style.top=this.top+\"px\"}else{box.style.top=this.parent.height-this.top-this.height+\"px\"}};RangeItem.prototype._repaintDragLeft=function(){if((this.selected||this.options.itemsAlwaysDraggable.range)&&this.options.editable.updateTime&&!this.dom.dragLeft){var dragLeft=document.createElement(\"div\");dragLeft.className=\"vis-drag-left\";dragLeft.dragLeftItem=this;this.dom.box.appendChild(dragLeft);this.dom.dragLeft=dragLeft}else if(!this.selected&&!this.options.itemsAlwaysDraggable.range&&this.dom.dragLeft){if(this.dom.dragLeft.parentNode){this.dom.dragLeft.parentNode.removeChild(this.dom.dragLeft)}this.dom.dragLeft=null}};RangeItem.prototype._repaintDragRight=function(){if((this.selected||this.options.itemsAlwaysDraggable.range)&&this.options.editable.updateTime&&!this.dom.dragRight){var dragRight=document.createElement(\"div\");dragRight.className=\"vis-drag-right\";dragRight.dragRightItem=this;this.dom.box.appendChild(dragRight);this.dom.dragRight=dragRight}else if(!this.selected&&!this.options.itemsAlwaysDraggable.range&&this.dom.dragRight){if(this.dom.dragRight.parentNode){this.dom.dragRight.parentNode.removeChild(this.dom.dragRight)}this.dom.dragRight=null}};module.exports=RangeItem},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var ColorPicker=__webpack_require__(179)[\"default\"];var Configurator=function(){function Configurator(parentModule,defaultContainer,configureOptions){var pixelRatio=arguments.length>3&&arguments[3]!==undefined?arguments[3]:1;(0,_classCallCheck3[\"default\"])(this,Configurator);this.parent=parentModule;this.changedOptions=[];this.container=defaultContainer;this.allowCreation=false;this.options={};this.initialized=false;this.popupCounter=0;this.defaultOptions={enabled:false,filter:true,container:undefined,showButton:true};util.extend(this.options,this.defaultOptions);this.configureOptions=configureOptions;this.moduleOptions={};this.domElements=[];this.popupDiv={};this.popupLimit=5;this.popupHistory={};this.colorPicker=new ColorPicker(pixelRatio);this.wrapper=undefined}(0,_createClass3[\"default\"])(Configurator,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.popupHistory={};this._removePopup();var enabled=true;if(typeof options===\"string\"){this.options.filter=options}else if(options instanceof Array){this.options.filter=options.join()}else if((typeof options===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(options))===\"object\"){if(options.container!==undefined){this.options.container=options.container}if(options.filter!==undefined){this.options.filter=options.filter}if(options.showButton!==undefined){this.options.showButton=options.showButton}if(options.enabled!==undefined){enabled=options.enabled}}else if(typeof options===\"boolean\"){this.options.filter=true;enabled=options}else if(typeof options===\"function\"){this.options.filter=options;enabled=true}if(this.options.filter===false){enabled=false}this.options.enabled=enabled}this._clean()}},{key:\"setModuleOptions\",value:function setModuleOptions(moduleOptions){this.moduleOptions=moduleOptions;if(this.options.enabled===true){this._clean();if(this.options.container!==undefined){this.container=this.options.container}this._create()}}},{key:\"_create\",value:function _create(){var _this=this;this._clean();this.changedOptions=[];var filter=this.options.filter;var counter=0;var show=false;for(var option in this.configureOptions){if(this.configureOptions.hasOwnProperty(option)){this.allowCreation=false;show=false;if(typeof filter===\"function\"){show=filter(option,[]);show=show||this._handleObject(this.configureOptions[option],[option],true)}else if(filter===true||filter.indexOf(option)!==-1){show=true}if(show!==false){this.allowCreation=true;if(counter>0){this._makeItem([])}this._makeHeader(option);this._handleObject(this.configureOptions[option],[option])}counter++}}if(this.options.showButton===true){var generateButton=document.createElement(\"div\");generateButton.className=\"vis-configuration vis-config-button\";generateButton.innerHTML=\"generate options\";generateButton.onclick=function(){_this._printOptions()};generateButton.onmouseover=function(){generateButton.className=\"vis-configuration vis-config-button hover\"};generateButton.onmouseout=function(){generateButton.className=\"vis-configuration vis-config-button\"};this.optionsContainer=document.createElement(\"div\");this.optionsContainer.className=\"vis-configuration vis-config-option-container\";this.domElements.push(this.optionsContainer);this.domElements.push(generateButton)}this._push()}},{key:\"_push\",value:function _push(){this.wrapper=document.createElement(\"div\");this.wrapper.className=\"vis-configuration-wrapper\";this.container.appendChild(this.wrapper);for(var i=0;i<this.domElements.length;i++){this.wrapper.appendChild(this.domElements[i])}this._showPopupIfNeeded()}},{key:\"_clean\",value:function _clean(){for(var i=0;i<this.domElements.length;i++){this.wrapper.removeChild(this.domElements[i])}if(this.wrapper!==undefined){this.container.removeChild(this.wrapper);this.wrapper=undefined}this.domElements=[];this._removePopup()}},{key:\"_getValue\",value:function _getValue(path){var base=this.moduleOptions;for(var i=0;i<path.length;i++){if(base[path[i]]!==undefined){base=base[path[i]]}else{base=undefined;break}}return base}},{key:\"_makeItem\",value:function _makeItem(path){if(this.allowCreation===true){var item=document.createElement(\"div\");item.className=\"vis-configuration vis-config-item vis-config-s\"+path.length;for(var _len=arguments.length,domElements=Array(_len>1?_len-1:0),_key=1;_key<_len;_key++){domElements[_key-1]=arguments[_key]}domElements.forEach(function(element){item.appendChild(element)});this.domElements.push(item);return this.domElements.length}return 0}},{key:\"_makeHeader\",value:function _makeHeader(name){var div=document.createElement(\"div\");div.className=\"vis-configuration vis-config-header\";div.innerHTML=name;this._makeItem([],div)}},{key:\"_makeLabel\",value:function _makeLabel(name,path){var objectLabel=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var div=document.createElement(\"div\");div.className=\"vis-configuration vis-config-label vis-config-s\"+path.length;if(objectLabel===true){div.innerHTML=\"<i><b>\"+name+\":</b></i>\"}else{div.innerHTML=name+\":\"}return div}},{key:\"_makeDropdown\",value:function _makeDropdown(arr,value,path){var select=document.createElement(\"select\");select.className=\"vis-configuration vis-config-select\";var selectedValue=0;if(value!==undefined){if(arr.indexOf(value)!==-1){selectedValue=arr.indexOf(value)}}for(var i=0;i<arr.length;i++){var option=document.createElement(\"option\");option.value=arr[i];if(i===selectedValue){option.selected=\"selected\"}option.innerHTML=arr[i];select.appendChild(option)}var me=this;select.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,select)}},{key:\"_makeRange\",value:function _makeRange(arr,value,path){var defaultValue=arr[0];var min=arr[1];var max=arr[2];var step=arr[3];var range=document.createElement(\"input\");range.className=\"vis-configuration vis-config-range\";try{range.type=\"range\";range.min=min;range.max=max}catch(err){}range.step=step;var popupString=\"\";var popupValue=0;if(value!==undefined){var factor=1.2;if(value<0&&value*factor<min){range.min=Math.ceil(value*factor);popupValue=range.min;popupString=\"range increased\"}else if(value/factor<min){range.min=Math.ceil(value/factor);popupValue=range.min;popupString=\"range increased\"}if(value*factor>max&&max!==1){range.max=Math.ceil(value*factor);popupValue=range.max;popupString=\"range increased\"}range.value=value}else{range.value=defaultValue}var input=document.createElement(\"input\");input.className=\"vis-configuration vis-config-rangeinput\";input.value=range.value;var me=this;range.onchange=function(){input.value=this.value;me._update(Number(this.value),path)};range.oninput=function(){input.value=this.value};var label=this._makeLabel(path[path.length-1],path);var itemIndex=this._makeItem(path,label,range,input);if(popupString!==\"\"&&this.popupHistory[itemIndex]!==popupValue){this.popupHistory[itemIndex]=popupValue;this._setupPopup(popupString,itemIndex)}}},{key:\"_setupPopup\",value:function _setupPopup(string,index){var _this2=this;if(this.initialized===true&&this.allowCreation===true&&this.popupCounter<this.popupLimit){var div=document.createElement(\"div\");div.id=\"vis-configuration-popup\";div.className=\"vis-configuration-popup\";div.innerHTML=string;div.onclick=function(){_this2._removePopup()};this.popupCounter+=1;this.popupDiv={html:div,index:index}}}},{key:\"_removePopup\",value:function _removePopup(){if(this.popupDiv.html!==undefined){this.popupDiv.html.parentNode.removeChild(this.popupDiv.html);clearTimeout(this.popupDiv.hideTimeout);clearTimeout(this.popupDiv.deleteTimeout);this.popupDiv={}}}},{key:\"_showPopupIfNeeded\",value:function _showPopupIfNeeded(){var _this3=this;if(this.popupDiv.html!==undefined){var correspondingElement=this.domElements[this.popupDiv.index];var rect=correspondingElement.getBoundingClientRect();this.popupDiv.html.style.left=rect.left+\"px\";this.popupDiv.html.style.top=rect.top-30+\"px\";document.body.appendChild(this.popupDiv.html);this.popupDiv.hideTimeout=setTimeout(function(){_this3.popupDiv.html.style.opacity=0},1500);this.popupDiv.deleteTimeout=setTimeout(function(){_this3._removePopup()},1800)}}},{key:\"_makeCheckbox\",value:function _makeCheckbox(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"checkbox\";checkbox.className=\"vis-configuration vis-config-checkbox\";checkbox.checked=defaultValue;if(value!==undefined){checkbox.checked=value;if(value!==defaultValue){if((typeof defaultValue===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(defaultValue))===\"object\"){if(value!==defaultValue.enabled){this.changedOptions.push({path:path,value:value})}}else{this.changedOptions.push({path:path,value:value})}}}var me=this;checkbox.onchange=function(){me._update(this.checked,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeTextInput\",value:function _makeTextInput(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"text\";checkbox.className=\"vis-configuration vis-config-text\";checkbox.value=value;if(value!==defaultValue){this.changedOptions.push({path:path,value:value})}var me=this;checkbox.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeColorField\",value:function _makeColorField(arr,value,path){var _this4=this;var defaultColor=arr[1];var div=document.createElement(\"div\");value=value===undefined?defaultColor:value;if(value!==\"none\"){div.className=\"vis-configuration vis-config-colorBlock\";div.style.backgroundColor=value}else{div.className=\"vis-configuration vis-config-colorBlock none\"}value=value===undefined?defaultColor:value;div.onclick=function(){_this4._showColorPicker(value,div,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,div)}},{key:\"_showColorPicker\",value:function _showColorPicker(value,div,path){var _this5=this;div.onclick=function(){};this.colorPicker.insertTo(div);this.colorPicker.show();this.colorPicker.setColor(value);this.colorPicker.setUpdateCallback(function(color){\nvar colorString=\"rgba(\"+color.r+\",\"+color.g+\",\"+color.b+\",\"+color.a+\")\";div.style.backgroundColor=colorString;_this5._update(colorString,path)});this.colorPicker.setCloseCallback(function(){div.onclick=function(){_this5._showColorPicker(value,div,path)}})}},{key:\"_handleObject\",value:function _handleObject(obj){var path=arguments.length>1&&arguments[1]!==undefined?arguments[1]:[];var checkOnly=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var show=false;var filter=this.options.filter;var visibleInSet=false;for(var subObj in obj){if(obj.hasOwnProperty(subObj)){show=true;var item=obj[subObj];var newPath=util.copyAndExtendArray(path,subObj);if(typeof filter===\"function\"){show=filter(subObj,path);if(show===false){if(!(item instanceof Array)&&typeof item!==\"string\"&&typeof item!==\"boolean\"&&item instanceof Object){this.allowCreation=false;show=this._handleObject(item,newPath,true);this.allowCreation=checkOnly===false}}}if(show!==false){visibleInSet=true;var value=this._getValue(newPath);if(item instanceof Array){this._handleArray(item,value,newPath)}else if(typeof item===\"string\"){this._makeTextInput(item,value,newPath)}else if(typeof item===\"boolean\"){this._makeCheckbox(item,value,newPath)}else if(item instanceof Object){var draw=true;if(path.indexOf(\"physics\")!==-1){if(this.moduleOptions.physics.solver!==subObj){draw=false}}if(draw===true){if(item.enabled!==undefined){var enabledPath=util.copyAndExtendArray(newPath,\"enabled\");var enabledValue=this._getValue(enabledPath);if(enabledValue===true){var label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}else{this._makeCheckbox(item,enabledValue,newPath)}}else{var _label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,_label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}}}else{console.error(\"dont know how to handle\",item,subObj,newPath)}}}}return visibleInSet}},{key:\"_handleArray\",value:function _handleArray(arr,value,path){if(typeof arr[0]===\"string\"&&arr[0]===\"color\"){this._makeColorField(arr,value,path);if(arr[1]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"string\"){this._makeDropdown(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"number\"){this._makeRange(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:Number(value)})}}}},{key:\"_update\",value:function _update(value,path){var options=this._constructOptions(value,path);if(this.parent.body&&this.parent.body.emitter&&this.parent.body.emitter.emit){this.parent.body.emitter.emit(\"configChange\",options)}this.initialized=true;this.parent.setOptions(options)}},{key:\"_constructOptions\",value:function _constructOptions(value,path){var optionsObj=arguments.length>2&&arguments[2]!==undefined?arguments[2]:{};var pointer=optionsObj;value=value===\"true\"?true:value;value=value===\"false\"?false:value;for(var i=0;i<path.length;i++){if(path[i]!==\"global\"){if(pointer[path[i]]===undefined){pointer[path[i]]={}}if(i!==path.length-1){pointer=pointer[path[i]]}else{pointer[path[i]]=value}}}return optionsObj}},{key:\"_printOptions\",value:function _printOptions(){var options=this.getOptions();this.optionsContainer.innerHTML=\"<pre>var options = \"+(0,_stringify2[\"default\"])(options,null,2)+\"</pre>\"}},{key:\"getOptions\",value:function getOptions(){var options={};for(var i=0;i<this.changedOptions.length;i++){this._constructOptions(this.changedOptions[i].value,this.changedOptions[i].path,options)}return options}}]);return Configurator}();exports[\"default\"]=Configurator},function(module,exports,__webpack_require__){\"use strict\";var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var DOMutil=__webpack_require__(14);function Points(groupId,options){}Points.draw=function(dataset,group,framework,offset){offset=offset||0;var callback=getCallback(framework,group);for(var i=0;i<dataset.length;i++){if(!callback){DOMutil.drawPoint(dataset[i].screen_x+offset,dataset[i].screen_y,getGroupTemplate(group),framework.svgElements,framework.svg,dataset[i].label)}else{var callbackResult=callback(dataset[i],group);if(callbackResult===true||(typeof callbackResult===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(callbackResult))===\"object\"){DOMutil.drawPoint(dataset[i].screen_x+offset,dataset[i].screen_y,getGroupTemplate(group,callbackResult),framework.svgElements,framework.svg,dataset[i].label)}}}};Points.drawIcon=function(group,x,y,iconWidth,iconHeight,framework){var fillHeight=iconHeight*.5;var outline=DOMutil.getSVGElement(\"rect\",framework.svgElements,framework.svg);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");DOMutil.drawPoint(x+.5*iconWidth,y,getGroupTemplate(group),framework.svgElements,framework.svg)};function getGroupTemplate(group,callbackResult){callbackResult=typeof callbackResult===\"undefined\"?{}:callbackResult;return{style:callbackResult.style||group.options.drawPoints.style,styles:callbackResult.styles||group.options.drawPoints.styles,size:callbackResult.size||group.options.drawPoints.size,className:callbackResult.className||group.className}}function getCallback(framework,group){var callback=undefined;if(framework.options&&framework.options.drawPoints&&framework.options.drawPoints.onRender&&typeof framework.options.drawPoints.onRender==\"function\"){callback=framework.options.drawPoints.onRender}if(group.group.options&&group.group.options.drawPoints&&group.group.options.drawPoints.onRender&&typeof group.group.options.drawPoints.onRender==\"function\"){callback=group.group.options.drawPoints.onRender}return callback}module.exports=Points},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var CircleImageBase=function(_NodeBase){(0,_inherits3[\"default\"])(CircleImageBase,_NodeBase);function CircleImageBase(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,CircleImageBase);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(CircleImageBase.__proto__||(0,_getPrototypeOf2[\"default\"])(CircleImageBase)).call(this,options,body,labelModule));_this.labelOffset=0;_this.selected=false;return _this}(0,_createClass3[\"default\"])(CircleImageBase,[{key:\"setOptions\",value:function setOptions(options,imageObj,imageObjAlt){this.options=options;if(!(imageObj===undefined&&imageObjAlt===undefined)){this.setImages(imageObj,imageObjAlt)}}},{key:\"setImages\",value:function setImages(imageObj,imageObjAlt){if(imageObjAlt&&this.selected){this.imageObj=imageObjAlt;this.imageObjAlt=imageObj}else{this.imageObj=imageObj;this.imageObjAlt=imageObjAlt}}},{key:\"switchImages\",value:function switchImages(selected){var selection_changed=selected&&!this.selected||!selected&&this.selected;this.selected=selected;if(this.imageObjAlt!==undefined&&selection_changed){var imageTmp=this.imageObj;this.imageObj=this.imageObjAlt;this.imageObjAlt=imageTmp}}},{key:\"_resizeImage\",value:function _resizeImage(){var width,height;if(this.options.shapeProperties.useImageSize===false){var ratio_width=1;var ratio_height=1;if(this.imageObj.width&&this.imageObj.height){if(this.imageObj.width>this.imageObj.height){ratio_width=this.imageObj.width/this.imageObj.height}else{ratio_height=this.imageObj.height/this.imageObj.width}}width=this.options.size*2*ratio_width;height=this.options.size*2*ratio_height}else{width=this.imageObj.width;height=this.imageObj.height}this.width=width;this.height=height;this.radius=.5*this.width}},{key:\"_drawRawCircle\",value:function _drawRawCircle(ctx,x,y,values){this.initContextForDraw(ctx,values);ctx.circle(x,y,values.size);this.performFill(ctx,values)}},{key:\"_drawImageAtPosition\",value:function _drawImageAtPosition(ctx,values){if(this.imageObj.width!=0){ctx.globalAlpha=1;this.enableShadow(ctx,values);var factor=1;if(this.options.shapeProperties.interpolation===true){factor=this.imageObj.width/this.width/this.body.view.scale}this.imageObj.drawImageAtPosition(ctx,factor,this.left,this.top,this.width,this.height);this.disableShadow(ctx,values)}}},{key:\"_drawImageLabel\",value:function _drawImageLabel(ctx,x,y,selected,hover){var yLabel;var offset=0;if(this.height!==undefined){offset=this.height*.5;var labelDimensions=this.labelModule.getTextSize(ctx,selected,hover);if(labelDimensions.lineCount>=1){offset+=labelDimensions.height/2}}yLabel=y+offset;if(this.options.label){this.labelOffset=offset}this.labelModule.draw(ctx,x,yLabel,selected,hover,\"hanging\")}}]);return CircleImageBase}(_NodeBase3[\"default\"]);exports[\"default\"]=CircleImageBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _create=__webpack_require__(29);var _create2=_interopRequireDefault(_create);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Label=__webpack_require__(117)[\"default\"];var ComponentUtil=__webpack_require__(48)[\"default\"];var CubicBezierEdge=__webpack_require__(215)[\"default\"];var BezierEdgeDynamic=__webpack_require__(217)[\"default\"];var BezierEdgeStatic=__webpack_require__(218)[\"default\"];var StraightEdge=__webpack_require__(219)[\"default\"];var Edge=function(){function Edge(options,body,globalOptions,defaultOptions){(0,_classCallCheck3[\"default\"])(this,Edge);if(body===undefined){throw new Error(\"No body provided\")}this.options=util.bridgeObject(globalOptions);this.globalOptions=globalOptions;this.defaultOptions=defaultOptions;this.body=body;this.id=undefined;this.fromId=undefined;this.toId=undefined;this.selected=false;this.hover=false;this.labelDirty=true;this.baseWidth=this.options.width;this.baseFontSize=this.options.font.size;this.from=undefined;this.to=undefined;this.edgeType=undefined;this.connected=false;this.labelModule=new Label(this.body,this.options,true);this.setOptions(options)}(0,_createClass3[\"default\"])(Edge,[{key:\"setOptions\",value:function setOptions(options){if(!options){return}Edge.parseOptions(this.options,options,true,this.globalOptions);if(options.id!==undefined){this.id=options.id}if(options.from!==undefined){this.fromId=options.from}if(options.to!==undefined){this.toId=options.to}if(options.title!==undefined){this.title=options.title}if(options.value!==undefined){options.value=parseFloat(options.value)}var pile=[options,this.options,this.defaultOptions];this.chooser=ComponentUtil.choosify(\"edge\",pile);this.updateLabelModule(options);var dataChanged=this.updateEdgeType();this._setInteractionWidths();this.connect();if(options.hidden!==undefined||options.physics!==undefined){dataChanged=true}return dataChanged}},{key:\"getFormattingValues\",value:function getFormattingValues(){var toArrow=this.options.arrows.to===true||this.options.arrows.to.enabled===true;var fromArrow=this.options.arrows.from===true||this.options.arrows.from.enabled===true;var middleArrow=this.options.arrows.middle===true||this.options.arrows.middle.enabled===true;var inheritsColor=this.options.color.inherit;var values={toArrow:toArrow,toArrowScale:this.options.arrows.to.scaleFactor,toArrowType:this.options.arrows.to.type,middleArrow:middleArrow,middleArrowScale:this.options.arrows.middle.scaleFactor,middleArrowType:this.options.arrows.middle.type,fromArrow:fromArrow,fromArrowScale:this.options.arrows.from.scaleFactor,fromArrowType:this.options.arrows.from.type,arrowStrikethrough:this.options.arrowStrikethrough,color:inheritsColor?undefined:this.options.color.color,inheritsColor:inheritsColor,opacity:this.options.color.opacity,hidden:this.options.hidden,length:this.options.length,shadow:this.options.shadow.enabled,shadowColor:this.options.shadow.color,shadowSize:this.options.shadow.size,shadowX:this.options.shadow.x,shadowY:this.options.shadow.y,dashes:this.options.dashes,width:this.options.width};if(this.selected||this.hover){if(this.chooser===true){if(this.selected){var selectedWidth=this.options.selectionWidth;if(typeof selectedWidth===\"function\"){values.width=selectedWidth(values.width)}else if(typeof selectedWidth===\"number\"){values.width+=selectedWidth}values.width=Math.max(values.width,.3/this.body.view.scale);values.color=this.options.color.highlight;values.shadow=this.options.shadow.enabled}else if(this.hover){var hoverWidth=this.options.hoverWidth;if(typeof hoverWidth===\"function\"){values.width=hoverWidth(values.width)}else if(typeof hoverWidth===\"number\"){values.width+=hoverWidth}values.width=Math.max(values.width,.3/this.body.view.scale);values.color=this.options.color.hover;values.shadow=this.options.shadow.enabled}}else if(typeof this.chooser===\"function\"){this.chooser(values,this.options.id,this.selected,this.hover);if(values.color!==undefined){values.inheritsColor=false}if(values.shadow===false){if(values.shadowColor!==this.options.shadow.color||values.shadowSize!==this.options.shadow.size||values.shadowX!==this.options.shadow.x||values.shadowY!==this.options.shadow.y){values.shadow=true}}}}else{values.shadow=this.options.shadow.enabled;values.width=Math.max(values.width,.3/this.body.view.scale)}return values}},{key:\"updateLabelModule\",value:function updateLabelModule(options){var pile=[options,this.options,this.globalOptions,this.defaultOptions];this.labelModule.update(this.options,pile);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateEdgeType\",value:function updateEdgeType(){var smooth=this.options.smooth;var dataChanged=false;var changeInType=true;if(this.edgeType!==undefined){if(this.edgeType instanceof BezierEdgeDynamic&&smooth.enabled===true&&smooth.type===\"dynamic\"||this.edgeType instanceof CubicBezierEdge&&smooth.enabled===true&&smooth.type===\"cubicBezier\"||this.edgeType instanceof BezierEdgeStatic&&smooth.enabled===true&&smooth.type!==\"dynamic\"&&smooth.type!==\"cubicBezier\"||this.edgeType instanceof StraightEdge&&smooth.type.enabled===false){changeInType=false}if(changeInType===true){dataChanged=this.cleanup()}}if(changeInType===true){if(smooth.enabled===true){if(smooth.type===\"dynamic\"){dataChanged=true;this.edgeType=new BezierEdgeDynamic(this.options,this.body,this.labelModule)}else if(smooth.type===\"cubicBezier\"){this.edgeType=new CubicBezierEdge(this.options,this.body,this.labelModule)}else{this.edgeType=new BezierEdgeStatic(this.options,this.body,this.labelModule)}}else{this.edgeType=new StraightEdge(this.options,this.body,this.labelModule)}}else{this.edgeType.setOptions(this.options)}return dataChanged}},{key:\"connect\",value:function connect(){this.disconnect();this.from=this.body.nodes[this.fromId]||undefined;this.to=this.body.nodes[this.toId]||undefined;this.connected=this.from!==undefined&&this.to!==undefined;if(this.connected===true){this.from.attachEdge(this);this.to.attachEdge(this)}else{if(this.from){this.from.detachEdge(this)}if(this.to){this.to.detachEdge(this)}}this.edgeType.connect()}},{key:\"disconnect\",value:function disconnect(){if(this.from){this.from.detachEdge(this);this.from=undefined}if(this.to){this.to.detachEdge(this);this.to=undefined}this.connected=false}},{key:\"getTitle\",value:function getTitle(){return this.title}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var widthDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.width=this.options.scaling.min+scale*widthDiff}else{this.options.width=this.baseWidth;this.options.font.size=this.baseFontSize}this._setInteractionWidths();this.updateLabelModule()}},{key:\"_setInteractionWidths\",value:function _setInteractionWidths(){if(typeof this.options.hoverWidth===\"function\"){this.edgeType.hoverWidth=this.options.hoverWidth(this.options.width)}else{this.edgeType.hoverWidth=this.options.hoverWidth+this.options.width}if(typeof this.options.selectionWidth===\"function\"){this.edgeType.selectionWidth=this.options.selectionWidth(this.options.width)}else{this.edgeType.selectionWidth=this.options.selectionWidth+this.options.width}}},{key:\"draw\",value:function draw(ctx){var values=this.getFormattingValues();if(values.hidden){return}var viaNode=this.edgeType.getViaNode();var arrowData={};this.edgeType.fromPoint=this.edgeType.from;this.edgeType.toPoint=this.edgeType.to;if(values.fromArrow){arrowData.from=this.edgeType.getArrowData(ctx,\"from\",viaNode,this.selected,this.hover,values);if(values.arrowStrikethrough===false)this.edgeType.fromPoint=arrowData.from.core}if(values.toArrow){arrowData.to=this.edgeType.getArrowData(ctx,\"to\",viaNode,this.selected,this.hover,values);if(values.arrowStrikethrough===false)this.edgeType.toPoint=arrowData.to.core}if(values.middleArrow){arrowData.middle=this.edgeType.getArrowData(ctx,\"middle\",viaNode,this.selected,this.hover,values)}this.edgeType.drawLine(ctx,values,this.selected,this.hover,viaNode);this.drawArrows(ctx,arrowData,values);this.drawLabel(ctx,viaNode)}},{key:\"drawArrows\",value:function drawArrows(ctx,arrowData,values){if(values.fromArrow){this.edgeType.drawArrowHead(ctx,values,this.selected,this.hover,arrowData.from)}if(values.middleArrow){this.edgeType.drawArrowHead(ctx,values,this.selected,this.hover,arrowData.middle)}if(values.toArrow){this.edgeType.drawArrowHead(ctx,values,this.selected,this.hover,arrowData.to)}}},{key:\"drawLabel\",value:function drawLabel(ctx,viaNode){if(this.options.label!==undefined){var node1=this.from;var node2=this.to;if(this.labelModule.differentState(this.selected,this.hover)){this.labelModule.getTextSize(ctx,this.selected,this.hover)}if(node1.id!=node2.id){this.labelModule.pointToSelf=false;var point=this.edgeType.getPoint(.5,viaNode);ctx.save();var rotationPoint=this._getRotation(ctx);if(rotationPoint.angle!=0){ctx.translate(rotationPoint.x,rotationPoint.y);ctx.rotate(rotationPoint.angle)}this.labelModule.draw(ctx,point.x,point.y,this.selected,this.hover);ctx.restore()}else{this.labelModule.pointToSelf=true;var x,y;var radius=this.options.selfReferenceSize;if(node1.shape.width>node1.shape.height){x=node1.x+node1.shape.width*.5;y=node1.y-radius}else{x=node1.x+radius;y=node1.y-node1.shape.height*.5}point=this._pointOnCircle(x,y,radius,.125);this.labelModule.draw(ctx,point.x,point.y,this.selected,this.hover)}}}},{key:\"getItemsOnPoint\",value:function getItemsOnPoint(point){var ret=[];if(this.labelModule.visible()){var rotationPoint=this._getRotation();if(ComponentUtil.pointInRect(this.labelModule.getSize(),point,rotationPoint)){ret.push({edgeId:this.id,labelId:0})}}var obj={left:point.x,top:point.y};if(this.isOverlappingWith(obj)){ret.push({edgeId:this.id})}return ret}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){if(this.connected){var distMax=10;var xFrom=this.from.x;var yFrom=this.from.y;var xTo=this.to.x;var yTo=this.to.y;var xObj=obj.left;var yObj=obj.top;var dist=this.edgeType.getDistanceToEdge(xFrom,yFrom,xTo,yTo,xObj,yObj);return dist<distMax}else{return false}}},{key:\"_getRotation\",value:function _getRotation(ctx){var viaNode=this.edgeType.getViaNode();var point=this.edgeType.getPoint(.5,viaNode);if(ctx!==undefined){this.labelModule.calculateLabelSize(ctx,this.selected,this.hover,point.x,point.y)}var ret={x:point.x,y:this.labelModule.size.yLine,angle:0};if(!this.labelModule.visible()){return ret}if(this.options.font.align===\"horizontal\"){return ret}var dy=this.from.y-this.to.y;var dx=this.from.x-this.to.x;var angle=Math.atan2(dy,dx);if(angle<-1&&dx<0||angle>0&&dx<0){angle+=Math.PI}ret.angle=angle;return ret}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"select\",value:function select(){this.selected=true}},{key:\"unselect\",value:function unselect(){this.selected=false}},{key:\"cleanup\",value:function cleanup(){return this.edgeType.cleanup()}},{key:\"remove\",value:function remove(){this.cleanup();this.disconnect();delete this.body.edges[this.id]}},{key:\"endPointsValid\",value:function endPointsValid(){return this.body.nodes[this.fromId]!==undefined&&this.body.nodes[this.toId]!==undefined}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var globalOptions=arguments.length>3&&arguments[3]!==undefined?arguments[3]:{};var copyFromGlobals=arguments.length>4&&arguments[4]!==undefined?arguments[4]:false;var fields=[\"arrowStrikethrough\",\"id\",\"from\",\"hidden\",\"hoverWidth\",\"labelHighlightBold\",\"length\",\"line\",\"opacity\",\"physics\",\"scaling\",\"selectionWidth\",\"selfReferenceSize\",\"to\",\"title\",\"value\",\"width\",\"font\",\"chosen\",\"widthConstraint\"];util.selectiveDeepExtend(fields,parentOptions,newOptions,allowDeletion);if(ComponentUtil.isValidLabel(newOptions.label)){parentOptions.label=newOptions.label}else{parentOptions.label=undefined}util.mergeOptions(parentOptions,newOptions,\"smooth\",globalOptions);util.mergeOptions(parentOptions,newOptions,\"shadow\",globalOptions);if(newOptions.dashes!==undefined&&newOptions.dashes!==null){parentOptions.dashes=newOptions.dashes}else if(allowDeletion===true&&newOptions.dashes===null){parentOptions.dashes=(0,_create2[\"default\"])(globalOptions.dashes)}if(newOptions.scaling!==undefined&&newOptions.scaling!==null){if(newOptions.scaling.min!==undefined){parentOptions.scaling.min=newOptions.scaling.min}if(newOptions.scaling.max!==undefined){parentOptions.scaling.max=newOptions.scaling.max}util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\",globalOptions.scaling)}else if(allowDeletion===true&&newOptions.scaling===null){parentOptions.scaling=(0,_create2[\"default\"])(globalOptions.scaling)}if(newOptions.arrows!==undefined&&newOptions.arrows!==null){if(typeof newOptions.arrows===\"string\"){var arrows=newOptions.arrows.toLowerCase();parentOptions.arrows.to.enabled=arrows.indexOf(\"to\")!=-1;parentOptions.arrows.middle.enabled=arrows.indexOf(\"middle\")!=-1;parentOptions.arrows.from.enabled=arrows.indexOf(\"from\")!=-1}else if((0,_typeof3[\"default\"])(newOptions.arrows)===\"object\"){util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"to\",globalOptions.arrows);util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"middle\",globalOptions.arrows);util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"from\",globalOptions.arrows)}else{throw new Error(\"The arrow newOptions can only be an object or a string. Refer to the documentation. You used:\"+(0,_stringify2[\"default\"])(newOptions.arrows))}}else if(allowDeletion===true&&newOptions.arrows===null){parentOptions.arrows=(0,_create2[\"default\"])(globalOptions.arrows)}if(newOptions.color!==undefined&&newOptions.color!==null){var fromColor=newOptions.color;var toColor=parentOptions.color;if(copyFromGlobals){util.deepExtend(toColor,globalOptions.color,false,allowDeletion)}else{for(var i in toColor){if(toColor.hasOwnProperty(i)){delete toColor[i]}}}if(util.isString(toColor)){toColor.color=toColor;toColor.highlight=toColor;toColor.hover=toColor;toColor.inherit=false;if(fromColor.opacity===undefined){toColor.opacity=1}}else{var colorsDefined=false;if(fromColor.color!==undefined){toColor.color=fromColor.color;colorsDefined=true}if(fromColor.highlight!==undefined){toColor.highlight=fromColor.highlight;colorsDefined=true}if(fromColor.hover!==undefined){toColor.hover=fromColor.hover;colorsDefined=true}if(fromColor.inherit!==undefined){toColor.inherit=fromColor.inherit}if(fromColor.opacity!==undefined){toColor.opacity=Math.min(1,Math.max(0,fromColor.opacity))}if(colorsDefined===true){toColor.inherit=false}else{if(toColor.inherit===undefined){toColor.inherit=\"from\"}}}}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=util.bridgeObject(globalOptions.color)}if(allowDeletion===true&&newOptions.font===null){parentOptions.font=util.bridgeObject(globalOptions.font)}}}]);return Edge}();exports[\"default\"]=Edge},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _EdgeBase2=__webpack_require__(118);var _EdgeBase3=_interopRequireDefault(_EdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var BezierEdgeBase=function(_EdgeBase){(0,_inherits3[\"default\"])(BezierEdgeBase,_EdgeBase);function BezierEdgeBase(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,BezierEdgeBase);return(0,_possibleConstructorReturn3[\"default\"])(this,(BezierEdgeBase.__proto__||(0,_getPrototypeOf2[\"default\"])(BezierEdgeBase)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(BezierEdgeBase,[{key:\"_findBorderPositionBezier\",value:function _findBorderPositionBezier(nearNode,ctx){var viaNode=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this._getViaCoordinates();var maxIterations=10;var iteration=0;var low=0;var high=1;var pos,angle,distanceToBorder,distanceToPoint,difference;var threshold=.2;var node=this.to;var from=false;if(nearNode.id===this.from.id){node=this.from;from=true}while(low<=high&&iteration<maxIterations){var middle=(low+high)*.5;pos=this.getPoint(middle,viaNode);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference<0){if(from===false){low=middle}else{high=middle}}else{if(from===false){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via){var minDistance=1e9;var distance=void 0;var i=void 0,t=void 0,x=void 0,y=void 0;var lastX=x1;var lastY=y1;for(i=1;i<10;i++){t=.1*i;x=Math.pow(1-t,2)*x1+2*t*(1-t)*via.x+Math.pow(t,2)*x2;y=Math.pow(1-t,2)*y1+2*t*(1-t)*via.y+Math.pow(t,2)*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}},{key:\"_bezierCurve\",value:function _bezierCurve(ctx,values,viaNode1,viaNode2){var hasNode1=viaNode1!==undefined&&viaNode1.x!==undefined;var hasNode2=viaNode2!==undefined&&viaNode2.x!==undefined;ctx.beginPath();ctx.moveTo(this.fromPoint.x,this.fromPoint.y);if(hasNode1&&hasNode2){ctx.bezierCurveTo(viaNode1.x,viaNode1.y,viaNode2.x,viaNode2.y,this.toPoint.x,this.toPoint.y)}else if(hasNode1){ctx.quadraticCurveTo(viaNode1.x,viaNode1.y,this.toPoint.x,this.toPoint.y)}else{ctx.lineTo(this.toPoint.x,this.toPoint.y)}this.enableShadow(ctx,values);ctx.stroke();this.disableShadow(ctx,values)}},{key:\"getViaNode\",value:function getViaNode(){return this._getViaCoordinates()}}]);return BezierEdgeBase}(_EdgeBase3[\"default\"]);exports[\"default\"]=BezierEdgeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var NetworkUtil=function(){function NetworkUtil(){(0,_classCallCheck3[\"default\"])(this,NetworkUtil)}(0,_createClass3[\"default\"])(NetworkUtil,null,[{key:\"getRange\",value:function getRange(allNodes){var specificNodes=arguments.length>1&&arguments[1]!==undefined?arguments[1]:[];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=allNodes[specificNodes[i]];if(minX>node.shape.boundingBox.left){minX=node.shape.boundingBox.left}if(maxX<node.shape.boundingBox.right){maxX=node.shape.boundingBox.right}if(minY>node.shape.boundingBox.top){minY=node.shape.boundingBox.top}if(maxY<node.shape.boundingBox.bottom){maxY=node.shape.boundingBox.bottom}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"getRangeCore\",value:function getRangeCore(allNodes){var specificNodes=arguments.length>1&&arguments[1]!==undefined?arguments[1]:[];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=allNodes[specificNodes[i]];if(minX>node.x){minX=node.x}if(maxX<node.x){maxX=node.x}if(minY>node.y){minY=node.y}if(maxY<node.y){maxY=node.y}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"findCenter\",value:function findCenter(range){return{x:.5*(range.maxX+range.minX),y:.5*(range.maxY+range.minY)}}},{key:\"cloneOptions\",value:function cloneOptions(item,type){var clonedOptions={};if(type===undefined||type===\"node\"){util.deepExtend(clonedOptions,item.options,true);clonedOptions.x=item.x;clonedOptions.y=item.y;clonedOptions.amountOfConnections=item.edges.length}else{util.deepExtend(clonedOptions,item.options,true)}return clonedOptions}}]);return NetworkUtil}();exports[\"default\"]=NetworkUtil},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(124),__esModule:true}},function(module,exports,__webpack_require__){var cof=__webpack_require__(50);module.exports=Object(\"z\").propertyIsEnumerable(0)?Object:function(it){return cof(it)==\"String\"?it.split(\"\"):Object(it)}},function(module,exports,__webpack_require__){\"use strict\";var LIBRARY=__webpack_require__(52);var $export=__webpack_require__(17);var redefine=__webpack_require__(83);var hide=__webpack_require__(26);var has=__webpack_require__(22);var Iterators=__webpack_require__(31);var $iterCreate=__webpack_require__(129);var setToStringTag=__webpack_require__(59);var getPrototypeOf=__webpack_require__(85);var ITERATOR=__webpack_require__(13)(\"iterator\");var BUGGY=!([].keys&&\"next\"in[].keys())\n;var FF_ITERATOR=\"@@iterator\";var KEYS=\"keys\";var VALUES=\"values\";var returnThis=function(){return this};module.exports=function(Base,NAME,Constructor,next,DEFAULT,IS_SET,FORCED){$iterCreate(Constructor,NAME,next);var getMethod=function(kind){if(!BUGGY&&kind in proto)return proto[kind];switch(kind){case KEYS:return function keys(){return new Constructor(this,kind)};case VALUES:return function values(){return new Constructor(this,kind)}}return function entries(){return new Constructor(this,kind)}};var TAG=NAME+\" Iterator\";var DEF_VALUES=DEFAULT==VALUES;var VALUES_BUG=false;var proto=Base.prototype;var $native=proto[ITERATOR]||proto[FF_ITERATOR]||DEFAULT&&proto[DEFAULT];var $default=$native||getMethod(DEFAULT);var $entries=DEFAULT?!DEF_VALUES?$default:getMethod(\"entries\"):undefined;var $anyNative=NAME==\"Array\"?proto.entries||$native:$native;var methods,key,IteratorPrototype;if($anyNative){IteratorPrototype=getPrototypeOf($anyNative.call(new Base));if(IteratorPrototype!==Object.prototype&&IteratorPrototype.next){setToStringTag(IteratorPrototype,TAG,true);if(!LIBRARY&&!has(IteratorPrototype,ITERATOR))hide(IteratorPrototype,ITERATOR,returnThis)}}if(DEF_VALUES&&$native&&$native.name!==VALUES){VALUES_BUG=true;$default=function values(){return $native.call(this)}}if((!LIBRARY||FORCED)&&(BUGGY||VALUES_BUG||!proto[ITERATOR])){hide(proto,ITERATOR,$default)}Iterators[NAME]=$default;Iterators[TAG]=returnThis;if(DEFAULT){methods={values:DEF_VALUES?$default:getMethod(VALUES),keys:IS_SET?$default:getMethod(KEYS),entries:$entries};if(FORCED)for(key in methods){if(!(key in proto))redefine(proto,key,methods[key])}else $export($export.P+$export.F*(BUGGY||VALUES_BUG),NAME,methods)}return methods}},function(module,exports,__webpack_require__){var aFunction=__webpack_require__(128);module.exports=function(fn,that,length){aFunction(fn);if(that===undefined)return fn;switch(length){case 1:return function(a){return fn.call(that,a)};case 2:return function(a,b){return fn.call(that,a,b)};case 3:return function(a,b,c){return fn.call(that,a,b,c)}}return function(){return fn.apply(that,arguments)}}},function(module,exports,__webpack_require__){module.exports=!__webpack_require__(21)&&!__webpack_require__(28)(function(){return Object.defineProperty(__webpack_require__(82)(\"div\"),\"a\",{get:function(){return 7}}).a!=7})},function(module,exports,__webpack_require__){var isObject=__webpack_require__(32);var document=__webpack_require__(18).document;var is=isObject(document)&&isObject(document.createElement);module.exports=function(it){return is?document.createElement(it):{}}},function(module,exports,__webpack_require__){module.exports=__webpack_require__(26)},function(module,exports,__webpack_require__){var has=__webpack_require__(22);var toIObject=__webpack_require__(25);var arrayIndexOf=__webpack_require__(131)(false);var IE_PROTO=__webpack_require__(56)(\"IE_PROTO\");module.exports=function(object,names){var O=toIObject(object);var i=0;var result=[];var key;for(key in O)if(key!=IE_PROTO)has(O,key)&&result.push(key);while(names.length>i)if(has(O,key=names[i++])){~arrayIndexOf(result,key)||result.push(key)}return result}},function(module,exports,__webpack_require__){var has=__webpack_require__(22);var toObject=__webpack_require__(41);var IE_PROTO=__webpack_require__(56)(\"IE_PROTO\");var ObjectProto=Object.prototype;module.exports=Object.getPrototypeOf||function(O){O=toObject(O);if(has(O,IE_PROTO))return O[IE_PROTO];if(typeof O.constructor==\"function\"&&O instanceof O.constructor){return O.constructor.prototype}return O instanceof Object?ObjectProto:null}},function(module,exports,__webpack_require__){var cof=__webpack_require__(50);var TAG=__webpack_require__(13)(\"toStringTag\");var ARG=cof(function(){return arguments}())==\"Arguments\";var tryGet=function(it,key){try{return it[key]}catch(e){}};module.exports=function(it){var O,T,B;return it===undefined?\"Undefined\":it===null?\"Null\":typeof(T=tryGet(O=Object(it),TAG))==\"string\"?T:ARG?cof(O):(B=cof(O))==\"Object\"&&typeof O.callee==\"function\"?\"Arguments\":B}},function(module,exports,__webpack_require__){var $export=__webpack_require__(17);var core=__webpack_require__(7);var fails=__webpack_require__(28);module.exports=function(KEY,exec){var fn=(core.Object||{})[KEY]||Object[KEY];var exp={};exp[KEY]=exec(fn);$export($export.S+$export.F*fails(function(){fn(1)}),\"Object\",exp)}},function(module,exports,__webpack_require__){var $keys=__webpack_require__(84);var hiddenKeys=__webpack_require__(58).concat(\"length\",\"prototype\");exports.f=Object.getOwnPropertyNames||function getOwnPropertyNames(O){return $keys(O,hiddenKeys)}},function(module,exports,__webpack_require__){var pIE=__webpack_require__(42);var createDesc=__webpack_require__(39);var toIObject=__webpack_require__(25);var toPrimitive=__webpack_require__(53);var has=__webpack_require__(22);var IE8_DOM_DEFINE=__webpack_require__(81);var gOPD=Object.getOwnPropertyDescriptor;exports.f=__webpack_require__(21)?gOPD:function getOwnPropertyDescriptor(O,P){O=toIObject(O);P=toPrimitive(P,true);if(IE8_DOM_DEFINE)try{return gOPD(O,P)}catch(e){}if(has(O,P))return createDesc(!pIE.f.call(O,P),O[P])}},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(162),__esModule:true}},function(module,exports,__webpack_require__){\"use strict\";function Point2d(x,y){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0}module.exports=Point2d},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(2);function Slider(container,options){if(container===undefined){throw new Error(\"No container element defined\")}this.container=container;this.visible=options&&options.visible!=undefined?options.visible:true;if(this.visible){this.frame=document.createElement(\"DIV\");this.frame.style.width=\"100%\";this.frame.style.position=\"relative\";this.container.appendChild(this.frame);this.frame.prev=document.createElement(\"INPUT\");this.frame.prev.type=\"BUTTON\";this.frame.prev.value=\"Prev\";this.frame.appendChild(this.frame.prev);this.frame.play=document.createElement(\"INPUT\");this.frame.play.type=\"BUTTON\";this.frame.play.value=\"Play\";this.frame.appendChild(this.frame.play);this.frame.next=document.createElement(\"INPUT\");this.frame.next.type=\"BUTTON\";this.frame.next.value=\"Next\";this.frame.appendChild(this.frame.next);this.frame.bar=document.createElement(\"INPUT\");this.frame.bar.type=\"BUTTON\";this.frame.bar.style.position=\"absolute\";this.frame.bar.style.border=\"1px solid red\";this.frame.bar.style.width=\"100px\";this.frame.bar.style.height=\"6px\";this.frame.bar.style.borderRadius=\"2px\";this.frame.bar.style.MozBorderRadius=\"2px\";this.frame.bar.style.border=\"1px solid #7F7F7F\";this.frame.bar.style.backgroundColor=\"#E5E5E5\";this.frame.appendChild(this.frame.bar);this.frame.slide=document.createElement(\"INPUT\");this.frame.slide.type=\"BUTTON\";this.frame.slide.style.margin=\"0px\";this.frame.slide.value=\" \";this.frame.slide.style.position=\"relative\";this.frame.slide.style.left=\"-100px\";this.frame.appendChild(this.frame.slide);var me=this;this.frame.slide.onmousedown=function(event){me._onMouseDown(event)};this.frame.prev.onclick=function(event){me.prev(event)};this.frame.play.onclick=function(event){me.togglePlay(event)};this.frame.next.onclick=function(event){me.next(event)}}this.onChangeCallback=undefined;this.values=[];this.index=undefined;this.playTimeout=undefined;this.playInterval=1e3;this.playLoop=true}Slider.prototype.prev=function(){var index=this.getIndex();if(index>0){index--;this.setIndex(index)}};Slider.prototype.next=function(){var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}};Slider.prototype.playNext=function(){var start=new Date;var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}else if(this.playLoop){index=0;this.setIndex(index)}var end=new Date;var diff=end-start;var interval=Math.max(this.playInterval-diff,0);var me=this;this.playTimeout=setTimeout(function(){me.playNext()},interval)};Slider.prototype.togglePlay=function(){if(this.playTimeout===undefined){this.play()}else{this.stop()}};Slider.prototype.play=function(){if(this.playTimeout)return;this.playNext();if(this.frame){this.frame.play.value=\"Stop\"}};Slider.prototype.stop=function(){clearInterval(this.playTimeout);this.playTimeout=undefined;if(this.frame){this.frame.play.value=\"Play\"}};Slider.prototype.setOnChangeCallback=function(callback){this.onChangeCallback=callback};Slider.prototype.setPlayInterval=function(interval){this.playInterval=interval};Slider.prototype.getPlayInterval=function(){return this.playInterval};Slider.prototype.setPlayLoop=function(doLoop){this.playLoop=doLoop};Slider.prototype.onChange=function(){if(this.onChangeCallback!==undefined){this.onChangeCallback()}};Slider.prototype.redraw=function(){if(this.frame){this.frame.bar.style.top=this.frame.clientHeight/2-this.frame.bar.offsetHeight/2+\"px\";this.frame.bar.style.width=this.frame.clientWidth-this.frame.prev.clientWidth-this.frame.play.clientWidth-this.frame.next.clientWidth-30+\"px\";var left=this.indexToLeft(this.index);this.frame.slide.style.left=left+\"px\"}};Slider.prototype.setValues=function(values){this.values=values;if(this.values.length>0)this.setIndex(0);else this.index=undefined};Slider.prototype.setIndex=function(index){if(index<this.values.length){this.index=index;this.redraw();this.onChange()}else{throw new Error(\"Index out of range\")}};Slider.prototype.getIndex=function(){return this.index};Slider.prototype.get=function(){return this.values[this.index]};Slider.prototype._onMouseDown=function(event){var leftButtonDown=event.which?event.which===1:event.button===1;if(!leftButtonDown)return;this.startClientX=event.clientX;this.startSlideX=parseFloat(this.frame.slide.style.left);this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",this.onmousemove);util.addEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Slider.prototype.leftToIndex=function(left){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=left-3;var index=Math.round(x/width*(this.values.length-1));if(index<0)index=0;if(index>this.values.length-1)index=this.values.length-1;return index};Slider.prototype.indexToLeft=function(index){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=index/(this.values.length-1)*width;var left=x+3;return left};Slider.prototype._onMouseMove=function(event){var diff=event.clientX-this.startClientX;var x=this.startSlideX+diff;var index=this.leftToIndex(x);this.setIndex(index);util.preventDefault()};Slider.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault()};module.exports=Slider},function(module,exports,__webpack_require__){\"use strict\";function StepNumber(start,end,step,prettyStep){this._start=0;this._end=0;this._step=1;this.prettyStep=true;this.precision=5;this._current=0;this.setRange(start,end,step,prettyStep)}StepNumber.prototype.isNumeric=function(n){return!isNaN(parseFloat(n))&&isFinite(n)};StepNumber.prototype.setRange=function(start,end,step,prettyStep){if(!this.isNumeric(start)){throw new Error(\"Parameter 'start' is not numeric; value: \"+start)}if(!this.isNumeric(end)){throw new Error(\"Parameter 'end' is not numeric; value: \"+start)}if(!this.isNumeric(step)){throw new Error(\"Parameter 'step' is not numeric; value: \"+start)}this._start=start?start:0;this._end=end?end:0;this.setStep(step,prettyStep)};StepNumber.prototype.setStep=function(step,prettyStep){if(step===undefined||step<=0)return;if(prettyStep!==undefined)this.prettyStep=prettyStep;if(this.prettyStep===true)this._step=StepNumber.calculatePrettyStep(step);else this._step=step};StepNumber.calculatePrettyStep=function(step){var log10=function log10(x){return Math.log(x)/Math.LN10};var step1=Math.pow(10,Math.round(log10(step))),step2=2*Math.pow(10,Math.round(log10(step/2))),step5=5*Math.pow(10,Math.round(log10(step/5)));var prettyStep=step1;if(Math.abs(step2-step)<=Math.abs(prettyStep-step))prettyStep=step2;if(Math.abs(step5-step)<=Math.abs(prettyStep-step))prettyStep=step5;if(prettyStep<=0){prettyStep=1}return prettyStep};StepNumber.prototype.getCurrent=function(){return parseFloat(this._current.toPrecision(this.precision))};StepNumber.prototype.getStep=function(){return this._step};StepNumber.prototype.start=function(checkFirst){if(checkFirst===undefined){checkFirst=false}this._current=this._start-this._start%this._step;if(checkFirst){if(this.getCurrent()<this._start){this.next()}}};StepNumber.prototype.next=function(){this._current+=this._step};StepNumber.prototype.end=function(){return this._current>this._end};module.exports=StepNumber},function(module,exports,__webpack_require__){\"use strict\";var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Camera=__webpack_require__(95);var Point3d=__webpack_require__(34);var STYLE={BAR:0,BARCOLOR:1,BARSIZE:2,DOT:3,DOTLINE:4,DOTCOLOR:5,DOTSIZE:6,GRID:7,LINE:8,SURFACE:9};var STYLENAME={dot:STYLE.DOT,\"dot-line\":STYLE.DOTLINE,\"dot-color\":STYLE.DOTCOLOR,\"dot-size\":STYLE.DOTSIZE,line:STYLE.LINE,grid:STYLE.GRID,surface:STYLE.SURFACE,bar:STYLE.BAR,\"bar-color\":STYLE.BARCOLOR,\"bar-size\":STYLE.BARSIZE};var OPTIONKEYS=[\"width\",\"height\",\"filterLabel\",\"legendLabel\",\"xLabel\",\"yLabel\",\"zLabel\",\"xValueLabel\",\"yValueLabel\",\"zValueLabel\",\"showXAxis\",\"showYAxis\",\"showZAxis\",\"showGrid\",\"showPerspective\",\"showShadow\",\"keepAspectRatio\",\"verticalRatio\",\"dotSizeRatio\",\"dotSizeMinFraction\",\"dotSizeMaxFraction\",\"showAnimationControls\",\"animationInterval\",\"animationPreload\",\"animationAutoStart\",\"axisColor\",\"gridColor\",\"xCenter\",\"yCenter\"];var PREFIXEDOPTIONKEYS=[\"xBarWidth\",\"yBarWidth\",\"valueMin\",\"valueMax\",\"xMin\",\"xMax\",\"xStep\",\"yMin\",\"yMax\",\"yStep\",\"zMin\",\"zMax\",\"zStep\"];var DEFAULTS=undefined;function isEmpty(obj){for(var prop in obj){if(obj.hasOwnProperty(prop))return false}return true}function capitalize(str){if(str===undefined||str===\"\"||typeof str!=\"string\"){return str}return str.charAt(0).toUpperCase()+str.slice(1)}function prefixFieldName(prefix,fieldName){if(prefix===undefined||prefix===\"\"){return fieldName}return prefix+capitalize(fieldName)}function forceCopy(src,dst,fields,prefix){var srcKey;var dstKey;for(var i=0;i<fields.length;++i){srcKey=fields[i];dstKey=prefixFieldName(prefix,srcKey);dst[dstKey]=src[srcKey]}}function safeCopy(src,dst,fields,prefix){var srcKey;var dstKey;for(var i=0;i<fields.length;++i){srcKey=fields[i];if(src[srcKey]===undefined)continue;dstKey=prefixFieldName(prefix,srcKey);dst[dstKey]=src[srcKey]}}function setDefaults(src,dst){if(src===undefined||isEmpty(src)){throw new Error(\"No DEFAULTS passed\")}if(dst===undefined){throw new Error(\"No dst passed\")}DEFAULTS=src;forceCopy(src,dst,OPTIONKEYS);forceCopy(src,dst,PREFIXEDOPTIONKEYS,\"default\");setSpecialSettings(src,dst);dst.margin=10;dst.showGrayBottom=false;dst.showTooltip=false;dst.onclick_callback=null;dst.eye=new Point3d(0,0,-1)}function setOptions(options,dst){if(options===undefined){return}if(dst===undefined){throw new Error(\"No dst passed\")}if(DEFAULTS===undefined||isEmpty(DEFAULTS)){throw new Error(\"DEFAULTS not set for module Settings\")}safeCopy(options,dst,OPTIONKEYS);safeCopy(options,dst,PREFIXEDOPTIONKEYS,\"default\");setSpecialSettings(options,dst)}function setSpecialSettings(src,dst){if(src.backgroundColor!==undefined){setBackgroundColor(src.backgroundColor,dst)}setDataColor(src.dataColor,dst);setStyle(src.style,dst);setShowLegend(src.showLegend,dst);setCameraPosition(src.cameraPosition,dst);if(src.tooltip!==undefined){dst.showTooltip=src.tooltip}if(src.onclick!=undefined){dst.onclick_callback=src.onclick}if(src.tooltipStyle!==undefined){util.selectiveDeepExtend([\"tooltipStyle\"],dst,src)}}function setShowLegend(showLegend,dst){if(showLegend===undefined){var isAutoByDefault=DEFAULTS.showLegend===undefined;if(isAutoByDefault){var isLegendGraphStyle=dst.style===STYLE.DOTCOLOR||dst.style===STYLE.DOTSIZE;dst.showLegend=isLegendGraphStyle}else{}}else{dst.showLegend=showLegend}}function getStyleNumberByName(styleName){var number=STYLENAME[styleName];if(number===undefined){return-1}return number}function checkStyleNumber(style){var valid=false;for(var n in STYLE){if(STYLE[n]===style){valid=true;break}}return valid}function setStyle(style,dst){if(style===undefined){return}var styleNumber;if(typeof style===\"string\"){styleNumber=getStyleNumberByName(style);if(styleNumber===-1){throw new Error(\"Style '\"+style+\"' is invalid\")}}else{if(!checkStyleNumber(style)){throw new Error(\"Style '\"+style+\"' is invalid\")}styleNumber=style}dst.style=styleNumber}function setBackgroundColor(backgroundColor,dst){var fill=\"white\";var stroke=\"gray\";var strokeWidth=1;if(typeof backgroundColor===\"string\"){fill=backgroundColor;stroke=\"none\";strokeWidth=0}else if((typeof backgroundColor===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(backgroundColor))===\"object\"){if(backgroundColor.fill!==undefined)fill=backgroundColor.fill;if(backgroundColor.stroke!==undefined)stroke=backgroundColor.stroke;if(backgroundColor.strokeWidth!==undefined)strokeWidth=backgroundColor.strokeWidth}else{throw new Error(\"Unsupported type of backgroundColor\")}dst.frame.style.backgroundColor=fill;dst.frame.style.borderColor=stroke;dst.frame.style.borderWidth=strokeWidth+\"px\";dst.frame.style.borderStyle=\"solid\"}function setDataColor(dataColor,dst){if(dataColor===undefined){return}if(dst.dataColor===undefined){dst.dataColor={}}if(typeof dataColor===\"string\"){dst.dataColor.fill=dataColor;dst.dataColor.stroke=dataColor}else{if(dataColor.fill){dst.dataColor.fill=dataColor.fill}if(dataColor.stroke){dst.dataColor.stroke=dataColor.stroke}if(dataColor.strokeWidth!==undefined){dst.dataColor.strokeWidth=dataColor.strokeWidth}}}function setCameraPosition(cameraPosition,dst){var camPos=cameraPosition;if(camPos===undefined){return}if(dst.camera===undefined){dst.camera=new Camera}dst.camera.setArmRotation(camPos.horizontal,camPos.vertical);dst.camera.setArmLength(camPos.distance)}module.exports.STYLE=STYLE;module.exports.setDefaults=setDefaults;module.exports.setOptions=setOptions;module.exports.setCameraPosition=setCameraPosition},function(module,exports,__webpack_require__){\"use strict\";var _sign=__webpack_require__(165);var _sign2=_interopRequireDefault(_sign);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Point3d=__webpack_require__(34);function Camera(){this.armLocation=new Point3d;this.armRotation={};this.armRotation.horizontal=0;this.armRotation.vertical=0;this.armLength=1.7;this.cameraOffset=new Point3d;this.offsetMultiplier=.6;this.cameraLocation=new Point3d;this.cameraRotation=new Point3d(.5*Math.PI,0,0);this.calculateCameraOrientation()}Camera.prototype.setOffset=function(x,y){var abs=Math.abs,sign=_sign2[\"default\"],mul=this.offsetMultiplier,border=this.armLength*mul;if(abs(x)>border){x=sign(x)*border}if(abs(y)>border){y=sign(y)*border}this.cameraOffset.x=x;this.cameraOffset.y=y;this.calculateCameraOrientation()};Camera.prototype.getOffset=function(){return this.cameraOffset};Camera.prototype.setArmLocation=function(x,y,z){this.armLocation.x=x;this.armLocation.y=y;this.armLocation.z=z;this.calculateCameraOrientation()};Camera.prototype.setArmRotation=function(horizontal,vertical){if(horizontal!==undefined){this.armRotation.horizontal=horizontal}if(vertical!==undefined){this.armRotation.vertical=vertical;if(this.armRotation.vertical<0)this.armRotation.vertical=0;if(this.armRotation.vertical>.5*Math.PI)this.armRotation.vertical=.5*Math.PI}if(horizontal!==undefined||vertical!==undefined){this.calculateCameraOrientation()}};Camera.prototype.getArmRotation=function(){var rot={};rot.horizontal=this.armRotation.horizontal;rot.vertical=this.armRotation.vertical;return rot};Camera.prototype.setArmLength=function(length){if(length===undefined)return;this.armLength=length;if(this.armLength<.71)this.armLength=.71;if(this.armLength>5)this.armLength=5;this.setOffset(this.cameraOffset.x,this.cameraOffset.y);this.calculateCameraOrientation()};Camera.prototype.getArmLength=function(){return this.armLength};Camera.prototype.getCameraLocation=function(){return this.cameraLocation};Camera.prototype.getCameraRotation=function(){return this.cameraRotation};Camera.prototype.calculateCameraOrientation=function(){this.cameraLocation.x=this.armLocation.x-this.armLength*Math.sin(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.y=this.armLocation.y-this.armLength*Math.cos(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.z=this.armLocation.z+this.armLength*Math.sin(this.armRotation.vertical);this.cameraRotation.x=Math.PI/2-this.armRotation.vertical;this.cameraRotation.y=0;this.cameraRotation.z=-this.armRotation.horizontal;var xa=this.cameraRotation.x;var za=this.cameraRotation.z;var dx=this.cameraOffset.x;var dy=this.cameraOffset.y;var sin=Math.sin,cos=Math.cos;this.cameraLocation.x=this.cameraLocation.x+dx*cos(za)+dy*-sin(za)*cos(xa);this.cameraLocation.y=this.cameraLocation.y+dx*sin(za)+dy*cos(za)*cos(xa);this.cameraLocation.z=this.cameraLocation.z+dy*sin(xa)};module.exports=Camera},function(module,exports,__webpack_require__){\"use strict\";var DataView=__webpack_require__(12);function Filter(dataGroup,column,graph){this.dataGroup=dataGroup;this.column=column;this.graph=graph;this.index=undefined;this.value=undefined;this.values=dataGroup.getDistinctValues(this.column);if(this.values.length>0){this.selectValue(0)}this.dataPoints=[];this.loaded=false;this.onLoadCallback=undefined;if(graph.animationPreload){this.loaded=false;this.loadInBackground()}else{this.loaded=true}}Filter.prototype.isLoaded=function(){return this.loaded};Filter.prototype.getLoadedProgress=function(){var len=this.values.length;var i=0;while(this.dataPoints[i]){i++}return Math.round(i/len*100)};Filter.prototype.getLabel=function(){return this.graph.filterLabel};Filter.prototype.getColumn=function(){return this.column};Filter.prototype.getSelectedValue=function(){if(this.index===undefined)return undefined;return this.values[this.index]};Filter.prototype.getValues=function(){return this.values};Filter.prototype.getValue=function(index){if(index>=this.values.length)throw new Error(\"Index out of range\");return this.values[index]};Filter.prototype._getDataPoints=function(index){if(index===undefined)index=this.index;if(index===undefined)return[];var dataPoints;if(this.dataPoints[index]){dataPoints=this.dataPoints[index]}else{var f={};f.column=this.column;f.value=this.values[index];var dataView=new DataView(this.dataGroup.getDataSet(),{filter:function filter(item){return item[f.column]==f.value}}).get();dataPoints=this.dataGroup._getDataPoints(dataView);this.dataPoints[index]=dataPoints}return dataPoints};Filter.prototype.setOnLoadCallback=function(callback){this.onLoadCallback=callback};Filter.prototype.selectValue=function(index){if(index>=this.values.length)throw new Error(\"Index out of range\");this.index=index;this.value=this.values[index]};Filter.prototype.loadInBackground=function(index){if(index===undefined)index=0;var frame=this.graph.frame;if(index<this.values.length){if(frame.progress===undefined){frame.progress=document.createElement(\"DIV\");frame.progress.style.position=\"absolute\";frame.progress.style.color=\"gray\";frame.appendChild(frame.progress)}var progress=this.getLoadedProgress();frame.progress.innerHTML=\"Loading animation... \"+progress+\"%\";frame.progress.style.bottom=60+\"px\";frame.progress.style.left=10+\"px\";var me=this;setTimeout(function(){me.loadInBackground(index+1)},10);this.loaded=false}else{this.loaded=true;if(frame.progress!==undefined){frame.removeChild(frame.progress);frame.progress=undefined}if(this.onLoadCallback)this.onLoadCallback()}};module.exports=Filter},function(module,exports,__webpack_require__){\"use strict\";var keycharm=__webpack_require__(35);var Emitter=__webpack_require__(44);var Hammer=__webpack_require__(10);var util=__webpack_require__(2);function Activator(container){this.active=false;this.dom={container:container};this.dom.overlay=document.createElement(\"div\");this.dom.overlay.className=\"vis-overlay\";this.dom.container.appendChild(this.dom.overlay);this.hammer=Hammer(this.dom.overlay);this.hammer.on(\"tap\",this._onTapOverlay.bind(this));var me=this;var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(event){me.hammer.on(event,function(event){event.stopPropagation()})});if(document&&document.body){this.onClick=function(event){if(!_hasParent(event.target,container)){me.deactivate()}};document.body.addEventListener(\"click\",this.onClick)}if(this.keycharm!==undefined){this.keycharm.destroy()}this.keycharm=keycharm();this.escListener=this.deactivate.bind(this)}Emitter(Activator.prototype);Activator.current=null;Activator.prototype.destroy=function(){this.deactivate();this.dom.overlay.parentNode.removeChild(this.dom.overlay);if(this.onClick){document.body.removeEventListener(\"click\",this.onClick)}this.hammer.destroy();this.hammer=null};Activator.prototype.activate=function(){if(Activator.current){Activator.current.deactivate()}Activator.current=this;this.active=true;this.dom.overlay.style.display=\"none\";util.addClassName(this.dom.container,\"vis-active\");this.emit(\"change\");this.emit(\"activate\");this.keycharm.bind(\"esc\",this.escListener)};Activator.prototype.deactivate=function(){this.active=false;this.dom.overlay.style.display=\"\";util.removeClassName(this.dom.container,\"vis-active\");this.keycharm.unbind(\"esc\",this.escListener);this.emit(\"change\");this.emit(\"deactivate\")};Activator.prototype._onTapOverlay=function(event){this.activate();event.stopPropagation()};function _hasParent(element,parent){while(element){if(element===parent){return true}element=element.parentNode}return false}module.exports=Activator},function(module,exports,__webpack_require__){\"use strict\";exports[\"en\"]={current:\"current\",time:\"time\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"it\"]={current:\"attuale\",time:\"tempo\"};exports[\"it_IT\"]=exports[\"it\"];exports[\"it_CH\"]=exports[\"it\"];exports[\"nl\"]={current:\"huidige\",time:\"tijd\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"];exports[\"de\"]={current:\"Aktuelle\",time:\"Zeit\"};exports[\"de_DE\"]=exports[\"de\"];exports[\"fr\"]={current:\"actuel\",time:\"heure\"};exports[\"fr_FR\"]=exports[\"fr\"];exports[\"fr_CA\"]=exports[\"fr\"];exports[\"fr_BE\"]=exports[\"fr\"];exports[\"es\"]={current:\"corriente\",time:\"hora\"};exports[\"es_ES\"]=exports[\"es\"]},function(module,exports,__webpack_require__){\"use strict\";var _create=__webpack_require__(29);var _create2=_interopRequireDefault(_create);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Hammer=__webpack_require__(10);var util=__webpack_require__(2);var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var TimeStep=__webpack_require__(66);var Component=__webpack_require__(16);var Group=__webpack_require__(68);var BackgroundGroup=__webpack_require__(69);var BoxItem=__webpack_require__(101);var PointItem=__webpack_require__(102);var RangeItem=__webpack_require__(70);var BackgroundItem=__webpack_require__(103);var Popup=__webpack_require__(104)[\"default\"];var UNGROUPED=\"__ungrouped__\";var BACKGROUND=\"__background__\";function ItemSet(body,options){this.body=body;this.defaultOptions={type:null,orientation:{item:\"bottom\"},align:\"auto\",stack:true,stackSubgroups:true,groupOrderSwap:function groupOrderSwap(fromGroup,toGroup,groups){var targetOrder=toGroup.order;toGroup.order=fromGroup.order;fromGroup.order=targetOrder},groupOrder:\"order\",selectable:true,multiselect:false,itemsAlwaysDraggable:{item:false,range:false},editable:{updateTime:false,updateGroup:false,add:false,remove:false,overrideItems:false},groupEditable:{order:false,add:false,remove:false},snap:TimeStep.snap,onDropObjectOnItem:function onDropObjectOnItem(objectData,item,callback){callback(item)},onAdd:function onAdd(item,callback){callback(item)},onUpdate:function onUpdate(item,callback){callback(item)},onMove:function onMove(item,callback){callback(item)},onRemove:function onRemove(item,callback){callback(item)},onMoving:function onMoving(item,callback){callback(item)},onAddGroup:function onAddGroup(item,callback){callback(item)},onMoveGroup:function onMoveGroup(item,callback){callback(item)},onRemoveGroup:function onRemoveGroup(item,callback){callback(item)},margin:{item:{horizontal:10,vertical:10},axis:20},showTooltips:true,tooltip:{followMouse:false,overflowMethod:\"flip\"},tooltipOnItemUpdateTime:false};this.options=util.extend({},this.defaultOptions);this.options.rtl=options.rtl;this.itemOptions={type:{start:\"Date\",end:\"Date\"}};this.conversion={toScreen:body.util.toScreen,toTime:body.util.toTime};this.dom={};this.props={};this.hammer=null;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items);if(me.groupsData&&me.groupsData.length>0){var groupsData=me.groupsData.getDataSet();groupsData.get().forEach(function(groupData){if(groupData.nestedGroups){if(groupData.showNested!=false){groupData.showNested=true}var updatedGroups=[];groupData.nestedGroups.forEach(function(nestedGroupId){var updatedNestedGroup=groupsData.get(nestedGroupId);if(!updatedNestedGroup){return}updatedNestedGroup.nestedInGroup=groupData.id;if(groupData.showNested==false){updatedNestedGroup.visible=false}updatedGroups=updatedGroups.concat(updatedNestedGroup)});groupsData.update(updatedGroups,senderId)}})}},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.groups={};this.groupIds=[];this.selection=[];this.popup=null;this.touchParams={};this.groupTouchParams={};this._create();this.setOptions(options)}ItemSet.prototype=new Component;ItemSet.types={background:BackgroundItem,box:BoxItem,range:RangeItem,point:PointItem};ItemSet.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-itemset\";frame[\"timeline-itemset\"]=this;this.dom.frame=frame;var background=document.createElement(\"div\");background.className=\"vis-background\";frame.appendChild(background);this.dom.background=background;var foreground=document.createElement(\"div\");foreground.className=\"vis-foreground\";frame.appendChild(foreground);this.dom.foreground=foreground;var axis=document.createElement(\"div\");axis.className=\"vis-axis\";this.dom.axis=axis;var labelSet=document.createElement(\"div\");labelSet.className=\"vis-labelset\";this.dom.labelSet=labelSet;this._updateUngrouped();var backgroundGroup=new BackgroundGroup(BACKGROUND,null,this);backgroundGroup.show();this.groups[BACKGROUND]=backgroundGroup;this.hammer=new Hammer(this.body.dom.centerContainer);this.hammer.on(\"hammer.input\",function(event){if(event.isFirst){this._onTouch(event)}}.bind(this));this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL});this.hammer.on(\"tap\",this._onSelectItem.bind(this));this.hammer.on(\"press\",this._onMultiSelectItem.bind(this));this.hammer.on(\"doubletap\",this._onAddItem.bind(this));if(this.options.rtl){\nthis.groupHammer=new Hammer(this.body.dom.rightContainer)}else{this.groupHammer=new Hammer(this.body.dom.leftContainer)}this.groupHammer.on(\"tap\",this._onGroupClick.bind(this));this.groupHammer.on(\"panstart\",this._onGroupDragStart.bind(this));this.groupHammer.on(\"panmove\",this._onGroupDrag.bind(this));this.groupHammer.on(\"panend\",this._onGroupDragEnd.bind(this));this.groupHammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_VERTICAL});this.body.dom.centerContainer.addEventListener(\"mouseover\",this._onMouseOver.bind(this));this.body.dom.centerContainer.addEventListener(\"mouseout\",this._onMouseOut.bind(this));this.body.dom.centerContainer.addEventListener(\"mousemove\",this._onMouseMove.bind(this));this.body.dom.centerContainer.addEventListener(\"contextmenu\",this._onDragEnd.bind(this));this.body.dom.centerContainer.addEventListener(\"mousewheel\",this._onMouseWheel.bind(this));this.show()};ItemSet.prototype.setOptions=function(options){if(options){var fields=[\"type\",\"rtl\",\"align\",\"order\",\"stack\",\"stackSubgroups\",\"selectable\",\"multiselect\",\"multiselectPerGroup\",\"groupOrder\",\"dataAttributes\",\"template\",\"groupTemplate\",\"visibleFrameTemplate\",\"hide\",\"snap\",\"groupOrderSwap\",\"showTooltips\",\"tooltip\",\"tooltipOnItemUpdateTime\"];util.selectiveExtend(fields,this.options,options);if(\"itemsAlwaysDraggable\"in options){if(typeof options.itemsAlwaysDraggable===\"boolean\"){this.options.itemsAlwaysDraggable.item=options.itemsAlwaysDraggable;this.options.itemsAlwaysDraggable.range=false}else if((0,_typeof3[\"default\"])(options.itemsAlwaysDraggable)===\"object\"){util.selectiveExtend([\"item\",\"range\"],this.options.itemsAlwaysDraggable,options.itemsAlwaysDraggable);if(!this.options.itemsAlwaysDraggable.item){this.options.itemsAlwaysDraggable.range=false}}}if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.item=options.orientation===\"top\"?\"top\":\"bottom\"}else if((0,_typeof3[\"default\"])(options.orientation)===\"object\"&&\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}}if(\"margin\"in options){if(typeof options.margin===\"number\"){this.options.margin.axis=options.margin;this.options.margin.item.horizontal=options.margin;this.options.margin.item.vertical=options.margin}else if((0,_typeof3[\"default\"])(options.margin)===\"object\"){util.selectiveExtend([\"axis\"],this.options.margin,options.margin);if(\"item\"in options.margin){if(typeof options.margin.item===\"number\"){this.options.margin.item.horizontal=options.margin.item;this.options.margin.item.vertical=options.margin.item}else if((0,_typeof3[\"default\"])(options.margin.item)===\"object\"){util.selectiveExtend([\"horizontal\",\"vertical\"],this.options.margin.item,options.margin.item)}}}}if(\"editable\"in options){if(typeof options.editable===\"boolean\"){this.options.editable.updateTime=options.editable;this.options.editable.updateGroup=options.editable;this.options.editable.add=options.editable;this.options.editable.remove=options.editable;this.options.editable.overrideItems=false}else if((0,_typeof3[\"default\"])(options.editable)===\"object\"){util.selectiveExtend([\"updateTime\",\"updateGroup\",\"add\",\"remove\",\"overrideItems\"],this.options.editable,options.editable)}}if(\"groupEditable\"in options){if(typeof options.groupEditable===\"boolean\"){this.options.groupEditable.order=options.groupEditable;this.options.groupEditable.add=options.groupEditable;this.options.groupEditable.remove=options.groupEditable}else if((0,_typeof3[\"default\"])(options.groupEditable)===\"object\"){util.selectiveExtend([\"order\",\"add\",\"remove\"],this.options.groupEditable,options.groupEditable)}}var addCallback=function(name){var fn=options[name];if(fn){if(!(fn instanceof Function)){throw new Error(\"option \"+name+\" must be a function \"+name+\"(item, callback)\")}this.options[name]=fn}}.bind(this);[\"onDropObjectOnItem\",\"onAdd\",\"onUpdate\",\"onRemove\",\"onMove\",\"onMoving\",\"onAddGroup\",\"onMoveGroup\",\"onRemoveGroup\"].forEach(addCallback);this.markDirty()}};ItemSet.prototype.markDirty=function(options){this.groupIds=[];if(options&&options.refreshItems){util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()})}};ItemSet.prototype.destroy=function(){this.hide();this.setItems(null);this.setGroups(null);this.hammer=null;this.body=null;this.conversion=null};ItemSet.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.axis.parentNode){this.dom.axis.parentNode.removeChild(this.dom.axis)}if(this.dom.labelSet.parentNode){this.dom.labelSet.parentNode.removeChild(this.dom.labelSet)}};ItemSet.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}if(!this.dom.axis.parentNode){this.body.dom.backgroundVertical.appendChild(this.dom.axis)}if(!this.dom.labelSet.parentNode){if(this.options.rtl){this.body.dom.right.appendChild(this.dom.labelSet)}else{this.body.dom.left.appendChild(this.dom.labelSet)}}};ItemSet.prototype.setSelection=function(ids){var i,ii,id,item;if(ids==undefined)ids=[];if(!Array.isArray(ids))ids=[ids];for(i=0,ii=this.selection.length;i<ii;i++){id=this.selection[i];item=this.items[id];if(item)item.unselect()}this.selection=[];for(i=0,ii=ids.length;i<ii;i++){id=ids[i];item=this.items[id];if(item){this.selection.push(id);item.select()}}};ItemSet.prototype.getSelection=function(){return this.selection.concat([])};ItemSet.prototype.getVisibleItems=function(){var range=this.body.range.getRange();var right,left;if(this.options.rtl){right=this.body.util.toScreen(range.start);left=this.body.util.toScreen(range.end)}else{left=this.body.util.toScreen(range.start);right=this.body.util.toScreen(range.end)}var ids=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];var rawVisibleItems=group.isVisible?group.visibleItems:[];for(var i=0;i<rawVisibleItems.length;i++){var item=rawVisibleItems[i];if(this.options.rtl){if(item.right<left&&item.right+item.width>right){ids.push(item.id)}}else{if(item.left<right&&item.left+item.width>left){ids.push(item.id)}}}}}return ids};ItemSet.prototype._deselect=function(id){var selection=this.selection;for(var i=0,ii=selection.length;i<ii;i++){if(selection[i]==id){selection.splice(i,1);break}}};ItemSet.prototype.redraw=function(){var margin=this.options.margin,range=this.body.range,asSize=util.option.asSize,options=this.options,orientation=options.orientation.item,resized=false,frame=this.dom.frame;this.props.top=this.body.domProps.top.height+this.body.domProps.border.top;if(this.options.rtl){this.props.right=this.body.domProps.right.width+this.body.domProps.border.right}else{this.props.left=this.body.domProps.left.width+this.body.domProps.border.left}frame.className=\"vis-itemset\";resized=this._orderGroups()||resized;var visibleInterval=range.end-range.start;var zoomed=visibleInterval!=this.lastVisibleInterval||this.props.width!=this.props.lastWidth;var scrolled=range.start!=this.lastRangeStart;var changedStackOption=options.stack!=this.lastStack;var changedStackSubgroupsOption=options.stackSubgroups!=this.lastStackSubgroups;var forceRestack=zoomed||scrolled||changedStackOption||changedStackSubgroupsOption;this.lastVisibleInterval=visibleInterval;this.lastRangeStart=range.start;this.lastStack=options.stack;this.lastStackSubgroups=options.stackSubgroups;this.props.lastWidth=this.props.width;var firstGroup=this._firstGroup();var firstMargin={item:margin.item,axis:margin.axis};var nonFirstMargin={item:margin.item,axis:margin.item.vertical/2};var height=0;var minHeight=margin.axis+margin.item.vertical;this.groups[BACKGROUND].redraw(range,nonFirstMargin,forceRestack);var redrawQueue={};var redrawQueueLength=0;util.forEach(this.groups,function(group,key){if(key===BACKGROUND)return;var groupMargin=group==firstGroup?firstMargin:nonFirstMargin;var returnQueue=true;redrawQueue[key]=group.redraw(range,groupMargin,forceRestack,returnQueue);redrawQueueLength=redrawQueue[key].length});var needRedraw=redrawQueueLength>0;if(needRedraw){var redrawResults={};for(var i=0;i<redrawQueueLength;i++){util.forEach(redrawQueue,function(fns,key){redrawResults[key]=fns[i]()})}util.forEach(this.groups,function(group,key){if(key===BACKGROUND)return;var groupResized=redrawResults[key];resized=groupResized||resized;height+=group.height});height=Math.max(height,minHeight)}height=Math.max(height,minHeight);frame.style.height=asSize(height);this.props.width=frame.offsetWidth;this.props.height=height;this.dom.axis.style.top=asSize(orientation==\"top\"?this.body.domProps.top.height+this.body.domProps.border.top:this.body.domProps.top.height+this.body.domProps.centerContainer.height);if(this.options.rtl){this.dom.axis.style.right=\"0\"}else{this.dom.axis.style.left=\"0\"}this.initialItemSetDrawn=true;resized=this._isResized()||resized;return resized};ItemSet.prototype._firstGroup=function(){var firstGroupIndex=this.options.orientation.item==\"top\"?0:this.groupIds.length-1;var firstGroupId=this.groupIds[firstGroupIndex];var firstGroup=this.groups[firstGroupId]||this.groups[UNGROUPED];return firstGroup||null};ItemSet.prototype._updateUngrouped=function(){var ungrouped=this.groups[UNGROUPED];var item,itemId;if(this.groupsData){if(ungrouped){ungrouped.hide();delete this.groups[UNGROUPED];for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];item.parent&&item.parent.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];group&&group.add(item)||item.hide()}}}}else{if(!ungrouped){var id=null;var data=null;ungrouped=new Group(id,data,this);this.groups[UNGROUPED]=ungrouped;for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];ungrouped.add(item)}}ungrouped.show()}}};ItemSet.prototype.getLabelSet=function(){return this.dom.labelSet};ItemSet.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids);this._updateUngrouped()}this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype.getItems=function(){return this.itemsData};ItemSet.prototype.setGroups=function(groups){var me=this,ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var groupsData=this.groupsData;if(this.groupsData instanceof DataView){groupsData=this.groupsData.getDataSet()}groupsData.get().forEach(function(group){if(group.nestedGroups){group.nestedGroups.forEach(function(nestedGroupId){var updatedNestedGroup=groupsData.get(nestedGroupId);updatedNestedGroup.nestedInGroup=group.id;if(group.showNested==false){updatedNestedGroup.visible=false}groupsData.update(updatedNestedGroup)})}});var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._updateUngrouped();this._order();this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype.getGroups=function(){return this.groupsData};ItemSet.prototype.removeItem=function(id){var item=this.itemsData.get(id),dataset=this.itemsData.getDataSet();if(item){this.options.onRemove(item,function(item){if(item){dataset.remove(id)}})}};ItemSet.prototype._getType=function(itemData){return itemData.type||this.options.type||(itemData.end?\"range\":\"box\")};ItemSet.prototype._getGroupId=function(itemData){var type=this._getType(itemData);if(type==\"background\"&&itemData.group==undefined){return BACKGROUND}else{return this.groupsData?itemData.group:UNGROUPED}};ItemSet.prototype._onUpdate=function(ids){var me=this;ids.forEach(function(id){var itemData=me.itemsData.get(id,me.itemOptions);var item=me.items[id];var type=itemData?me._getType(itemData):null;var constructor=ItemSet.types[type];var selected;if(item){if(!constructor||!(item instanceof constructor)){selected=item.selected;me._removeItem(item);item=null}else{me._updateItem(item,itemData)}}if(!item&&itemData){if(constructor){item=new constructor(itemData,me.conversion,me.options);item.id=id;me._addItem(item);if(selected){this.selection.push(id);item.select()}}else if(type==\"rangeoverflow\"){throw new TypeError('Item type \"rangeoverflow\" is deprecated. Use css styling instead: '+\".vis-item.vis-range .vis-item-content {overflow: visible;}\")}else{throw new TypeError('Unknown item type \"'+type+'\"')}}}.bind(this));this._order();this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype._onAdd=ItemSet.prototype._onUpdate;ItemSet.prototype._onRemove=function(ids){var count=0;var me=this;ids.forEach(function(id){var item=me.items[id];if(item){count++;me._removeItem(item)}});if(count){this._order();this.body.emitter.emit(\"_change\",{queue:true})}};ItemSet.prototype._order=function(){util.forEach(this.groups,function(group){group.order()})};ItemSet.prototype._onUpdateGroups=function(ids){this._onAddGroups(ids)};ItemSet.prototype._onAddGroups=function(ids){var me=this;ids.forEach(function(id){var groupData=me.groupsData.get(id);var group=me.groups[id];if(!group){if(id==UNGROUPED||id==BACKGROUND){throw new Error(\"Illegal group id. \"+id+\" is a reserved id.\")}var groupOptions=(0,_create2[\"default\"])(me.options);util.extend(groupOptions,{height:null});group=new Group(id,groupData,me);me.groups[id]=group;for(var itemId in me.items){if(me.items.hasOwnProperty(itemId)){var item=me.items[itemId];if(item.data.group==id){group.add(item)}}}group.order();group.show()}else{group.setData(groupData)}});this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype._onRemoveGroups=function(ids){var groups=this.groups;ids.forEach(function(id){var group=groups[id];if(group){group.hide();delete groups[id]}});this.markDirty();this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype._orderGroups=function(){if(this.groupsData){var groupIds=this.groupsData.getIds({order:this.options.groupOrder});groupIds=this._orderNestedGroups(groupIds);var changed=!util.equalArray(groupIds,this.groupIds);if(changed){var groups=this.groups;groupIds.forEach(function(groupId){groups[groupId].hide()});groupIds.forEach(function(groupId){groups[groupId].show()});this.groupIds=groupIds}return changed}else{return false}};ItemSet.prototype._orderNestedGroups=function(groupIds){var newGroupIdsOrder=[];groupIds.forEach(function(groupId){var groupData=this.groupsData.get(groupId);if(!groupData.nestedInGroup){newGroupIdsOrder.push(groupId)}if(groupData.nestedGroups){var nestedGroups=this.groupsData.get({filter:function filter(nestedGroup){return nestedGroup.nestedInGroup==groupId},order:this.options.groupOrder});var nestedGroupIds=nestedGroups.map(function(nestedGroup){return nestedGroup.id});newGroupIdsOrder=newGroupIdsOrder.concat(nestedGroupIds)}},this);return newGroupIdsOrder};ItemSet.prototype._addItem=function(item){this.items[item.id]=item;var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(!group){item.groupShowing=false}else if(group&&group.data&&group.data.showNested){item.groupShowing=true}if(group)group.add(item)};ItemSet.prototype._updateItem=function(item,itemData){item.setData(itemData);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(!group){item.groupShowing=false}else if(group&&group.data&&group.data.showNested){item.groupShowing=true}};ItemSet.prototype._removeItem=function(item){item.hide();delete this.items[item.id];var index=this.selection.indexOf(item.id);if(index!=-1)this.selection.splice(index,1);item.parent&&item.parent.remove(item)};ItemSet.prototype._constructByEndArray=function(array){var endArray=[];for(var i=0;i<array.length;i++){if(array[i]instanceof RangeItem){endArray.push(array[i])}}return endArray};ItemSet.prototype._onTouch=function(event){this.touchParams.item=this.itemFromTarget(event);this.touchParams.dragLeftItem=event.target.dragLeftItem||false;this.touchParams.dragRightItem=event.target.dragRightItem||false;this.touchParams.itemProps=null};ItemSet.prototype._getGroupIndex=function(groupId){for(var i=0;i<this.groupIds.length;i++){if(groupId==this.groupIds[i])return i}};ItemSet.prototype._onDragStart=function(event){if(this.touchParams.itemIsDragging){return}var item=this.touchParams.item||null;var me=this;var props;if(item&&(item.selected||this.options.itemsAlwaysDraggable.item)){if(this.options.editable.overrideItems&&!this.options.editable.updateTime&&!this.options.editable.updateGroup){return}if(item.editable!=null&&!item.editable.updateTime&&!item.editable.updateGroup&&!this.options.editable.overrideItems){return}var dragLeftItem=this.touchParams.dragLeftItem;var dragRightItem=this.touchParams.dragRightItem;this.touchParams.itemIsDragging=true;this.touchParams.selectedItem=item;if(dragLeftItem){props={item:dragLeftItem,initialX:event.center.x,dragLeft:true,data:this._cloneItemData(item.data)};this.touchParams.itemProps=[props]}else if(dragRightItem){props={item:dragRightItem,initialX:event.center.x,dragRight:true,data:this._cloneItemData(item.data)};this.touchParams.itemProps=[props]}else if(this.options.editable.add&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey)){this._onDragStartAddItem(event)}else{if(this.groupIds.length<1){this.redraw()}var baseGroupIndex=this._getGroupIndex(item.data.group);var itemsToDrag=this.options.itemsAlwaysDraggable.item&&!item.selected?[item.id]:this.getSelection();this.touchParams.itemProps=itemsToDrag.map(function(id){var item=me.items[id];var groupIndex=me._getGroupIndex(item.data.group);return{item:item,initialX:event.center.x,groupOffset:baseGroupIndex-groupIndex,data:this._cloneItemData(item.data)}}.bind(this))}event.stopPropagation()}else if(this.options.editable.add&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey)){this._onDragStartAddItem(event)}};ItemSet.prototype._onDragStartAddItem=function(event){var xAbs;var x;var snap=this.options.snap||null;if(this.options.rtl){xAbs=util.getAbsoluteRight(this.dom.frame);x=xAbs-event.center.x+10}else{xAbs=util.getAbsoluteLeft(this.dom.frame);x=event.center.x-xAbs-10}var time=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var start=snap?snap(time,scale,step):time;var end=start;var itemData={type:\"range\",start:start,end:end,content:\"new item\"};var id=util.randomUUID();itemData[this.itemsData._fieldId]=id;var group=this.groupFromTarget(event);if(group){itemData.group=group.groupId}var newItem=new RangeItem(itemData,this.conversion,this.options);newItem.id=id;newItem.data=this._cloneItemData(itemData);this._addItem(newItem);this.touchParams.selectedItem=newItem;var props={item:newItem,initialX:event.center.x,data:newItem.data};if(this.options.rtl){props.dragLeft=true}else{props.dragRight=true}this.touchParams.itemProps=[props];event.stopPropagation()};ItemSet.prototype._onDrag=function(event){if(this.touchParams.itemProps){event.stopPropagation();var me=this;var snap=this.options.snap||null;var xOffset;if(this.options.rtl){xOffset=this.body.dom.root.offsetLeft+this.body.domProps.right.width}else{xOffset=this.body.dom.root.offsetLeft+this.body.domProps.left.width}var scale=this.body.util.getScale();var step=this.body.util.getStep();var selectedItem=this.touchParams.selectedItem;var updateGroupAllowed=(this.options.editable.overrideItems||selectedItem.editable==null)&&this.options.editable.updateGroup||!this.options.editable.overrideItems&&selectedItem.editable!=null&&selectedItem.editable.updateGroup;var newGroupBase=null;if(updateGroupAllowed&&selectedItem){if(selectedItem.data.group!=undefined){var group=me.groupFromTarget(event);if(group){newGroupBase=this._getGroupIndex(group.groupId)}}}this.touchParams.itemProps.forEach(function(props){var current=me.body.util.toTime(event.center.x-xOffset);var initial=me.body.util.toTime(props.initialX-xOffset);var offset;var initialStart;var initialEnd;var start;var end;if(this.options.rtl){offset=-(current-initial)}else{offset=current-initial}var itemData=this._cloneItemData(props.item.data);if(props.item.editable!=null&&!props.item.editable.updateTime&&!props.item.editable.updateGroup&&!me.options.editable.overrideItems){return}var updateTimeAllowed=(this.options.editable.overrideItems||selectedItem.editable==null)&&this.options.editable.updateTime||!this.options.editable.overrideItems&&selectedItem.editable!=null&&selectedItem.editable.updateTime;if(updateTimeAllowed){if(props.dragLeft){if(this.options.rtl){if(itemData.end!=undefined){initialEnd=util.convert(props.data.end,\"Date\");end=new Date(initialEnd.valueOf()+offset);itemData.end=snap?snap(end,scale,step):end}}else{if(itemData.start!=undefined){initialStart=util.convert(props.data.start,\"Date\");start=new Date(initialStart.valueOf()+offset);itemData.start=snap?snap(start,scale,step):start}}}else if(props.dragRight){if(this.options.rtl){if(itemData.start!=undefined){initialStart=util.convert(props.data.start,\"Date\");start=new Date(initialStart.valueOf()+offset);itemData.start=snap?snap(start,scale,step):start}}else{if(itemData.end!=undefined){initialEnd=util.convert(props.data.end,\"Date\");end=new Date(initialEnd.valueOf()+offset);itemData.end=snap?snap(end,scale,step):end}}}else{if(itemData.start!=undefined){initialStart=util.convert(props.data.start,\"Date\").valueOf();start=new Date(initialStart+offset);if(itemData.end!=undefined){initialEnd=util.convert(props.data.end,\"Date\");var duration=initialEnd.valueOf()-initialStart.valueOf();itemData.start=snap?snap(start,scale,step):start;itemData.end=new Date(itemData.start.valueOf()+duration)}else{itemData.start=snap?snap(start,scale,step):start}}}}if(updateGroupAllowed&&!props.dragLeft&&!props.dragRight&&newGroupBase!=null){if(itemData.group!=undefined){var newOffset=newGroupBase-props.groupOffset;newOffset=Math.max(0,newOffset);newOffset=Math.min(me.groupIds.length-1,newOffset);itemData.group=me.groupIds[newOffset]}}itemData=this._cloneItemData(itemData);me.options.onMoving(itemData,function(itemData){if(itemData){props.item.setData(this._cloneItemData(itemData,\"Date\"))}}.bind(this))}.bind(this));this.body.emitter.emit(\"_change\")}};ItemSet.prototype._moveToGroup=function(item,groupId){var group=this.groups[groupId];if(group&&group.groupId!=item.data.group){var oldGroup=item.parent;oldGroup.remove(item);oldGroup.order();item.data.group=group.groupId;group.add(item);group.order()}};ItemSet.prototype._onDragEnd=function(event){this.touchParams.itemIsDragging=false;if(this.touchParams.itemProps){event.stopPropagation();var me=this;var dataset=this.itemsData.getDataSet();var itemProps=this.touchParams.itemProps;this.touchParams.itemProps=null;itemProps.forEach(function(props){var id=props.item.id;var exists=me.itemsData.get(id,me.itemOptions)!=null;if(!exists){me.options.onAdd(props.item.data,function(itemData){me._removeItem(props.item);if(itemData){me.itemsData.getDataSet().add(itemData)}me.body.emitter.emit(\"_change\")})}else{var itemData=this._cloneItemData(props.item.data);me.options.onMove(itemData,function(itemData){if(itemData){itemData[dataset._fieldId]=id;dataset.update(itemData)}else{props.item.setData(props.data);me.body.emitter.emit(\"_change\")}})}}.bind(this))}};ItemSet.prototype._onGroupClick=function(event){var group=this.groupFromTarget(event);if(!group||!group.nestedGroups)return;var groupsData=this.groupsData.getDataSet();var nestingGroup=groupsData.get(group.groupId);if(nestingGroup.showNested==undefined){nestingGroup.showNested=true}nestingGroup.showNested=!nestingGroup.showNested;var nestedGroups=groupsData.get(group.nestedGroups).map(function(nestedGroup){nestedGroup.visible=nestingGroup.showNested;return nestedGroup});groupsData.update(nestedGroups.concat(nestingGroup));if(nestingGroup.showNested){util.removeClassName(group.dom.label,\"collapsed\");util.addClassName(group.dom.label,\"expanded\")}else{util.removeClassName(group.dom.label,\"expanded\");var collapsedDirClassName=this.options.rtl?\"collapsed-rtl\":\"collapsed\";util.addClassName(group.dom.label,collapsedDirClassName)}};ItemSet.prototype._onGroupDragStart=function(event){if(this.options.groupEditable.order){this.groupTouchParams.group=this.groupFromTarget(event);if(this.groupTouchParams.group){event.stopPropagation();this.groupTouchParams.originalOrder=this.groupsData.getIds({order:this.options.groupOrder})}}};ItemSet.prototype._onGroupDrag=function(event){if(this.options.groupEditable.order&&this.groupTouchParams.group){event.stopPropagation();var groupsData=this.groupsData;if(this.groupsData instanceof DataView){groupsData=this.groupsData.getDataSet()}var group=this.groupFromTarget(event);if(group&&group.height!=this.groupTouchParams.group.height){var movingUp=group.top<this.groupTouchParams.group.top;var clientY=event.center?event.center.y:event.clientY;var targetGroupTop=util.getAbsoluteTop(group.dom.foreground);var draggedGroupHeight=this.groupTouchParams.group.height;if(movingUp){if(targetGroupTop+draggedGroupHeight<clientY){return}}else{var targetGroupHeight=group.height;if(targetGroupTop+targetGroupHeight-draggedGroupHeight>clientY){return}}}if(group&&group!=this.groupTouchParams.group){var targetGroup=groupsData.get(group.groupId);var draggedGroup=groupsData.get(this.groupTouchParams.group.groupId);if(draggedGroup&&targetGroup){this.options.groupOrderSwap(draggedGroup,targetGroup,groupsData);groupsData.update(draggedGroup);groupsData.update(targetGroup)}var newOrder=groupsData.getIds({order:this.options.groupOrder});if(!util.equalArray(newOrder,this.groupTouchParams.originalOrder)){var origOrder=this.groupTouchParams.originalOrder;var draggedId=this.groupTouchParams.group.groupId;var numGroups=Math.min(origOrder.length,newOrder.length);var curPos=0;var newOffset=0;var orgOffset=0;while(curPos<numGroups){while(curPos+newOffset<numGroups&&curPos+orgOffset<numGroups&&newOrder[curPos+newOffset]==origOrder[curPos+orgOffset]){curPos++}if(curPos+newOffset>=numGroups){break}if(newOrder[curPos+newOffset]==draggedId){newOffset=1}else if(origOrder[curPos+orgOffset]==draggedId){orgOffset=1}else{var slippedPosition=newOrder.indexOf(origOrder[curPos+orgOffset]);var switchGroup=groupsData.get(newOrder[curPos+newOffset]);var shouldBeGroup=groupsData.get(origOrder[curPos+orgOffset]);this.options.groupOrderSwap(switchGroup,shouldBeGroup,groupsData);groupsData.update(switchGroup);groupsData.update(shouldBeGroup);var switchGroupId=newOrder[curPos+newOffset];newOrder[curPos+newOffset]=origOrder[curPos+orgOffset];newOrder[slippedPosition]=switchGroupId;curPos++}}}}}};ItemSet.prototype._onGroupDragEnd=function(event){if(this.options.groupEditable.order&&this.groupTouchParams.group){event.stopPropagation();var me=this;var id=me.groupTouchParams.group.groupId;var dataset=me.groupsData.getDataSet();var groupData=util.extend({},dataset.get(id));me.options.onMoveGroup(groupData,function(groupData){if(groupData){groupData[dataset._fieldId]=id;dataset.update(groupData)}else{var newOrder=dataset.getIds({order:me.options.groupOrder});if(!util.equalArray(newOrder,me.groupTouchParams.originalOrder)){var origOrder=me.groupTouchParams.originalOrder;var numGroups=Math.min(origOrder.length,newOrder.length);var curPos=0;while(curPos<numGroups){while(curPos<numGroups&&newOrder[curPos]==origOrder[curPos]){curPos++}if(curPos>=numGroups){break}var slippedPosition=newOrder.indexOf(origOrder[curPos]);var switchGroup=dataset.get(newOrder[curPos]);var shouldBeGroup=dataset.get(origOrder[curPos]);me.options.groupOrderSwap(switchGroup,shouldBeGroup,dataset);dataset.update(switchGroup);dataset.update(shouldBeGroup);var switchGroupId=newOrder[curPos];newOrder[curPos]=origOrder[curPos];newOrder[slippedPosition]=switchGroupId;curPos++}}}});me.body.emitter.emit(\"groupDragged\",{groupId:id})}};ItemSet.prototype._onSelectItem=function(event){if(!this.options.selectable)return;var ctrlKey=event.srcEvent&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey);var shiftKey=event.srcEvent&&event.srcEvent.shiftKey;if(ctrlKey||shiftKey){this._onMultiSelectItem(event);return}var oldSelection=this.getSelection();var item=this.itemFromTarget(event);var selection=item?[item.id]:[];this.setSelection(selection);var newSelection=this.getSelection();if(newSelection.length>0||oldSelection.length>0){this.body.emitter.emit(\"select\",{items:newSelection,event:event})}};ItemSet.prototype._onMouseOver=function(event){var item=this.itemFromTarget(event);if(!item)return;var related=this.itemFromRelatedTarget(event);if(item===related){return}var title=item.getTitle();if(this.options.showTooltips&&title){if(this.popup==null){this.popup=new Popup(this.body.dom.root,this.options.tooltip.overflowMethod||\"flip\")}this.popup.setText(title);var container=this.body.dom.centerContainer;this.popup.setPosition(event.clientX-util.getAbsoluteLeft(container)+container.offsetLeft,event.clientY-util.getAbsoluteTop(container)+container.offsetTop);this.popup.show()}else{if(this.popup!=null){this.popup.hide()}}this.body.emitter.emit(\"itemover\",{item:item.id,event:event})};ItemSet.prototype._onMouseOut=function(event){var item=this.itemFromTarget(event);if(!item)return;var related=this.itemFromRelatedTarget(event);if(item===related){return}if(this.popup!=null){this.popup.hide()}this.body.emitter.emit(\"itemout\",{item:item.id,event:event})};ItemSet.prototype._onMouseMove=function(event){var item=this.itemFromTarget(event);if(!item)return;if(this.options.showTooltips&&this.options.tooltip.followMouse){if(this.popup){if(!this.popup.hidden){var container=this.body.dom.centerContainer;this.popup.setPosition(event.clientX-util.getAbsoluteLeft(container)+container.offsetLeft,event.clientY-util.getAbsoluteTop(container)+container.offsetTop);this.popup.show()}}}};ItemSet.prototype._onMouseWheel=function(event){if(this.touchParams.itemIsDragging){this._onDragEnd(event)}};ItemSet.prototype._onUpdateItem=function(item){if(!this.options.selectable)return;if(!this.options.editable.add)return;var me=this;if(item){var itemData=me.itemsData.get(item.id);this.options.onUpdate(itemData,function(itemData){if(itemData){me.itemsData.getDataSet().update(itemData)}})}};ItemSet.prototype._onDropObjectOnItem=function(event){var item=this.itemFromTarget(event);var objectData=JSON.parse(event.dataTransfer.getData(\"text\"));this.options.onDropObjectOnItem(objectData,item)};ItemSet.prototype._onAddItem=function(event){if(!this.options.selectable)return;if(!this.options.editable.add)return;var me=this;var snap=this.options.snap||null;var xAbs;var x;if(this.options.rtl){xAbs=util.getAbsoluteRight(this.dom.frame);x=xAbs-event.center.x}else{xAbs=util.getAbsoluteLeft(this.dom.frame);x=event.center.x-xAbs}var start=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var end;var newItemData;if(event.type==\"drop\"){newItemData=JSON.parse(event.dataTransfer.getData(\"text\"));newItemData.content=newItemData.content?newItemData.content:\"new item\";newItemData.start=newItemData.start?newItemData.start:snap?snap(start,scale,step):start;newItemData.type=newItemData.type||\"box\";newItemData[this.itemsData._fieldId]=newItemData.id||util.randomUUID();if(newItemData.type==\"range\"&&!newItemData.end){end=this.body.util.toTime(x+this.props.width/5);newItemData.end=snap?snap(end,scale,step):end}}else{newItemData={start:snap?snap(start,scale,step):start,content:\"new item\"};newItemData[this.itemsData._fieldId]=util.randomUUID();if(this.options.type===\"range\"){\nend=this.body.util.toTime(x+this.props.width/5);newItemData.end=snap?snap(end,scale,step):end}}var group=this.groupFromTarget(event);if(group){newItemData.group=group.groupId}newItemData=this._cloneItemData(newItemData);this.options.onAdd(newItemData,function(item){if(item){me.itemsData.getDataSet().add(item);if(event.type==\"drop\"){me.setSelection([item.id])}}})};ItemSet.prototype._onMultiSelectItem=function(event){if(!this.options.selectable)return;var item=this.itemFromTarget(event);if(item){var selection=this.options.multiselect?this.getSelection():[];var shiftKey=event.srcEvent&&event.srcEvent.shiftKey||false;if(shiftKey&&this.options.multiselect){var itemGroup=this.itemsData.get(item.id).group;var lastSelectedGroup=undefined;if(this.options.multiselectPerGroup){if(selection.length>0){lastSelectedGroup=this.itemsData.get(selection[0]).group}}if(!this.options.multiselectPerGroup||lastSelectedGroup==undefined||lastSelectedGroup==itemGroup){selection.push(item.id)}var range=ItemSet._getItemRange(this.itemsData.get(selection,this.itemOptions));if(!this.options.multiselectPerGroup||lastSelectedGroup==itemGroup){selection=[];for(var id in this.items){if(this.items.hasOwnProperty(id)){var _item=this.items[id];var start=_item.data.start;var end=_item.data.end!==undefined?_item.data.end:start;if(start>=range.min&&end<=range.max&&(!this.options.multiselectPerGroup||lastSelectedGroup==this.itemsData.get(_item.id).group)&&!(_item instanceof BackgroundItem)){selection.push(_item.id)}}}}}else{var index=selection.indexOf(item.id);if(index==-1){selection.push(item.id)}else{selection.splice(index,1)}}this.setSelection(selection);this.body.emitter.emit(\"select\",{items:this.getSelection(),event:event})}};ItemSet._getItemRange=function(itemsData){var max=null;var min=null;itemsData.forEach(function(data){if(min==null||data.start<min){min=data.start}if(data.end!=undefined){if(max==null||data.end>max){max=data.end}}else{if(max==null||data.start>max){max=data.start}}});return{min:min,max:max}};ItemSet.prototype.itemFromElement=function(element){var cur=element;while(cur){if(cur.hasOwnProperty(\"timeline-item\")){return cur[\"timeline-item\"]}cur=cur.parentNode}return null};ItemSet.prototype.itemFromTarget=function(event){return this.itemFromElement(event.target)};ItemSet.prototype.itemFromRelatedTarget=function(event){return this.itemFromElement(event.relatedTarget)};ItemSet.prototype.groupFromTarget=function(event){var clientY=event.center?event.center.y:event.clientY;var groupIds=this.groupIds;if(groupIds.length<=0&&this.groupsData){groupIds=this.groupsData.getIds({order:this.options.groupOrder})}for(var i=0;i<groupIds.length;i++){var groupId=groupIds[i];var group=this.groups[groupId];var foreground=group.dom.foreground;var top=util.getAbsoluteTop(foreground);if(clientY>top&&clientY<top+foreground.offsetHeight){return group}if(this.options.orientation.item===\"top\"){if(i===this.groupIds.length-1&&clientY>top){return group}}else{if(i===0&&clientY<top+foreground.offset){return group}}}return null};ItemSet.itemSetFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-itemset\")){return target[\"timeline-itemset\"]}target=target.parentNode}return null};ItemSet.prototype._cloneItemData=function(itemData,type){var clone=util.extend({},itemData);if(!type){type=this.itemsData.getDataSet()._options.type}if(clone.start!=undefined){clone.start=util.convert(clone.start,type&&type.start||\"Date\")}if(clone.end!=undefined){clone.end=util.convert(clone.end,type&&type.end||\"Date\")}return clone};module.exports=ItemSet},function(module,exports,__webpack_require__){\"use strict\";var EPSILON=.001;exports.orderByStart=function(items){items.sort(function(a,b){return a.data.start-b.data.start})};exports.orderByEnd=function(items){items.sort(function(a,b){var aTime=\"end\"in a.data?a.data.end:a.data.start,bTime=\"end\"in b.data?b.data.end:b.data.start;return aTime-bTime})};exports.stack=function(items,margin,force){if(force){for(var i=0;i<items.length;i++){items[i].top=null}}for(var i=0;i<items.length;i++){var item=items[i];if(item.stack&&item.top===null){item.top=margin.axis;do{var collidingItem=null;for(var j=0,jj=items.length;j<jj;j++){var other=items[j];if(other.top!==null&&other!==item&&other.stack&&exports.collision(item,other,margin.item,other.options.rtl)){collidingItem=other;break}}if(collidingItem!=null){item.top=collidingItem.top+collidingItem.height+margin.item.vertical}}while(collidingItem)}}};exports.substack=function(items,margin,subgroup){for(var i=0;i<items.length;i++){items[i].top=null}var subgroupHeight=subgroup.height;for(i=0;i<items.length;i++){var item=items[i];if(item.stack&&item.top===null){item.top=item.baseTop;do{var collidingItem=null;for(var j=0,jj=items.length;j<jj;j++){var other=items[j];if(other.top!==null&&other!==item&&exports.collision(item,other,margin.item,other.options.rtl)){collidingItem=other;break}}if(collidingItem!=null){item.top=collidingItem.top+collidingItem.height+margin.item.vertical}if(item.top+item.height>subgroupHeight){subgroupHeight=item.top+item.height}}while(collidingItem)}}subgroup.height=subgroupHeight-subgroup.top+.5*margin.item.vertical};exports.nostack=function(items,margin,subgroups,stackSubgroups){for(var i=0;i<items.length;i++){if(items[i].data.subgroup==undefined){items[i].top=margin.item.vertical}else if(items[i].data.subgroup!==undefined&&stackSubgroups){var newTop=0;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroups[items[i].data.subgroup].index){newTop+=subgroups[subgroup].height;subgroups[items[i].data.subgroup].top=newTop}}}items[i].top=newTop+.5*margin.item.vertical}}if(!stackSubgroups){exports.stackSubgroups(items,margin,subgroups)}};exports.stackSubgroups=function(items,margin,subgroups){for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){subgroups[subgroup].top=0;do{var collidingItem=null;for(var otherSubgroup in subgroups){if(subgroups[otherSubgroup].top!==null&&otherSubgroup!==subgroup&&subgroups[subgroup].index>subgroups[otherSubgroup].index&&exports.collisionByTimes(subgroups[subgroup],subgroups[otherSubgroup])){collidingItem=subgroups[otherSubgroup];break}}if(collidingItem!=null){subgroups[subgroup].top=collidingItem.top+collidingItem.height}}while(collidingItem)}}for(var i=0;i<items.length;i++){if(items[i].data.subgroup!==undefined){items[i].top=subgroups[items[i].data.subgroup].top+.5*margin.item.vertical}}};exports.stackSubgroupsWithInnerStack=function(subgroupItems,margin,subgroups){var doSubStack=false;var subgroupOrder=[];for(var subgroup in subgroups){if(subgroups[subgroup].hasOwnProperty(\"index\")){subgroupOrder[subgroups[subgroup].index]=subgroup}else{subgroupOrder.push(subgroup)}}for(var j=0;j<subgroupOrder.length;j++){subgroup=subgroupOrder[j];if(subgroups.hasOwnProperty(subgroup)){doSubStack=doSubStack||subgroups[subgroup].stack;subgroups[subgroup].top=0;for(var otherSubgroup in subgroups){if(subgroups[otherSubgroup].visible&&subgroups[subgroup].index>subgroups[otherSubgroup].index){subgroups[subgroup].top+=subgroups[otherSubgroup].height}}var items=subgroupItems[subgroup];for(var i=0;i<items.length;i++){if(items[i].data.subgroup!==undefined){items[i].top=subgroups[items[i].data.subgroup].top+.5*margin.item.vertical;if(subgroups[subgroup].stack){items[i].baseTop=items[i].top}}}if(doSubStack&&subgroups[subgroup].stack){exports.substack(subgroupItems[subgroup],margin,subgroups[subgroup])}}}};exports.collision=function(a,b,margin,rtl){if(rtl){return a.right-margin.horizontal+EPSILON<b.right+b.width&&a.right+a.width+margin.horizontal-EPSILON>b.right&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}else{return a.left-margin.horizontal+EPSILON<b.left+b.width&&a.left+a.width+margin.horizontal-EPSILON>b.left&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}};exports.collisionByTimes=function(a,b){return a.start<=b.start&&a.end>=b.start&&a.top<b.top+b.height&&a.top+a.height>b.top||b.start<=a.start&&b.end>=a.start&&b.top<a.top+a.height&&b.top+b.height>a.top}},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(38);function BoxItem(data,conversion,options){this.props={dot:{width:0,height:0},line:{width:0,height:0}};this.options=options;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}BoxItem.prototype=new Item(null,null,null);BoxItem.prototype.isVisible=function(range){var isVisible;var align=this.options.align;var widthInMs=this.width*range.getMillisecondsPerPixel();if(align==\"right\"){isVisible=this.data.start.getTime()>range.start&&this.data.start.getTime()-widthInMs<range.end}else if(align==\"left\"){isVisible=this.data.start.getTime()+widthInMs>range.start&&this.data.start.getTime()<range.end}else{isVisible=this.data.start.getTime()+widthInMs/2>range.start&&this.data.start.getTime()-widthInMs/2<range.end}return isVisible};BoxItem.prototype._createDomElement=function(){if(!this.dom){this.dom={};this.dom.box=document.createElement(\"DIV\");this.dom.content=document.createElement(\"DIV\");this.dom.content.className=\"vis-item-content\";this.dom.box.appendChild(this.dom.content);this.dom.line=document.createElement(\"DIV\");this.dom.line.className=\"vis-line\";this.dom.dot=document.createElement(\"DIV\");this.dom.dot.className=\"vis-dot\";this.dom.box[\"timeline-item\"]=this;this.dirty=true}};BoxItem.prototype._appendDomElement=function(){if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!this.dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground)throw new Error(\"Cannot redraw item: parent has no foreground container element\");foreground.appendChild(this.dom.box)}if(!this.dom.line.parentNode){var background=this.parent.dom.background;if(!background)throw new Error(\"Cannot redraw item: parent has no background container element\");background.appendChild(this.dom.line)}if(!this.dom.dot.parentNode){var axis=this.parent.dom.axis;if(!background)throw new Error(\"Cannot redraw item: parent has no axis container element\");axis.appendChild(this.dom.dot)}this.displayed=true};BoxItem.prototype._updateDirtyDomComponents=function(){if(this.dirty){this._updateContents(this.dom.content);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=this.editable.updateTime||this.editable.updateGroup;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");this.dom.box.className=\"vis-item vis-box\"+className;this.dom.line.className=\"vis-item vis-line\"+className;this.dom.dot.className=\"vis-item vis-dot\"+className}};BoxItem.prototype._getDomComponentsSizes=function(){return{previous:{right:this.dom.box.style.right,left:this.dom.box.style.left},dot:{height:this.dom.dot.offsetHeight,width:this.dom.dot.offsetWidth},line:{width:this.dom.line.offsetWidth},box:{width:this.dom.box.offsetWidth,height:this.dom.box.offsetHeight}}};BoxItem.prototype._updateDomComponentsSizes=function(sizes){if(this.options.rtl){this.dom.box.style.right=\"0px\"}else{this.dom.box.style.left=\"0px\"}this.props.dot.height=sizes.dot.height;this.props.dot.width=sizes.dot.width;this.props.line.width=sizes.line.width;this.width=sizes.box.width;this.height=sizes.box.height;if(this.options.rtl){this.dom.box.style.right=sizes.previous.right}else{this.dom.box.style.left=sizes.previous.left}this.dirty=false};BoxItem.prototype._repaintDomAdditionals=function(){this._repaintOnItemUpdateTimeTooltip(this.dom.box);this._repaintDragCenter();this._repaintDeleteButton(this.dom.box)};BoxItem.prototype.redraw=function(returnQueue){var sizes;var queue=[this._createDomElement.bind(this),this._appendDomElement.bind(this),this._updateDirtyDomComponents.bind(this),function(){if(this.dirty){sizes=this._getDomComponentsSizes()}}.bind(this),function(){if(this.dirty){this._updateDomComponentsSizes.bind(this)(sizes)}}.bind(this),this._repaintDomAdditionals.bind(this)];if(returnQueue){return queue}else{var result;queue.forEach(function(fn){result=fn()});return result}};BoxItem.prototype.show=function(){if(!this.displayed){this.redraw()}};BoxItem.prototype.hide=function(){if(this.displayed){var dom=this.dom;if(dom.box.parentNode)dom.box.parentNode.removeChild(dom.box);if(dom.line.parentNode)dom.line.parentNode.removeChild(dom.line);if(dom.dot.parentNode)dom.dot.parentNode.removeChild(dom.dot);this.displayed=false}};BoxItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);var align=this.options.align;if(align==\"right\"){if(this.options.rtl){this.right=start-this.width;this.dom.box.style.right=this.right+\"px\";this.dom.line.style.right=start-this.props.line.width+\"px\";this.dom.dot.style.right=start-this.props.line.width/2-this.props.dot.width/2+\"px\"}else{this.left=start-this.width;this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start-this.props.line.width+\"px\";this.dom.dot.style.left=start-this.props.line.width/2-this.props.dot.width/2+\"px\"}}else if(align==\"left\"){if(this.options.rtl){this.right=start;this.dom.box.style.right=this.right+\"px\";this.dom.line.style.right=start+\"px\";this.dom.dot.style.right=start+this.props.line.width/2-this.props.dot.width/2+\"px\"}else{this.left=start;this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start+\"px\";this.dom.dot.style.left=start+this.props.line.width/2-this.props.dot.width/2+\"px\"}}else{if(this.options.rtl){this.right=start-this.width/2;this.dom.box.style.right=this.right+\"px\";this.dom.line.style.right=start-this.props.line.width+\"px\";this.dom.dot.style.right=start-this.props.dot.width/2+\"px\"}else{this.left=start-this.width/2;this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start-this.props.line.width/2+\"px\";this.dom.dot.style.left=start-this.props.dot.width/2+\"px\"}}};BoxItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;var line=this.dom.line;var dot=this.dom.dot;if(orientation==\"top\"){box.style.top=(this.top||0)+\"px\";line.style.top=\"0\";line.style.height=this.parent.top+this.top+1+\"px\";line.style.bottom=\"\"}else{var itemSetHeight=this.parent.itemSet.props.height;var lineHeight=itemSetHeight-this.parent.top-this.parent.height+this.top;box.style.top=(this.parent.height-this.top-this.height||0)+\"px\";line.style.top=itemSetHeight-lineHeight+\"px\";line.style.bottom=\"0\"}dot.style.top=-this.props.dot.height/2+\"px\"};BoxItem.prototype.getWidthLeft=function(){return this.width/2};BoxItem.prototype.getWidthRight=function(){return this.width/2};module.exports=BoxItem},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(38);function PointItem(data,conversion,options){this.props={dot:{top:0,width:0,height:0},content:{height:0,marginLeft:0,marginRight:0}};this.options=options;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}PointItem.prototype=new Item(null,null,null);PointItem.prototype.isVisible=function(range){var widthInMs=this.width*range.getMillisecondsPerPixel();return this.data.start.getTime()+widthInMs>range.start&&this.data.start<range.end};PointItem.prototype._createDomElement=function(){if(!this.dom){this.dom={};this.dom.point=document.createElement(\"div\");this.dom.content=document.createElement(\"div\");this.dom.content.className=\"vis-item-content\";this.dom.point.appendChild(this.dom.content);this.dom.dot=document.createElement(\"div\");this.dom.point.appendChild(this.dom.dot);this.dom.point[\"timeline-item\"]=this;this.dirty=true}};PointItem.prototype._appendDomElement=function(){if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!this.dom.point.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(this.dom.point)}this.displayed=true};PointItem.prototype._updateDirtyDomComponents=function(){if(this.dirty){this._updateContents(this.dom.content);this._updateDataAttributes(this.dom.point);this._updateStyle(this.dom.point);var editable=this.editable.updateTime||this.editable.updateGroup;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");this.dom.point.className=\"vis-item vis-point\"+className;this.dom.dot.className=\"vis-item vis-dot\"+className}};PointItem.prototype._getDomComponentsSizes=function(){return{dot:{width:this.dom.dot.offsetWidth,height:this.dom.dot.offsetHeight},content:{width:this.dom.content.offsetWidth,height:this.dom.content.offsetHeight},point:{width:this.dom.point.offsetWidth,height:this.dom.point.offsetHeight}}};PointItem.prototype._updateDomComponentsSizes=function(sizes){this.props.dot.width=sizes.dot.width;this.props.dot.height=sizes.dot.height;this.props.content.height=sizes.content.height;if(this.options.rtl){this.dom.content.style.marginRight=2*this.props.dot.width+\"px\"}else{this.dom.content.style.marginLeft=2*this.props.dot.width+\"px\"}this.width=sizes.point.width;this.height=sizes.point.height;this.dom.dot.style.top=(this.height-this.props.dot.height)/2+\"px\";if(this.options.rtl){this.dom.dot.style.right=this.props.dot.width/2+\"px\"}else{this.dom.dot.style.left=this.props.dot.width/2+\"px\"}this.dirty=false};PointItem.prototype._repaintDomAdditionals=function(){this._repaintOnItemUpdateTimeTooltip(this.dom.point);this._repaintDragCenter();this._repaintDeleteButton(this.dom.point)};PointItem.prototype.redraw=function(returnQueue){var sizes;var queue=[this._createDomElement.bind(this),this._appendDomElement.bind(this),this._updateDirtyDomComponents.bind(this),function(){if(this.dirty){sizes=this._getDomComponentsSizes()}}.bind(this),function(){if(this.dirty){this._updateDomComponentsSizes.bind(this)(sizes)}}.bind(this),this._repaintDomAdditionals.bind(this)];if(returnQueue){return queue}else{var result;queue.forEach(function(fn){result=fn()});return result}};PointItem.prototype.show=function(){if(!this.displayed){this.redraw()}};PointItem.prototype.hide=function(){if(this.displayed){if(this.dom.point.parentNode){this.dom.point.parentNode.removeChild(this.dom.point)}this.displayed=false}};PointItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);if(this.options.rtl){this.right=start-this.props.dot.width;this.dom.point.style.right=this.right+\"px\"}else{this.left=start-this.props.dot.width;this.dom.point.style.left=this.left+\"px\"}};PointItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var point=this.dom.point;if(orientation==\"top\"){point.style.top=this.top+\"px\"}else{point.style.top=this.parent.height-this.top-this.height+\"px\"}};PointItem.prototype.getWidthLeft=function(){return this.props.dot.width};PointItem.prototype.getWidthRight=function(){return this.props.dot.width};module.exports=PointItem},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(38);var BackgroundGroup=__webpack_require__(69);var RangeItem=__webpack_require__(70);function BackgroundItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}BackgroundItem.prototype=new Item(null,null,null);BackgroundItem.prototype.baseClassName=\"vis-item vis-background\";BackgroundItem.prototype.stack=false;BackgroundItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};BackgroundItem.prototype._createDomElement=function(){if(!this.dom){this.dom={};this.dom.box=document.createElement(\"div\");this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"vis-item-overflow\";this.dom.box.appendChild(this.dom.frame);this.dom.content=document.createElement(\"div\");this.dom.content.className=\"vis-item-content\";this.dom.frame.appendChild(this.dom.content);this.dirty=true}};BackgroundItem.prototype._appendDomElement=function(){if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!this.dom.box.parentNode){var background=this.parent.dom.background;if(!background){throw new Error(\"Cannot redraw item: parent has no background container element\")}background.appendChild(this.dom.box)}this.displayed=true};BackgroundItem.prototype._updateDirtyDomComponents=function(){if(this.dirty){this._updateContents(this.dom.content);this._updateDataAttributes(this.dom.content);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\");this.dom.box.className=this.baseClassName+className}};BackgroundItem.prototype._getDomComponentsSizes=function(){this.overflow=window.getComputedStyle(this.dom.content).overflow!==\"hidden\";return{content:{width:this.dom.content.offsetWidth}}};BackgroundItem.prototype._updateDomComponentsSizes=function(sizes){this.props.content.width=sizes.content.width;this.height=0;this.dirty=false};BackgroundItem.prototype._repaintDomAdditionals=function(){};BackgroundItem.prototype.redraw=function(returnQueue){var sizes;var queue=[this._createDomElement.bind(this),this._appendDomElement.bind(this),this._updateDirtyDomComponents.bind(this),function(){if(this.dirty){sizes=this._getDomComponentsSizes.bind(this)()}}.bind(this),function(){if(this.dirty){this._updateDomComponentsSizes.bind(this)(sizes)}}.bind(this),this._repaintDomAdditionals.bind(this)];if(returnQueue){return queue}else{var result;queue.forEach(function(fn){result=fn()});return result}};BackgroundItem.prototype.show=RangeItem.prototype.show;BackgroundItem.prototype.hide=RangeItem.prototype.hide;BackgroundItem.prototype.repositionX=RangeItem.prototype.repositionX;BackgroundItem.prototype.repositionY=function(margin){var height;var orientation=this.options.orientation.item;if(this.data.subgroup!==undefined){var itemSubgroup=this.data.subgroup;this.dom.box.style.height=this.parent.subgroups[itemSubgroup].height+\"px\";if(orientation==\"top\"){this.dom.box.style.top=this.parent.top+this.parent.subgroups[itemSubgroup].top+\"px\"}else{this.dom.box.style.top=this.parent.top+this.parent.height-this.parent.subgroups[itemSubgroup].top-this.parent.subgroups[itemSubgroup].height+\"px\"}this.dom.box.style.bottom=\"\"}else{if(this.parent instanceof BackgroundGroup){height=Math.max(this.parent.height,this.parent.itemSet.body.domProps.center.height,this.parent.itemSet.body.domProps.centerContainer.height);this.dom.box.style.bottom=orientation==\"bottom\"?\"0\":\"\";this.dom.box.style.top=orientation==\"top\"?\"0\":\"\"}else{height=this.parent.height;this.dom.box.style.top=this.parent.top+\"px\";this.dom.box.style.bottom=\"\"}}this.dom.box.style.height=height+\"px\"};module.exports=BackgroundItem},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Popup=function(){function Popup(container,overflowMethod){(0,_classCallCheck3[\"default\"])(this,Popup);this.container=container;this.overflowMethod=overflowMethod||\"cap\";this.x=0;this.y=0;this.padding=5;this.hidden=false;this.frame=document.createElement(\"div\");this.frame.className=\"vis-tooltip\";this.container.appendChild(this.frame)}(0,_createClass3[\"default\"])(Popup,[{key:\"setPosition\",value:function setPosition(x,y){this.x=parseInt(x);this.y=parseInt(y)}},{key:\"setText\",value:function setText(content){if(content instanceof Element){this.frame.innerHTML=\"\";this.frame.appendChild(content)}else{this.frame.innerHTML=content}}},{key:\"show\",value:function show(doShow){if(doShow===undefined){doShow=true}if(doShow===true){var height=this.frame.clientHeight;var width=this.frame.clientWidth;var maxHeight=this.frame.parentNode.clientHeight;var maxWidth=this.frame.parentNode.clientWidth;var left=0,top=0;if(this.overflowMethod==\"flip\"){var isLeft=false,isTop=true;if(this.y-height<this.padding){isTop=false}if(this.x+width>maxWidth-this.padding){isLeft=true}if(isLeft){left=this.x-width}else{left=this.x}if(isTop){top=this.y-height}else{top=this.y}}else{top=this.y-height;if(top+height+this.padding>maxHeight){top=maxHeight-height-this.padding}if(top<this.padding){top=this.padding}left=this.x;if(left+width+this.padding>maxWidth){left=maxWidth-width-this.padding}if(left<this.padding){left=this.padding}}this.frame.style.left=left+\"px\";this.frame.style.top=top+\"px\";this.frame.style.visibility=\"visible\";this.hidden=false}else{this.hide()}}},{key:\"hide\",value:function hide(){this.hidden=true;this.frame.style.left=\"0\";this.frame.style.top=\"0\";this.frame.style.visibility=\"hidden\"}},{key:\"destroy\",value:function destroy(){this.frame.parentNode.removeChild(this.frame)}}]);return Popup}();exports[\"default\"]=Popup},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var bool=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{boolean:bool},filter:{boolean:bool,function:\"function\"},container:{dom:dom},__type__:{object:object,boolean:bool,function:\"function\"}},align:{string:string},rtl:{boolean:bool,undefined:\"undefined\"},rollingMode:{follow:{boolean:bool},offset:{number:number,undefined:\"undefined\"},__type__:{object:object}},verticalScroll:{boolean:bool,undefined:\"undefined\"},horizontalScroll:{boolean:bool,undefined:\"undefined\"},autoResize:{boolean:bool},throttleRedraw:{number:number},clickToUse:{boolean:bool},dataAttributes:{string:string,array:array},editable:{add:{boolean:bool,undefined:\"undefined\"},remove:{boolean:bool,undefined:\"undefined\"},updateGroup:{boolean:bool,undefined:\"undefined\"},updateTime:{boolean:bool,undefined:\"undefined\"},overrideItems:{boolean:bool,undefined:\"undefined\"},__type__:{boolean:bool,object:object}},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},week:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object,function:\"function\"}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},week:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object,function:\"function\"}},__type__:{object:object}},moment:{function:\"function\"},groupOrder:{string:string,function:\"function\"},groupEditable:{add:{boolean:bool,undefined:\"undefined\"},remove:{boolean:bool,undefined:\"undefined\"},order:{boolean:bool,undefined:\"undefined\"},__type__:{boolean:bool,object:object}},groupOrderSwap:{function:\"function\"},height:{string:string,number:number},hiddenDates:{start:{date:date,number:number,string:string,moment:moment},end:{date:date,number:number,string:string,moment:moment},repeat:{string:string},__type__:{object:object,array:array}},itemsAlwaysDraggable:{item:{boolean:bool,undefined:\"undefined\"},range:{boolean:bool,undefined:\"undefined\"},__type__:{boolean:bool,object:object}},limitSize:{boolean:bool},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},margin:{axis:{number:number},item:{horizontal:{number:number,undefined:\"undefined\"},vertical:{number:number,undefined:\"undefined\"},__type__:{object:object,number:number}},__type__:{object:object,number:number}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},maxMinorChars:{number:number},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{boolean:bool},multiselect:{boolean:bool},multiselectPerGroup:{boolean:bool},onAdd:{function:\"function\"},onDropObjectOnItem:{function:\"function\"},onUpdate:{function:\"function\"},onMove:{function:\"function\"},onMoving:{function:\"function\"},onRemove:{function:\"function\"},onAddGroup:{function:\"function\"},onMoveGroup:{function:\"function\"},onRemoveGroup:{function:\"function\"},onInitialDrawComplete:{function:\"function\"},order:{function:\"function\"},orientation:{axis:{string:string,undefined:\"undefined\"},item:{string:string,undefined:\"undefined\"},__type__:{string:string,object:object}},selectable:{boolean:bool},showCurrentTime:{boolean:bool},showMajorLabels:{boolean:bool},showMinorLabels:{boolean:bool},stack:{boolean:bool},stackSubgroups:{boolean:bool},snap:{function:\"function\",null:\"null\"},start:{date:date,number:number,string:string,moment:moment},template:{function:\"function\"},groupTemplate:{function:\"function\"},visibleFrameTemplate:{string:string,function:\"function\"},showTooltips:{boolean:bool},tooltip:{followMouse:{boolean:bool},overflowMethod:{string:[\"cap\",\"flip\"]},__type__:{object:object}},tooltipOnItemUpdateTime:{template:{function:\"function\"},__type__:{boolean:bool,object:object}},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},type:{string:string},width:{string:string,number:number},zoomable:{boolean:bool},zoomKey:{string:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"]},zoomMax:{number:number},zoomMin:{number:number},__type__:{object:object}};var configureOptions={global:{align:[\"center\",\"left\",\"right\"],direction:false,autoResize:true,clickToUse:false,editable:{add:false,remove:false,updateGroup:false,updateTime:false},end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",week:\"w\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",week:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},groupsDraggable:false,height:\"\",locale:\"\",margin:{axis:[20,0,100,1],item:{horizontal:[10,0,100,1],vertical:[10,0,100,1]}},max:\"\",maxHeight:\"\",maxMinorChars:[7,0,20,1],min:\"\",minHeight:\"\",moveable:false,multiselect:false,multiselectPerGroup:false,orientation:{axis:[\"both\",\"bottom\",\"top\"],item:[\"bottom\",\"top\"]},selectable:true,showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,stack:true,stackSubgroups:true,start:\"\",showTooltips:true,tooltip:{followMouse:false,overflowMethod:\"flip\"},tooltipOnItemUpdateTime:false,type:[\"box\",\"point\",\"range\",\"background\"],width:\"100%\",zoomable:true,zoomKey:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"],zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var DOMutil=__webpack_require__(14);var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var Component=__webpack_require__(16);var DataAxis=__webpack_require__(107);var GraphGroup=__webpack_require__(109);var Legend=__webpack_require__(112);var Bars=__webpack_require__(110)\n;var Lines=__webpack_require__(111);var Points=__webpack_require__(72);var UNGROUPED=\"__ungrouped__\";function LineGraph(body,options){this.id=util.randomUUID();this.body=body;this.defaultOptions={yAxisOrientation:\"left\",defaultGroup:\"default\",sort:true,sampling:true,stack:false,graphHeight:\"400px\",shaded:{enabled:false,orientation:\"bottom\"},style:\"line\",barChart:{width:50,sideBySide:false,align:\"center\"},interpolation:{enabled:true,parametrization:\"centripetal\",alpha:.5},drawPoints:{enabled:true,size:6,style:\"square\"},dataAxis:{},legend:{},groups:{visibility:{}}};this.options=util.extend({},this.defaultOptions);this.dom={};this.props={};this.hammer=null;this.groups={};this.abortedGraphUpdate=false;this.updateSVGheight=false;this.updateSVGheightOnResize=false;this.forceGraphUpdate=true;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.selection=[];this.lastStart=this.body.range.start;this.touchParams={};this.svgElements={};this.setOptions(options);this.groupsUsingDefaultStyles=[0];this.body.emitter.on(\"rangechanged\",function(){me.lastStart=me.body.range.start;me.svg.style.left=util.option.asSize(-me.props.width);me.forceGraphUpdate=true;me.redraw.call(me)});this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups}}LineGraph.prototype=new Component;LineGraph.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-line-graph\";this.dom.frame=frame;this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"relative\";this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\";this.svg.style.display=\"block\";frame.appendChild(this.svg);this.options.dataAxis.orientation=\"left\";this.yAxisLeft=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);this.options.dataAxis.orientation=\"right\";this.yAxisRight=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);delete this.options.dataAxis.orientation;this.legendLeft=new Legend(this.body,this.options.legend,\"left\",this.options.groups);this.legendRight=new Legend(this.body,this.options.legend,\"right\",this.options.groups);this.show()};LineGraph.prototype.setOptions=function(options){if(options){var fields=[\"sampling\",\"defaultGroup\",\"stack\",\"height\",\"graphHeight\",\"yAxisOrientation\",\"style\",\"barChart\",\"dataAxis\",\"sort\",\"groups\"];if(options.graphHeight===undefined&&options.height!==undefined){this.updateSVGheight=true;this.updateSVGheightOnResize=true}else if(this.body.domProps.centerContainer.height!==undefined&&options.graphHeight!==undefined){if(parseInt((options.graphHeight+\"\").replace(\"px\",\"\"))<this.body.domProps.centerContainer.height){this.updateSVGheight=true}}util.selectiveDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");util.mergeOptions(this.options,options,\"legend\");if(options.interpolation){if((0,_typeof3[\"default\"])(options.interpolation)==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}if(this.yAxisLeft){if(options.dataAxis!==undefined){this.yAxisLeft.setOptions(this.options.dataAxis);this.yAxisRight.setOptions(this.options.dataAxis)}}if(this.legendLeft){if(options.legend!==undefined){this.legendLeft.setOptions(this.options.legend);this.legendRight.setOptions(this.options.legend)}}if(this.groups.hasOwnProperty(UNGROUPED)){this.groups[UNGROUPED].setOptions(options)}}if(this.dom.frame){this.forceGraphUpdate=true;this.body.emitter.emit(\"_change\",{queue:true})}};LineGraph.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};LineGraph.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};LineGraph.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids)}};LineGraph.prototype.setGroups=function(groups){var me=this;var ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;for(var i=0;i<ids.length;i++){this._removeGroup(ids[i])}}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}};LineGraph.prototype._onUpdate=function(ids){this._updateAllGroupData(ids)};LineGraph.prototype._onAdd=function(ids){this._onUpdate(ids)};LineGraph.prototype._onRemove=function(ids){this._onUpdate(ids)};LineGraph.prototype._onUpdateGroups=function(groupIds){this._updateAllGroupData(null,groupIds)};LineGraph.prototype._onAddGroups=function(groupIds){this._onUpdateGroups(groupIds)};LineGraph.prototype._onRemoveGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){this._removeGroup(groupIds[i])}this.forceGraphUpdate=true;this.body.emitter.emit(\"_change\",{queue:true})};LineGraph.prototype._removeGroup=function(groupId){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.removeGroup(groupId);this.legendRight.removeGroup(groupId);this.legendRight.redraw()}else{this.yAxisLeft.removeGroup(groupId);this.legendLeft.removeGroup(groupId);this.legendLeft.redraw()}delete this.groups[groupId]}};LineGraph.prototype._updateGroup=function(group,groupId){if(!this.groups.hasOwnProperty(groupId)){this.groups[groupId]=new GraphGroup(group,groupId,this.options,this.groupsUsingDefaultStyles);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.addGroup(groupId,this.groups[groupId]);this.legendRight.addGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.addGroup(groupId,this.groups[groupId]);this.legendLeft.addGroup(groupId,this.groups[groupId])}}else{this.groups[groupId].update(group);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.updateGroup(groupId,this.groups[groupId]);this.legendRight.updateGroup(groupId,this.groups[groupId]);this.yAxisLeft.removeGroup(groupId);this.legendLeft.removeGroup(groupId)}else{this.yAxisLeft.updateGroup(groupId,this.groups[groupId]);this.legendLeft.updateGroup(groupId,this.groups[groupId]);this.yAxisRight.removeGroup(groupId);this.legendRight.removeGroup(groupId)}}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype._updateAllGroupData=function(ids,groupIds){if(this.itemsData!=null){var groupsContent={};var items=this.itemsData.get();var fieldId=this.itemsData._fieldId;var idMap={};if(ids){ids.map(function(id){idMap[id]=id})}var groupCounts={};for(var i=0;i<items.length;i++){var item=items[i];var groupId=item.group;if(groupId===null||groupId===undefined){groupId=UNGROUPED}groupCounts.hasOwnProperty(groupId)?groupCounts[groupId]++:groupCounts[groupId]=1}var existingItemsMap={};if(!groupIds&&ids){for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){group=this.groups[groupId];var existing_items=group.getItems();groupsContent[groupId]=existing_items.filter(function(item){existingItemsMap[item[fieldId]]=item[fieldId];return item[fieldId]!==idMap[item[fieldId]]});var newLength=groupCounts[groupId];groupCounts[groupId]-=groupsContent[groupId].length;if(groupsContent[groupId].length<newLength){groupsContent[groupId][newLength-1]={}}}}}for(i=0;i<items.length;i++){item=items[i];groupId=item.group;if(groupId===null||groupId===undefined){groupId=UNGROUPED}if(!groupIds&&ids&&item[fieldId]!==idMap[item[fieldId]]&&existingItemsMap.hasOwnProperty(item[fieldId])){continue}if(!groupsContent.hasOwnProperty(groupId)){groupsContent[groupId]=new Array(groupCounts[groupId])}var extended=util.bridgeObject(item);extended.x=util.convert(item.x,\"Date\");extended.end=util.convert(item.end,\"Date\");extended.orginalY=item.y;extended.y=Number(item.y);extended[fieldId]=item[fieldId];var index=groupsContent[groupId].length-groupCounts[groupId]--;groupsContent[groupId][index]=extended}for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(!groupsContent.hasOwnProperty(groupId)){groupsContent[groupId]=new Array(0)}}}for(groupId in groupsContent){if(groupsContent.hasOwnProperty(groupId)){if(groupsContent[groupId].length==0){if(this.groups.hasOwnProperty(groupId)){this._removeGroup(groupId)}}else{var group=undefined;if(this.groupsData!=undefined){group=this.groupsData.get(groupId)}if(group==undefined){group={id:groupId,content:this.options.defaultGroup+groupId}}this._updateGroup(group,groupId);this.groups[groupId].setItems(groupsContent[groupId])}}}this.forceGraphUpdate=true;this.body.emitter.emit(\"_change\",{queue:true})}};LineGraph.prototype.redraw=function(){var resized=false;this.props.width=this.dom.frame.offsetWidth;this.props.height=this.body.domProps.centerContainer.height-this.body.domProps.border.top-this.body.domProps.border.bottom;resized=this._isResized()||resized;var visibleInterval=this.body.range.end-this.body.range.start;var zoomed=visibleInterval!=this.lastVisibleInterval;this.lastVisibleInterval=visibleInterval;if(resized==true){this.svg.style.width=util.option.asSize(3*this.props.width);this.svg.style.left=util.option.asSize(-this.props.width);if((this.options.height+\"\").indexOf(\"%\")!=-1||this.updateSVGheightOnResize==true){this.updateSVGheight=true}}if(this.updateSVGheight==true){if(this.options.graphHeight!=this.props.height+\"px\"){this.options.graphHeight=this.props.height+\"px\";this.svg.style.height=this.props.height+\"px\"}this.updateSVGheight=false}else{this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\"}if(resized==true||zoomed==true||this.abortedGraphUpdate==true||this.forceGraphUpdate==true){resized=this._updateGraph()||resized;this.forceGraphUpdate=false}else{if(this.lastStart!=0){var offset=this.body.range.start-this.lastStart;var range=this.body.range.end-this.body.range.start;if(this.props.width!=0){var rangePerPixelInv=this.props.width/range;var xOffset=offset*rangePerPixelInv;this.svg.style.left=-this.props.width-xOffset+\"px\"}}}this.legendLeft.redraw();this.legendRight.redraw();return resized};LineGraph.prototype._getSortedGroupIds=function(){var grouplist=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];if(group.visible==true&&(this.options.groups.visibility[groupId]===undefined||this.options.groups.visibility[groupId]==true)){grouplist.push({id:groupId,zIndex:group.options.zIndex})}}}util.insertSort(grouplist,function(a,b){var az=a.zIndex;var bz=b.zIndex;if(az===undefined)az=0;if(bz===undefined)bz=0;return az==bz?0:az<bz?-1:1});var groupIds=new Array(grouplist.length);for(var i=0;i<grouplist.length;i++){groupIds[i]=grouplist[i].id}return groupIds};LineGraph.prototype._updateGraph=function(){DOMutil.prepareElements(this.svgElements);if(this.props.width!=0&&this.itemsData!=null){var group,i;var groupRanges={};var changeCalled=false;var minDate=this.body.util.toGlobalTime(-this.body.domProps.root.width);var maxDate=this.body.util.toGlobalTime(2*this.body.domProps.root.width);var groupIds=this._getSortedGroupIds();if(groupIds.length>0){var groupsData={};this._getRelevantData(groupIds,groupsData,minDate,maxDate);this._applySampling(groupIds,groupsData);for(i=0;i<groupIds.length;i++){this._convertXcoordinates(groupsData[groupIds[i]])}this._getYRanges(groupIds,groupsData,groupRanges);changeCalled=this._updateYAxis(groupIds,groupRanges);if(changeCalled==true){DOMutil.cleanupElements(this.svgElements);this.abortedGraphUpdate=true;return true}this.abortedGraphUpdate=false;var below=undefined;for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(this.options.stack===true&&this.options.style===\"line\"){if(group.options.excludeFromStacking==undefined||!group.options.excludeFromStacking){if(below!=undefined){this._stack(groupsData[group.id],groupsData[below.id]);if(group.options.shaded.enabled==true&&group.options.shaded.orientation!==\"group\"){if(group.options.shaded.orientation==\"top\"&&below.options.shaded.orientation!==\"group\"){below.options.shaded.orientation=\"group\";below.options.shaded.groupId=group.id}else{group.options.shaded.orientation=\"group\";group.options.shaded.groupId=below.id}}}below=group}}this._convertYcoordinates(groupsData[groupIds[i]],group)}var paths={};for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.style===\"line\"&&group.options.shaded.enabled==true){var dataset=groupsData[groupIds[i]];if(dataset==null||dataset.length==0){continue}if(!paths.hasOwnProperty(groupIds[i])){paths[groupIds[i]]=Lines.calcPath(dataset,group)}if(group.options.shaded.orientation===\"group\"){var subGroupId=group.options.shaded.groupId;if(groupIds.indexOf(subGroupId)===-1){console.log(group.id+\": Unknown shading group target given:\"+subGroupId);continue}if(!paths.hasOwnProperty(subGroupId)){paths[subGroupId]=Lines.calcPath(groupsData[subGroupId],this.groups[subGroupId])}Lines.drawShading(paths[groupIds[i]],group,paths[subGroupId],this.framework)}else{Lines.drawShading(paths[groupIds[i]],group,undefined,this.framework)}}}Bars.draw(groupIds,groupsData,this.framework);for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(groupsData[groupIds[i]].length>0){switch(group.options.style){case\"line\":if(!paths.hasOwnProperty(groupIds[i])){paths[groupIds[i]]=Lines.calcPath(groupsData[groupIds[i]],group)}Lines.draw(paths[groupIds[i]],group,this.framework);case\"point\":case\"points\":if(group.options.style==\"point\"||group.options.style==\"points\"||group.options.drawPoints.enabled==true){Points.draw(groupsData[groupIds[i]],group,this.framework)}break;case\"bar\":default:}}}}}DOMutil.cleanupElements(this.svgElements);return false};LineGraph.prototype._stack=function(data,subData){var index,dx,dy,subPrevPoint,subNextPoint;index=0;for(var j=0;j<data.length;j++){subPrevPoint=undefined;subNextPoint=undefined;for(var k=index;k<subData.length;k++){if(subData[k].x===data[j].x){subPrevPoint=subData[k];subNextPoint=subData[k];index=k;break}else if(subData[k].x>data[j].x){subNextPoint=subData[k];if(k==0){subPrevPoint=subNextPoint}else{subPrevPoint=subData[k-1]}index=k;break}}if(subNextPoint===undefined){subPrevPoint=subData[subData.length-1];subNextPoint=subData[subData.length-1]}dx=subNextPoint.x-subPrevPoint.x;dy=subNextPoint.y-subPrevPoint.y;if(dx==0){data[j].y=data[j].orginalY+subNextPoint.y}else{data[j].y=data[j].orginalY+dy/dx*(data[j].x-subPrevPoint.x)+subPrevPoint.y}}};LineGraph.prototype._getRelevantData=function(groupIds,groupsData,minDate,maxDate){var group,i,j,item;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];var itemsData=group.getItems();if(group.options.sort==true){var dateComparator=function dateComparator(a,b){return a.getTime()==b.getTime()?0:a<b?-1:1};var first=Math.max(0,util.binarySearchValue(itemsData,minDate,\"x\",\"before\",dateComparator));var last=Math.min(itemsData.length,util.binarySearchValue(itemsData,maxDate,\"x\",\"after\",dateComparator)+1);if(last<=0){last=itemsData.length}var dataContainer=new Array(last-first);for(j=first;j<last;j++){item=group.itemsData[j];dataContainer[j-first]=item}groupsData[groupIds[i]]=dataContainer}else{groupsData[groupIds[i]]=group.itemsData}}}};LineGraph.prototype._applySampling=function(groupIds,groupsData){var group;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.sampling==true){var dataContainer=groupsData[groupIds[i]];if(dataContainer.length>0){var increment=1;var amountOfPoints=dataContainer.length;var xDistance=this.body.util.toGlobalScreen(dataContainer[dataContainer.length-1].x)-this.body.util.toGlobalScreen(dataContainer[0].x);var pointsPerPixel=amountOfPoints/xDistance;increment=Math.min(Math.ceil(.2*amountOfPoints),Math.max(1,Math.round(pointsPerPixel)));var sampledData=new Array(amountOfPoints);for(var j=0;j<amountOfPoints;j+=increment){var idx=Math.round(j/increment);sampledData[idx]=dataContainer[j]}groupsData[groupIds[i]]=sampledData.splice(0,Math.round(amountOfPoints/increment))}}}}};LineGraph.prototype._getYRanges=function(groupIds,groupsData,groupRanges){var groupData,group,i;var combinedDataLeft=[];var combinedDataRight=[];var options;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){groupData=groupsData[groupIds[i]];options=this.groups[groupIds[i]].options;if(groupData.length>0){group=this.groups[groupIds[i]];if(options.stack===true&&options.style===\"bar\"){if(options.yAxisOrientation===\"left\"){combinedDataLeft=combinedDataLeft.concat(groupData)}else{combinedDataRight=combinedDataRight.concat(groupData)}}else{groupRanges[groupIds[i]]=group.getYRange(groupData,groupIds[i])}}}Bars.getStackedYRange(combinedDataLeft,groupRanges,groupIds,\"__barStackLeft\",\"left\");Bars.getStackedYRange(combinedDataRight,groupRanges,groupIds,\"__barStackRight\",\"right\")}};LineGraph.prototype._updateYAxis=function(groupIds,groupRanges){var resized=false;var yAxisLeftUsed=false;var yAxisRightUsed=false;var minLeft=1e9,minRight=1e9,maxLeft=-1e9,maxRight=-1e9,minVal,maxVal;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){var group=this.groups[groupIds[i]];if(group&&group.options.yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=1e9;maxLeft=-1e9}else if(group&&group.options.yAxisOrientation){yAxisRightUsed=true;minRight=1e9;maxRight=-1e9}}for(i=0;i<groupIds.length;i++){if(groupRanges.hasOwnProperty(groupIds[i])){if(groupRanges[groupIds[i]].ignore!==true){minVal=groupRanges[groupIds[i]].min;maxVal=groupRanges[groupIds[i]].max;if(groupRanges[groupIds[i]].yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=minLeft>minVal?minVal:minLeft;maxLeft=maxLeft<maxVal?maxVal:maxLeft}else{yAxisRightUsed=true;minRight=minRight>minVal?minVal:minRight;maxRight=maxRight<maxVal?maxVal:maxRight}}}}if(yAxisLeftUsed==true){this.yAxisLeft.setRange(minLeft,maxLeft)}if(yAxisRightUsed==true){this.yAxisRight.setRange(minRight,maxRight)}}resized=this._toggleAxisVisiblity(yAxisLeftUsed,this.yAxisLeft)||resized;resized=this._toggleAxisVisiblity(yAxisRightUsed,this.yAxisRight)||resized;if(yAxisRightUsed==true&&yAxisLeftUsed==true){this.yAxisLeft.drawIcons=true;this.yAxisRight.drawIcons=true}else{this.yAxisLeft.drawIcons=false;this.yAxisRight.drawIcons=false}this.yAxisRight.master=!yAxisLeftUsed;this.yAxisRight.masterAxis=this.yAxisLeft;if(this.yAxisRight.master==false){if(yAxisRightUsed==true){this.yAxisLeft.lineOffset=this.yAxisRight.width}else{this.yAxisLeft.lineOffset=0}resized=this.yAxisLeft.redraw()||resized;resized=this.yAxisRight.redraw()||resized}else{resized=this.yAxisRight.redraw()||resized}var tempGroups=[\"__barStackLeft\",\"__barStackRight\",\"__lineStackLeft\",\"__lineStackRight\"];for(i=0;i<tempGroups.length;i++){if(groupIds.indexOf(tempGroups[i])!=-1){groupIds.splice(groupIds.indexOf(tempGroups[i]),1)}}return resized};LineGraph.prototype._toggleAxisVisiblity=function(axisUsed,axis){var changed=false;if(axisUsed==false){if(axis.dom.frame.parentNode&&axis.hidden==false){axis.hide();changed=true}}else{if(!axis.dom.frame.parentNode&&axis.hidden==true){axis.show();changed=true}}return changed};LineGraph.prototype._convertXcoordinates=function(datapoints){var toScreen=this.body.util.toScreen;for(var i=0;i<datapoints.length;i++){datapoints[i].screen_x=toScreen(datapoints[i].x)+this.props.width;datapoints[i].screen_y=datapoints[i].y;if(datapoints[i].end!=undefined){datapoints[i].screen_end=toScreen(datapoints[i].end)+this.props.width}else{datapoints[i].screen_end=undefined}}};LineGraph.prototype._convertYcoordinates=function(datapoints,group){var axis=this.yAxisLeft;var svgHeight=Number(this.svg.style.height.replace(\"px\",\"\"));if(group.options.yAxisOrientation==\"right\"){axis=this.yAxisRight}for(var i=0;i<datapoints.length;i++){datapoints[i].screen_y=Math.round(axis.convertValue(datapoints[i].y))}group.setZeroPosition(Math.min(svgHeight,axis.convertValue(0)))};module.exports=LineGraph},function(module,exports,__webpack_require__){\"use strict\";var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var DOMutil=__webpack_require__(14);var Component=__webpack_require__(16);var DataScale=__webpack_require__(108);function DataAxis(body,options,svg,linegraphOptions){this.id=util.randomUUID();this.body=body;this.defaultOptions={orientation:\"left\",showMinorLabels:true,showMajorLabels:true,icons:false,majorLinesOffset:7,minorLinesOffset:4,labelOffsetX:10,labelOffsetY:2,iconWidth:20,width:\"40px\",visible:true,alignZeros:true,left:{range:{min:undefined,max:undefined},format:function format(value){return\"\"+parseFloat(value.toPrecision(3))},title:{text:undefined,style:undefined}},right:{range:{min:undefined,max:undefined},format:function format(value){return\"\"+parseFloat(value.toPrecision(3))},title:{text:undefined,style:undefined}}};this.linegraphOptions=linegraphOptions;this.linegraphSVG=svg;this.props={};this.DOMelements={lines:{},labels:{},title:{}};this.dom={};this.scale=undefined;this.range={start:0,end:0};this.options=util.extend({},this.defaultOptions);this.conversionFactor=1;this.setOptions(options);this.width=Number((\"\"+this.options.width).replace(\"px\",\"\"));this.minWidth=this.width;this.height=this.linegraphSVG.getBoundingClientRect().height;this.hidden=false;this.stepPixels=25;this.zeroCrossing=-1;this.amountOfSteps=-1;this.lineOffset=0;this.master=true;this.masterAxis=null;this.svgElements={};this.iconsRemoved=false;this.groups={};this.amountOfGroups=0;this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};var me=this;this.body.emitter.on(\"verticalDrag\",function(){me.dom.lineContainer.style.top=me.body.domProps.scrollTop+\"px\"})}DataAxis.prototype=new Component;DataAxis.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};DataAxis.prototype.updateGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.amountOfGroups+=1}this.groups[label]=graphOptions};DataAxis.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};DataAxis.prototype.setOptions=function(options){if(options){var redraw=false;if(this.options.orientation!=options.orientation&&options.orientation!==undefined){redraw=true}var fields=[\"orientation\",\"showMinorLabels\",\"showMajorLabels\",\"icons\",\"majorLinesOffset\",\"minorLinesOffset\",\"labelOffsetX\",\"labelOffsetY\",\"iconWidth\",\"width\",\"visible\",\"left\",\"right\",\"alignZeros\"];util.selectiveDeepExtend(fields,this.options,options);this.minWidth=Number((\"\"+this.options.width).replace(\"px\",\"\"));if(redraw===true&&this.dom.frame){this.hide();this.show()}}};DataAxis.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.style.width=this.options.width;this.dom.frame.style.height=this.height;this.dom.lineContainer=document.createElement(\"div\");this.dom.lineContainer.style.width=\"100%\";this.dom.lineContainer.style.height=this.height;this.dom.lineContainer.style.position=\"relative\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=\"0px\";this.svg.style.height=\"100%\";this.svg.style.width=\"100%\";this.svg.style.display=\"block\";this.dom.frame.appendChild(this.svg)};DataAxis.prototype._redrawGroupIcons=function(){DOMutil.prepareElements(this.svgElements);var x;var iconWidth=this.options.iconWidth;var iconHeight=15;var iconOffset=4;var y=iconOffset+.5*iconHeight;if(this.options.orientation===\"left\"){x=iconOffset}else{x=this.width-iconWidth-iconOffset}var groupArray=(0,_keys2[\"default\"])(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){this.groups[groupId].getLegend(iconWidth,iconHeight,this.framework,x,y);y+=iconHeight+iconOffset}}DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=false};DataAxis.prototype._cleanupIcons=function(){if(this.iconsRemoved===false){DOMutil.prepareElements(this.svgElements);DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=true}};DataAxis.prototype.show=function(){this.hidden=false;if(!this.dom.frame.parentNode){if(this.options.orientation===\"left\"){this.body.dom.left.appendChild(this.dom.frame)}else{this.body.dom.right.appendChild(this.dom.frame)}}if(!this.dom.lineContainer.parentNode){this.body.dom.backgroundHorizontal.appendChild(this.dom.lineContainer)}};DataAxis.prototype.hide=function(){this.hidden=true;if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.lineContainer.parentNode){this.dom.lineContainer.parentNode.removeChild(this.dom.lineContainer)}};DataAxis.prototype.setRange=function(start,end){this.range.start=start;this.range.end=end};DataAxis.prototype.redraw=function(){var resized=false;var activeGroups=0;this.dom.lineContainer.style.top=this.body.domProps.scrollTop+\"px\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){activeGroups++}}}if(this.amountOfGroups===0||activeGroups===0){this.hide()}else{this.show();this.height=Number(this.linegraphSVG.style.height.replace(\"px\",\"\"));this.dom.lineContainer.style.height=this.height+\"px\";this.width=this.options.visible===true?Number((\"\"+this.options.width).replace(\"px\",\"\")):0;var props=this.props;var frame=this.dom.frame;frame.className=\"vis-data-axis\";this._calculateCharSize();var orientation=this.options.orientation;var showMinorLabels=this.options.showMinorLabels;var showMajorLabels=this.options.showMajorLabels;props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.minorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.minorLinesOffset;props.minorLineHeight=1;props.majorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.majorLinesOffset;props.majorLineHeight=1;if(orientation===\"left\"){frame.style.top=\"0\";frame.style.left=\"0\";frame.style.bottom=\"\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.left.width;this.props.height=this.body.domProps.left.height}else{frame.style.top=\"\";frame.style.bottom=\"0\";frame.style.left=\"0\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.right.width;this.props.height=this.body.domProps.right.height}resized=this._redrawLabels();resized=this._isResized()||resized;if(this.options.icons===true){this._redrawGroupIcons()}else{this._cleanupIcons()}this._redrawTitle(orientation)}return resized};DataAxis.prototype._redrawLabels=function(){var _this=this;var resized=false;DOMutil.prepareElements(this.DOMelements.lines);DOMutil.prepareElements(this.DOMelements.labels);var orientation=this.options[\"orientation\"];var customRange=this.options[orientation].range!=undefined?this.options[orientation].range:{};var autoScaleEnd=true;if(customRange.max!=undefined){this.range.end=customRange.max;autoScaleEnd=false}var autoScaleStart=true;if(customRange.min!=undefined){this.range.start=customRange.min;autoScaleStart=false}this.scale=new DataScale(this.range.start,this.range.end,autoScaleStart,autoScaleEnd,this.dom.frame.offsetHeight,this.props.majorCharHeight,this.options.alignZeros,this.options[orientation].format);if(this.master===false&&this.masterAxis!=undefined){this.scale.followScale(this.masterAxis.scale)}this.maxLabelSize=0;var lines=this.scale.getLines();lines.forEach(function(line){var y=line.y;var isMajor=line.major;if(_this.options[\"showMinorLabels\"]&&isMajor===false){_this._redrawLabel(y-2,line.val,orientation,\"vis-y-axis vis-minor\",_this.props.minorCharHeight)}if(isMajor){if(y>=0){_this._redrawLabel(y-2,line.val,orientation,\"vis-y-axis vis-major\",_this.props.majorCharHeight)}}if(_this.master===true){if(isMajor){_this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-major\",_this.options.majorLinesOffset,_this.props.majorLineWidth)}else{_this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-minor\",_this.options.minorLinesOffset,_this.props.minorLineWidth)}}});var titleWidth=0;if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){titleWidth=this.props.titleCharHeight}var offset=this.options.icons===true?Math.max(this.options.iconWidth,titleWidth)+this.options.labelOffsetX+15:titleWidth+this.options.labelOffsetX+15;if(this.maxLabelSize>this.width-offset&&this.options.visible===true){this.width=this.maxLabelSize+offset;this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else if(this.maxLabelSize<this.width-offset&&this.options.visible===true&&this.width>this.minWidth){this.width=Math.max(this.minWidth,this.maxLabelSize+offset);this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else{DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);resized=false}return resized};DataAxis.prototype.convertValue=function(value){return this.scale.convertValue(value)};DataAxis.prototype.screenToValue=function(x){return this.scale.screenToValue(x)};DataAxis.prototype._redrawLabel=function(y,text,orientation,className,characterHeight){var label=DOMutil.getDOMElement(\"div\",this.DOMelements.labels,this.dom.frame);label.className=className;label.innerHTML=text;if(orientation===\"left\"){label.style.left=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"right\"}else{label.style.right=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"left\"}label.style.top=y-.5*characterHeight+this.options.labelOffsetY+\"px\";text+=\"\";var largestWidth=Math.max(this.props.majorCharWidth,this.props.minorCharWidth);if(this.maxLabelSize<text.length*largestWidth){this.maxLabelSize=text.length*largestWidth}};DataAxis.prototype._redrawLine=function(y,orientation,className,offset,width){if(this.master===true){\nvar line=DOMutil.getDOMElement(\"div\",this.DOMelements.lines,this.dom.lineContainer);line.className=className;line.innerHTML=\"\";if(orientation===\"left\"){line.style.left=this.width-offset+\"px\"}else{line.style.right=this.width-offset+\"px\"}line.style.width=width+\"px\";line.style.top=y+\"px\"}};DataAxis.prototype._redrawTitle=function(orientation){DOMutil.prepareElements(this.DOMelements.title);if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){var title=DOMutil.getDOMElement(\"div\",this.DOMelements.title,this.dom.frame);title.className=\"vis-y-axis vis-title vis-\"+orientation;title.innerHTML=this.options[orientation].title.text;if(this.options[orientation].title.style!==undefined){util.addCssText(title,this.options[orientation].title.style)}if(orientation===\"left\"){title.style.left=this.props.titleCharHeight+\"px\"}else{title.style.right=this.props.titleCharHeight+\"px\"}title.style.width=this.height+\"px\"}DOMutil.cleanupElements(this.DOMelements.title)};DataAxis.prototype._calculateCharSize=function(){if(!(\"minorCharHeight\"in this.props)){var textMinor=document.createTextNode(\"0\");var measureCharMinor=document.createElement(\"div\");measureCharMinor.className=\"vis-y-axis vis-minor vis-measure\";measureCharMinor.appendChild(textMinor);this.dom.frame.appendChild(measureCharMinor);this.props.minorCharHeight=measureCharMinor.clientHeight;this.props.minorCharWidth=measureCharMinor.clientWidth;this.dom.frame.removeChild(measureCharMinor)}if(!(\"majorCharHeight\"in this.props)){var textMajor=document.createTextNode(\"0\");var measureCharMajor=document.createElement(\"div\");measureCharMajor.className=\"vis-y-axis vis-major vis-measure\";measureCharMajor.appendChild(textMajor);this.dom.frame.appendChild(measureCharMajor);this.props.majorCharHeight=measureCharMajor.clientHeight;this.props.majorCharWidth=measureCharMajor.clientWidth;this.dom.frame.removeChild(measureCharMajor)}if(!(\"titleCharHeight\"in this.props)){var textTitle=document.createTextNode(\"0\");var measureCharTitle=document.createElement(\"div\");measureCharTitle.className=\"vis-y-axis vis-title vis-measure\";measureCharTitle.appendChild(textTitle);this.dom.frame.appendChild(measureCharTitle);this.props.titleCharHeight=measureCharTitle.clientHeight;this.props.titleCharWidth=measureCharTitle.clientWidth;this.dom.frame.removeChild(measureCharTitle)}};module.exports=DataAxis},function(module,exports,__webpack_require__){\"use strict\";function DataScale(start,end,autoScaleStart,autoScaleEnd,containerHeight,majorCharHeight){var zeroAlign=arguments.length>6&&arguments[6]!==undefined?arguments[6]:false;var formattingFunction=arguments.length>7&&arguments[7]!==undefined?arguments[7]:false;this.majorSteps=[1,2,5,10];this.minorSteps=[.25,.5,1,2];this.customLines=null;this.containerHeight=containerHeight;this.majorCharHeight=majorCharHeight;this._start=start;this._end=end;this.scale=1;this.minorStepIdx=-1;this.magnitudefactor=1;this.determineScale();this.zeroAlign=zeroAlign;this.autoScaleStart=autoScaleStart;this.autoScaleEnd=autoScaleEnd;this.formattingFunction=formattingFunction;if(autoScaleStart||autoScaleEnd){var me=this;var roundToMinor=function roundToMinor(value){var rounded=value-value%(me.magnitudefactor*me.minorSteps[me.minorStepIdx]);if(value%(me.magnitudefactor*me.minorSteps[me.minorStepIdx])>.5*(me.magnitudefactor*me.minorSteps[me.minorStepIdx])){return rounded+me.magnitudefactor*me.minorSteps[me.minorStepIdx]}else{return rounded}};if(autoScaleStart){this._start-=this.magnitudefactor*2*this.minorSteps[this.minorStepIdx];this._start=roundToMinor(this._start)}if(autoScaleEnd){this._end+=this.magnitudefactor*this.minorSteps[this.minorStepIdx];this._end=roundToMinor(this._end)}this.determineScale()}}DataScale.prototype.setCharHeight=function(majorCharHeight){this.majorCharHeight=majorCharHeight};DataScale.prototype.setHeight=function(containerHeight){this.containerHeight=containerHeight};DataScale.prototype.determineScale=function(){var range=this._end-this._start;this.scale=this.containerHeight/range;var minimumStepValue=this.majorCharHeight/this.scale;var orderOfMagnitude=range>0?Math.round(Math.log(range)/Math.LN10):0;this.minorStepIdx=-1;this.magnitudefactor=Math.pow(10,orderOfMagnitude);var start=0;if(orderOfMagnitude<0){start=orderOfMagnitude}var solutionFound=false;for(var l=start;Math.abs(l)<=Math.abs(orderOfMagnitude);l++){this.magnitudefactor=Math.pow(10,l);for(var j=0;j<this.minorSteps.length;j++){var stepSize=this.magnitudefactor*this.minorSteps[j];if(stepSize>=minimumStepValue){solutionFound=true;this.minorStepIdx=j;break}}if(solutionFound===true){break}}};DataScale.prototype.is_major=function(value){return value%(this.magnitudefactor*this.majorSteps[this.minorStepIdx])===0};DataScale.prototype.getStep=function(){return this.magnitudefactor*this.minorSteps[this.minorStepIdx]};DataScale.prototype.getFirstMajor=function(){var majorStep=this.magnitudefactor*this.majorSteps[this.minorStepIdx];return this.convertValue(this._start+(majorStep-this._start%majorStep)%majorStep)};DataScale.prototype.formatValue=function(current){var returnValue=current.toPrecision(5);if(typeof this.formattingFunction===\"function\"){returnValue=this.formattingFunction(current)}if(typeof returnValue===\"number\"){return\"\"+returnValue}else if(typeof returnValue===\"string\"){return returnValue}else{return current.toPrecision(5)}};DataScale.prototype.getLines=function(){var lines=[];var step=this.getStep();var bottomOffset=(step-this._start%step)%step;for(var i=this._start+bottomOffset;this._end-i>1e-5;i+=step){if(i!=this._start){lines.push({major:this.is_major(i),y:this.convertValue(i),val:this.formatValue(i)})}}return lines};DataScale.prototype.followScale=function(other){var oldStepIdx=this.minorStepIdx;var oldStart=this._start;var oldEnd=this._end;var me=this;var increaseMagnitude=function increaseMagnitude(){me.magnitudefactor*=2};var decreaseMagnitude=function decreaseMagnitude(){me.magnitudefactor/=2};if(other.minorStepIdx<=1&&this.minorStepIdx<=1||other.minorStepIdx>1&&this.minorStepIdx>1){}else if(other.minorStepIdx<this.minorStepIdx){this.minorStepIdx=1;if(oldStepIdx==2){increaseMagnitude()}else{increaseMagnitude();increaseMagnitude()}}else{this.minorStepIdx=2;if(oldStepIdx==1){decreaseMagnitude()}else{decreaseMagnitude();decreaseMagnitude()}}var otherZero=other.convertValue(0);var otherStep=other.getStep()*other.scale;var done=false;var count=0;while(!done&&count++<5){this.scale=otherStep/(this.minorSteps[this.minorStepIdx]*this.magnitudefactor);var newRange=this.containerHeight/this.scale;this._start=oldStart;this._end=this._start+newRange;var myOriginalZero=this._end*this.scale;var majorStep=this.magnitudefactor*this.majorSteps[this.minorStepIdx];var majorOffset=this.getFirstMajor()-other.getFirstMajor();if(this.zeroAlign){var zeroOffset=otherZero-myOriginalZero;this._end+=zeroOffset/this.scale;this._start=this._end-newRange}else{if(!this.autoScaleStart){this._start+=majorStep-majorOffset/this.scale;this._end=this._start+newRange}else{this._start-=majorOffset/this.scale;this._end=this._start+newRange}}if(!this.autoScaleEnd&&this._end>oldEnd+1e-5){decreaseMagnitude();done=false;continue}if(!this.autoScaleStart&&this._start<oldStart-1e-5){if(this.zeroAlign&&oldStart>=0){console.warn(\"Can't adhere to given 'min' range, due to zeroalign\")}else{decreaseMagnitude();done=false;continue}}if(this.autoScaleStart&&this.autoScaleEnd&&newRange<oldEnd-oldStart){increaseMagnitude();done=false;continue}done=true}};DataScale.prototype.convertValue=function(value){return this.containerHeight-(value-this._start)*this.scale};DataScale.prototype.screenToValue=function(pixels){return(this.containerHeight-pixels)/this.scale+this._start};module.exports=DataScale},function(module,exports,__webpack_require__){\"use strict\";var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Bars=__webpack_require__(110);var Lines=__webpack_require__(111);var Points=__webpack_require__(72);function GraphGroup(group,groupId,options,groupsUsingDefaultStyles){this.id=groupId;var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"drawPoints\",\"shaded\",\"interpolation\",\"zIndex\",\"excludeFromStacking\",\"excludeFromLegend\"];this.options=util.selectiveBridgeObject(fields,options);this.usingDefaultStyle=group.className===undefined;this.groupsUsingDefaultStyles=groupsUsingDefaultStyles;this.zeroPosition=0;this.update(group);if(this.usingDefaultStyle==true){this.groupsUsingDefaultStyles[0]+=1}this.itemsData=[];this.visible=group.visible===undefined?true:group.visible}GraphGroup.prototype.setItems=function(items){if(items!=null){this.itemsData=items;if(this.options.sort==true){util.insertSort(this.itemsData,function(a,b){return a.x>b.x?1:-1})}}else{this.itemsData=[]}};GraphGroup.prototype.getItems=function(){return this.itemsData};GraphGroup.prototype.setZeroPosition=function(pos){this.zeroPosition=pos};GraphGroup.prototype.setOptions=function(options){if(options!==undefined){var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"zIndex\",\"excludeFromStacking\",\"excludeFromLegend\"];util.selectiveDeepExtend(fields,this.options,options);if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");if(options.interpolation){if((0,_typeof3[\"default\"])(options.interpolation)==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}}};GraphGroup.prototype.update=function(group){this.group=group;this.content=group.content||\"graph\";this.className=group.className||this.className||\"vis-graph-group\"+this.groupsUsingDefaultStyles[0]%10;this.visible=group.visible===undefined?true:group.visible;this.style=group.style;this.setOptions(group.options)};GraphGroup.prototype.getLegend=function(iconWidth,iconHeight,framework,x,y){if(framework==undefined||framework==null){var svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");framework={svg:svg,svgElements:{},options:this.options,groups:[this]}}if(x==undefined||x==null){x=0}if(y==undefined||y==null){y=.5*iconHeight}switch(this.options.style){case\"line\":Lines.drawIcon(this,x,y,iconWidth,iconHeight,framework);break;case\"points\":case\"point\":Points.drawIcon(this,x,y,iconWidth,iconHeight,framework);break;case\"bar\":Bars.drawIcon(this,x,y,iconWidth,iconHeight,framework);break}return{icon:framework.svg,label:this.content,orientation:this.options.yAxisOrientation}};GraphGroup.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};module.exports=GraphGroup},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(14);var Points=__webpack_require__(72);function Bargraph(groupId,options){}Bargraph.drawIcon=function(group,x,y,iconWidth,iconHeight,framework){var fillHeight=iconHeight*.5;var outline=DOMutil.getSVGElement(\"rect\",framework.svgElements,framework.svg);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");var barWidth=Math.round(.3*iconWidth);var originalWidth=group.options.barChart.width;var scale=originalWidth/barWidth;var bar1Height=Math.round(.4*iconHeight);var bar2Height=Math.round(.75*iconHeight);var offset=Math.round((iconWidth-2*barWidth)/3);DOMutil.drawBar(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,barWidth,bar1Height,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);DOMutil.drawBar(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,barWidth,bar2Height,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);if(group.options.drawPoints.enabled==true){var groupTemplate={style:group.options.drawPoints.style,styles:group.options.drawPoints.styles,size:group.options.drawPoints.size/scale,className:group.className};DOMutil.drawPoint(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,groupTemplate,framework.svgElements,framework.svg);DOMutil.drawPoint(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,groupTemplate,framework.svgElements,framework.svg)}};Bargraph.draw=function(groupIds,processedGroupData,framework){var combinedData=[];var intersections={};var coreDistance;var key,drawData;var group;var i,j;var barPoints=0;for(i=0;i<groupIds.length;i++){group=framework.groups[groupIds[i]];if(group.options.style===\"bar\"){if(group.visible===true&&(framework.options.groups.visibility[groupIds[i]]===undefined||framework.options.groups.visibility[groupIds[i]]===true)){for(j=0;j<processedGroupData[groupIds[i]].length;j++){combinedData.push({screen_x:processedGroupData[groupIds[i]][j].screen_x,screen_end:processedGroupData[groupIds[i]][j].screen_end,screen_y:processedGroupData[groupIds[i]][j].screen_y,x:processedGroupData[groupIds[i]][j].x,end:processedGroupData[groupIds[i]][j].end,y:processedGroupData[groupIds[i]][j].y,groupId:groupIds[i],label:processedGroupData[groupIds[i]][j].label});barPoints+=1}}}}if(barPoints===0){return}combinedData.sort(function(a,b){if(a.screen_x===b.screen_x){return a.groupId<b.groupId?-1:1}else{return a.screen_x-b.screen_x}});Bargraph._getDataIntersections(intersections,combinedData);for(i=0;i<combinedData.length;i++){group=framework.groups[combinedData[i].groupId];var minWidth=group.options.barChart.minWidth!=undefined?group.options.barChart.minWidth:.1*group.options.barChart.width;key=combinedData[i].screen_x;var heightOffset=0;if(intersections[key]===undefined){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].screen_x-key)}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth)}else{var nextKey=i+(intersections[key].amount-intersections[key].resolved);if(nextKey<combinedData.length){coreDistance=Math.abs(combinedData[nextKey].screen_x-key)}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth);intersections[key].resolved+=1;if(group.options.stack===true&&group.options.excludeFromStacking!==true){if(combinedData[i].screen_y<group.zeroPosition){heightOffset=intersections[key].accumulatedNegative;intersections[key].accumulatedNegative+=group.zeroPosition-combinedData[i].screen_y}else{heightOffset=intersections[key].accumulatedPositive;intersections[key].accumulatedPositive+=group.zeroPosition-combinedData[i].screen_y}}else if(group.options.barChart.sideBySide===true){drawData.width=drawData.width/intersections[key].amount;drawData.offset+=intersections[key].resolved*drawData.width-.5*drawData.width*(intersections[key].amount+1)}}var dataWidth=drawData.width;var start=combinedData[i].screen_x;if(combinedData[i].screen_end!=undefined){dataWidth=combinedData[i].screen_end-combinedData[i].screen_x;start+=dataWidth*.5}else{start+=drawData.offset}DOMutil.drawBar(start,combinedData[i].screen_y-heightOffset,dataWidth,group.zeroPosition-combinedData[i].screen_y,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);if(group.options.drawPoints.enabled===true){var pointData={screen_x:combinedData[i].screen_x,screen_y:combinedData[i].screen_y-heightOffset,x:combinedData[i].x,y:combinedData[i].y,groupId:combinedData[i].groupId,label:combinedData[i].label};Points.draw([pointData],group,framework,drawData.offset)}}};Bargraph._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].screen_x-combinedData[i].screen_x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].screen_x-combinedData[i].screen_x))}if(coreDistance===0){if(intersections[combinedData[i].screen_x]===undefined){intersections[combinedData[i].screen_x]={amount:0,resolved:0,accumulatedPositive:0,accumulatedNegative:0}}intersections[combinedData[i].screen_x].amount+=1}}};Bargraph._getSafeDrawData=function(coreDistance,group,minWidth){var width,offset;if(coreDistance<group.options.barChart.width&&coreDistance>0){width=coreDistance<minWidth?minWidth:coreDistance;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*coreDistance}else if(group.options.barChart.align===\"right\"){offset+=.5*coreDistance}}else{width=group.options.barChart.width;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*group.options.barChart.width}else if(group.options.barChart.align===\"right\"){offset+=.5*group.options.barChart.width}}return{width:width,offset:offset}};Bargraph.getStackedYRange=function(combinedData,groupRanges,groupIds,groupLabel,orientation){if(combinedData.length>0){combinedData.sort(function(a,b){if(a.screen_x===b.screen_x){return a.groupId<b.groupId?-1:1}else{return a.screen_x-b.screen_x}});var intersections={};Bargraph._getDataIntersections(intersections,combinedData);groupRanges[groupLabel]=Bargraph._getStackedYRange(intersections,combinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Bargraph._getStackedYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].screen_y;var yMax=combinedData[0].screen_y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].screen_x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].screen_y?combinedData[i].screen_y:yMin;yMax=yMax<combinedData[i].screen_y?combinedData[i].screen_y:yMax}else{if(combinedData[i].screen_y<0){intersections[key].accumulatedNegative+=combinedData[i].screen_y}else{intersections[key].accumulatedPositive+=combinedData[i].screen_y}}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMin;yMin=yMin>intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMin;yMax=yMax<intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMax;yMax=yMax<intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMax}}return{min:yMin,max:yMax}};module.exports=Bargraph},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(14);function Line(groupId,options){}Line.calcPath=function(dataset,group){if(dataset!=null){if(dataset.length>0){var d=[];if(group.options.interpolation.enabled==true){d=Line._catmullRom(dataset,group)}else{d=Line._linear(dataset)}return d}}};Line.drawIcon=function(group,x,y,iconWidth,iconHeight,framework){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",framework.svgElements,framework.svg);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}path.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\"\");if(group.options.shaded.enabled==true){fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);if(group.options.shaded.orientation==\"top\"){fillPath.setAttributeNS(null,\"d\",\"M\"+x+\", \"+(y-fillHeight)+\"L\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\" L\"+(x+iconWidth)+\",\"+(y-fillHeight))}else{fillPath.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" \"+\"L\"+x+\",\"+(y+fillHeight)+\" \"+\"L\"+(x+iconWidth)+\",\"+(y+fillHeight)+\"L\"+(x+iconWidth)+\",\"+y)}fillPath.setAttributeNS(null,\"class\",group.className+\" vis-icon-fill\");if(group.options.shaded.style!==undefined&&group.options.shaded.style!==\"\"){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}}if(group.options.drawPoints.enabled==true){var groupTemplate={style:group.options.drawPoints.style,styles:group.options.drawPoints.styles,size:group.options.drawPoints.size,className:group.className};DOMutil.drawPoint(x+.5*iconWidth,y,groupTemplate,framework.svgElements,framework.svg)}};Line.drawShading=function(pathArray,group,subPathArray,framework){if(group.options.shaded.enabled==true){var svgHeight=Number(framework.svg.style.height.replace(\"px\",\"\"));var fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);var type=\"L\";if(group.options.interpolation.enabled==true){type=\"C\"}var dFill;var zero=0;if(group.options.shaded.orientation==\"top\"){zero=0}else if(group.options.shaded.orientation==\"bottom\"){zero=svgHeight}else{zero=Math.min(Math.max(0,group.zeroPosition),svgHeight)}if(group.options.shaded.orientation==\"group\"&&subPathArray!=null&&subPathArray!=undefined){dFill=\"M\"+pathArray[0][0]+\",\"+pathArray[0][1]+\" \"+this.serializePath(pathArray,type,false)+\" L\"+subPathArray[subPathArray.length-1][0]+\",\"+subPathArray[subPathArray.length-1][1]+\" \"+this.serializePath(subPathArray,type,true)+subPathArray[0][0]+\",\"+subPathArray[0][1]+\" Z\"}else{dFill=\"M\"+pathArray[0][0]+\",\"+pathArray[0][1]+\" \"+this.serializePath(pathArray,type,false)+\" V\"+zero+\" H\"+pathArray[0][0]+\" Z\"}fillPath.setAttributeNS(null,\"class\",group.className+\" vis-fill\");if(group.options.shaded.style!==undefined){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}fillPath.setAttributeNS(null,\"d\",dFill)}};Line.draw=function(pathArray,group,framework){if(pathArray!=null&&pathArray!=undefined){var path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}var type=\"L\";if(group.options.interpolation.enabled==true){type=\"C\"}path.setAttributeNS(null,\"d\",\"M\"+pathArray[0][0]+\",\"+pathArray[0][1]+\" \"+this.serializePath(pathArray,type,false))}};Line.serializePath=function(pathArray,type,inverse){if(pathArray.length<2){return\"\"}var d=type;var i;if(inverse){for(i=pathArray.length-2;i>0;i--){d+=pathArray[i][0]+\",\"+pathArray[i][1]+\" \"}}else{for(i=1;i<pathArray.length;i++){d+=pathArray[i][0]+\",\"+pathArray[i][1]+\" \"}}return d};Line._catmullRomUniform=function(data){var p0,p1,p2,p3,bp1,bp2;var d=[];d.push([Math.round(data[0].screen_x),Math.round(data[0].screen_y)]);var normalization=1/6;var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;bp1={screen_x:(-p0.screen_x+6*p1.screen_x+p2.screen_x)*normalization,screen_y:(-p0.screen_y+6*p1.screen_y+p2.screen_y)*normalization};bp2={screen_x:(p1.screen_x+6*p2.screen_x-p3.screen_x)*normalization,screen_y:(p1.screen_y+6*p2.screen_y-p3.screen_y)*normalization};d.push([bp1.screen_x,bp1.screen_y]);d.push([bp2.screen_x,bp2.screen_y]);d.push([p2.screen_x,p2.screen_y])}return d};Line._catmullRom=function(data,group){var alpha=group.options.interpolation.alpha;if(alpha==0||alpha===undefined){return this._catmullRomUniform(data)}else{var p0,p1,p2,p3,bp1,bp2,d1,d2,d3,A,B,N,M;var d3powA,d2powA,d3pow2A,d2pow2A,d1pow2A,d1powA;var d=[];d.push([Math.round(data[0].screen_x),Math.round(data[0].screen_y)]);var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;d1=Math.sqrt(Math.pow(p0.screen_x-p1.screen_x,2)+Math.pow(p0.screen_y-p1.screen_y,2));d2=Math.sqrt(Math.pow(p1.screen_x-p2.screen_x,2)+Math.pow(p1.screen_y-p2.screen_y,2));d3=Math.sqrt(Math.pow(p2.screen_x-p3.screen_x,2)+Math.pow(p2.screen_y-p3.screen_y,2));d3powA=Math.pow(d3,alpha);d3pow2A=Math.pow(d3,2*alpha);d2powA=Math.pow(d2,alpha);d2pow2A=Math.pow(d2,2*alpha);d1powA=Math.pow(d1,alpha);d1pow2A=Math.pow(d1,2*alpha);A=2*d1pow2A+3*d1powA*d2powA+d2pow2A;B=2*d3pow2A+3*d3powA*d2powA+d2pow2A;N=3*d1powA*(d1powA+d2powA);if(N>0){N=1/N}M=3*d3powA*(d3powA+d2powA);if(M>0){M=1/M}bp1={screen_x:(-d2pow2A*p0.screen_x+A*p1.screen_x+d1pow2A*p2.screen_x)*N,screen_y:(-d2pow2A*p0.screen_y+A*p1.screen_y+d1pow2A*p2.screen_y)*N};bp2={screen_x:(d3pow2A*p1.screen_x+B*p2.screen_x-d2pow2A*p3.screen_x)*M,screen_y:(d3pow2A*p1.screen_y+B*p2.screen_y-d2pow2A*p3.screen_y)*M};if(bp1.screen_x==0&&bp1.screen_y==0){bp1=p1}if(bp2.screen_x==0&&bp2.screen_y==0){bp2=p2}d.push([bp1.screen_x,bp1.screen_y]);d.push([bp2.screen_x,bp2.screen_y]);d.push([p2.screen_x,p2.screen_y])}return d}};Line._linear=function(data){var d=[];for(var i=0;i<data.length;i++){d.push([data[i].screen_x,data[i].screen_y])}return d};module.exports=Line},function(module,exports,__webpack_require__){\"use strict\";var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var DOMutil=__webpack_require__(14);var Component=__webpack_require__(16);function Legend(body,options,side,linegraphOptions){this.body=body;this.defaultOptions={enabled:false,icons:true,iconSize:20,iconSpacing:6,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-right\"}};this.side=side;this.options=util.extend({},this.defaultOptions);this.linegraphOptions=linegraphOptions;this.svgElements={};this.dom={};this.groups={};this.amountOfGroups=0;this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};this.setOptions(options)}Legend.prototype=new Component;Legend.prototype.clear=function(){this.groups={};this.amountOfGroups=0};Legend.prototype.addGroup=function(label,graphOptions){if(graphOptions.options.excludeFromLegend!=true){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1}};Legend.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};Legend.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};Legend.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"vis-legend\";this.dom.frame.style.position=\"absolute\";this.dom.frame.style.top=\"10px\";this.dom.frame.style.display=\"block\";this.dom.textArea=document.createElement(\"div\");this.dom.textArea.className=\"vis-legend-text\";this.dom.textArea.style.position=\"relative\";this.dom.textArea.style.top=\"0px\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=0+\"px\";this.svg.style.width=this.options.iconSize+5+\"px\";this.svg.style.height=\"100%\";this.dom.frame.appendChild(this.svg);this.dom.frame.appendChild(this.dom.textArea)};Legend.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};Legend.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};Legend.prototype.setOptions=function(options){var fields=[\"enabled\",\"orientation\",\"icons\",\"left\",\"right\"];util.selectiveDeepExtend(fields,this.options,options)};Legend.prototype.redraw=function(){var activeGroups=0;var groupArray=(0,_keys2[\"default\"])(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){activeGroups++}}if(this.options[this.side].visible==false||this.amountOfGroups==0||this.options.enabled==false||activeGroups==0){this.hide()}else{this.show();if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"bottom-left\"){this.dom.frame.style.left=\"4px\";this.dom.frame.style.textAlign=\"left\";this.dom.textArea.style.textAlign=\"left\";this.dom.textArea.style.left=this.options.iconSize+15+\"px\";this.dom.textArea.style.right=\"\";this.svg.style.left=0+\"px\";this.svg.style.right=\"\"}else{this.dom.frame.style.right=\"4px\";this.dom.frame.style.textAlign=\"right\";this.dom.textArea.style.textAlign=\"right\";this.dom.textArea.style.right=this.options.iconSize+15+\"px\";this.dom.textArea.style.left=\"\";this.svg.style.right=0+\"px\";this.svg.style.left=\"\"}if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"top-right\"){this.dom.frame.style.top=4-Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.bottom=\"\"}else{var scrollableHeight=this.body.domProps.center.height-this.body.domProps.centerContainer.height;this.dom.frame.style.bottom=4+scrollableHeight+Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.top=\"\"}if(this.options.icons==false){this.dom.frame.style.width=this.dom.textArea.offsetWidth+10+\"px\";this.dom.textArea.style.right=\"\";this.dom.textArea.style.left=\"\";this.svg.style.width=\"0px\"}else{this.dom.frame.style.width=this.options.iconSize+15+this.dom.textArea.offsetWidth+10+\"px\";this.drawLegendIcons()}var content=\"\";for(i=0;i<groupArray.length;i++){groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){content+=this.groups[groupId].content+\"<br />\"}}this.dom.textArea.innerHTML=content;this.dom.textArea.style.lineHeight=.75*this.options.iconSize+this.options.iconSpacing+\"px\"}};Legend.prototype.drawLegendIcons=function(){if(this.dom.frame.parentNode){var groupArray=(0,_keys2[\"default\"])(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});DOMutil.resetElements(this.svgElements);var padding=window.getComputedStyle(this.dom.frame).paddingTop;var iconOffset=Number(padding.replace(\"px\",\"\"));var x=iconOffset;var iconWidth=this.options.iconSize;var iconHeight=.75*this.options.iconSize;var y=iconOffset+.5*iconHeight+3;this.svg.style.width=iconWidth+5+iconOffset+\"px\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){this.groups[groupId].getLegend(iconWidth,iconHeight,this.framework,x,y);y+=iconHeight+this.options.iconSpacing}}}};module.exports=Legend},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var bool=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{boolean:bool},filter:{boolean:bool,function:\"function\"},container:{dom:dom},__type__:{object:object,boolean:bool,function:\"function\"}},yAxisOrientation:{string:[\"left\",\"right\"]},defaultGroup:{string:string},sort:{boolean:bool},sampling:{boolean:bool},stack:{boolean:bool},graphHeight:{string:string,number:number},shaded:{enabled:{boolean:bool},orientation:{string:[\"bottom\",\"top\",\"zero\",\"group\"]},groupId:{object:object},__type__:{boolean:bool,object:object}},style:{string:[\"line\",\"bar\",\"points\"]},barChart:{width:{number:number},minWidth:{number:number},sideBySide:{boolean:bool},align:{string:[\"left\",\"center\",\"right\"]},__type__:{object:object}},interpolation:{enabled:{boolean:bool},parametrization:{string:[\"centripetal\",\"chordal\",\"uniform\"]},alpha:{number:number},__type__:{object:object,boolean:bool}},drawPoints:{enabled:{boolean:bool},onRender:{function:\"function\"},size:{number:number},style:{string:[\"square\",\"circle\"]},__type__:{object:object,boolean:bool,function:\"function\"}},dataAxis:{showMinorLabels:{boolean:bool},showMajorLabels:{boolean:bool},icons:{boolean:bool},width:{string:string,number:number},visible:{boolean:bool},alignZeros:{boolean:bool},left:{range:{min:{\nnumber:number,undefined:\"undefined\"},max:{number:number,undefined:\"undefined\"},__type__:{object:object}},format:{function:\"function\"},title:{text:{string:string,number:number,undefined:\"undefined\"},style:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},right:{range:{min:{number:number,undefined:\"undefined\"},max:{number:number,undefined:\"undefined\"},__type__:{object:object}},format:{function:\"function\"},title:{text:{string:string,number:number,undefined:\"undefined\"},style:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},__type__:{object:object}},legend:{enabled:{boolean:bool},icons:{boolean:bool},left:{visible:{boolean:bool},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},right:{visible:{boolean:bool},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},__type__:{object:object,boolean:bool}},groups:{visibility:{any:any},__type__:{object:object}},autoResize:{boolean:bool},throttleRedraw:{number:number},clickToUse:{boolean:bool},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},moment:{function:\"function\"},height:{string:string,number:number},hiddenDates:{start:{date:date,number:number,string:string,moment:moment},end:{date:date,number:number,string:string,moment:moment},repeat:{string:string},__type__:{object:object,array:array}},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},maxMinorChars:{number:number},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{boolean:bool},multiselect:{boolean:bool},orientation:{string:string},showCurrentTime:{boolean:bool},showMajorLabels:{boolean:bool},showMinorLabels:{boolean:bool},start:{date:date,number:number,string:string,moment:moment},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},width:{string:string,number:number},zoomable:{boolean:bool},zoomKey:{string:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"]},zoomMax:{number:number},zoomMin:{number:number},zIndex:{number:number},__type__:{object:object}};var configureOptions={global:{sort:true,sampling:true,stack:false,shaded:{enabled:false,orientation:[\"zero\",\"top\",\"bottom\",\"group\"]},style:[\"line\",\"bar\",\"points\"],barChart:{width:[50,5,100,5],minWidth:[50,5,100,5],sideBySide:false,align:[\"left\",\"center\",\"right\"]},interpolation:{enabled:true,parametrization:[\"centripetal\",\"chordal\",\"uniform\"]},drawPoints:{enabled:true,size:[6,2,30,1],style:[\"square\",\"circle\"]},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:[40,0,200,1],visible:true,alignZeros:true,left:{title:{text:\"\",style:\"\"}},right:{title:{text:\"\",style:\"\"}}},legend:{enabled:false,icons:true,left:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},right:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]}},autoResize:true,clickToUse:false,end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},height:\"\",locale:\"\",max:\"\",maxHeight:\"\",maxMinorChars:[7,0,20,1],min:\"\",minHeight:\"\",moveable:true,orientation:[\"both\",\"bottom\",\"top\"],showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,start:\"\",width:\"100%\",zoomable:true,zoomKey:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"],zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1],zIndex:0}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";var _create=__webpack_require__(29);var _create2=_interopRequireDefault(_create);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function parseDOT(data){dot=data;return parseGraph()}var NODE_ATTR_MAPPING={fontsize:\"font.size\",fontcolor:\"font.color\",labelfontcolor:\"font.color\",fontname:\"font.face\",color:[\"color.border\",\"color.background\"],fillcolor:\"color.background\",tooltip:\"title\",labeltooltip:\"title\"};var EDGE_ATTR_MAPPING=(0,_create2[\"default\"])(NODE_ATTR_MAPPING);EDGE_ATTR_MAPPING.color=\"color.color\";EDGE_ATTR_MAPPING.style=\"dashes\";var TOKENTYPE={NULL:0,DELIMITER:1,IDENTIFIER:2,UNKNOWN:3};var DELIMITERS={\"{\":true,\"}\":true,\"[\":true,\"]\":true,\";\":true,\"=\":true,\",\":true,\"->\":true,\"--\":true};var dot=\"\";var index=0;var c=\"\";var token=\"\";var tokenType=TOKENTYPE.NULL;function first(){index=0;c=dot.charAt(0)}function next(){index++;c=dot.charAt(index)}function nextPreview(){return dot.charAt(index+1)}var regexAlphaNumeric=/[a-zA-Z_0-9.:#]/;function isAlphaNumeric(c){return regexAlphaNumeric.test(c)}function merge(a,b){if(!a){a={}}if(b){for(var name in b){if(b.hasOwnProperty(name)){a[name]=b[name]}}}return a}function setValue(obj,path,value){var keys=path.split(\".\");var o=obj;while(keys.length){var key=keys.shift();if(keys.length){if(!o[key]){o[key]={}}o=o[key]}else{o[key]=value}}}function addNode(graph,node){var i,len;var current=null;var graphs=[graph];var root=graph;while(root.parent){graphs.push(root.parent);root=root.parent}if(root.nodes){for(i=0,len=root.nodes.length;i<len;i++){if(node.id===root.nodes[i].id){current=root.nodes[i];break}}}if(!current){current={id:node.id};if(graph.node){current.attr=merge(current.attr,graph.node)}}for(i=graphs.length-1;i>=0;i--){var g=graphs[i];if(!g.nodes){g.nodes=[]}if(g.nodes.indexOf(current)===-1){g.nodes.push(current)}}if(node.attr){current.attr=merge(current.attr,node.attr)}}function addEdge(graph,edge){if(!graph.edges){graph.edges=[]}graph.edges.push(edge);if(graph.edge){var attr=merge({},graph.edge);edge.attr=merge(attr,edge.attr)}}function createEdge(graph,from,to,type,attr){var edge={from:from,to:to,type:type};if(graph.edge){edge.attr=merge({},graph.edge)}edge.attr=merge(edge.attr||{},attr);return edge}function getToken(){tokenType=TOKENTYPE.NULL;token=\"\";while(c===\" \"||c===\"\\t\"||c===\"\\n\"||c===\"\\r\"){next()}do{var isComment=false;if(c===\"#\"){var i=index-1;while(dot.charAt(i)===\" \"||dot.charAt(i)===\"\\t\"){i--}if(dot.charAt(i)===\"\\n\"||dot.charAt(i)===\"\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}}if(c===\"/\"&&nextPreview()===\"/\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}if(c===\"/\"&&nextPreview()===\"*\"){while(c!=\"\"){if(c===\"*\"&&nextPreview()===\"/\"){next();next();break}else{next()}}isComment=true}while(c===\" \"||c===\"\\t\"||c===\"\\n\"||c===\"\\r\"){next()}}while(isComment);if(c===\"\"){tokenType=TOKENTYPE.DELIMITER;return}var c2=c+nextPreview();if(DELIMITERS[c2]){tokenType=TOKENTYPE.DELIMITER;token=c2;next();next();return}if(DELIMITERS[c]){tokenType=TOKENTYPE.DELIMITER;token=c;next();return}if(isAlphaNumeric(c)||c===\"-\"){token+=c;next();while(isAlphaNumeric(c)){token+=c;next()}if(token===\"false\"){token=false}else if(token===\"true\"){token=true}else if(!isNaN(Number(token))){token=Number(token)}tokenType=TOKENTYPE.IDENTIFIER;return}if(c==='\"'){next();while(c!=\"\"&&(c!='\"'||c==='\"'&&nextPreview()==='\"')){if(c==='\"'){token+=c;next()}else if(c===\"\\\\\"&&nextPreview()===\"n\"){token+=\"\\n\";next()}else{token+=c}next()}if(c!='\"'){throw newSyntaxError('End of string \" expected')}next();tokenType=TOKENTYPE.IDENTIFIER;return}tokenType=TOKENTYPE.UNKNOWN;while(c!=\"\"){token+=c;next()}throw new SyntaxError('Syntax error in part \"'+chop(token,30)+'\"')}function parseGraph(){var graph={};first();getToken();if(token===\"strict\"){graph.strict=true;getToken()}if(token===\"graph\"||token===\"digraph\"){graph.type=token;getToken()}if(tokenType===TOKENTYPE.IDENTIFIER){graph.id=token;getToken()}if(token!=\"{\"){throw newSyntaxError(\"Angle bracket { expected\")}getToken();parseStatements(graph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();if(token!==\"\"){throw newSyntaxError(\"End of file expected\")}getToken();delete graph.node;delete graph.edge;delete graph.graph;return graph}function parseStatements(graph){while(token!==\"\"&&token!=\"}\"){parseStatement(graph);if(token===\";\"){getToken()}}}function parseStatement(graph){var subgraph=parseSubgraph(graph);if(subgraph){parseEdge(graph,subgraph);return}var attr=parseAttributeStatement(graph);if(attr){return}if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}var id=token;getToken();if(token===\"=\"){getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}graph[id]=token;getToken()}else{parseNodeStatement(graph,id)}}function parseSubgraph(graph){var subgraph=null;if(token===\"subgraph\"){subgraph={};subgraph.type=\"subgraph\";getToken();if(tokenType===TOKENTYPE.IDENTIFIER){subgraph.id=token;getToken()}}if(token===\"{\"){getToken();if(!subgraph){subgraph={}}subgraph.parent=graph;subgraph.node=graph.node;subgraph.edge=graph.edge;subgraph.graph=graph.graph;parseStatements(subgraph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();delete subgraph.node;delete subgraph.edge;delete subgraph.graph;delete subgraph.parent;if(!graph.subgraphs){graph.subgraphs=[]}graph.subgraphs.push(subgraph)}return subgraph}function parseAttributeStatement(graph){if(token===\"node\"){getToken();graph.node=parseAttributeList();return\"node\"}else if(token===\"edge\"){getToken();graph.edge=parseAttributeList();return\"edge\"}else if(token===\"graph\"){getToken();graph.graph=parseAttributeList();return\"graph\"}return null}function parseNodeStatement(graph,id){var node={id:id};var attr=parseAttributeList();if(attr){node.attr=attr}addNode(graph,node);parseEdge(graph,id)}function parseEdge(graph,from){while(token===\"->\"||token===\"--\"){var to;var type=token;getToken();var subgraph=parseSubgraph(graph);if(subgraph){to=subgraph}else{if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier or subgraph expected\")}to=token;addNode(graph,{id:to});getToken()}var attr=parseAttributeList();var edge=createEdge(graph,from,to,type,attr);addEdge(graph,edge);from=to}}function parseAttributeList(){var attr=null;var edgeStyles={dashed:true,solid:false,dotted:[1,5]};while(token===\"[\"){getToken();attr={};while(token!==\"\"&&token!=\"]\"){if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute name expected\")}var name=token;getToken();if(token!=\"=\"){throw newSyntaxError(\"Equal sign = expected\")}getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute value expected\")}var value=token;if(name===\"style\"){value=edgeStyles[value]}setValue(attr,name,value);getToken();if(token==\",\"){getToken()}}if(token!=\"]\"){throw newSyntaxError(\"Bracket ] expected\")}getToken()}return attr}function newSyntaxError(message){return new SyntaxError(message+', got \"'+chop(token,30)+'\" (char '+index+\")\")}function chop(text,maxLength){return text.length<=maxLength?text:text.substr(0,27)+\"...\"}function forEach2(array1,array2,fn){if(Array.isArray(array1)){array1.forEach(function(elem1){if(Array.isArray(array2)){array2.forEach(function(elem2){fn(elem1,elem2)})}else{fn(elem1,array2)}})}else{if(Array.isArray(array2)){array2.forEach(function(elem2){fn(array1,elem2)})}else{fn(array1,array2)}}}function setProp(object,path,value){var names=path.split(\".\");var prop=names.pop();var obj=object;for(var i=0;i<names.length;i++){var name=names[i];if(!(name in obj)){obj[name]={}}obj=obj[name]}obj[prop]=value;return object}function convertAttr(attr,mapping){var converted={};for(var prop in attr){if(attr.hasOwnProperty(prop)){var visProp=mapping[prop];if(Array.isArray(visProp)){visProp.forEach(function(visPropI){setProp(converted,visPropI,attr[prop])})}else if(typeof visProp===\"string\"){setProp(converted,visProp,attr[prop])}else{setProp(converted,prop,attr[prop])}}}return converted}function DOTToGraph(data){var dotData=parseDOT(data);var graphData={nodes:[],edges:[],options:{}};if(dotData.nodes){dotData.nodes.forEach(function(dotNode){var graphNode={id:dotNode.id,label:String(dotNode.label||dotNode.id)};merge(graphNode,convertAttr(dotNode.attr,NODE_ATTR_MAPPING));if(graphNode.image){graphNode.shape=\"image\"}graphData.nodes.push(graphNode)})}if(dotData.edges){var convertEdge=function convertEdge(dotEdge){var graphEdge={from:dotEdge.from,to:dotEdge.to};merge(graphEdge,convertAttr(dotEdge.attr,EDGE_ATTR_MAPPING));graphEdge.arrows=dotEdge.type===\"->\"?\"to\":undefined;return graphEdge};dotData.edges.forEach(function(dotEdge){var from,to;if(dotEdge.from instanceof Object){from=dotEdge.from.nodes}else{from={id:dotEdge.from}}if(dotEdge.to instanceof Object){to=dotEdge.to.nodes}else{to={id:dotEdge.to}}if(dotEdge.from instanceof Object&&dotEdge.from.edges){dotEdge.from.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}forEach2(from,to,function(from,to){var subEdge=createEdge(graphData,from.id,to.id,dotEdge.type,dotEdge.attr);var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)});if(dotEdge.to instanceof Object&&dotEdge.to.edges){dotEdge.to.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}})}if(dotData.attr){graphData.options=dotData.attr}return graphData}exports.parseDOT=parseDOT;exports.DOTToGraph=DOTToGraph},function(module,exports,__webpack_require__){\"use strict\";function parseGephi(gephiJSON,optionsObj){var edges=[];var nodes=[];var options={edges:{inheritColor:false},nodes:{fixed:false,parseColor:false}};if(optionsObj!==undefined){if(optionsObj.fixed!==undefined){options.nodes.fixed=optionsObj.fixed}if(optionsObj.parseColor!==undefined){options.nodes.parseColor=optionsObj.parseColor}if(optionsObj.inheritColor!==undefined){options.edges.inheritColor=optionsObj.inheritColor}}var gEdges=gephiJSON.edges;var gNodes=gephiJSON.nodes;for(var i=0;i<gEdges.length;i++){var edge={};var gEdge=gEdges[i];edge[\"id\"]=gEdge.id;edge[\"from\"]=gEdge.source;edge[\"to\"]=gEdge.target;edge[\"attributes\"]=gEdge.attributes;edge[\"label\"]=gEdge.label;edge[\"title\"]=gEdge.attributes!==undefined?gEdge.attributes.title:undefined;if(gEdge[\"type\"]===\"Directed\"){edge[\"arrows\"]=\"to\"}if(gEdge.color&&options.inheritColor===false){edge[\"color\"]=gEdge.color}edges.push(edge)}for(var j=0;j<gNodes.length;j++){var node={};var gNode=gNodes[j];node[\"id\"]=gNode.id;node[\"attributes\"]=gNode.attributes;node[\"x\"]=gNode.x;node[\"y\"]=gNode.y;node[\"label\"]=gNode.label;node[\"title\"]=gNode.attributes!==undefined?gNode.attributes.title:gNode.title;if(options.nodes.parseColor===true){node[\"color\"]=gNode.color}else{node[\"color\"]=gNode.color!==undefined?{background:gNode.color,border:gNode.color,highlight:{background:gNode.color,border:gNode.color},hover:{background:gNode.color,border:gNode.color}}:undefined}node[\"size\"]=gNode.size;node[\"fixed\"]=options.nodes.fixed&&gNode.x!==undefined&&gNode.y!==undefined;nodes.push(node)}return{nodes:nodes,edges:edges}}exports.parseGephi=parseGephi},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _CachedImage=__webpack_require__(185);var _CachedImage2=_interopRequireDefault(_CachedImage);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Images=function(){function Images(callback){(0,_classCallCheck3[\"default\"])(this,Images);this.images={};this.imageBroken={};this.callback=callback}(0,_createClass3[\"default\"])(Images,[{key:\"_tryloadBrokenUrl\",value:function _tryloadBrokenUrl(url,brokenUrl,imageToLoadBrokenUrlOn){if(url===undefined||imageToLoadBrokenUrlOn===undefined)return;if(brokenUrl===undefined){console.warn(\"No broken url image defined\");return}imageToLoadBrokenUrlOn.onerror=function(){console.error(\"Could not load brokenImage:\",brokenUrl)};imageToLoadBrokenUrlOn.image.src=brokenUrl}},{key:\"_redrawWithImage\",value:function _redrawWithImage(imageToRedrawWith){if(this.callback){this.callback(imageToRedrawWith)}}},{key:\"load\",value:function load(url,brokenUrl){var _this=this;var cachedImage=this.images[url];if(cachedImage)return cachedImage;var img=new _CachedImage2[\"default\"];this.images[url]=img;img.image.onload=function(){_this._fixImageCoordinates(img.image);img.init();_this._redrawWithImage(img)};img.image.onerror=function(){console.error(\"Could not load image:\",url);_this._tryloadBrokenUrl(url,brokenUrl,img)};img.image.src=url;return img}},{key:\"_fixImageCoordinates\",value:function _fixImageCoordinates(imageToCache){if(imageToCache.width===0){document.body.appendChild(imageToCache);imageToCache.width=imageToCache.offsetWidth;imageToCache.height=imageToCache.offsetHeight;document.body.removeChild(imageToCache)}}}]);return Images}();exports[\"default\"]=Images},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray2=__webpack_require__(30);var _slicedToArray3=_interopRequireDefault(_slicedToArray2);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var ComponentUtil=__webpack_require__(48)[\"default\"];var LabelSplitter=__webpack_require__(191)[\"default\"];var multiFontStyle=[\"bold\",\"ital\",\"boldital\",\"mono\"];var Label=function(){function Label(body,options){var edgelabel=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;(0,_classCallCheck3[\"default\"])(this,Label);this.body=body;this.pointToSelf=false;this.baseSize=undefined;this.fontOptions={};this.setOptions(options);this.size={top:0,left:0,width:0,height:0,yLine:0};this.isEdgeLabel=edgelabel}(0,_createClass3[\"default\"])(Label,[{key:\"setOptions\",value:function setOptions(options){this.elementOptions=options;this.initFontOptions(options.font);if(ComponentUtil.isValidLabel(options.label)){this.labelDirty=true}else{options.label=\"\"}if(options.font!==undefined&&options.font!==null){if(typeof options.font===\"string\"){this.baseSize=this.fontOptions.size}else if((0,_typeof3[\"default\"])(options.font)===\"object\"){var size=options.font.size;if(size!==undefined){this.baseSize=size}}}}},{key:\"initFontOptions\",value:function initFontOptions(newFontOptions){var _this=this;util.forEach(multiFontStyle,function(style){_this.fontOptions[style]={}});if(Label.parseFontString(this.fontOptions,newFontOptions)){this.fontOptions.vadjust=0;return}util.forEach(newFontOptions,function(prop,n){if(prop!==undefined&&prop!==null&&(typeof prop===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(prop))!==\"object\"){_this.fontOptions[n]=prop}})}},{key:\"constrain\",value:function constrain(pile){var fontOptions={constrainWidth:false,maxWdt:-1,minWdt:-1,constrainHeight:false,minHgt:-1,valign:\"middle\"};var widthConstraint=util.topMost(pile,\"widthConstraint\");if(typeof widthConstraint===\"number\"){fontOptions.maxWdt=Number(widthConstraint);fontOptions.minWdt=Number(widthConstraint)}else if((typeof widthConstraint===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(widthConstraint))===\"object\"){var widthConstraintMaximum=util.topMost(pile,[\"widthConstraint\",\"maximum\"]);if(typeof widthConstraintMaximum===\"number\"){fontOptions.maxWdt=Number(widthConstraintMaximum)}var widthConstraintMinimum=util.topMost(pile,[\"widthConstraint\",\"minimum\"]);if(typeof widthConstraintMinimum===\"number\"){fontOptions.minWdt=Number(widthConstraintMinimum)}}var heightConstraint=util.topMost(pile,\"heightConstraint\");if(typeof heightConstraint===\"number\"){fontOptions.minHgt=Number(heightConstraint)}else if((typeof heightConstraint===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(heightConstraint))===\"object\"){var heightConstraintMinimum=util.topMost(pile,[\"heightConstraint\",\"minimum\"]);if(typeof heightConstraintMinimum===\"number\"){fontOptions.minHgt=Number(heightConstraintMinimum)}var heightConstraintValign=util.topMost(pile,[\"heightConstraint\",\"valign\"]);if(typeof heightConstraintValign===\"string\"){if(heightConstraintValign===\"top\"||heightConstraintValign===\"bottom\"){fontOptions.valign=heightConstraintValign}}}return fontOptions}},{key:\"update\",value:function update(options,pile){this.setOptions(options,true);this.propagateFonts(pile);util.deepExtend(this.fontOptions,this.constrain(pile));this.fontOptions.chooser=ComponentUtil.choosify(\"label\",pile)}},{key:\"adjustSizes\",value:function adjustSizes(margins){var widthBias=margins?margins.right+margins.left:0;if(this.fontOptions.constrainWidth){this.fontOptions.maxWdt-=widthBias;this.fontOptions.minWdt-=widthBias}var heightBias=margins?margins.top+margins.bottom:0;if(this.fontOptions.constrainHeight){this.fontOptions.minHgt-=heightBias}}},{key:\"addFontOptionsToPile\",value:function addFontOptionsToPile(dstPile,srcPile){for(var i=0;i<srcPile.length;++i){this.addFontToPile(dstPile,srcPile[i])}}},{key:\"addFontToPile\",value:function addFontToPile(pile,options){if(options===undefined)return;if(options.font===undefined||options.font===null)return;var item=options.font;pile.push(item)}},{key:\"getBasicOptions\",value:function getBasicOptions(pile){var ret={};for(var n=0;n<pile.length;++n){var fontOptions=pile[n];var tmpShorthand={};if(Label.parseFontString(tmpShorthand,fontOptions)){fontOptions=tmpShorthand}util.forEach(fontOptions,function(opt,name){if(opt===undefined)return;if(ret.hasOwnProperty(name))return;if(multiFontStyle.indexOf(name)!==-1){ret[name]={}}else{ret[name]=opt}})}return ret}},{key:\"getFontOption\",value:function getFontOption(pile,multiName,option){var multiFont=void 0;for(var n=0;n<pile.length;++n){var fontOptions=pile[n];if(fontOptions.hasOwnProperty(multiName)){multiFont=fontOptions[multiName];if(multiFont===undefined||multiFont===null)continue;var tmpShorthand={};if(Label.parseFontString(tmpShorthand,multiFont)){multiFont=tmpShorthand}if(multiFont.hasOwnProperty(option)){return multiFont[option]}}}if(this.fontOptions.hasOwnProperty(option)){return this.fontOptions[option]}throw new Error(\"Did not find value for multi-font for property: '\"+option+\"'\")}},{key:\"getFontOptions\",value:function getFontOptions(pile,multiName){var result={};var optionNames=[\"color\",\"size\",\"face\",\"mod\",\"vadjust\"];for(var i=0;i<optionNames.length;++i){var mod=optionNames[i];result[mod]=this.getFontOption(pile,multiName,mod)}return result}},{key:\"propagateFonts\",value:function propagateFonts(pile){var _this2=this;var fontPile=[];this.addFontOptionsToPile(fontPile,pile);this.fontOptions=this.getBasicOptions(fontPile);var _loop=function _loop(i){var mod=multiFontStyle[i];var modOptions=_this2.fontOptions[mod];var tmpMultiFontOptions=_this2.getFontOptions(fontPile,mod);util.forEach(tmpMultiFontOptions,function(option,n){modOptions[n]=option});modOptions.size=Number(modOptions.size);modOptions.vadjust=Number(modOptions.vadjust)};for(var i=0;i<multiFontStyle.length;++i){_loop(i)}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){var baseline=arguments.length>5&&arguments[5]!==undefined?arguments[5]:\"middle\";if(this.elementOptions.label===undefined)return;var viewFontSize=this.fontOptions.size*this.body.view.scale;if(this.elementOptions.label&&viewFontSize<this.elementOptions.scaling.label.drawThreshold-1)return;if(viewFontSize>=this.elementOptions.scaling.label.maxVisible){viewFontSize=Number(this.elementOptions.scaling.label.maxVisible)/this.body.view.scale}this.calculateLabelSize(ctx,selected,hover,x,y,baseline);this._drawBackground(ctx);this._drawText(ctx,x,this.size.yLine,baseline,viewFontSize)}},{key:\"_drawBackground\",value:function _drawBackground(ctx){if(this.fontOptions.background!==undefined&&this.fontOptions.background!==\"none\"){ctx.fillStyle=this.fontOptions.background;var size=this.getSize();ctx.fillRect(size.left,size.top,size.width,size.height)}}},{key:\"_drawText\",value:function _drawText(ctx,x,y){var baseline=arguments.length>3&&arguments[3]!==undefined?arguments[3]:\"middle\";var viewFontSize=arguments[4];var _setAlignment2=this._setAlignment(ctx,x,y,baseline);var _setAlignment3=(0,_slicedToArray3[\"default\"])(_setAlignment2,2);x=_setAlignment3[0];y=_setAlignment3[1];ctx.textAlign=\"left\";x=x-this.size.width/2;if(this.fontOptions.valign&&this.size.height>this.size.labelHeight){if(this.fontOptions.valign===\"top\"){y-=(this.size.height-this.size.labelHeight)/2}if(this.fontOptions.valign===\"bottom\"){y+=(this.size.height-this.size.labelHeight)/2}}for(var i=0;i<this.lineCount;i++){var line=this.lines[i];if(line&&line.blocks){var width=0;if(this.isEdgeLabel||this.fontOptions.align===\"center\"){width+=(this.size.width-line.width)/2}else if(this.fontOptions.align===\"right\"){width+=this.size.width-line.width}for(var j=0;j<line.blocks.length;j++){var block=line.blocks[j];ctx.font=block.font;var _getColor2=this._getColor(block.color,viewFontSize,block.strokeColor),_getColor3=(0,_slicedToArray3[\"default\"])(_getColor2,2),fontColor=_getColor3[0],strokeColor=_getColor3[1];if(block.strokeWidth>0){ctx.lineWidth=block.strokeWidth;ctx.strokeStyle=strokeColor;ctx.lineJoin=\"round\"}ctx.fillStyle=fontColor;if(block.strokeWidth>0){ctx.strokeText(block.text,x+width,y+block.vadjust)}ctx.fillText(block.text,x+width,y+block.vadjust);width+=block.width}y+=line.height}}}},{key:\"_setAlignment\",value:function _setAlignment(ctx,x,y,baseline){if(this.isEdgeLabel&&this.fontOptions.align!==\"horizontal\"&&this.pointToSelf===false){x=0;y=0;var lineMargin=2;if(this.fontOptions.align===\"top\"){ctx.textBaseline=\"alphabetic\";y-=2*lineMargin}else if(this.fontOptions.align===\"bottom\"){ctx.textBaseline=\"hanging\";y+=2*lineMargin}else{ctx.textBaseline=\"middle\"}}else{ctx.textBaseline=baseline}return[x,y]}},{key:\"_getColor\",value:function _getColor(color,viewFontSize,initialStrokeColor){var fontColor=color||\"#000000\";var strokeColor=initialStrokeColor||\"#ffffff\";if(viewFontSize<=this.elementOptions.scaling.label.drawThreshold){var opacity=Math.max(0,Math.min(1,1-(this.elementOptions.scaling.label.drawThreshold-viewFontSize)));fontColor=util.overrideOpacity(fontColor,opacity);strokeColor=util.overrideOpacity(strokeColor,opacity)}return[fontColor,strokeColor]}},{key:\"getTextSize\",value:function getTextSize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;this._processLabel(ctx,selected,hover);return{width:this.size.width,height:this.size.height,lineCount:this.lineCount}}},{key:\"getSize\",value:function getSize(){var lineMargin=2;var x=this.size.left;var y=this.size.top-.5*lineMargin;if(this.isEdgeLabel){var x2=-this.size.width*.5;switch(this.fontOptions.align){case\"middle\":x=x2;y=-this.size.height*.5;break;case\"top\":x=x2;y=-(this.size.height+lineMargin);break;case\"bottom\":x=x2;y=lineMargin;break}}var ret={left:x,top:y,width:this.size.width,height:this.size.height};return ret}},{key:\"calculateLabelSize\",value:function calculateLabelSize(ctx,selected,hover){var x=arguments.length>3&&arguments[3]!==undefined?arguments[3]:0;var y=arguments.length>4&&arguments[4]!==undefined?arguments[4]:0;var baseline=arguments.length>5&&arguments[5]!==undefined?arguments[5]:\"middle\";this._processLabel(ctx,selected,hover);this.size.left=x-this.size.width*.5;this.size.top=y-this.size.height*.5;this.size.yLine=y+(1-this.lineCount)*.5*this.fontOptions.size;if(baseline===\"hanging\"){this.size.top+=.5*this.fontOptions.size;this.size.top+=4;this.size.yLine+=4}}},{key:\"getFormattingValues\",value:function getFormattingValues(ctx,selected,hover,mod){var getValue=function getValue(fontOptions,mod,option){if(mod===\"normal\"){if(option===\"mod\")return\"\";return fontOptions[option]}if(fontOptions[mod][option]!==undefined){return fontOptions[mod][option]}else{return fontOptions[option]}};var values={color:getValue(this.fontOptions,mod,\"color\"),size:getValue(this.fontOptions,mod,\"size\"),face:getValue(this.fontOptions,mod,\"face\"),mod:getValue(this.fontOptions,mod,\"mod\"),vadjust:getValue(this.fontOptions,mod,\"vadjust\"),strokeWidth:this.fontOptions.strokeWidth,strokeColor:this.fontOptions.strokeColor};if(selected||hover){if(mod===\"normal\"&&this.fontOptions.chooser===true&&this.elementOptions.labelHighlightBold){values.mod=\"bold\"}else{if(typeof this.fontOptions.chooser===\"function\"){this.fontOptions.chooser(values,this.elementOptions.id,selected,hover)}}}var fontString=\"\";if(values.mod!==undefined&&values.mod!==\"\"){fontString+=values.mod+\" \"}fontString+=values.size+\"px \"+values.face;ctx.font=fontString.replace(/\"/g,\"\");values.font=ctx.font;values.height=values.size;return values}},{key:\"differentState\",value:function differentState(selected,hover){return selected!==this.selectedState||hover!==this.hoverState}},{key:\"_processLabelText\",value:function _processLabelText(ctx,selected,hover,inText){var splitter=new LabelSplitter(ctx,this,selected,hover);return splitter.process(inText)}},{key:\"_processLabel\",value:function _processLabel(ctx,selected,hover){if(this.labelDirty===false&&!this.differentState(selected,hover))return;var state=this._processLabelText(ctx,selected,hover,this.elementOptions.label);if(this.fontOptions.minWdt>0&&state.width<this.fontOptions.minWdt){state.width=this.fontOptions.minWdt}this.size.labelHeight=state.height;if(this.fontOptions.minHgt>0&&state.height<this.fontOptions.minHgt){state.height=this.fontOptions.minHgt}this.lines=state.lines;this.lineCount=state.lines.length;this.size.width=state.width;this.size.height=state.height;this.selectedState=selected;this.hoverState=hover;this.labelDirty=false}},{key:\"visible\",value:function visible(){if(this.size.width===0||this.size.height===0||this.elementOptions.label===undefined){return false}var viewFontSize=this.fontOptions.size*this.body.view.scale;if(viewFontSize<this.elementOptions.scaling.label.drawThreshold-1){return false}return true}}],[{key:\"parseFontString\",value:function parseFontString(outOptions,inOptions){if(!inOptions||typeof inOptions!==\"string\")return false;var newOptionsArray=inOptions.split(\" \");outOptions.size=newOptionsArray[0].replace(\"px\",\"\");outOptions.face=newOptionsArray[1];outOptions.color=newOptionsArray[2];return true}}]);return Label}();exports[\"default\"]=Label},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray2=__webpack_require__(30);var _slicedToArray3=_interopRequireDefault(_slicedToArray2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var EndPoints=__webpack_require__(119)[\"default\"];var EdgeBase=function(){function EdgeBase(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,EdgeBase);this.body=body;this.labelModule=labelModule\n;this.options={};this.setOptions(options);this.colorDirty=true;this.color={};this.selectionWidth=2;this.hoverWidth=1.5;this.fromPoint=this.from;this.toPoint=this.to}(0,_createClass3[\"default\"])(EdgeBase,[{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to]}},{key:\"cleanup\",value:function cleanup(){return false}},{key:\"setOptions\",value:function setOptions(options){this.options=options;this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];this.id=this.options.id}},{key:\"drawLine\",value:function drawLine(ctx,values,selected,hover,viaNode){ctx.strokeStyle=this.getColor(ctx,values,selected,hover);ctx.lineWidth=values.width;if(values.dashes!==false){this._drawDashedLine(ctx,values,viaNode)}else{this._drawLine(ctx,values,viaNode)}}},{key:\"_drawLine\",value:function _drawLine(ctx,values,viaNode,fromPoint,toPoint){if(this.from!=this.to){this._line(ctx,values,viaNode,fromPoint,toPoint)}else{var _getCircleData2=this._getCircleData(ctx),_getCircleData3=(0,_slicedToArray3[\"default\"])(_getCircleData2,3),x=_getCircleData3[0],y=_getCircleData3[1],radius=_getCircleData3[2];this._circle(ctx,values,x,y,radius)}}},{key:\"_drawDashedLine\",value:function _drawDashedLine(ctx,values,viaNode,fromPoint,toPoint){ctx.lineCap=\"round\";var pattern=[5,5];if(Array.isArray(values.dashes)===true){pattern=values.dashes}if(ctx.setLineDash!==undefined){ctx.save();ctx.setLineDash(pattern);ctx.lineDashOffset=0;if(this.from!=this.to){this._line(ctx,values,viaNode)}else{var _getCircleData4=this._getCircleData(ctx),_getCircleData5=(0,_slicedToArray3[\"default\"])(_getCircleData4,3),x=_getCircleData5[0],y=_getCircleData5[1],radius=_getCircleData5[2];this._circle(ctx,values,x,y,radius)}ctx.setLineDash([0]);ctx.lineDashOffset=0;ctx.restore()}else{if(this.from!=this.to){ctx.dashedLine(this.from.x,this.from.y,this.to.x,this.to.y,pattern)}else{var _getCircleData6=this._getCircleData(ctx),_getCircleData7=(0,_slicedToArray3[\"default\"])(_getCircleData6,3),_x=_getCircleData7[0],_y=_getCircleData7[1],_radius=_getCircleData7[2];this._circle(ctx,values,_x,_y,_radius)}this.enableShadow(ctx,values);ctx.stroke();this.disableShadow(ctx,values)}}},{key:\"findBorderPosition\",value:function findBorderPosition(nearNode,ctx,options){if(this.from!=this.to){return this._findBorderPosition(nearNode,ctx,options)}else{return this._findBorderPositionCircle(nearNode,ctx,options)}}},{key:\"findBorderPositions\",value:function findBorderPositions(ctx){var from={};var to={};if(this.from!=this.to){from=this._findBorderPosition(this.from,ctx);to=this._findBorderPosition(this.to,ctx)}else{var _getCircleData$slice=this._getCircleData(ctx).slice(0,2),_getCircleData$slice2=(0,_slicedToArray3[\"default\"])(_getCircleData$slice,2),x=_getCircleData$slice2[0],y=_getCircleData$slice2[1];from=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});to=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.6,high:.8,direction:1})}return{from:from,to:to}}},{key:\"_getCircleData\",value:function _getCircleData(ctx){var x=void 0,y=void 0;var node=this.from;var radius=this.options.selfReferenceSize;if(ctx!==undefined){if(node.shape.width===undefined){node.shape.resize(ctx)}}if(node.shape.width>node.shape.height){x=node.x+node.shape.width*.5;y=node.y-radius}else{x=node.x+radius;y=node.y-node.shape.height*.5}return[x,y,radius]}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"_findBorderPositionCircle\",value:function _findBorderPositionCircle(node,ctx,options){var x=options.x;var y=options.y;var low=options.low;var high=options.high;var direction=options.direction;var maxIterations=10;var iteration=0;var radius=this.options.selfReferenceSize;var pos=void 0,angle=void 0,distanceToBorder=void 0,distanceToPoint=void 0,difference=void 0;var threshold=.05;var middle=(low+high)*.5;while(low<=high&&iteration<maxIterations){middle=(low+high)*.5;pos=this._pointOnCircle(x,y,radius,middle);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference>0){if(direction>0){low=middle}else{high=middle}}else{if(direction>0){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"getLineWidth\",value:function getLineWidth(selected,hover){if(selected===true){return Math.max(this.selectionWidth,.3/this.body.view.scale)}else{if(hover===true){return Math.max(this.hoverWidth,.3/this.body.view.scale)}else{return Math.max(this.options.width,.3/this.body.view.scale)}}}},{key:\"getColor\",value:function getColor(ctx,values,selected,hover){if(values.inheritsColor!==false){if(values.inheritsColor===\"both\"&&this.from.id!==this.to.id){var grd=ctx.createLinearGradient(this.from.x,this.from.y,this.to.x,this.to.y);var fromColor=void 0,toColor=void 0;fromColor=this.from.options.color.highlight.border;toColor=this.to.options.color.highlight.border;if(this.from.selected===false&&this.to.selected===false){fromColor=util.overrideOpacity(this.from.options.color.border,values.opacity);toColor=util.overrideOpacity(this.to.options.color.border,values.opacity)}else if(this.from.selected===true&&this.to.selected===false){toColor=this.to.options.color.border}else if(this.from.selected===false&&this.to.selected===true){fromColor=this.from.options.color.border}grd.addColorStop(0,fromColor);grd.addColorStop(1,toColor);return grd}if(values.inheritsColor===\"to\"){return util.overrideOpacity(this.to.options.color.border,values.opacity)}else{return util.overrideOpacity(this.from.options.color.border,values.opacity)}}else{return util.overrideOpacity(values.color,values.opacity)}}},{key:\"_circle\",value:function _circle(ctx,values,x,y,radius){this.enableShadow(ctx,values);ctx.beginPath();ctx.arc(x,y,radius,0,2*Math.PI,false);ctx.stroke();this.disableShadow(ctx,values)}},{key:\"getDistanceToEdge\",value:function getDistanceToEdge(x1,y1,x2,y2,x3,y3,via,values){var returnValue=0;if(this.from!=this.to){returnValue=this._getDistanceToEdge(x1,y1,x2,y2,x3,y3,via)}else{var _getCircleData8=this._getCircleData(undefined),_getCircleData9=(0,_slicedToArray3[\"default\"])(_getCircleData8,3),x=_getCircleData9[0],y=_getCircleData9[1],radius=_getCircleData9[2];var dx=x-x3;var dy=y-y3;returnValue=Math.abs(Math.sqrt(dx*dx+dy*dy)-radius)}return returnValue}},{key:\"_getDistanceToLine\",value:function _getDistanceToLine(x1,y1,x2,y2,x3,y3){var px=x2-x1;var py=y2-y1;var something=px*px+py*py;var u=((x3-x1)*px+(y3-y1)*py)/something;if(u>1){u=1}else if(u<0){u=0}var x=x1+u*px;var y=y1+u*py;var dx=x-x3;var dy=y-y3;return Math.sqrt(dx*dx+dy*dy)}},{key:\"getArrowData\",value:function getArrowData(ctx,position,viaNode,selected,hover,values){var angle=void 0;var arrowPoint=void 0;var node1=void 0;var node2=void 0;var guideOffset=void 0;var scaleFactor=void 0;var type=void 0;var lineWidth=values.width;if(position===\"from\"){node1=this.from;node2=this.to;guideOffset=.1;scaleFactor=values.fromArrowScale;type=values.fromArrowType}else if(position===\"to\"){node1=this.to;node2=this.from;guideOffset=-.1;scaleFactor=values.toArrowScale;type=values.toArrowType}else{node1=this.to;node2=this.from;scaleFactor=values.middleArrowScale;type=values.middleArrowType}if(node1!=node2){if(position!==\"middle\"){if(this.options.smooth.enabled===true){arrowPoint=this.findBorderPosition(node1,ctx,{via:viaNode});var guidePos=this.getPoint(Math.max(0,Math.min(1,arrowPoint.t+guideOffset)),viaNode);angle=Math.atan2(arrowPoint.y-guidePos.y,arrowPoint.x-guidePos.x)}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPoint=this.findBorderPosition(node1,ctx)}}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPoint=this.getPoint(.5,viaNode)}}else{var _getCircleData10=this._getCircleData(ctx),_getCircleData11=(0,_slicedToArray3[\"default\"])(_getCircleData10,3),x=_getCircleData11[0],y=_getCircleData11[1],radius=_getCircleData11[2];if(position===\"from\"){arrowPoint=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});angle=arrowPoint.t*-2*Math.PI+1.5*Math.PI+.1*Math.PI}else if(position===\"to\"){arrowPoint=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.6,high:1,direction:1});angle=arrowPoint.t*-2*Math.PI+1.5*Math.PI-1.1*Math.PI}else{arrowPoint=this._pointOnCircle(x,y,radius,.175);angle=3.9269908169872414}}if(position===\"middle\"&&scaleFactor<0)lineWidth*=-1;var length=15*scaleFactor+3*lineWidth;var xi=arrowPoint.x-length*.9*Math.cos(angle);var yi=arrowPoint.y-length*.9*Math.sin(angle);var arrowCore={x:xi,y:yi};return{point:arrowPoint,core:arrowCore,angle:angle,length:length,type:type}}},{key:\"drawArrowHead\",value:function drawArrowHead(ctx,values,selected,hover,arrowData){ctx.strokeStyle=this.getColor(ctx,values,selected,hover);ctx.fillStyle=ctx.strokeStyle;ctx.lineWidth=values.width;EndPoints.draw(ctx,arrowData);this.enableShadow(ctx,values);ctx.fill();this.disableShadow(ctx,values)}},{key:\"enableShadow\",value:function enableShadow(ctx,values){if(values.shadow===true){ctx.shadowColor=values.shadowColor;ctx.shadowBlur=values.shadowSize;ctx.shadowOffsetX=values.shadowX;ctx.shadowOffsetY=values.shadowY}}},{key:\"disableShadow\",value:function disableShadow(ctx,values){if(values.shadow===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}}]);return EdgeBase}();exports[\"default\"]=EdgeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var EndPoint=function(){function EndPoint(){(0,_classCallCheck3[\"default\"])(this,EndPoint)}(0,_createClass3[\"default\"])(EndPoint,null,[{key:\"transform\",value:function transform(points,arrowData){if(!(points instanceof Array)){points=[points]}var x=arrowData.point.x;var y=arrowData.point.y;var angle=arrowData.angle;var length=arrowData.length;for(var i=0;i<points.length;++i){var p=points[i];var xt=p.x*Math.cos(angle)-p.y*Math.sin(angle);var yt=p.x*Math.sin(angle)+p.y*Math.cos(angle);p.x=x+length*xt;p.y=y+length*yt}}},{key:\"drawPath\",value:function drawPath(ctx,points){ctx.beginPath();ctx.moveTo(points[0].x,points[0].y);for(var i=1;i<points.length;++i){ctx.lineTo(points[i].x,points[i].y)}ctx.closePath()}}]);return EndPoint}();var Arrow=function(_EndPoint){(0,_inherits3[\"default\"])(Arrow,_EndPoint);function Arrow(){(0,_classCallCheck3[\"default\"])(this,Arrow);return(0,_possibleConstructorReturn3[\"default\"])(this,(Arrow.__proto__||(0,_getPrototypeOf2[\"default\"])(Arrow)).apply(this,arguments))}(0,_createClass3[\"default\"])(Arrow,null,[{key:\"draw\",value:function draw(ctx,arrowData){var points=[{x:0,y:0},{x:-1,y:.3},{x:-.9,y:0},{x:-1,y:-.3}];EndPoint.transform(points,arrowData);EndPoint.drawPath(ctx,points)}}]);return Arrow}(EndPoint);var Circle=function(){function Circle(){(0,_classCallCheck3[\"default\"])(this,Circle)}(0,_createClass3[\"default\"])(Circle,null,[{key:\"draw\",value:function draw(ctx,arrowData){var point={x:-.4,y:0};EndPoint.transform(point,arrowData);ctx.circle(point.x,point.y,arrowData.length*.4)}}]);return Circle}();var Bar=function(){function Bar(){(0,_classCallCheck3[\"default\"])(this,Bar)}(0,_createClass3[\"default\"])(Bar,null,[{key:\"draw\",value:function draw(ctx,arrowData){var points=[{x:0,y:.5},{x:0,y:-.5},{x:-.15,y:-.5},{x:-.15,y:.5}];EndPoint.transform(points,arrowData);EndPoint.drawPath(ctx,points)}}]);return Bar}();var EndPoints=function(){function EndPoints(){(0,_classCallCheck3[\"default\"])(this,EndPoints)}(0,_createClass3[\"default\"])(EndPoints,null,[{key:\"draw\",value:function draw(ctx,arrowData){var type;if(arrowData.type){type=arrowData.type.toLowerCase()}switch(type){case\"circle\":Circle.draw(ctx,arrowData);break;case\"bar\":Bar.draw(ctx,arrowData);break;case\"arrow\":default:Arrow.draw(ctx,arrowData)}}}]);return EndPoints}();exports[\"default\"]=EndPoints},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var BarnesHutSolver=function(){function BarnesHutSolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,BarnesHutSolver);this.body=body;this.physicsBody=physicsBody;this.barnesHutTree;this.setOptions(options);this.randomSeed=5}(0,_createClass3[\"default\"])(BarnesHutSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options;this.thetaInversed=1/this.options.theta;this.overlapAvoidanceFactor=1-Math.max(0,Math.min(1,this.options.avoidOverlap))}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"solve\",value:function solve(){if(this.options.gravitationalConstant!==0&&this.physicsBody.physicsNodeIndices.length>0){var node=void 0;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var nodeCount=nodeIndices.length;var barnesHutTree=this._formBarnesHutTree(nodes,nodeIndices);this.barnesHutTree=barnesHutTree;for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._getForceContributions(barnesHutTree.root,node)}}}}},{key:\"_getForceContributions\",value:function _getForceContributions(parentBranch,node){this._getForceContribution(parentBranch.children.NW,node);this._getForceContribution(parentBranch.children.NE,node);this._getForceContribution(parentBranch.children.SW,node);this._getForceContribution(parentBranch.children.SE,node)}},{key:\"_getForceContribution\",value:function _getForceContribution(parentBranch,node){if(parentBranch.childrenCount>0){var dx=void 0,dy=void 0,distance=void 0;dx=parentBranch.centerOfMass.x-node.x;dy=parentBranch.centerOfMass.y-node.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance*parentBranch.calcSize>this.thetaInversed){this._calculateForces(distance,dx,dy,node,parentBranch)}else{if(parentBranch.childrenCount===4){this._getForceContributions(parentBranch,node)}else{if(parentBranch.children.data.id!=node.id){this._calculateForces(distance,dx,dy,node,parentBranch)}}}}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1;dx=distance}if(this.overlapAvoidanceFactor<1&&node.shape.radius){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass/Math.pow(distance,3);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}},{key:\"_formBarnesHutTree\",value:function _formBarnesHutTree(nodes,nodeIndices){var node=void 0;var nodeCount=nodeIndices.length;var minX=nodes[nodeIndices[0]].x;var minY=nodes[nodeIndices[0]].y;var maxX=nodes[nodeIndices[0]].x;var maxY=nodes[nodeIndices[0]].y;for(var i=1;i<nodeCount;i++){var _node=nodes[nodeIndices[i]];var x=_node.x;var y=_node.y;if(_node.options.mass>0){if(x<minX){minX=x}if(x>maxX){maxX=x}if(y<minY){minY=y}if(y>maxY){maxY=y}}}var sizeDiff=Math.abs(maxX-minX)-Math.abs(maxY-minY);if(sizeDiff>0){minY-=.5*sizeDiff;maxY+=.5*sizeDiff}else{minX+=.5*sizeDiff;maxX-=.5*sizeDiff}var minimumTreeSize=1e-5;var rootSize=Math.max(minimumTreeSize,Math.abs(maxX-minX));var halfRootSize=.5*rootSize;var centerX=.5*(minX+maxX),centerY=.5*(minY+maxY);var barnesHutTree={root:{centerOfMass:{x:0,y:0},mass:0,range:{minX:centerX-halfRootSize,maxX:centerX+halfRootSize,minY:centerY-halfRootSize,maxY:centerY+halfRootSize},size:rootSize,calcSize:1/rootSize,children:{data:null},maxWidth:0,level:0,childrenCount:4}};this._splitBranch(barnesHutTree.root);for(var _i=0;_i<nodeCount;_i++){node=nodes[nodeIndices[_i]];if(node.options.mass>0){this._placeInTree(barnesHutTree.root,node)}}return barnesHutTree}},{key:\"_updateBranchMass\",value:function _updateBranchMass(parentBranch,node){var centerOfMass=parentBranch.centerOfMass;var totalMass=parentBranch.mass+node.options.mass;var totalMassInv=1/totalMass;centerOfMass.x=centerOfMass.x*parentBranch.mass+node.x*node.options.mass;centerOfMass.x*=totalMassInv;centerOfMass.y=centerOfMass.y*parentBranch.mass+node.y*node.options.mass;centerOfMass.y*=totalMassInv;parentBranch.mass=totalMass;var biggestSize=Math.max(Math.max(node.height,node.radius),node.width);parentBranch.maxWidth=parentBranch.maxWidth<biggestSize?biggestSize:parentBranch.maxWidth}},{key:\"_placeInTree\",value:function _placeInTree(parentBranch,node,skipMassUpdate){if(skipMassUpdate!=true||skipMassUpdate===undefined){this._updateBranchMass(parentBranch,node)}var range=parentBranch.children.NW.range;var region=void 0;if(range.maxX>node.x){if(range.maxY>node.y){region=\"NW\"}else{region=\"SW\"}}else{if(range.maxY>node.y){region=\"NE\"}else{region=\"SE\"}}this._placeInRegion(parentBranch,node,region)}},{key:\"_placeInRegion\",value:function _placeInRegion(parentBranch,node,region){var children=parentBranch.children[region];switch(children.childrenCount){case 0:children.children.data=node;children.childrenCount=1;this._updateBranchMass(children,node);break;case 1:if(children.children.data.x===node.x&&children.children.data.y===node.y){node.x+=this.seededRandom();node.y+=this.seededRandom()}else{this._splitBranch(children);this._placeInTree(children,node)}break;case 4:this._placeInTree(children,node);break}}},{key:\"_splitBranch\",value:function _splitBranch(parentBranch){var containedNode=null;if(parentBranch.childrenCount===1){containedNode=parentBranch.children.data;parentBranch.mass=0;parentBranch.centerOfMass.x=0;parentBranch.centerOfMass.y=0}parentBranch.childrenCount=4;parentBranch.children.data=null;this._insertRegion(parentBranch,\"NW\");this._insertRegion(parentBranch,\"NE\");this._insertRegion(parentBranch,\"SW\");this._insertRegion(parentBranch,\"SE\");if(containedNode!=null){this._placeInTree(parentBranch,containedNode)}}},{key:\"_insertRegion\",value:function _insertRegion(parentBranch,region){var minX=void 0,maxX=void 0,minY=void 0,maxY=void 0;var childSize=.5*parentBranch.size;switch(region){case\"NW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"NE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"SW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break;case\"SE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break}parentBranch.children[region]={centerOfMass:{x:0,y:0},mass:0,range:{minX:minX,maxX:maxX,minY:minY,maxY:maxY},size:.5*parentBranch.size,calcSize:2*parentBranch.calcSize,children:{data:null},maxWidth:0,level:parentBranch.level+1,childrenCount:0}}},{key:\"_debug\",value:function _debug(ctx,color){if(this.barnesHutTree!==undefined){ctx.lineWidth=1;this._drawBranch(this.barnesHutTree.root,ctx,color)}}},{key:\"_drawBranch\",value:function _drawBranch(branch,ctx,color){if(color===undefined){color=\"#FF0000\"}if(branch.childrenCount===4){this._drawBranch(branch.children.NW,ctx);this._drawBranch(branch.children.NE,ctx);this._drawBranch(branch.children.SE,ctx);this._drawBranch(branch.children.SW,ctx)}ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.minY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.minY);ctx.stroke()}}]);return BarnesHutSolver}();exports[\"default\"]=BarnesHutSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var CentralGravitySolver=function(){function CentralGravitySolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,CentralGravitySolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}(0,_createClass3[\"default\"])(CentralGravitySolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx=void 0,dy=void 0,distance=void 0,node=void 0;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];node=nodes[nodeId];dx=-node.x;dy=-node.y;distance=Math.sqrt(dx*dx+dy*dy);this._calculateForces(distance,dx,dy,forces,node)}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){var gravityForce=distance===0?0:this.options.centralGravity/distance;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}]);return CentralGravitySolver}();exports[\"default\"]=CentralGravitySolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var bool=\"boolean\";var number=\"number\";var array=\"array\";var object=\"object\";var dom=\"dom\";var any=\"any\";var endPoints=[\"arrow\",\"circle\",\"bar\"];var allOptions={configure:{enabled:{boolean:bool},filter:{boolean:bool,string:string,array:array,function:\"function\"},container:{dom:dom},showButton:{boolean:bool},__type__:{object:object,boolean:bool,string:string,array:array,function:\"function\"}},edges:{arrows:{to:{enabled:{boolean:bool},scaleFactor:{number:number},type:{string:endPoints},__type__:{object:object,boolean:bool}},middle:{enabled:{boolean:bool},scaleFactor:{number:number},type:{string:endPoints},__type__:{object:object,boolean:bool}},from:{enabled:{boolean:bool},scaleFactor:{number:number},type:{string:endPoints},__type__:{object:object,boolean:bool}},__type__:{string:[\"from\",\"to\",\"middle\"],object:object}},arrowStrikethrough:{boolean:bool},chosen:{label:{boolean:bool,function:\"function\"},edge:{boolean:bool,function:\"function\"},__type__:{object:object,boolean:bool}},color:{color:{string:string},highlight:{string:string},hover:{string:string},inherit:{string:[\"from\",\"to\",\"both\"],boolean:bool},opacity:{number:number},__type__:{object:object,string:string}},dashes:{boolean:bool,array:array},font:{color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},align:{string:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},vadjust:{number:number},multi:{boolean:bool,string:string},bold:{color:{string:string},size:{number:number},face:{string:string},mod:{string:string},vadjust:{number:number},__type__:{object:object,string:string}},boldital:{color:{string:string},size:{number:number},face:{string:string},mod:{string:string},vadjust:{number:number},__type__:{object:object,string:string}},ital:{color:{string:string},size:{number:number},face:{string:string},mod:{string:string},vadjust:{number:number},__type__:{object:object,string:string}},mono:{color:{string:string},size:{number:number},face:{string:string},mod:{string:string},vadjust:{number:number},__type__:{object:object,string:string}},__type__:{object:object,string:string}},hidden:{boolean:bool},hoverWidth:{function:\"function\",number:number},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{boolean:bool},length:{number:number,undefined:\"undefined\"},physics:{boolean:bool},scaling:{min:{number:number},max:{number:number},label:{enabled:{boolean:bool},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,boolean:bool}},customScalingFunction:{function:\"function\"},__type__:{object:object}},selectionWidth:{function:\"function\",number:number},selfReferenceSize:{number:number},shadow:{enabled:{boolean:bool},color:{string:string},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,boolean:bool}},smooth:{enabled:{boolean:bool},type:{string:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\",\"cubicBezier\"]},roundness:{number:number},forceDirection:{string:[\"horizontal\",\"vertical\",\"none\"],boolean:bool},__type__:{object:object,boolean:bool}},title:{string:string,undefined:\"undefined\"},width:{number:number},widthConstraint:{maximum:{number:number},__type__:{object:object,boolean:bool,number:number}},value:{number:number,undefined:\"undefined\"},__type__:{object:object}},groups:{useDefaultGroups:{boolean:bool},__any__:\"get from nodes, will be overwritten below\",__type__:{object:object}},interaction:{dragNodes:{boolean:bool},dragView:{boolean:bool},hideEdgesOnDrag:{boolean:bool},hideNodesOnDrag:{boolean:bool},hover:{boolean:bool},keyboard:{enabled:{boolean:bool},speed:{x:{number:number},y:{number:number},zoom:{number:number},__type__:{object:object}},bindToWindow:{boolean:bool},__type__:{object:object,boolean:bool}},multiselect:{boolean:bool},navigationButtons:{boolean:bool},selectable:{boolean:bool},selectConnectedEdges:{boolean:bool},hoverConnectedEdges:{boolean:bool},tooltipDelay:{number:number},zoomView:{boolean:bool},__type__:{object:object}},layout:{randomSeed:{undefined:\"undefined\",number:number},improvedLayout:{boolean:bool},hierarchical:{enabled:{boolean:bool},levelSeparation:{number:number},nodeSpacing:{number:number},treeSpacing:{number:number},blockShifting:{boolean:bool},edgeMinimization:{boolean:bool},parentCentralization:{boolean:bool},direction:{string:[\"UD\",\"DU\",\"LR\",\"RL\"]},sortMethod:{string:[\"hubsize\",\"directed\"]},__type__:{object:object,boolean:bool}},__type__:{object:object}},manipulation:{enabled:{boolean:bool},initiallyActive:{boolean:bool},addNode:{boolean:bool,function:\"function\"},addEdge:{boolean:bool,function:\"function\"},editNode:{function:\"function\"},editEdge:{editWithoutDrag:{function:\"function\"},__type__:{object:object,boolean:bool,function:\"function\"}},deleteNode:{boolean:bool,function:\"function\"},deleteEdge:{boolean:bool,function:\"function\"},controlNodeStyle:\"get from nodes, will be overwritten 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getWeak=function(it,create){if(!has(it,META)){if(!isExtensible(it))return true;if(!create)return false;setMeta(it)}return it[META].w};var onFreeze=function(it){if(FREEZE&&meta.NEED&&isExtensible(it)&&!has(it,META))setMeta(it);return it};var meta=module.exports={KEY:META,NEED:false,fastKey:fastKey,getWeak:getWeak,onFreeze:onFreeze}},function(module,exports,__webpack_require__){var getKeys=__webpack_require__(33);var gOPS=__webpack_require__(63);var pIE=__webpack_require__(42);module.exports=function(it){var result=getKeys(it);var getSymbols=gOPS.f;if(getSymbols){var symbols=getSymbols(it);var isEnum=pIE.f;var i=0;var key;while(symbols.length>i)if(isEnum.call(it,key=symbols[i++]))result.push(key)}return result}},function(module,exports,__webpack_require__){var cof=__webpack_require__(50);module.exports=Array.isArray||function isArray(arg){return cof(arg)==\"Array\"}},function(module,exports,__webpack_require__){var toIObject=__webpack_require__(25);var gOPN=__webpack_require__(88).f;var toString={}.toString;var windowNames=typeof window==\"object\"&&window&&Object.getOwnPropertyNames?Object.getOwnPropertyNames(window):[];var getWindowNames=function(it){try{return gOPN(it)}catch(e){return windowNames.slice()}};module.exports.f=function getOwnPropertyNames(it){return windowNames&&toString.call(it)==\"[object Window]\"?getWindowNames(it):gOPN(toIObject(it))}},function(module,exports){},function(module,exports,__webpack_require__){__webpack_require__(62)(\"asyncIterator\")},function(module,exports,__webpack_require__){__webpack_require__(62)(\"observable\")},function(module,exports,__webpack_require__){(function(module){var require;(function(global,factory){true?module.exports=factory():typeof define===\"function\"&&define.amd?define(factory):global.moment=factory()})(this,function(){\"use strict\";var hookCallback;function hooks(){return hookCallback.apply(null,arguments)}function setHookCallback(callback){hookCallback=callback}function isArray(input){return input instanceof Array||Object.prototype.toString.call(input)===\"[object Array]\"}function isObject(input){return input!=null&&Object.prototype.toString.call(input)===\"[object Object]\"}function isObjectEmpty(obj){if(Object.getOwnPropertyNames){return Object.getOwnPropertyNames(obj).length===0}else{var k;for(k in obj){if(obj.hasOwnProperty(k)){return false}}return true}}function isUndefined(input){return input===void 0}function isNumber(input){return typeof input===\"number\"||Object.prototype.toString.call(input)===\"[object Number]\"}function isDate(input){return input instanceof Date||Object.prototype.toString.call(input)===\"[object Date]\"}function map(arr,fn){var res=[],i;for(i=0;i<arr.length;++i){res.push(fn(arr[i],i))}return res}function hasOwnProp(a,b){return Object.prototype.hasOwnProperty.call(a,b)}function extend(a,b){for(var i in b){if(hasOwnProp(b,i)){a[i]=b[i]}}if(hasOwnProp(b,\"toString\")){a.toString=b.toString}if(hasOwnProp(b,\"valueOf\")){a.valueOf=b.valueOf}return a}function createUTC(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,true).utc()}function defaultParsingFlags(){return{empty:false,unusedTokens:[],unusedInput:[],overflow:-2,charsLeftOver:0,nullInput:false,invalidMonth:null,invalidFormat:false,userInvalidated:false,iso:false,parsedDateParts:[],meridiem:null,rfc2822:false,weekdayMismatch:false}}function getParsingFlags(m){if(m._pf==null){m._pf=defaultParsingFlags()}return m._pf}var some;if(Array.prototype.some){some=Array.prototype.some}else{some=function(fun){var t=Object(this);var len=t.length>>>0;for(var i=0;i<len;i++){if(i in t&&fun.call(this,t[i],i,t)){return true}}return false}}function isValid(m){if(m._isValid==null){var flags=getParsingFlags(m);var parsedParts=some.call(flags.parsedDateParts,function(i){return i!=null});var isNowValid=!isNaN(m._d.getTime())&&flags.overflow<0&&!flags.empty&&!flags.invalidMonth&&!flags.invalidWeekday&&!flags.weekdayMismatch&&!flags.nullInput&&!flags.invalidFormat&&!flags.userInvalidated&&(!flags.meridiem||flags.meridiem&&parsedParts);if(m._strict){isNowValid=isNowValid&&flags.charsLeftOver===0&&flags.unusedTokens.length===0&&flags.bigHour===undefined}if(Object.isFrozen==null||!Object.isFrozen(m)){m._isValid=isNowValid}else{return isNowValid}}return m._isValid}function createInvalid(flags){var m=createUTC(NaN);if(flags!=null){extend(getParsingFlags(m),flags)}else{getParsingFlags(m).userInvalidated=true}return m}var momentProperties=hooks.momentProperties=[];function copyConfig(to,from){var i,prop,val;if(!isUndefined(from._isAMomentObject)){to._isAMomentObject=from._isAMomentObject}if(!isUndefined(from._i)){to._i=from._i}if(!isUndefined(from._f)){to._f=from._f}if(!isUndefined(from._l)){to._l=from._l}if(!isUndefined(from._strict)){to._strict=from._strict}if(!isUndefined(from._tzm)){to._tzm=from._tzm}if(!isUndefined(from._isUTC)){to._isUTC=from._isUTC}if(!isUndefined(from._offset)){to._offset=from._offset}if(!isUndefined(from._pf)){to._pf=getParsingFlags(from)}if(!isUndefined(from._locale)){to._locale=from._locale}if(momentProperties.length>0){for(i=0;i<momentProperties.length;i++){prop=momentProperties[i];val=from[prop];if(!isUndefined(val)){to[prop]=val}}}return to}var updateInProgress=false;function Moment(config){copyConfig(this,config);this._d=new Date(config._d!=null?config._d.getTime():NaN);if(!this.isValid()){this._d=new Date(NaN)}if(updateInProgress===false){updateInProgress=true;hooks.updateOffset(this);updateInProgress=false}}function isMoment(obj){return obj instanceof Moment||obj!=null&&obj._isAMomentObject!=null}function absFloor(number){if(number<0){return Math.ceil(number)||0}else{return Math.floor(number)}}function toInt(argumentForCoercion){var coercedNumber=+argumentForCoercion,value=0;if(coercedNumber!==0&&isFinite(coercedNumber)){value=absFloor(coercedNumber)}return value}function compareArrays(array1,array2,dontConvert){var len=Math.min(array1.length,array2.length),lengthDiff=Math.abs(array1.length-array2.length),diffs=0,i;for(i=0;i<len;i++){if(dontConvert&&array1[i]!==array2[i]||!dontConvert&&toInt(array1[i])!==toInt(array2[i])){diffs++}}return diffs+lengthDiff}function warn(msg){if(hooks.suppressDeprecationWarnings===false&&typeof console!==\"undefined\"&&console.warn){console.warn(\"Deprecation warning: \"+msg)}}function deprecate(msg,fn){var firstTime=true;return extend(function(){if(hooks.deprecationHandler!=null){hooks.deprecationHandler(null,msg)}if(firstTime){var args=[];var arg;for(var i=0;i<arguments.length;i++){arg=\"\";if(typeof arguments[i]===\"object\"){arg+=\"\\n[\"+i+\"] \";for(var key in arguments[0]){arg+=key+\": \"+arguments[0][key]+\", \"}arg=arg.slice(0,-2)}else{arg=arguments[i]}args.push(arg)}warn(msg+\"\\nArguments: \"+Array.prototype.slice.call(args).join(\"\")+\"\\n\"+(new Error).stack);firstTime=false}return fn.apply(this,arguments)},fn)}var deprecations={};function deprecateSimple(name,msg){if(hooks.deprecationHandler!=null){hooks.deprecationHandler(name,msg)}if(!deprecations[name]){warn(msg);deprecations[name]=true}}hooks.suppressDeprecationWarnings=false;hooks.deprecationHandler=null;function isFunction(input){return input instanceof Function||Object.prototype.toString.call(input)===\"[object Function]\"}function set(config){var prop,i;for(i in config){prop=config[i];if(isFunction(prop)){this[i]=prop}else{this[\"_\"+i]=prop}}this._config=config;this._dayOfMonthOrdinalParseLenient=new RegExp((this._dayOfMonthOrdinalParse.source||this._ordinalParse.source)+\"|\"+/\\d{1,2}/.source)}function mergeConfigs(parentConfig,childConfig){var res=extend({},parentConfig),prop;for(prop in childConfig){if(hasOwnProp(childConfig,prop)){if(isObject(parentConfig[prop])&&isObject(childConfig[prop])){res[prop]={};extend(res[prop],parentConfig[prop]);extend(res[prop],childConfig[prop])}else if(childConfig[prop]!=null){res[prop]=childConfig[prop]}else{delete res[prop]}}}for(prop in parentConfig){if(hasOwnProp(parentConfig,prop)&&!hasOwnProp(childConfig,prop)&&isObject(parentConfig[prop])){res[prop]=extend({},res[prop])}}return res}function Locale(config){if(config!=null){this.set(config)}}var keys;if(Object.keys){keys=Object.keys}else{keys=function(obj){var i,res=[];for(i in obj){if(hasOwnProp(obj,i)){res.push(i)}}return res}}var defaultCalendar={sameDay:\"[Today at] LT\",nextDay:\"[Tomorrow at] LT\",nextWeek:\"dddd [at] LT\",lastDay:\"[Yesterday at] LT\",lastWeek:\"[Last] dddd [at] LT\",sameElse:\"L\"};function calendar(key,mom,now){var output=this._calendar[key]||this._calendar[\"sameElse\"];return isFunction(output)?output.call(mom,now):output}var defaultLongDateFormat={LTS:\"h:mm:ss A\",LT:\"h:mm A\",L:\"MM/DD/YYYY\",LL:\"MMMM D, YYYY\",LLL:\"MMMM D, YYYY h:mm A\",LLLL:\"dddd, MMMM D, YYYY h:mm A\"};function longDateFormat(key){var format=this._longDateFormat[key],formatUpper=this._longDateFormat[key.toUpperCase()];if(format||!formatUpper){return format}this._longDateFormat[key]=formatUpper.replace(/MMMM|MM|DD|dddd/g,function(val){return val.slice(1)});return this._longDateFormat[key]}var defaultInvalidDate=\"Invalid date\";function invalidDate(){return this._invalidDate}var defaultOrdinal=\"%d\";var defaultDayOfMonthOrdinalParse=/\\d{1,2}/;function ordinal(number){return this._ordinal.replace(\"%d\",number)}var defaultRelativeTime={future:\"in %s\",past:\"%s ago\",s:\"a few seconds\",ss:\"%d seconds\",m:\"a minute\",mm:\"%d minutes\",h:\"an hour\",hh:\"%d hours\",d:\"a day\",dd:\"%d days\",M:\"a month\",MM:\"%d months\",y:\"a year\",yy:\"%d years\"};function relativeTime(number,withoutSuffix,string,isFuture){var output=this._relativeTime[string];return isFunction(output)?output(number,withoutSuffix,string,isFuture):output.replace(/%d/i,number)}function pastFuture(diff,output){var format=this._relativeTime[diff>0?\"future\":\"past\"];return isFunction(format)?format(output):format.replace(/%s/i,output)}var aliases={};function addUnitAlias(unit,shorthand){var lowerCase=unit.toLowerCase();aliases[lowerCase]=aliases[lowerCase+\"s\"]=aliases[shorthand]=unit}function normalizeUnits(units){return typeof units===\"string\"?aliases[units]||aliases[units.toLowerCase()]:undefined}function normalizeObjectUnits(inputObject){var normalizedInput={},normalizedProp,prop;for(prop in inputObject){if(hasOwnProp(inputObject,prop)){normalizedProp=normalizeUnits(prop);if(normalizedProp){normalizedInput[normalizedProp]=inputObject[prop]}}}return normalizedInput}var priorities={};function addUnitPriority(unit,priority){priorities[unit]=priority}function getPrioritizedUnits(unitsObj){var units=[];for(var u in unitsObj){units.push({unit:u,priority:priorities[u]})}units.sort(function(a,b){return a.priority-b.priority});return units}function zeroFill(number,targetLength,forceSign){var absNumber=\"\"+Math.abs(number),zerosToFill=targetLength-absNumber.length,sign=number>=0;return(sign?forceSign?\"+\":\"\":\"-\")+Math.pow(10,Math.max(0,zerosToFill)).toString().substr(1)+absNumber}var formattingTokens=/(\\[[^\\[]*\\])|(\\\\)?([Hh]mm(ss)?|Mo|MM?M?M?|Do|DDDo|DD?D?D?|ddd?d?|do?|w[o|w]?|W[o|W]?|Qo?|YYYYYY|YYYYY|YYYY|YY|gg(ggg?)?|GG(GGG?)?|e|E|a|A|hh?|HH?|kk?|mm?|ss?|S{1,9}|x|X|zz?|ZZ?|.)/g;var localFormattingTokens=/(\\[[^\\[]*\\])|(\\\\)?(LTS|LT|LL?L?L?|l{1,4})/g;var formatFunctions={};var formatTokenFunctions={};function addFormatToken(token,padded,ordinal,callback){var func=callback;if(typeof callback===\"string\"){func=function(){return this[callback]()}}if(token){formatTokenFunctions[token]=func}if(padded){formatTokenFunctions[padded[0]]=function(){return zeroFill(func.apply(this,arguments),padded[1],padded[2])}}if(ordinal){formatTokenFunctions[ordinal]=function(){return this.localeData().ordinal(func.apply(this,arguments),token)}}}function removeFormattingTokens(input){if(input.match(/\\[[\\s\\S]/)){return input.replace(/^\\[|\\]$/g,\"\")}return input.replace(/\\\\/g,\"\")}function makeFormatFunction(format){var array=format.match(formattingTokens),i,length;for(i=0,length=array.length;i<length;i++){if(formatTokenFunctions[array[i]]){array[i]=formatTokenFunctions[array[i]]}else{array[i]=removeFormattingTokens(array[i])}}return function(mom){var output=\"\",i;for(i=0;i<length;i++){output+=isFunction(array[i])?array[i].call(mom,format):array[i]}return output}}function formatMoment(m,format){if(!m.isValid()){return m.localeData().invalidDate()}format=expandFormat(format,m.localeData());formatFunctions[format]=formatFunctions[format]||makeFormatFunction(format);return formatFunctions[format](m)}function expandFormat(format,locale){var i=5;function replaceLongDateFormatTokens(input){return locale.longDateFormat(input)||input}localFormattingTokens.lastIndex=0;while(i>=0&&localFormattingTokens.test(format)){format=format.replace(localFormattingTokens,replaceLongDateFormatTokens);localFormattingTokens.lastIndex=0;i-=1}return format}var match1=/\\d/;var match2=/\\d\\d/;var match3=/\\d{3}/;var match4=/\\d{4}/;var match6=/[+-]?\\d{6}/;var match1to2=/\\d\\d?/;var match3to4=/\\d\\d\\d\\d?/;var match5to6=/\\d\\d\\d\\d\\d\\d?/;var match1to3=/\\d{1,3}/;var match1to4=/\\d{1,4}/;var match1to6=/[+-]?\\d{1,6}/;var matchUnsigned=/\\d+/;var matchSigned=/[+-]?\\d+/;var matchOffset=/Z|[+-]\\d\\d:?\\d\\d/gi;var matchShortOffset=/Z|[+-]\\d\\d(?::?\\d\\d)?/gi;var matchTimestamp=/[+-]?\\d+(\\.\\d{1,3})?/;var matchWord=/[0-9]*['a-z\\u00A0-\\u05FF\\u0700-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF]+|[\\u0600-\\u06FF\\/]+(\\s*?[\\u0600-\\u06FF]+){1,2}/i;var regexes={};function addRegexToken(token,regex,strictRegex){regexes[token]=isFunction(regex)?regex:function(isStrict,localeData){return isStrict&&strictRegex?strictRegex:regex}}function getParseRegexForToken(token,config){if(!hasOwnProp(regexes,token)){return new RegExp(unescapeFormat(token))}return regexes[token](config._strict,config._locale)}function unescapeFormat(s){return regexEscape(s.replace(\"\\\\\",\"\").replace(/\\\\(\\[)|\\\\(\\])|\\[([^\\]\\[]*)\\]|\\\\(.)/g,function(matched,p1,p2,p3,p4){return p1||p2||p3||p4}))}function regexEscape(s){return s.replace(/[-\\/\\\\^$*+?.()|[\\]{}]/g,\"\\\\$&\")}var tokens={};function addParseToken(token,callback){var i,func=callback;if(typeof token===\"string\"){token=[token]}if(isNumber(callback)){func=function(input,array){array[callback]=toInt(input)}}for(i=0;i<token.length;i++){tokens[token[i]]=func}}function addWeekParseToken(token,callback){addParseToken(token,function(input,array,config,token){config._w=config._w||{};callback(input,config._w,config,token)})}function addTimeToArrayFromToken(token,input,config){if(input!=null&&hasOwnProp(tokens,token)){tokens[token](input,config._a,config,token)}}var YEAR=0;var MONTH=1;var DATE=2;var HOUR=3;var MINUTE=4;var SECOND=5;var MILLISECOND=6;var WEEK=7;var WEEKDAY=8;addFormatToken(\"Y\",0,0,function(){var y=this.year();return y<=9999?\"\"+y:\"+\"+y});addFormatToken(0,[\"YY\",2],0,function(){return this.year()%100});addFormatToken(0,[\"YYYY\",4],0,\"year\");addFormatToken(0,[\"YYYYY\",5],0,\"year\");addFormatToken(0,[\"YYYYYY\",6,true],0,\"year\");addUnitAlias(\"year\",\"y\");addUnitPriority(\"year\",1);addRegexToken(\"Y\",matchSigned)\n;addRegexToken(\"YY\",match1to2,match2);addRegexToken(\"YYYY\",match1to4,match4);addRegexToken(\"YYYYY\",match1to6,match6);addRegexToken(\"YYYYYY\",match1to6,match6);addParseToken([\"YYYYY\",\"YYYYYY\"],YEAR);addParseToken(\"YYYY\",function(input,array){array[YEAR]=input.length===2?hooks.parseTwoDigitYear(input):toInt(input)});addParseToken(\"YY\",function(input,array){array[YEAR]=hooks.parseTwoDigitYear(input)});addParseToken(\"Y\",function(input,array){array[YEAR]=parseInt(input,10)});function daysInYear(year){return isLeapYear(year)?366:365}function isLeapYear(year){return year%4===0&&year%100!==0||year%400===0}hooks.parseTwoDigitYear=function(input){return toInt(input)+(toInt(input)>68?1900:2e3)};var getSetYear=makeGetSet(\"FullYear\",true);function getIsLeapYear(){return isLeapYear(this.year())}function makeGetSet(unit,keepTime){return function(value){if(value!=null){set$1(this,unit,value);hooks.updateOffset(this,keepTime);return this}else{return get(this,unit)}}}function get(mom,unit){return mom.isValid()?mom._d[\"get\"+(mom._isUTC?\"UTC\":\"\")+unit]():NaN}function set$1(mom,unit,value){if(mom.isValid()&&!isNaN(value)){if(unit===\"FullYear\"&&isLeapYear(mom.year())){mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+unit](value,mom.month(),daysInMonth(value,mom.month()))}else{mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+unit](value)}}}function stringGet(units){units=normalizeUnits(units);if(isFunction(this[units])){return this[units]()}return this}function stringSet(units,value){if(typeof units===\"object\"){units=normalizeObjectUnits(units);var prioritized=getPrioritizedUnits(units);for(var i=0;i<prioritized.length;i++){this[prioritized[i].unit](units[prioritized[i].unit])}}else{units=normalizeUnits(units);if(isFunction(this[units])){return this[units](value)}}return this}function mod(n,x){return(n%x+x)%x}var indexOf;if(Array.prototype.indexOf){indexOf=Array.prototype.indexOf}else{indexOf=function(o){var i;for(i=0;i<this.length;++i){if(this[i]===o){return i}}return-1}}function daysInMonth(year,month){if(isNaN(year)||isNaN(month)){return NaN}var modMonth=mod(month,12);year+=(month-modMonth)/12;return modMonth===1?isLeapYear(year)?29:28:31-modMonth%7%2}addFormatToken(\"M\",[\"MM\",2],\"Mo\",function(){return this.month()+1});addFormatToken(\"MMM\",0,0,function(format){return this.localeData().monthsShort(this,format)});addFormatToken(\"MMMM\",0,0,function(format){return this.localeData().months(this,format)});addUnitAlias(\"month\",\"M\");addUnitPriority(\"month\",8);addRegexToken(\"M\",match1to2);addRegexToken(\"MM\",match1to2,match2);addRegexToken(\"MMM\",function(isStrict,locale){return locale.monthsShortRegex(isStrict)});addRegexToken(\"MMMM\",function(isStrict,locale){return locale.monthsRegex(isStrict)});addParseToken([\"M\",\"MM\"],function(input,array){array[MONTH]=toInt(input)-1});addParseToken([\"MMM\",\"MMMM\"],function(input,array,config,token){var month=config._locale.monthsParse(input,token,config._strict);if(month!=null){array[MONTH]=month}else{getParsingFlags(config).invalidMonth=input}});var MONTHS_IN_FORMAT=/D[oD]?(\\[[^\\[\\]]*\\]|\\s)+MMMM?/;var defaultLocaleMonths=\"January_February_March_April_May_June_July_August_September_October_November_December\".split(\"_\");function localeMonths(m,format){if(!m){return isArray(this._months)?this._months:this._months[\"standalone\"]}return isArray(this._months)?this._months[m.month()]:this._months[(this._months.isFormat||MONTHS_IN_FORMAT).test(format)?\"format\":\"standalone\"][m.month()]}var defaultLocaleMonthsShort=\"Jan_Feb_Mar_Apr_May_Jun_Jul_Aug_Sep_Oct_Nov_Dec\".split(\"_\");function localeMonthsShort(m,format){if(!m){return isArray(this._monthsShort)?this._monthsShort:this._monthsShort[\"standalone\"]}return isArray(this._monthsShort)?this._monthsShort[m.month()]:this._monthsShort[MONTHS_IN_FORMAT.test(format)?\"format\":\"standalone\"][m.month()]}function handleStrictParse(monthName,format,strict){var i,ii,mom,llc=monthName.toLocaleLowerCase();if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[];for(i=0;i<12;++i){mom=createUTC([2e3,i]);this._shortMonthsParse[i]=this.monthsShort(mom,\"\").toLocaleLowerCase();this._longMonthsParse[i]=this.months(mom,\"\").toLocaleLowerCase()}}if(strict){if(format===\"MMM\"){ii=indexOf.call(this._shortMonthsParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._longMonthsParse,llc);return ii!==-1?ii:null}}else{if(format===\"MMM\"){ii=indexOf.call(this._shortMonthsParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._longMonthsParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._longMonthsParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._shortMonthsParse,llc);return ii!==-1?ii:null}}}function localeMonthsParse(monthName,format,strict){var i,mom,regex;if(this._monthsParseExact){return handleStrictParse.call(this,monthName,format,strict)}if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[]}for(i=0;i<12;i++){mom=createUTC([2e3,i]);if(strict&&!this._longMonthsParse[i]){this._longMonthsParse[i]=new RegExp(\"^\"+this.months(mom,\"\").replace(\".\",\"\")+\"$\",\"i\");this._shortMonthsParse[i]=new RegExp(\"^\"+this.monthsShort(mom,\"\").replace(\".\",\"\")+\"$\",\"i\")}if(!strict&&!this._monthsParse[i]){regex=\"^\"+this.months(mom,\"\")+\"|^\"+this.monthsShort(mom,\"\");this._monthsParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"MMMM\"&&this._longMonthsParse[i].test(monthName)){return i}else if(strict&&format===\"MMM\"&&this._shortMonthsParse[i].test(monthName)){return i}else if(!strict&&this._monthsParse[i].test(monthName)){return i}}}function setMonth(mom,value){var dayOfMonth;if(!mom.isValid()){return mom}if(typeof value===\"string\"){if(/^\\d+$/.test(value)){value=toInt(value)}else{value=mom.localeData().monthsParse(value);if(!isNumber(value)){return mom}}}dayOfMonth=Math.min(mom.date(),daysInMonth(mom.year(),value));mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+\"Month\"](value,dayOfMonth);return mom}function getSetMonth(value){if(value!=null){setMonth(this,value);hooks.updateOffset(this,true);return this}else{return get(this,\"Month\")}}function getDaysInMonth(){return daysInMonth(this.year(),this.month())}var defaultMonthsShortRegex=matchWord;function monthsShortRegex(isStrict){if(this._monthsParseExact){if(!hasOwnProp(this,\"_monthsRegex\")){computeMonthsParse.call(this)}if(isStrict){return this._monthsShortStrictRegex}else{return this._monthsShortRegex}}else{if(!hasOwnProp(this,\"_monthsShortRegex\")){this._monthsShortRegex=defaultMonthsShortRegex}return this._monthsShortStrictRegex&&isStrict?this._monthsShortStrictRegex:this._monthsShortRegex}}var defaultMonthsRegex=matchWord;function monthsRegex(isStrict){if(this._monthsParseExact){if(!hasOwnProp(this,\"_monthsRegex\")){computeMonthsParse.call(this)}if(isStrict){return this._monthsStrictRegex}else{return this._monthsRegex}}else{if(!hasOwnProp(this,\"_monthsRegex\")){this._monthsRegex=defaultMonthsRegex}return this._monthsStrictRegex&&isStrict?this._monthsStrictRegex:this._monthsRegex}}function computeMonthsParse(){function cmpLenRev(a,b){return b.length-a.length}var shortPieces=[],longPieces=[],mixedPieces=[],i,mom;for(i=0;i<12;i++){mom=createUTC([2e3,i]);shortPieces.push(this.monthsShort(mom,\"\"));longPieces.push(this.months(mom,\"\"));mixedPieces.push(this.months(mom,\"\"));mixedPieces.push(this.monthsShort(mom,\"\"))}shortPieces.sort(cmpLenRev);longPieces.sort(cmpLenRev);mixedPieces.sort(cmpLenRev);for(i=0;i<12;i++){shortPieces[i]=regexEscape(shortPieces[i]);longPieces[i]=regexEscape(longPieces[i])}for(i=0;i<24;i++){mixedPieces[i]=regexEscape(mixedPieces[i])}this._monthsRegex=new RegExp(\"^(\"+mixedPieces.join(\"|\")+\")\",\"i\");this._monthsShortRegex=this._monthsRegex;this._monthsStrictRegex=new RegExp(\"^(\"+longPieces.join(\"|\")+\")\",\"i\");this._monthsShortStrictRegex=new RegExp(\"^(\"+shortPieces.join(\"|\")+\")\",\"i\")}function createDate(y,m,d,h,M,s,ms){var date=new Date(y,m,d,h,M,s,ms);if(y<100&&y>=0&&isFinite(date.getFullYear())){date.setFullYear(y)}return date}function createUTCDate(y){var date=new Date(Date.UTC.apply(null,arguments));if(y<100&&y>=0&&isFinite(date.getUTCFullYear())){date.setUTCFullYear(y)}return date}function firstWeekOffset(year,dow,doy){var fwd=7+dow-doy,fwdlw=(7+createUTCDate(year,0,fwd).getUTCDay()-dow)%7;return-fwdlw+fwd-1}function dayOfYearFromWeeks(year,week,weekday,dow,doy){var localWeekday=(7+weekday-dow)%7,weekOffset=firstWeekOffset(year,dow,doy),dayOfYear=1+7*(week-1)+localWeekday+weekOffset,resYear,resDayOfYear;if(dayOfYear<=0){resYear=year-1;resDayOfYear=daysInYear(resYear)+dayOfYear}else if(dayOfYear>daysInYear(year)){resYear=year+1;resDayOfYear=dayOfYear-daysInYear(year)}else{resYear=year;resDayOfYear=dayOfYear}return{year:resYear,dayOfYear:resDayOfYear}}function weekOfYear(mom,dow,doy){var weekOffset=firstWeekOffset(mom.year(),dow,doy),week=Math.floor((mom.dayOfYear()-weekOffset-1)/7)+1,resWeek,resYear;if(week<1){resYear=mom.year()-1;resWeek=week+weeksInYear(resYear,dow,doy)}else if(week>weeksInYear(mom.year(),dow,doy)){resWeek=week-weeksInYear(mom.year(),dow,doy);resYear=mom.year()+1}else{resYear=mom.year();resWeek=week}return{week:resWeek,year:resYear}}function weeksInYear(year,dow,doy){var weekOffset=firstWeekOffset(year,dow,doy),weekOffsetNext=firstWeekOffset(year+1,dow,doy);return(daysInYear(year)-weekOffset+weekOffsetNext)/7}addFormatToken(\"w\",[\"ww\",2],\"wo\",\"week\");addFormatToken(\"W\",[\"WW\",2],\"Wo\",\"isoWeek\");addUnitAlias(\"week\",\"w\");addUnitAlias(\"isoWeek\",\"W\");addUnitPriority(\"week\",5);addUnitPriority(\"isoWeek\",5);addRegexToken(\"w\",match1to2);addRegexToken(\"ww\",match1to2,match2);addRegexToken(\"W\",match1to2);addRegexToken(\"WW\",match1to2,match2);addWeekParseToken([\"w\",\"ww\",\"W\",\"WW\"],function(input,week,config,token){week[token.substr(0,1)]=toInt(input)});function localeWeek(mom){return weekOfYear(mom,this._week.dow,this._week.doy).week}var defaultLocaleWeek={dow:0,doy:6};function localeFirstDayOfWeek(){return this._week.dow}function localeFirstDayOfYear(){return this._week.doy}function getSetWeek(input){var week=this.localeData().week(this);return input==null?week:this.add((input-week)*7,\"d\")}function getSetISOWeek(input){var week=weekOfYear(this,1,4).week;return input==null?week:this.add((input-week)*7,\"d\")}addFormatToken(\"d\",0,\"do\",\"day\");addFormatToken(\"dd\",0,0,function(format){return this.localeData().weekdaysMin(this,format)});addFormatToken(\"ddd\",0,0,function(format){return this.localeData().weekdaysShort(this,format)});addFormatToken(\"dddd\",0,0,function(format){return this.localeData().weekdays(this,format)});addFormatToken(\"e\",0,0,\"weekday\");addFormatToken(\"E\",0,0,\"isoWeekday\");addUnitAlias(\"day\",\"d\");addUnitAlias(\"weekday\",\"e\");addUnitAlias(\"isoWeekday\",\"E\");addUnitPriority(\"day\",11);addUnitPriority(\"weekday\",11);addUnitPriority(\"isoWeekday\",11);addRegexToken(\"d\",match1to2);addRegexToken(\"e\",match1to2);addRegexToken(\"E\",match1to2);addRegexToken(\"dd\",function(isStrict,locale){return locale.weekdaysMinRegex(isStrict)});addRegexToken(\"ddd\",function(isStrict,locale){return locale.weekdaysShortRegex(isStrict)});addRegexToken(\"dddd\",function(isStrict,locale){return locale.weekdaysRegex(isStrict)});addWeekParseToken([\"dd\",\"ddd\",\"dddd\"],function(input,week,config,token){var weekday=config._locale.weekdaysParse(input,token,config._strict);if(weekday!=null){week.d=weekday}else{getParsingFlags(config).invalidWeekday=input}});addWeekParseToken([\"d\",\"e\",\"E\"],function(input,week,config,token){week[token]=toInt(input)});function parseWeekday(input,locale){if(typeof input!==\"string\"){return input}if(!isNaN(input)){return parseInt(input,10)}input=locale.weekdaysParse(input);if(typeof input===\"number\"){return input}return null}function parseIsoWeekday(input,locale){if(typeof input===\"string\"){return locale.weekdaysParse(input)%7||7}return isNaN(input)?null:input}var defaultLocaleWeekdays=\"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday\".split(\"_\");function localeWeekdays(m,format){if(!m){return isArray(this._weekdays)?this._weekdays:this._weekdays[\"standalone\"]}return isArray(this._weekdays)?this._weekdays[m.day()]:this._weekdays[this._weekdays.isFormat.test(format)?\"format\":\"standalone\"][m.day()]}var defaultLocaleWeekdaysShort=\"Sun_Mon_Tue_Wed_Thu_Fri_Sat\".split(\"_\");function localeWeekdaysShort(m){return m?this._weekdaysShort[m.day()]:this._weekdaysShort}var defaultLocaleWeekdaysMin=\"Su_Mo_Tu_We_Th_Fr_Sa\".split(\"_\");function localeWeekdaysMin(m){return m?this._weekdaysMin[m.day()]:this._weekdaysMin}function handleStrictParse$1(weekdayName,format,strict){var i,ii,mom,llc=weekdayName.toLocaleLowerCase();if(!this._weekdaysParse){this._weekdaysParse=[];this._shortWeekdaysParse=[];this._minWeekdaysParse=[];for(i=0;i<7;++i){mom=createUTC([2e3,1]).day(i);this._minWeekdaysParse[i]=this.weekdaysMin(mom,\"\").toLocaleLowerCase();this._shortWeekdaysParse[i]=this.weekdaysShort(mom,\"\").toLocaleLowerCase();this._weekdaysParse[i]=this.weekdays(mom,\"\").toLocaleLowerCase()}}if(strict){if(format===\"dddd\"){ii=indexOf.call(this._weekdaysParse,llc);return ii!==-1?ii:null}else if(format===\"ddd\"){ii=indexOf.call(this._shortWeekdaysParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._minWeekdaysParse,llc);return ii!==-1?ii:null}}else{if(format===\"dddd\"){ii=indexOf.call(this._weekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._shortWeekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._minWeekdaysParse,llc);return ii!==-1?ii:null}else if(format===\"ddd\"){ii=indexOf.call(this._shortWeekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._weekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._minWeekdaysParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._minWeekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._weekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._shortWeekdaysParse,llc);return ii!==-1?ii:null}}}function localeWeekdaysParse(weekdayName,format,strict){var i,mom,regex;if(this._weekdaysParseExact){return handleStrictParse$1.call(this,weekdayName,format,strict)}if(!this._weekdaysParse){this._weekdaysParse=[];this._minWeekdaysParse=[];this._shortWeekdaysParse=[];this._fullWeekdaysParse=[]}for(i=0;i<7;i++){mom=createUTC([2e3,1]).day(i);if(strict&&!this._fullWeekdaysParse[i]){this._fullWeekdaysParse[i]=new RegExp(\"^\"+this.weekdays(mom,\"\").replace(\".\",\".?\")+\"$\",\"i\");this._shortWeekdaysParse[i]=new RegExp(\"^\"+this.weekdaysShort(mom,\"\").replace(\".\",\".?\")+\"$\",\"i\");this._minWeekdaysParse[i]=new RegExp(\"^\"+this.weekdaysMin(mom,\"\").replace(\".\",\".?\")+\"$\",\"i\")}if(!this._weekdaysParse[i]){regex=\"^\"+this.weekdays(mom,\"\")+\"|^\"+this.weekdaysShort(mom,\"\")+\"|^\"+this.weekdaysMin(mom,\"\");this._weekdaysParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"dddd\"&&this._fullWeekdaysParse[i].test(weekdayName)){return i}else if(strict&&format===\"ddd\"&&this._shortWeekdaysParse[i].test(weekdayName)){return i}else if(strict&&format===\"dd\"&&this._minWeekdaysParse[i].test(weekdayName)){return i}else if(!strict&&this._weekdaysParse[i].test(weekdayName)){return i}}}function getSetDayOfWeek(input){if(!this.isValid()){return input!=null?this:NaN}var day=this._isUTC?this._d.getUTCDay():this._d.getDay();if(input!=null){input=parseWeekday(input,this.localeData());return this.add(input-day,\"d\")}else{return day}}function getSetLocaleDayOfWeek(input){if(!this.isValid()){return input!=null?this:NaN}var weekday=(this.day()+7-this.localeData()._week.dow)%7;return input==null?weekday:this.add(input-weekday,\"d\")}function getSetISODayOfWeek(input){if(!this.isValid()){return input!=null?this:NaN}if(input!=null){var weekday=parseIsoWeekday(input,this.localeData());return this.day(this.day()%7?weekday:weekday-7)}else{return this.day()||7}}var defaultWeekdaysRegex=matchWord;function weekdaysRegex(isStrict){if(this._weekdaysParseExact){if(!hasOwnProp(this,\"_weekdaysRegex\")){computeWeekdaysParse.call(this)}if(isStrict){return this._weekdaysStrictRegex}else{return this._weekdaysRegex}}else{if(!hasOwnProp(this,\"_weekdaysRegex\")){this._weekdaysRegex=defaultWeekdaysRegex}return this._weekdaysStrictRegex&&isStrict?this._weekdaysStrictRegex:this._weekdaysRegex}}var defaultWeekdaysShortRegex=matchWord;function weekdaysShortRegex(isStrict){if(this._weekdaysParseExact){if(!hasOwnProp(this,\"_weekdaysRegex\")){computeWeekdaysParse.call(this)}if(isStrict){return this._weekdaysShortStrictRegex}else{return this._weekdaysShortRegex}}else{if(!hasOwnProp(this,\"_weekdaysShortRegex\")){this._weekdaysShortRegex=defaultWeekdaysShortRegex}return this._weekdaysShortStrictRegex&&isStrict?this._weekdaysShortStrictRegex:this._weekdaysShortRegex}}var defaultWeekdaysMinRegex=matchWord;function weekdaysMinRegex(isStrict){if(this._weekdaysParseExact){if(!hasOwnProp(this,\"_weekdaysRegex\")){computeWeekdaysParse.call(this)}if(isStrict){return this._weekdaysMinStrictRegex}else{return this._weekdaysMinRegex}}else{if(!hasOwnProp(this,\"_weekdaysMinRegex\")){this._weekdaysMinRegex=defaultWeekdaysMinRegex}return this._weekdaysMinStrictRegex&&isStrict?this._weekdaysMinStrictRegex:this._weekdaysMinRegex}}function computeWeekdaysParse(){function cmpLenRev(a,b){return b.length-a.length}var minPieces=[],shortPieces=[],longPieces=[],mixedPieces=[],i,mom,minp,shortp,longp;for(i=0;i<7;i++){mom=createUTC([2e3,1]).day(i);minp=this.weekdaysMin(mom,\"\");shortp=this.weekdaysShort(mom,\"\");longp=this.weekdays(mom,\"\");minPieces.push(minp);shortPieces.push(shortp);longPieces.push(longp);mixedPieces.push(minp);mixedPieces.push(shortp);mixedPieces.push(longp)}minPieces.sort(cmpLenRev);shortPieces.sort(cmpLenRev);longPieces.sort(cmpLenRev);mixedPieces.sort(cmpLenRev);for(i=0;i<7;i++){shortPieces[i]=regexEscape(shortPieces[i]);longPieces[i]=regexEscape(longPieces[i]);mixedPieces[i]=regexEscape(mixedPieces[i])}this._weekdaysRegex=new RegExp(\"^(\"+mixedPieces.join(\"|\")+\")\",\"i\");this._weekdaysShortRegex=this._weekdaysRegex;this._weekdaysMinRegex=this._weekdaysRegex;this._weekdaysStrictRegex=new RegExp(\"^(\"+longPieces.join(\"|\")+\")\",\"i\");this._weekdaysShortStrictRegex=new RegExp(\"^(\"+shortPieces.join(\"|\")+\")\",\"i\");this._weekdaysMinStrictRegex=new RegExp(\"^(\"+minPieces.join(\"|\")+\")\",\"i\")}function hFormat(){return this.hours()%12||12}function kFormat(){return this.hours()||24}addFormatToken(\"H\",[\"HH\",2],0,\"hour\");addFormatToken(\"h\",[\"hh\",2],0,hFormat);addFormatToken(\"k\",[\"kk\",2],0,kFormat);addFormatToken(\"hmm\",0,0,function(){return\"\"+hFormat.apply(this)+zeroFill(this.minutes(),2)});addFormatToken(\"hmmss\",0,0,function(){return\"\"+hFormat.apply(this)+zeroFill(this.minutes(),2)+zeroFill(this.seconds(),2)});addFormatToken(\"Hmm\",0,0,function(){return\"\"+this.hours()+zeroFill(this.minutes(),2)});addFormatToken(\"Hmmss\",0,0,function(){return\"\"+this.hours()+zeroFill(this.minutes(),2)+zeroFill(this.seconds(),2)});function meridiem(token,lowercase){addFormatToken(token,0,0,function(){return this.localeData().meridiem(this.hours(),this.minutes(),lowercase)})}meridiem(\"a\",true);meridiem(\"A\",false);addUnitAlias(\"hour\",\"h\");addUnitPriority(\"hour\",13);function matchMeridiem(isStrict,locale){return locale._meridiemParse}addRegexToken(\"a\",matchMeridiem);addRegexToken(\"A\",matchMeridiem);addRegexToken(\"H\",match1to2);addRegexToken(\"h\",match1to2);addRegexToken(\"k\",match1to2);addRegexToken(\"HH\",match1to2,match2);addRegexToken(\"hh\",match1to2,match2);addRegexToken(\"kk\",match1to2,match2);addRegexToken(\"hmm\",match3to4);addRegexToken(\"hmmss\",match5to6);addRegexToken(\"Hmm\",match3to4);addRegexToken(\"Hmmss\",match5to6);addParseToken([\"H\",\"HH\"],HOUR);addParseToken([\"k\",\"kk\"],function(input,array,config){var kInput=toInt(input);array[HOUR]=kInput===24?0:kInput});addParseToken([\"a\",\"A\"],function(input,array,config){config._isPm=config._locale.isPM(input);config._meridiem=input});addParseToken([\"h\",\"hh\"],function(input,array,config){array[HOUR]=toInt(input);getParsingFlags(config).bigHour=true});addParseToken(\"hmm\",function(input,array,config){var pos=input.length-2;array[HOUR]=toInt(input.substr(0,pos));array[MINUTE]=toInt(input.substr(pos));getParsingFlags(config).bigHour=true});addParseToken(\"hmmss\",function(input,array,config){var pos1=input.length-4;var pos2=input.length-2;array[HOUR]=toInt(input.substr(0,pos1));array[MINUTE]=toInt(input.substr(pos1,2));array[SECOND]=toInt(input.substr(pos2));getParsingFlags(config).bigHour=true});addParseToken(\"Hmm\",function(input,array,config){var pos=input.length-2;array[HOUR]=toInt(input.substr(0,pos));array[MINUTE]=toInt(input.substr(pos))});addParseToken(\"Hmmss\",function(input,array,config){var pos1=input.length-4;var pos2=input.length-2;array[HOUR]=toInt(input.substr(0,pos1));array[MINUTE]=toInt(input.substr(pos1,2));array[SECOND]=toInt(input.substr(pos2))});function localeIsPM(input){return(input+\"\").toLowerCase().charAt(0)===\"p\"}var defaultLocaleMeridiemParse=/[ap]\\.?m?\\.?/i;function localeMeridiem(hours,minutes,isLower){if(hours>11){return isLower?\"pm\":\"PM\"}else{return isLower?\"am\":\"AM\"}}var getSetHour=makeGetSet(\"Hours\",true);var baseConfig={calendar:defaultCalendar,longDateFormat:defaultLongDateFormat,invalidDate:defaultInvalidDate,ordinal:defaultOrdinal,dayOfMonthOrdinalParse:defaultDayOfMonthOrdinalParse,relativeTime:defaultRelativeTime,months:defaultLocaleMonths,monthsShort:defaultLocaleMonthsShort,week:defaultLocaleWeek,weekdays:defaultLocaleWeekdays,weekdaysMin:defaultLocaleWeekdaysMin,weekdaysShort:defaultLocaleWeekdaysShort,meridiemParse:defaultLocaleMeridiemParse};var locales={};var localeFamilies={};var globalLocale;function normalizeLocale(key){return key?key.toLowerCase().replace(\"_\",\"-\"):key}function chooseLocale(names){var i=0,j,next,locale,split;while(i<names.length){split=normalizeLocale(names[i]).split(\"-\");j=split.length;next=normalizeLocale(names[i+1]);next=next?next.split(\"-\"):null;while(j>0){locale=loadLocale(split.slice(0,j).join(\"-\"));if(locale){return locale}if(next&&next.length>=j&&compareArrays(split,next,true)>=j-1){break}j--}i++}return null}function loadLocale(name){var oldLocale=null;if(!locales[name]&&typeof module!==\"undefined\"&&module&&module.exports){try{oldLocale=globalLocale._abbr;var aliasedRequire=require;!function webpackMissingModule(){var e=new Error('Cannot find module \"./locale\"');e.code=\"MODULE_NOT_FOUND\";throw e}();getSetGlobalLocale(oldLocale)}catch(e){}}return locales[name]}function getSetGlobalLocale(key,values){var data;if(key){if(isUndefined(values)){data=getLocale(key)}else{data=defineLocale(key,values)}if(data){globalLocale=data}}return globalLocale._abbr}function defineLocale(name,config){if(config!==null){var parentConfig=baseConfig;config.abbr=name;if(locales[name]!=null){deprecateSimple(\"defineLocaleOverride\",\"use moment.updateLocale(localeName, config) to change \"+\"an existing locale. moment.defineLocale(localeName, \"+\"config) should only be used for creating a new locale \"+\"See http://momentjs.com/guides/#/warnings/define-locale/ for more info.\");parentConfig=locales[name]._config}else if(config.parentLocale!=null){if(locales[config.parentLocale]!=null){parentConfig=locales[config.parentLocale]._config}else{if(!localeFamilies[config.parentLocale]){localeFamilies[config.parentLocale]=[]}localeFamilies[config.parentLocale].push({name:name,config:config});return null}}locales[name]=new Locale(mergeConfigs(parentConfig,config));if(localeFamilies[name]){localeFamilies[name].forEach(function(x){defineLocale(x.name,x.config)})}getSetGlobalLocale(name);return locales[name]}else{delete locales[name];return null}}function updateLocale(name,config){if(config!=null){var locale,parentConfig=baseConfig;if(locales[name]!=null){parentConfig=locales[name]._config}config=mergeConfigs(parentConfig,config);locale=new Locale(config);locale.parentLocale=locales[name];locales[name]=locale;getSetGlobalLocale(name)}else{if(locales[name]!=null){if(locales[name].parentLocale!=null){locales[name]=locales[name].parentLocale}else if(locales[name]!=null){delete locales[name]}}}return locales[name]}function getLocale(key){var locale;if(key&&key._locale&&key._locale._abbr){key=key._locale._abbr}if(!key){return globalLocale}if(!isArray(key)){locale=loadLocale(key);if(locale){return locale}key=[key]}return chooseLocale(key)}function listLocales(){return keys(locales)}function checkOverflow(m){var overflow;var a=m._a;if(a&&getParsingFlags(m).overflow===-2){overflow=a[MONTH]<0||a[MONTH]>11?MONTH:a[DATE]<1||a[DATE]>daysInMonth(a[YEAR],a[MONTH])?DATE:a[HOUR]<0||a[HOUR]>24||a[HOUR]===24&&(a[MINUTE]!==0||a[SECOND]!==0||a[MILLISECOND]!==0)?HOUR:a[MINUTE]<0||a[MINUTE]>59?MINUTE:a[SECOND]<0||a[SECOND]>59?SECOND:a[MILLISECOND]<0||a[MILLISECOND]>999?MILLISECOND:-1;if(getParsingFlags(m)._overflowDayOfYear&&(overflow<YEAR||overflow>DATE)){overflow=DATE}if(getParsingFlags(m)._overflowWeeks&&overflow===-1){overflow=WEEK}if(getParsingFlags(m)._overflowWeekday&&overflow===-1){overflow=WEEKDAY}getParsingFlags(m).overflow=overflow}return m}function defaults(a,b,c){if(a!=null){return a}if(b!=null){return b}return c}function currentDateArray(config){var nowValue=new Date(hooks.now());if(config._useUTC){return[nowValue.getUTCFullYear(),nowValue.getUTCMonth(),nowValue.getUTCDate()]}return[nowValue.getFullYear(),nowValue.getMonth(),nowValue.getDate()]}function configFromArray(config){var i,date,input=[],currentDate,yearToUse;if(config._d){return}currentDate=currentDateArray(config);if(config._w&&config._a[DATE]==null&&config._a[MONTH]==null){dayOfYearFromWeekInfo(config)}if(config._dayOfYear!=null){yearToUse=defaults(config._a[YEAR],currentDate[YEAR]);if(config._dayOfYear>daysInYear(yearToUse)||config._dayOfYear===0){getParsingFlags(config)._overflowDayOfYear=true}date=createUTCDate(yearToUse,0,config._dayOfYear);config._a[MONTH]=date.getUTCMonth();config._a[DATE]=date.getUTCDate()}for(i=0;i<3&&config._a[i]==null;++i){config._a[i]=input[i]=currentDate[i]}for(;i<7;i++){config._a[i]=input[i]=config._a[i]==null?i===2?1:0:config._a[i]}if(config._a[HOUR]===24&&config._a[MINUTE]===0&&config._a[SECOND]===0&&config._a[MILLISECOND]===0){config._nextDay=true;config._a[HOUR]=0}config._d=(config._useUTC?createUTCDate:createDate).apply(null,input);if(config._tzm!=null){config._d.setUTCMinutes(config._d.getUTCMinutes()-config._tzm)}if(config._nextDay){config._a[HOUR]=24}if(config._w&&typeof config._w.d!==\"undefined\"&&config._w.d!==config._d.getDay()){getParsingFlags(config).weekdayMismatch=true}}function dayOfYearFromWeekInfo(config){var w,weekYear,week,weekday,dow,doy,temp,weekdayOverflow;w=config._w;if(w.GG!=null||w.W!=null||w.E!=null){dow=1;doy=4;weekYear=defaults(w.GG,config._a[YEAR],weekOfYear(createLocal(),1,4).year);week=defaults(w.W,1);weekday=defaults(w.E,1);if(weekday<1||weekday>7){weekdayOverflow=true}}else{dow=config._locale._week.dow;doy=config._locale._week.doy;var curWeek=weekOfYear(createLocal(),dow,doy);weekYear=defaults(w.gg,config._a[YEAR],curWeek.year);week=defaults(w.w,curWeek.week);if(w.d!=null){weekday=w.d;if(weekday<0||weekday>6){weekdayOverflow=true}}else if(w.e!=null){weekday=w.e+dow;if(w.e<0||w.e>6){weekdayOverflow=true}}else{weekday=dow}}if(week<1||week>weeksInYear(weekYear,dow,doy)){getParsingFlags(config)._overflowWeeks=true}else if(weekdayOverflow!=null){getParsingFlags(config)._overflowWeekday=true}else{temp=dayOfYearFromWeeks(weekYear,week,weekday,dow,doy);config._a[YEAR]=temp.year;config._dayOfYear=temp.dayOfYear}}var extendedIsoRegex=/^\\s*((?:[+-]\\d{6}|\\d{4})-(?:\\d\\d-\\d\\d|W\\d\\d-\\d|W\\d\\d|\\d\\d\\d|\\d\\d))(?:(T| )(\\d\\d(?::\\d\\d(?::\\d\\d(?:[.,]\\d+)?)?)?)([\\+\\-]\\d\\d(?::?\\d\\d)?|\\s*Z)?)?$/;var basicIsoRegex=/^\\s*((?:[+-]\\d{6}|\\d{4})(?:\\d\\d\\d\\d|W\\d\\d\\d|W\\d\\d|\\d\\d\\d|\\d\\d))(?:(T| )(\\d\\d(?:\\d\\d(?:\\d\\d(?:[.,]\\d+)?)?)?)([\\+\\-]\\d\\d(?::?\\d\\d)?|\\s*Z)?)?$/;var tzRegex=/Z|[+-]\\d\\d(?::?\\d\\d)?/;var isoDates=[[\"YYYYYY-MM-DD\",/[+-]\\d{6}-\\d\\d-\\d\\d/],[\"YYYY-MM-DD\",/\\d{4}-\\d\\d-\\d\\d/],[\"GGGG-[W]WW-E\",/\\d{4}-W\\d\\d-\\d/],[\"GGGG-[W]WW\",/\\d{4}-W\\d\\d/,false],[\"YYYY-DDD\",/\\d{4}-\\d{3}/],[\"YYYY-MM\",/\\d{4}-\\d\\d/,false],[\"YYYYYYMMDD\",/[+-]\\d{10}/],[\"YYYYMMDD\",/\\d{8}/],[\"GGGG[W]WWE\",/\\d{4}W\\d{3}/],[\"GGGG[W]WW\",/\\d{4}W\\d{2}/,false],[\"YYYYDDD\",/\\d{7}/]];var isoTimes=[[\"HH:mm:ss.SSSS\",/\\d\\d:\\d\\d:\\d\\d\\.\\d+/],[\"HH:mm:ss,SSSS\",/\\d\\d:\\d\\d:\\d\\d,\\d+/],[\"HH:mm:ss\",/\\d\\d:\\d\\d:\\d\\d/],[\"HH:mm\",/\\d\\d:\\d\\d/],[\"HHmmss.SSSS\",/\\d\\d\\d\\d\\d\\d\\.\\d+/],[\"HHmmss,SSSS\",/\\d\\d\\d\\d\\d\\d,\\d+/],[\"HHmmss\",/\\d\\d\\d\\d\\d\\d/],[\"HHmm\",/\\d\\d\\d\\d/],[\"HH\",/\\d\\d/]];var aspNetJsonRegex=/^\\/?Date\\((\\-?\\d+)/i;function configFromISO(config){var i,l,string=config._i,match=extendedIsoRegex.exec(string)||basicIsoRegex.exec(string),allowTime,dateFormat,timeFormat,tzFormat;if(match){getParsingFlags(config).iso=true;for(i=0,l=isoDates.length;i<l;i++){if(isoDates[i][1].exec(match[1])){dateFormat=isoDates[i][0];allowTime=isoDates[i][2]!==false;break}}if(dateFormat==null){config._isValid=false;return}if(match[3]){for(i=0,l=isoTimes.length;i<l;i++){if(isoTimes[i][1].exec(match[3])){timeFormat=(match[2]||\" \")+isoTimes[i][0];break}}if(timeFormat==null){config._isValid=false;return}}if(!allowTime&&timeFormat!=null){config._isValid=false;return}if(match[4]){if(tzRegex.exec(match[4])){tzFormat=\"Z\"}else{config._isValid=false;return}}config._f=dateFormat+(timeFormat||\"\")+(tzFormat||\"\");configFromStringAndFormat(config)}else{config._isValid=false}}var rfc2822=/^(?:(Mon|Tue|Wed|Thu|Fri|Sat|Sun),?\\s)?(\\d{1,2})\\s(Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)\\s(\\d{2,4})\\s(\\d\\d):(\\d\\d)(?::(\\d\\d))?\\s(?:(UT|GMT|[ECMP][SD]T)|([Zz])|([+-]\\d{4}))$/;function extractFromRFC2822Strings(yearStr,monthStr,dayStr,hourStr,minuteStr,secondStr){var result=[untruncateYear(yearStr),defaultLocaleMonthsShort.indexOf(monthStr),parseInt(dayStr,10),parseInt(hourStr,10),parseInt(minuteStr,10)];if(secondStr){result.push(parseInt(secondStr,10))}return result}function untruncateYear(yearStr){var year=parseInt(yearStr,10);if(year<=49){return 2e3+year}else if(year<=999){return 1900+year}return year}function preprocessRFC2822(s){return s.replace(/\\([^)]*\\)|[\\n\\t]/g,\" \").replace(/(\\s\\s+)/g,\" \").trim()}function checkWeekday(weekdayStr,parsedInput,config){if(weekdayStr){var weekdayProvided=defaultLocaleWeekdaysShort.indexOf(weekdayStr),weekdayActual=new Date(parsedInput[0],parsedInput[1],parsedInput[2]).getDay();if(weekdayProvided!==weekdayActual){getParsingFlags(config).weekdayMismatch=true;config._isValid=false;return false}}return true}var obsOffsets={UT:0,GMT:0,EDT:-4*60,EST:-5*60,CDT:-5*60,CST:-6*60,MDT:-6*60,MST:-7*60,PDT:-7*60,PST:-8*60};function calculateOffset(obsOffset,militaryOffset,numOffset){if(obsOffset){return obsOffsets[obsOffset]}else if(militaryOffset){return 0}else{var hm=parseInt(numOffset,10);var m=hm%100,h=(hm-m)/100;return h*60+m}}function configFromRFC2822(config){var match=rfc2822.exec(preprocessRFC2822(config._i));if(match){var parsedArray=extractFromRFC2822Strings(match[4],match[3],match[2],match[5],match[6],match[7]);if(!checkWeekday(match[1],parsedArray,config)){return}config._a=parsedArray;config._tzm=calculateOffset(match[8],match[9],match[10]);config._d=createUTCDate.apply(null,config._a);config._d.setUTCMinutes(config._d.getUTCMinutes()-config._tzm);getParsingFlags(config).rfc2822=true}else{config._isValid=false}}function configFromString(config){var matched=aspNetJsonRegex.exec(config._i);if(matched!==null){config._d=new Date(+matched[1]);return}configFromISO(config);if(config._isValid===false){delete config._isValid}else{return}configFromRFC2822(config);if(config._isValid===false){delete config._isValid}else{return}hooks.createFromInputFallback(config)}hooks.createFromInputFallback=deprecate(\"value provided is not in a recognized RFC2822 or ISO format. moment construction falls back to js Date(), \"+\"which is not reliable across all browsers and versions. Non RFC2822/ISO date formats are \"+\"discouraged and will be removed in an upcoming major release. Please refer to \"+\"http://momentjs.com/guides/#/warnings/js-date/ for more info.\",function(config){config._d=new Date(config._i+(config._useUTC?\" UTC\":\"\"))});hooks.ISO_8601=function(){};hooks.RFC_2822=function(){};function configFromStringAndFormat(config){if(config._f===hooks.ISO_8601){configFromISO(config);return}if(config._f===hooks.RFC_2822){configFromRFC2822(config);return}config._a=[];getParsingFlags(config).empty=true\n;var string=\"\"+config._i,i,parsedInput,tokens,token,skipped,stringLength=string.length,totalParsedInputLength=0;tokens=expandFormat(config._f,config._locale).match(formattingTokens)||[];for(i=0;i<tokens.length;i++){token=tokens[i];parsedInput=(string.match(getParseRegexForToken(token,config))||[])[0];if(parsedInput){skipped=string.substr(0,string.indexOf(parsedInput));if(skipped.length>0){getParsingFlags(config).unusedInput.push(skipped)}string=string.slice(string.indexOf(parsedInput)+parsedInput.length);totalParsedInputLength+=parsedInput.length}if(formatTokenFunctions[token]){if(parsedInput){getParsingFlags(config).empty=false}else{getParsingFlags(config).unusedTokens.push(token)}addTimeToArrayFromToken(token,parsedInput,config)}else if(config._strict&&!parsedInput){getParsingFlags(config).unusedTokens.push(token)}}getParsingFlags(config).charsLeftOver=stringLength-totalParsedInputLength;if(string.length>0){getParsingFlags(config).unusedInput.push(string)}if(config._a[HOUR]<=12&&getParsingFlags(config).bigHour===true&&config._a[HOUR]>0){getParsingFlags(config).bigHour=undefined}getParsingFlags(config).parsedDateParts=config._a.slice(0);getParsingFlags(config).meridiem=config._meridiem;config._a[HOUR]=meridiemFixWrap(config._locale,config._a[HOUR],config._meridiem);configFromArray(config);checkOverflow(config)}function meridiemFixWrap(locale,hour,meridiem){var isPm;if(meridiem==null){return hour}if(locale.meridiemHour!=null){return locale.meridiemHour(hour,meridiem)}else if(locale.isPM!=null){isPm=locale.isPM(meridiem);if(isPm&&hour<12){hour+=12}if(!isPm&&hour===12){hour=0}return hour}else{return hour}}function configFromStringAndArray(config){var tempConfig,bestMoment,scoreToBeat,i,currentScore;if(config._f.length===0){getParsingFlags(config).invalidFormat=true;config._d=new Date(NaN);return}for(i=0;i<config._f.length;i++){currentScore=0;tempConfig=copyConfig({},config);if(config._useUTC!=null){tempConfig._useUTC=config._useUTC}tempConfig._f=config._f[i];configFromStringAndFormat(tempConfig);if(!isValid(tempConfig)){continue}currentScore+=getParsingFlags(tempConfig).charsLeftOver;currentScore+=getParsingFlags(tempConfig).unusedTokens.length*10;getParsingFlags(tempConfig).score=currentScore;if(scoreToBeat==null||currentScore<scoreToBeat){scoreToBeat=currentScore;bestMoment=tempConfig}}extend(config,bestMoment||tempConfig)}function configFromObject(config){if(config._d){return}var i=normalizeObjectUnits(config._i);config._a=map([i.year,i.month,i.day||i.date,i.hour,i.minute,i.second,i.millisecond],function(obj){return obj&&parseInt(obj,10)});configFromArray(config)}function createFromConfig(config){var res=new Moment(checkOverflow(prepareConfig(config)));if(res._nextDay){res.add(1,\"d\");res._nextDay=undefined}return res}function prepareConfig(config){var input=config._i,format=config._f;config._locale=config._locale||getLocale(config._l);if(input===null||format===undefined&&input===\"\"){return createInvalid({nullInput:true})}if(typeof input===\"string\"){config._i=input=config._locale.preparse(input)}if(isMoment(input)){return new Moment(checkOverflow(input))}else if(isDate(input)){config._d=input}else if(isArray(format)){configFromStringAndArray(config)}else if(format){configFromStringAndFormat(config)}else{configFromInput(config)}if(!isValid(config)){config._d=null}return config}function configFromInput(config){var input=config._i;if(isUndefined(input)){config._d=new Date(hooks.now())}else if(isDate(input)){config._d=new Date(input.valueOf())}else if(typeof input===\"string\"){configFromString(config)}else if(isArray(input)){config._a=map(input.slice(0),function(obj){return parseInt(obj,10)});configFromArray(config)}else if(isObject(input)){configFromObject(config)}else if(isNumber(input)){config._d=new Date(input)}else{hooks.createFromInputFallback(config)}}function createLocalOrUTC(input,format,locale,strict,isUTC){var c={};if(locale===true||locale===false){strict=locale;locale=undefined}if(isObject(input)&&isObjectEmpty(input)||isArray(input)&&input.length===0){input=undefined}c._isAMomentObject=true;c._useUTC=c._isUTC=isUTC;c._l=locale;c._i=input;c._f=format;c._strict=strict;return createFromConfig(c)}function createLocal(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,false)}var prototypeMin=deprecate(\"moment().min is deprecated, use moment.max instead. http://momentjs.com/guides/#/warnings/min-max/\",function(){var other=createLocal.apply(null,arguments);if(this.isValid()&&other.isValid()){return other<this?this:other}else{return createInvalid()}});var prototypeMax=deprecate(\"moment().max is deprecated, use moment.min instead. http://momentjs.com/guides/#/warnings/min-max/\",function(){var other=createLocal.apply(null,arguments);if(this.isValid()&&other.isValid()){return other>this?this:other}else{return createInvalid()}});function pickBy(fn,moments){var res,i;if(moments.length===1&&isArray(moments[0])){moments=moments[0]}if(!moments.length){return createLocal()}res=moments[0];for(i=1;i<moments.length;++i){if(!moments[i].isValid()||moments[i][fn](res)){res=moments[i]}}return res}function min(){var args=[].slice.call(arguments,0);return pickBy(\"isBefore\",args)}function max(){var args=[].slice.call(arguments,0);return pickBy(\"isAfter\",args)}var now=function(){return Date.now?Date.now():+new Date};var ordering=[\"year\",\"quarter\",\"month\",\"week\",\"day\",\"hour\",\"minute\",\"second\",\"millisecond\"];function isDurationValid(m){for(var key in m){if(!(indexOf.call(ordering,key)!==-1&&(m[key]==null||!isNaN(m[key])))){return false}}var unitHasDecimal=false;for(var i=0;i<ordering.length;++i){if(m[ordering[i]]){if(unitHasDecimal){return false}if(parseFloat(m[ordering[i]])!==toInt(m[ordering[i]])){unitHasDecimal=true}}}return true}function isValid$1(){return this._isValid}function createInvalid$1(){return createDuration(NaN)}function Duration(duration){var normalizedInput=normalizeObjectUnits(duration),years=normalizedInput.year||0,quarters=normalizedInput.quarter||0,months=normalizedInput.month||0,weeks=normalizedInput.week||0,days=normalizedInput.day||0,hours=normalizedInput.hour||0,minutes=normalizedInput.minute||0,seconds=normalizedInput.second||0,milliseconds=normalizedInput.millisecond||0;this._isValid=isDurationValid(normalizedInput);this._milliseconds=+milliseconds+seconds*1e3+minutes*6e4+hours*1e3*60*60;this._days=+days+weeks*7;this._months=+months+quarters*3+years*12;this._data={};this._locale=getLocale();this._bubble()}function isDuration(obj){return obj instanceof Duration}function absRound(number){if(number<0){return Math.round(-1*number)*-1}else{return Math.round(number)}}function offset(token,separator){addFormatToken(token,0,0,function(){var offset=this.utcOffset();var sign=\"+\";if(offset<0){offset=-offset;sign=\"-\"}return sign+zeroFill(~~(offset/60),2)+separator+zeroFill(~~offset%60,2)})}offset(\"Z\",\":\");offset(\"ZZ\",\"\");addRegexToken(\"Z\",matchShortOffset);addRegexToken(\"ZZ\",matchShortOffset);addParseToken([\"Z\",\"ZZ\"],function(input,array,config){config._useUTC=true;config._tzm=offsetFromString(matchShortOffset,input)});var chunkOffset=/([\\+\\-]|\\d\\d)/gi;function offsetFromString(matcher,string){var matches=(string||\"\").match(matcher);if(matches===null){return null}var chunk=matches[matches.length-1]||[];var parts=(chunk+\"\").match(chunkOffset)||[\"-\",0,0];var minutes=+(parts[1]*60)+toInt(parts[2]);return minutes===0?0:parts[0]===\"+\"?minutes:-minutes}function cloneWithOffset(input,model){var res,diff;if(model._isUTC){res=model.clone();diff=(isMoment(input)||isDate(input)?input.valueOf():createLocal(input).valueOf())-res.valueOf();res._d.setTime(res._d.valueOf()+diff);hooks.updateOffset(res,false);return res}else{return createLocal(input).local()}}function getDateOffset(m){return-Math.round(m._d.getTimezoneOffset()/15)*15}hooks.updateOffset=function(){};function getSetOffset(input,keepLocalTime,keepMinutes){var offset=this._offset||0,localAdjust;if(!this.isValid()){return input!=null?this:NaN}if(input!=null){if(typeof input===\"string\"){input=offsetFromString(matchShortOffset,input);if(input===null){return this}}else if(Math.abs(input)<16&&!keepMinutes){input=input*60}if(!this._isUTC&&keepLocalTime){localAdjust=getDateOffset(this)}this._offset=input;this._isUTC=true;if(localAdjust!=null){this.add(localAdjust,\"m\")}if(offset!==input){if(!keepLocalTime||this._changeInProgress){addSubtract(this,createDuration(input-offset,\"m\"),1,false)}else if(!this._changeInProgress){this._changeInProgress=true;hooks.updateOffset(this,true);this._changeInProgress=null}}return this}else{return this._isUTC?offset:getDateOffset(this)}}function getSetZone(input,keepLocalTime){if(input!=null){if(typeof input!==\"string\"){input=-input}this.utcOffset(input,keepLocalTime);return this}else{return-this.utcOffset()}}function setOffsetToUTC(keepLocalTime){return this.utcOffset(0,keepLocalTime)}function setOffsetToLocal(keepLocalTime){if(this._isUTC){this.utcOffset(0,keepLocalTime);this._isUTC=false;if(keepLocalTime){this.subtract(getDateOffset(this),\"m\")}}return this}function setOffsetToParsedOffset(){if(this._tzm!=null){this.utcOffset(this._tzm,false,true)}else if(typeof this._i===\"string\"){var tZone=offsetFromString(matchOffset,this._i);if(tZone!=null){this.utcOffset(tZone)}else{this.utcOffset(0,true)}}return this}function hasAlignedHourOffset(input){if(!this.isValid()){return false}input=input?createLocal(input).utcOffset():0;return(this.utcOffset()-input)%60===0}function isDaylightSavingTime(){return this.utcOffset()>this.clone().month(0).utcOffset()||this.utcOffset()>this.clone().month(5).utcOffset()}function isDaylightSavingTimeShifted(){if(!isUndefined(this._isDSTShifted)){return this._isDSTShifted}var c={};copyConfig(c,this);c=prepareConfig(c);if(c._a){var other=c._isUTC?createUTC(c._a):createLocal(c._a);this._isDSTShifted=this.isValid()&&compareArrays(c._a,other.toArray())>0}else{this._isDSTShifted=false}return this._isDSTShifted}function isLocal(){return this.isValid()?!this._isUTC:false}function isUtcOffset(){return this.isValid()?this._isUTC:false}function isUtc(){return this.isValid()?this._isUTC&&this._offset===0:false}var aspNetRegex=/^(\\-|\\+)?(?:(\\d*)[. ])?(\\d+)\\:(\\d+)(?:\\:(\\d+)(\\.\\d*)?)?$/;var isoRegex=/^(-|\\+)?P(?:([-+]?[0-9,.]*)Y)?(?:([-+]?[0-9,.]*)M)?(?:([-+]?[0-9,.]*)W)?(?:([-+]?[0-9,.]*)D)?(?:T(?:([-+]?[0-9,.]*)H)?(?:([-+]?[0-9,.]*)M)?(?:([-+]?[0-9,.]*)S)?)?$/;function createDuration(input,key){var duration=input,match=null,sign,ret,diffRes;if(isDuration(input)){duration={ms:input._milliseconds,d:input._days,M:input._months}}else if(isNumber(input)){duration={};if(key){duration[key]=input}else{duration.milliseconds=input}}else if(!!(match=aspNetRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:0,d:toInt(match[DATE])*sign,h:toInt(match[HOUR])*sign,m:toInt(match[MINUTE])*sign,s:toInt(match[SECOND])*sign,ms:toInt(absRound(match[MILLISECOND]*1e3))*sign}}else if(!!(match=isoRegex.exec(input))){sign=match[1]===\"-\"?-1:match[1]===\"+\"?1:1;duration={y:parseIso(match[2],sign),M:parseIso(match[3],sign),w:parseIso(match[4],sign),d:parseIso(match[5],sign),h:parseIso(match[6],sign),m:parseIso(match[7],sign),s:parseIso(match[8],sign)}}else if(duration==null){duration={}}else if(typeof duration===\"object\"&&(\"from\"in duration||\"to\"in duration)){diffRes=momentsDifference(createLocal(duration.from),createLocal(duration.to));duration={};duration.ms=diffRes.milliseconds;duration.M=diffRes.months}ret=new Duration(duration);if(isDuration(input)&&hasOwnProp(input,\"_locale\")){ret._locale=input._locale}return ret}createDuration.fn=Duration.prototype;createDuration.invalid=createInvalid$1;function parseIso(inp,sign){var res=inp&&parseFloat(inp.replace(\",\",\".\"));return(isNaN(res)?0:res)*sign}function positiveMomentsDifference(base,other){var res={milliseconds:0,months:0};res.months=other.month()-base.month()+(other.year()-base.year())*12;if(base.clone().add(res.months,\"M\").isAfter(other)){--res.months}res.milliseconds=+other-+base.clone().add(res.months,\"M\");return res}function momentsDifference(base,other){var res;if(!(base.isValid()&&other.isValid())){return{milliseconds:0,months:0}}other=cloneWithOffset(other,base);if(base.isBefore(other)){res=positiveMomentsDifference(base,other)}else{res=positiveMomentsDifference(other,base);res.milliseconds=-res.milliseconds;res.months=-res.months}return res}function createAdder(direction,name){return function(val,period){var dur,tmp;if(period!==null&&!isNaN(+period)){deprecateSimple(name,\"moment().\"+name+\"(period, number) is deprecated. Please use moment().\"+name+\"(number, period). \"+\"See http://momentjs.com/guides/#/warnings/add-inverted-param/ for more info.\");tmp=val;val=period;period=tmp}val=typeof val===\"string\"?+val:val;dur=createDuration(val,period);addSubtract(this,dur,direction);return this}}function addSubtract(mom,duration,isAdding,updateOffset){var milliseconds=duration._milliseconds,days=absRound(duration._days),months=absRound(duration._months);if(!mom.isValid()){return}updateOffset=updateOffset==null?true:updateOffset;if(months){setMonth(mom,get(mom,\"Month\")+months*isAdding)}if(days){set$1(mom,\"Date\",get(mom,\"Date\")+days*isAdding)}if(milliseconds){mom._d.setTime(mom._d.valueOf()+milliseconds*isAdding)}if(updateOffset){hooks.updateOffset(mom,days||months)}}var add=createAdder(1,\"add\");var subtract=createAdder(-1,\"subtract\");function getCalendarFormat(myMoment,now){var diff=myMoment.diff(now,\"days\",true);return diff<-6?\"sameElse\":diff<-1?\"lastWeek\":diff<0?\"lastDay\":diff<1?\"sameDay\":diff<2?\"nextDay\":diff<7?\"nextWeek\":\"sameElse\"}function calendar$1(time,formats){var now=time||createLocal(),sod=cloneWithOffset(now,this).startOf(\"day\"),format=hooks.calendarFormat(this,sod)||\"sameElse\";var output=formats&&(isFunction(formats[format])?formats[format].call(this,now):formats[format]);return this.format(output||this.localeData().calendar(format,this,createLocal(now)))}function clone(){return new Moment(this)}function isAfter(input,units){var localInput=isMoment(input)?input:createLocal(input);if(!(this.isValid()&&localInput.isValid())){return false}units=normalizeUnits(!isUndefined(units)?units:\"millisecond\");if(units===\"millisecond\"){return this.valueOf()>localInput.valueOf()}else{return localInput.valueOf()<this.clone().startOf(units).valueOf()}}function isBefore(input,units){var localInput=isMoment(input)?input:createLocal(input);if(!(this.isValid()&&localInput.isValid())){return false}units=normalizeUnits(!isUndefined(units)?units:\"millisecond\");if(units===\"millisecond\"){return this.valueOf()<localInput.valueOf()}else{return this.clone().endOf(units).valueOf()<localInput.valueOf()}}function isBetween(from,to,units,inclusivity){inclusivity=inclusivity||\"()\";return(inclusivity[0]===\"(\"?this.isAfter(from,units):!this.isBefore(from,units))&&(inclusivity[1]===\")\"?this.isBefore(to,units):!this.isAfter(to,units))}function isSame(input,units){var localInput=isMoment(input)?input:createLocal(input),inputMs;if(!(this.isValid()&&localInput.isValid())){return false}units=normalizeUnits(units||\"millisecond\");if(units===\"millisecond\"){return this.valueOf()===localInput.valueOf()}else{inputMs=localInput.valueOf();return this.clone().startOf(units).valueOf()<=inputMs&&inputMs<=this.clone().endOf(units).valueOf()}}function isSameOrAfter(input,units){return this.isSame(input,units)||this.isAfter(input,units)}function isSameOrBefore(input,units){return this.isSame(input,units)||this.isBefore(input,units)}function diff(input,units,asFloat){var that,zoneDelta,delta,output;if(!this.isValid()){return NaN}that=cloneWithOffset(input,this);if(!that.isValid()){return NaN}zoneDelta=(that.utcOffset()-this.utcOffset())*6e4;units=normalizeUnits(units);switch(units){case\"year\":output=monthDiff(this,that)/12;break;case\"month\":output=monthDiff(this,that);break;case\"quarter\":output=monthDiff(this,that)/3;break;case\"second\":output=(this-that)/1e3;break;case\"minute\":output=(this-that)/6e4;break;case\"hour\":output=(this-that)/36e5;break;case\"day\":output=(this-that-zoneDelta)/864e5;break;case\"week\":output=(this-that-zoneDelta)/6048e5;break;default:output=this-that}return asFloat?output:absFloor(output)}function monthDiff(a,b){var wholeMonthDiff=(b.year()-a.year())*12+(b.month()-a.month()),anchor=a.clone().add(wholeMonthDiff,\"months\"),anchor2,adjust;if(b-anchor<0){anchor2=a.clone().add(wholeMonthDiff-1,\"months\");adjust=(b-anchor)/(anchor-anchor2)}else{anchor2=a.clone().add(wholeMonthDiff+1,\"months\");adjust=(b-anchor)/(anchor2-anchor)}return-(wholeMonthDiff+adjust)||0}hooks.defaultFormat=\"YYYY-MM-DDTHH:mm:ssZ\";hooks.defaultFormatUtc=\"YYYY-MM-DDTHH:mm:ss[Z]\";function toString(){return this.clone().locale(\"en\").format(\"ddd MMM DD YYYY HH:mm:ss [GMT]ZZ\")}function toISOString(){if(!this.isValid()){return null}var m=this.clone().utc();if(m.year()<0||m.year()>9999){return formatMoment(m,\"YYYYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}if(isFunction(Date.prototype.toISOString)){return this.toDate().toISOString()}return formatMoment(m,\"YYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}function inspect(){if(!this.isValid()){return\"moment.invalid(/* \"+this._i+\" */)\"}var func=\"moment\";var zone=\"\";if(!this.isLocal()){func=this.utcOffset()===0?\"moment.utc\":\"moment.parseZone\";zone=\"Z\"}var prefix=\"[\"+func+'(\"]';var year=0<=this.year()&&this.year()<=9999?\"YYYY\":\"YYYYYY\";var datetime=\"-MM-DD[T]HH:mm:ss.SSS\";var suffix=zone+'[\")]';return this.format(prefix+year+datetime+suffix)}function format(inputString){if(!inputString){inputString=this.isUtc()?hooks.defaultFormatUtc:hooks.defaultFormat}var output=formatMoment(this,inputString);return this.localeData().postformat(output)}function from(time,withoutSuffix){if(this.isValid()&&(isMoment(time)&&time.isValid()||createLocal(time).isValid())){return createDuration({to:this,from:time}).locale(this.locale()).humanize(!withoutSuffix)}else{return this.localeData().invalidDate()}}function fromNow(withoutSuffix){return this.from(createLocal(),withoutSuffix)}function to(time,withoutSuffix){if(this.isValid()&&(isMoment(time)&&time.isValid()||createLocal(time).isValid())){return createDuration({from:this,to:time}).locale(this.locale()).humanize(!withoutSuffix)}else{return this.localeData().invalidDate()}}function toNow(withoutSuffix){return this.to(createLocal(),withoutSuffix)}function locale(key){var newLocaleData;if(key===undefined){return this._locale._abbr}else{newLocaleData=getLocale(key);if(newLocaleData!=null){this._locale=newLocaleData}return this}}var lang=deprecate(\"moment().lang() is deprecated. Instead, use moment().localeData() to get the language configuration. Use moment().locale() to change languages.\",function(key){if(key===undefined){return this.localeData()}else{return this.locale(key)}});function localeData(){return this._locale}function startOf(units){units=normalizeUnits(units);switch(units){case\"year\":this.month(0);case\"quarter\":case\"month\":this.date(1);case\"week\":case\"isoWeek\":case\"day\":case\"date\":this.hours(0);case\"hour\":this.minutes(0);case\"minute\":this.seconds(0);case\"second\":this.milliseconds(0)}if(units===\"week\"){this.weekday(0)}if(units===\"isoWeek\"){this.isoWeekday(1)}if(units===\"quarter\"){this.month(Math.floor(this.month()/3)*3)}return this}function endOf(units){units=normalizeUnits(units);if(units===undefined||units===\"millisecond\"){return this}if(units===\"date\"){units=\"day\"}return this.startOf(units).add(1,units===\"isoWeek\"?\"week\":units).subtract(1,\"ms\")}function valueOf(){return this._d.valueOf()-(this._offset||0)*6e4}function unix(){return Math.floor(this.valueOf()/1e3)}function toDate(){return new Date(this.valueOf())}function toArray(){var m=this;return[m.year(),m.month(),m.date(),m.hour(),m.minute(),m.second(),m.millisecond()]}function toObject(){var m=this;return{years:m.year(),months:m.month(),date:m.date(),hours:m.hours(),minutes:m.minutes(),seconds:m.seconds(),milliseconds:m.milliseconds()}}function toJSON(){return this.isValid()?this.toISOString():null}function isValid$2(){return isValid(this)}function parsingFlags(){return extend({},getParsingFlags(this))}function invalidAt(){return getParsingFlags(this).overflow}function creationData(){return{input:this._i,format:this._f,locale:this._locale,isUTC:this._isUTC,strict:this._strict}}addFormatToken(0,[\"gg\",2],0,function(){return this.weekYear()%100});addFormatToken(0,[\"GG\",2],0,function(){return this.isoWeekYear()%100});function addWeekYearFormatToken(token,getter){addFormatToken(0,[token,token.length],0,getter)}addWeekYearFormatToken(\"gggg\",\"weekYear\");addWeekYearFormatToken(\"ggggg\",\"weekYear\");addWeekYearFormatToken(\"GGGG\",\"isoWeekYear\");addWeekYearFormatToken(\"GGGGG\",\"isoWeekYear\");addUnitAlias(\"weekYear\",\"gg\");addUnitAlias(\"isoWeekYear\",\"GG\");addUnitPriority(\"weekYear\",1);addUnitPriority(\"isoWeekYear\",1);addRegexToken(\"G\",matchSigned);addRegexToken(\"g\",matchSigned);addRegexToken(\"GG\",match1to2,match2);addRegexToken(\"gg\",match1to2,match2);addRegexToken(\"GGGG\",match1to4,match4);addRegexToken(\"gggg\",match1to4,match4);addRegexToken(\"GGGGG\",match1to6,match6);addRegexToken(\"ggggg\",match1to6,match6);addWeekParseToken([\"gggg\",\"ggggg\",\"GGGG\",\"GGGGG\"],function(input,week,config,token){week[token.substr(0,2)]=toInt(input)});addWeekParseToken([\"gg\",\"GG\"],function(input,week,config,token){week[token]=hooks.parseTwoDigitYear(input)});function getSetWeekYear(input){return getSetWeekYearHelper.call(this,input,this.week(),this.weekday(),this.localeData()._week.dow,this.localeData()._week.doy)}function getSetISOWeekYear(input){return getSetWeekYearHelper.call(this,input,this.isoWeek(),this.isoWeekday(),1,4)}function getISOWeeksInYear(){return weeksInYear(this.year(),1,4)}function getWeeksInYear(){var weekInfo=this.localeData()._week;return weeksInYear(this.year(),weekInfo.dow,weekInfo.doy)}function getSetWeekYearHelper(input,week,weekday,dow,doy){var weeksTarget;if(input==null){return weekOfYear(this,dow,doy).year}else{weeksTarget=weeksInYear(input,dow,doy);if(week>weeksTarget){week=weeksTarget}return setWeekAll.call(this,input,week,weekday,dow,doy)}}function setWeekAll(weekYear,week,weekday,dow,doy){var dayOfYearData=dayOfYearFromWeeks(weekYear,week,weekday,dow,doy),date=createUTCDate(dayOfYearData.year,0,dayOfYearData.dayOfYear);this.year(date.getUTCFullYear());this.month(date.getUTCMonth());this.date(date.getUTCDate());return this}addFormatToken(\"Q\",0,\"Qo\",\"quarter\");addUnitAlias(\"quarter\",\"Q\");addUnitPriority(\"quarter\",7);addRegexToken(\"Q\",match1);addParseToken(\"Q\",function(input,array){array[MONTH]=(toInt(input)-1)*3});function getSetQuarter(input){return input==null?Math.ceil((this.month()+1)/3):this.month((input-1)*3+this.month()%3)}addFormatToken(\"D\",[\"DD\",2],\"Do\",\"date\");addUnitAlias(\"date\",\"D\");addUnitPriority(\"date\",9);addRegexToken(\"D\",match1to2);addRegexToken(\"DD\",match1to2,match2);addRegexToken(\"Do\",function(isStrict,locale){return isStrict?locale._dayOfMonthOrdinalParse||locale._ordinalParse:locale._dayOfMonthOrdinalParseLenient});addParseToken([\"D\",\"DD\"],DATE);addParseToken(\"Do\",function(input,array){array[DATE]=toInt(input.match(match1to2)[0],10)});var getSetDayOfMonth=makeGetSet(\"Date\",true);addFormatToken(\"DDD\",[\"DDDD\",3],\"DDDo\",\"dayOfYear\");addUnitAlias(\"dayOfYear\",\"DDD\");addUnitPriority(\"dayOfYear\",4);addRegexToken(\"DDD\",match1to3);addRegexToken(\"DDDD\",match3);addParseToken([\"DDD\",\"DDDD\"],function(input,array,config){config._dayOfYear=toInt(input)});function getSetDayOfYear(input){var dayOfYear=Math.round((this.clone().startOf(\"day\")-this.clone().startOf(\"year\"))/864e5)+1;return input==null?dayOfYear:this.add(input-dayOfYear,\"d\")}addFormatToken(\"m\",[\"mm\",2],0,\"minute\");addUnitAlias(\"minute\",\"m\");addUnitPriority(\"minute\",14);addRegexToken(\"m\",match1to2);addRegexToken(\"mm\",match1to2,match2);addParseToken([\"m\",\"mm\"],MINUTE);var getSetMinute=makeGetSet(\"Minutes\",false);addFormatToken(\"s\",[\"ss\",2],0,\"second\");addUnitAlias(\"second\",\"s\");addUnitPriority(\"second\",15);addRegexToken(\"s\",match1to2);addRegexToken(\"ss\",match1to2,match2);addParseToken([\"s\",\"ss\"],SECOND);var getSetSecond=makeGetSet(\"Seconds\",false);addFormatToken(\"S\",0,0,function(){return~~(this.millisecond()/100)});addFormatToken(0,[\"SS\",2],0,function(){return~~(this.millisecond()/10)});addFormatToken(0,[\"SSS\",3],0,\"millisecond\");addFormatToken(0,[\"SSSS\",4],0,function(){return this.millisecond()*10});addFormatToken(0,[\"SSSSS\",5],0,function(){return this.millisecond()*100});addFormatToken(0,[\"SSSSSS\",6],0,function(){return this.millisecond()*1e3});addFormatToken(0,[\"SSSSSSS\",7],0,function(){return this.millisecond()*1e4});addFormatToken(0,[\"SSSSSSSS\",8],0,function(){return this.millisecond()*1e5});addFormatToken(0,[\"SSSSSSSSS\",9],0,function(){return this.millisecond()*1e6});addUnitAlias(\"millisecond\",\"ms\");addUnitPriority(\"millisecond\",16);addRegexToken(\"S\",match1to3,match1);addRegexToken(\"SS\",match1to3,match2);addRegexToken(\"SSS\",match1to3,match3);var token;for(token=\"SSSS\";token.length<=9;token+=\"S\"){addRegexToken(token,matchUnsigned)}function parseMs(input,array){array[MILLISECOND]=toInt((\"0.\"+input)*1e3)}for(token=\"S\";token.length<=9;token+=\"S\"){addParseToken(token,parseMs)}var getSetMillisecond=makeGetSet(\"Milliseconds\",false);addFormatToken(\"z\",0,0,\"zoneAbbr\");addFormatToken(\"zz\",0,0,\"zoneName\");function getZoneAbbr(){return this._isUTC?\"UTC\":\"\"}function getZoneName(){return this._isUTC?\"Coordinated Universal Time\":\"\"}var proto=Moment.prototype;proto.add=add;proto.calendar=calendar$1;proto.clone=clone;proto.diff=diff;proto.endOf=endOf;proto.format=format;proto.from=from;proto.fromNow=fromNow;proto.to=to;proto.toNow=toNow;proto.get=stringGet;proto.invalidAt=invalidAt;proto.isAfter=isAfter;proto.isBefore=isBefore;proto.isBetween=isBetween;proto.isSame=isSame;proto.isSameOrAfter=isSameOrAfter;proto.isSameOrBefore=isSameOrBefore;proto.isValid=isValid$2;proto.lang=lang;proto.locale=locale;proto.localeData=localeData;proto.max=prototypeMax;proto.min=prototypeMin;proto.parsingFlags=parsingFlags;proto.set=stringSet;proto.startOf=startOf;proto.subtract=subtract;proto.toArray=toArray;proto.toObject=toObject;proto.toDate=toDate;proto.toISOString=toISOString;proto.inspect=inspect;proto.toJSON=toJSON;proto.toString=toString;proto.unix=unix;proto.valueOf=valueOf;proto.creationData=creationData;proto.year=getSetYear;proto.isLeapYear=getIsLeapYear;proto.weekYear=getSetWeekYear;proto.isoWeekYear=getSetISOWeekYear;proto.quarter=proto.quarters=getSetQuarter;proto.month=getSetMonth;proto.daysInMonth=getDaysInMonth;proto.week=proto.weeks=getSetWeek;proto.isoWeek=proto.isoWeeks=getSetISOWeek;proto.weeksInYear=getWeeksInYear;proto.isoWeeksInYear=getISOWeeksInYear;proto.date=getSetDayOfMonth;proto.day=proto.days=getSetDayOfWeek;proto.weekday=getSetLocaleDayOfWeek;proto.isoWeekday=getSetISODayOfWeek;proto.dayOfYear=getSetDayOfYear;proto.hour=proto.hours=getSetHour;proto.minute=proto.minutes=getSetMinute;proto.second=proto.seconds=getSetSecond;proto.millisecond=proto.milliseconds=getSetMillisecond;proto.utcOffset=getSetOffset;proto.utc=setOffsetToUTC;proto.local=setOffsetToLocal;proto.parseZone=setOffsetToParsedOffset;proto.hasAlignedHourOffset=hasAlignedHourOffset;proto.isDST=isDaylightSavingTime;proto.isLocal=isLocal;proto.isUtcOffset=isUtcOffset;proto.isUtc=isUtc;proto.isUTC=isUtc;proto.zoneAbbr=getZoneAbbr;proto.zoneName=getZoneName;proto.dates=deprecate(\"dates accessor is deprecated. Use date instead.\",getSetDayOfMonth);proto.months=deprecate(\"months accessor is deprecated. Use month instead\",getSetMonth);proto.years=deprecate(\"years accessor is deprecated. Use year instead\",getSetYear);proto.zone=deprecate(\"moment().zone is deprecated, use moment().utcOffset instead. http://momentjs.com/guides/#/warnings/zone/\",getSetZone);proto.isDSTShifted=deprecate(\"isDSTShifted is deprecated. See http://momentjs.com/guides/#/warnings/dst-shifted/ for more information\",isDaylightSavingTimeShifted);function createUnix(input){return createLocal(input*1e3)}function createInZone(){return createLocal.apply(null,arguments).parseZone()}function preParsePostFormat(string){return string}var proto$1=Locale.prototype;proto$1.calendar=calendar;proto$1.longDateFormat=longDateFormat;proto$1.invalidDate=invalidDate;proto$1.ordinal=ordinal;proto$1.preparse=preParsePostFormat;proto$1.postformat=preParsePostFormat;proto$1.relativeTime=relativeTime;proto$1.pastFuture=pastFuture;proto$1.set=set;proto$1.months=localeMonths;proto$1.monthsShort=localeMonthsShort;proto$1.monthsParse=localeMonthsParse;proto$1.monthsRegex=monthsRegex;proto$1.monthsShortRegex=monthsShortRegex;proto$1.week=localeWeek;proto$1.firstDayOfYear=localeFirstDayOfYear;proto$1.firstDayOfWeek=localeFirstDayOfWeek;proto$1.weekdays=localeWeekdays;proto$1.weekdaysMin=localeWeekdaysMin;proto$1.weekdaysShort=localeWeekdaysShort;proto$1.weekdaysParse=localeWeekdaysParse;proto$1.weekdaysRegex=weekdaysRegex;proto$1.weekdaysShortRegex=weekdaysShortRegex;proto$1.weekdaysMinRegex=weekdaysMinRegex;proto$1.isPM=localeIsPM;proto$1.meridiem=localeMeridiem;function get$1(format,index,field,setter){var locale=getLocale();var utc=createUTC().set(setter,index);return locale[field](utc,format)}function listMonthsImpl(format,index,field){if(isNumber(format)){index=format;format=undefined}format=format||\"\";if(index!=null){return get$1(format,index,field,\"month\")}var i;var out=[];for(i=0;i<12;i++){out[i]=get$1(format,i,field,\"month\")}return out}function listWeekdaysImpl(localeSorted,format,index,field){if(typeof localeSorted===\"boolean\"){if(isNumber(format)){index=format;format=undefined}format=format||\"\"}else{format=localeSorted;index=format;localeSorted=false;if(isNumber(format)){index=format;format=undefined}format=format||\"\"}var locale=getLocale(),shift=localeSorted?locale._week.dow:0;if(index!=null){return get$1(format,(index+shift)%7,field,\"day\")}var i;var out=[];for(i=0;i<7;i++){out[i]=get$1(format,(i+shift)%7,field,\"day\")}return out}function listMonths(format,index){return listMonthsImpl(format,index,\"months\")}function listMonthsShort(format,index){return listMonthsImpl(format,index,\"monthsShort\")}function listWeekdays(localeSorted,format,index){return listWeekdaysImpl(localeSorted,format,index,\"weekdays\")}function listWeekdaysShort(localeSorted,format,index){return listWeekdaysImpl(localeSorted,format,index,\"weekdaysShort\")}function listWeekdaysMin(localeSorted,format,index){return listWeekdaysImpl(localeSorted,format,index,\"weekdaysMin\")}getSetGlobalLocale(\"en\",{dayOfMonthOrdinalParse:/\\d{1,2}(th|st|nd|rd)/,ordinal:function(number){var b=number%10,output=toInt(number%100/10)===1?\"th\":b===1?\"st\":b===2?\"nd\":b===3?\"rd\":\"th\";return number+output}});hooks.lang=deprecate(\"moment.lang is deprecated. Use moment.locale instead.\",getSetGlobalLocale);hooks.langData=deprecate(\"moment.langData is deprecated. Use moment.localeData instead.\",getLocale);var mathAbs=Math.abs;function abs(){var data=this._data;this._milliseconds=mathAbs(this._milliseconds);this._days=mathAbs(this._days);this._months=mathAbs(this._months);data.milliseconds=mathAbs(data.milliseconds);data.seconds=mathAbs(data.seconds);data.minutes=mathAbs(data.minutes);data.hours=mathAbs(data.hours);data.months=mathAbs(data.months);data.years=mathAbs(data.years);return this}function addSubtract$1(duration,input,value,direction){var other=createDuration(input,value);duration._milliseconds+=direction*other._milliseconds;duration._days+=direction*other._days;duration._months+=direction*other._months;return duration._bubble()}function add$1(input,value){return addSubtract$1(this,input,value,1)}function subtract$1(input,value){return addSubtract$1(this,input,value,-1)}function absCeil(number){if(number<0){return Math.floor(number)}else{return Math.ceil(number)}}function bubble(){var milliseconds=this._milliseconds;var days=this._days;var months=this._months;var data=this._data;var seconds,minutes,hours,years,monthsFromDays;if(!(milliseconds>=0&&days>=0&&months>=0||milliseconds<=0&&days<=0&&months<=0)){milliseconds+=absCeil(monthsToDays(months)+days)*864e5;days=0;months=0}data.milliseconds=milliseconds%1e3;seconds=absFloor(milliseconds/1e3);data.seconds=seconds%60;minutes=absFloor(seconds/60)\n;data.minutes=minutes%60;hours=absFloor(minutes/60);data.hours=hours%24;days+=absFloor(hours/24);monthsFromDays=absFloor(daysToMonths(days));months+=monthsFromDays;days-=absCeil(monthsToDays(monthsFromDays));years=absFloor(months/12);months%=12;data.days=days;data.months=months;data.years=years;return this}function daysToMonths(days){return days*4800/146097}function monthsToDays(months){return months*146097/4800}function as(units){if(!this.isValid()){return NaN}var days;var months;var milliseconds=this._milliseconds;units=normalizeUnits(units);if(units===\"month\"||units===\"year\"){days=this._days+milliseconds/864e5;months=this._months+daysToMonths(days);return units===\"month\"?months:months/12}else{days=this._days+Math.round(monthsToDays(this._months));switch(units){case\"week\":return days/7+milliseconds/6048e5;case\"day\":return days+milliseconds/864e5;case\"hour\":return days*24+milliseconds/36e5;case\"minute\":return days*1440+milliseconds/6e4;case\"second\":return days*86400+milliseconds/1e3;case\"millisecond\":return Math.floor(days*864e5)+milliseconds;default:throw new Error(\"Unknown unit \"+units)}}}function valueOf$1(){if(!this.isValid()){return NaN}return this._milliseconds+this._days*864e5+this._months%12*2592e6+toInt(this._months/12)*31536e6}function makeAs(alias){return function(){return this.as(alias)}}var asMilliseconds=makeAs(\"ms\");var asSeconds=makeAs(\"s\");var asMinutes=makeAs(\"m\");var asHours=makeAs(\"h\");var asDays=makeAs(\"d\");var asWeeks=makeAs(\"w\");var asMonths=makeAs(\"M\");var asYears=makeAs(\"y\");function clone$1(){return createDuration(this)}function get$2(units){units=normalizeUnits(units);return this.isValid()?this[units+\"s\"]():NaN}function makeGetter(name){return function(){return this.isValid()?this._data[name]:NaN}}var milliseconds=makeGetter(\"milliseconds\");var seconds=makeGetter(\"seconds\");var minutes=makeGetter(\"minutes\");var hours=makeGetter(\"hours\");var days=makeGetter(\"days\");var months=makeGetter(\"months\");var years=makeGetter(\"years\");function weeks(){return absFloor(this.days()/7)}var round=Math.round;var thresholds={ss:44,s:45,m:45,h:22,d:26,M:11};function substituteTimeAgo(string,number,withoutSuffix,isFuture,locale){return locale.relativeTime(number||1,!!withoutSuffix,string,isFuture)}function relativeTime$1(posNegDuration,withoutSuffix,locale){var duration=createDuration(posNegDuration).abs();var seconds=round(duration.as(\"s\"));var minutes=round(duration.as(\"m\"));var hours=round(duration.as(\"h\"));var days=round(duration.as(\"d\"));var months=round(duration.as(\"M\"));var years=round(duration.as(\"y\"));var a=seconds<=thresholds.ss&&[\"s\",seconds]||seconds<thresholds.s&&[\"ss\",seconds]||minutes<=1&&[\"m\"]||minutes<thresholds.m&&[\"mm\",minutes]||hours<=1&&[\"h\"]||hours<thresholds.h&&[\"hh\",hours]||days<=1&&[\"d\"]||days<thresholds.d&&[\"dd\",days]||months<=1&&[\"M\"]||months<thresholds.M&&[\"MM\",months]||years<=1&&[\"y\"]||[\"yy\",years];a[2]=withoutSuffix;a[3]=+posNegDuration>0;a[4]=locale;return substituteTimeAgo.apply(null,a)}function getSetRelativeTimeRounding(roundingFunction){if(roundingFunction===undefined){return round}if(typeof roundingFunction===\"function\"){round=roundingFunction;return true}return false}function getSetRelativeTimeThreshold(threshold,limit){if(thresholds[threshold]===undefined){return false}if(limit===undefined){return thresholds[threshold]}thresholds[threshold]=limit;if(threshold===\"s\"){thresholds.ss=limit-1}return true}function humanize(withSuffix){if(!this.isValid()){return this.localeData().invalidDate()}var locale=this.localeData();var output=relativeTime$1(this,!withSuffix,locale);if(withSuffix){output=locale.pastFuture(+this,output)}return locale.postformat(output)}var abs$1=Math.abs;function sign(x){return(x>0)-(x<0)||+x}function toISOString$1(){if(!this.isValid()){return this.localeData().invalidDate()}var seconds=abs$1(this._milliseconds)/1e3;var days=abs$1(this._days);var months=abs$1(this._months);var minutes,hours,years;minutes=absFloor(seconds/60);hours=absFloor(minutes/60);seconds%=60;minutes%=60;years=absFloor(months/12);months%=12;var Y=years;var M=months;var D=days;var h=hours;var m=minutes;var s=seconds?seconds.toFixed(3).replace(/\\.?0+$/,\"\"):\"\";var total=this.asSeconds();if(!total){return\"P0D\"}var totalSign=total<0?\"-\":\"\";var ymSign=sign(this._months)!==sign(total)?\"-\":\"\";var daysSign=sign(this._days)!==sign(total)?\"-\":\"\";var hmsSign=sign(this._milliseconds)!==sign(total)?\"-\":\"\";return totalSign+\"P\"+(Y?ymSign+Y+\"Y\":\"\")+(M?ymSign+M+\"M\":\"\")+(D?daysSign+D+\"D\":\"\")+(h||m||s?\"T\":\"\")+(h?hmsSign+h+\"H\":\"\")+(m?hmsSign+m+\"M\":\"\")+(s?hmsSign+s+\"S\":\"\")}var proto$2=Duration.prototype;proto$2.isValid=isValid$1;proto$2.abs=abs;proto$2.add=add$1;proto$2.subtract=subtract$1;proto$2.as=as;proto$2.asMilliseconds=asMilliseconds;proto$2.asSeconds=asSeconds;proto$2.asMinutes=asMinutes;proto$2.asHours=asHours;proto$2.asDays=asDays;proto$2.asWeeks=asWeeks;proto$2.asMonths=asMonths;proto$2.asYears=asYears;proto$2.valueOf=valueOf$1;proto$2._bubble=bubble;proto$2.clone=clone$1;proto$2.get=get$2;proto$2.milliseconds=milliseconds;proto$2.seconds=seconds;proto$2.minutes=minutes;proto$2.hours=hours;proto$2.days=days;proto$2.weeks=weeks;proto$2.months=months;proto$2.years=years;proto$2.humanize=humanize;proto$2.toISOString=toISOString$1;proto$2.toString=toISOString$1;proto$2.toJSON=toISOString$1;proto$2.locale=locale;proto$2.localeData=localeData;proto$2.toIsoString=deprecate(\"toIsoString() is deprecated. Please use toISOString() instead (notice the capitals)\",toISOString$1);proto$2.lang=lang;addFormatToken(\"X\",0,0,\"unix\");addFormatToken(\"x\",0,0,\"valueOf\");addRegexToken(\"x\",matchSigned);addRegexToken(\"X\",matchTimestamp);addParseToken(\"X\",function(input,array,config){config._d=new Date(parseFloat(input,10)*1e3)});addParseToken(\"x\",function(input,array,config){config._d=new Date(toInt(input))});hooks.version=\"2.19.1\";setHookCallback(createLocal);hooks.fn=proto;hooks.min=min;hooks.max=max;hooks.now=now;hooks.utc=createUTC;hooks.unix=createUnix;hooks.months=listMonths;hooks.isDate=isDate;hooks.locale=getSetGlobalLocale;hooks.invalid=createInvalid;hooks.duration=createDuration;hooks.isMoment=isMoment;hooks.weekdays=listWeekdays;hooks.parseZone=createInZone;hooks.localeData=getLocale;hooks.isDuration=isDuration;hooks.monthsShort=listMonthsShort;hooks.weekdaysMin=listWeekdaysMin;hooks.defineLocale=defineLocale;hooks.updateLocale=updateLocale;hooks.locales=listLocales;hooks.weekdaysShort=listWeekdaysShort;hooks.normalizeUnits=normalizeUnits;hooks.relativeTimeRounding=getSetRelativeTimeRounding;hooks.relativeTimeThreshold=getSetRelativeTimeThreshold;hooks.calendarFormat=getCalendarFormat;hooks.prototype=proto;return hooks})}).call(exports,__webpack_require__(155)(module))},function(module,exports){module.exports=function(module){if(!module.webpackPolyfill){module.deprecate=function(){};module.paths=[];if(!module.children)module.children=[];Object.defineProperty(module,\"loaded\",{enumerable:true,get:function(){return module.l}});Object.defineProperty(module,\"id\",{enumerable:true,get:function(){return module.i}});module.webpackPolyfill=1}return module}},function(module,exports){function webpackEmptyContext(req){throw new Error(\"Cannot find module '\"+req+\"'.\")}webpackEmptyContext.keys=function(){return[]};webpackEmptyContext.resolve=webpackEmptyContext;module.exports=webpackEmptyContext;webpackEmptyContext.id=156},function(module,exports,__webpack_require__){\"use strict\";(function(global){var _rng;var globalVar=typeof window!==\"undefined\"?window:typeof global!==\"undefined\"?global:null;if(globalVar&&globalVar.crypto&&crypto.getRandomValues){var _rnds8=new Uint8Array(16);_rng=function whatwgRNG(){crypto.getRandomValues(_rnds8);return _rnds8}}if(!_rng){var _rnds=new Array(16);_rng=function _rng(){for(var i=0,r;i<16;i++){if((i&3)===0)r=Math.random()*4294967296;_rnds[i]=r>>>((i&3)<<3)&255}return _rnds}}var _byteToHex=[];var _hexToByte={};for(var i=0;i<256;i++){_byteToHex[i]=(i+256).toString(16).substr(1);_hexToByte[_byteToHex[i]]=i}function parse(s,buf,offset){var i=buf&&offset||0,ii=0;buf=buf||[];s.toLowerCase().replace(/[0-9a-f]{2}/g,function(oct){if(ii<16){buf[i+ii++]=_hexToByte[oct]}});while(ii<16){buf[i+ii++]=0}return buf}function unparse(buf,offset){var i=offset||0,bth=_byteToHex;return bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]}var _seedBytes=_rng();var _nodeId=[_seedBytes[0]|1,_seedBytes[1],_seedBytes[2],_seedBytes[3],_seedBytes[4],_seedBytes[5]];var _clockseq=(_seedBytes[6]<<8|_seedBytes[7])&16383;var _lastMSecs=0,_lastNSecs=0;function v1(options,buf,offset){var i=buf&&offset||0;var b=buf||[];options=options||{};var clockseq=options.clockseq!==undefined?options.clockseq:_clockseq;var msecs=options.msecs!==undefined?options.msecs:(new Date).getTime();var nsecs=options.nsecs!==undefined?options.nsecs:_lastNSecs+1;var dt=msecs-_lastMSecs+(nsecs-_lastNSecs)/1e4;if(dt<0&&options.clockseq===undefined){clockseq=clockseq+1&16383}if((dt<0||msecs>_lastMSecs)&&options.nsecs===undefined){nsecs=0}if(nsecs>=1e4){throw new Error(\"uuid.v1(): Can't create more than 10M uuids/sec\")}_lastMSecs=msecs;_lastNSecs=nsecs;_clockseq=clockseq;msecs+=122192928e5;var tl=((msecs&268435455)*1e4+nsecs)%4294967296;b[i++]=tl>>>24&255;b[i++]=tl>>>16&255;b[i++]=tl>>>8&255;b[i++]=tl&255;var tmh=msecs/4294967296*1e4&268435455;b[i++]=tmh>>>8&255;b[i++]=tmh&255;b[i++]=tmh>>>24&15|16;b[i++]=tmh>>>16&255;b[i++]=clockseq>>>8|128;b[i++]=clockseq&255;var node=options.node||_nodeId;for(var n=0;n<6;n++){b[i+n]=node[n]}return buf?buf:unparse(b)}function v4(options,buf,offset){var i=buf&&offset||0;if(typeof options==\"string\"){buf=options==\"binary\"?new Array(16):null;options=null}options=options||{};var rnds=options.random||(options.rng||_rng)();rnds[6]=rnds[6]&15|64;rnds[8]=rnds[8]&63|128;if(buf){for(var ii=0;ii<16;ii++){buf[i+ii]=rnds[ii]}}return buf||unparse(rnds)}var uuid=v4;uuid.v1=v1;uuid.v4=v4;uuid.parse=parse;uuid.unparse=unparse;module.exports=uuid}).call(exports,__webpack_require__(158))},function(module,exports){var g;g=function(){return this}();try{g=g||Function(\"return this\")()||(1,eval)(\"this\")}catch(e){if(typeof window===\"object\")g=window}module.exports=g},function(module,exports,__webpack_require__){\"use strict\";exports.util=__webpack_require__(2);exports.DOMutil=__webpack_require__(14);exports.DataSet=__webpack_require__(11);exports.DataView=__webpack_require__(12);exports.Queue=__webpack_require__(43);exports.Graph3d=__webpack_require__(161);exports.graph3d={Camera:__webpack_require__(95),Filter:__webpack_require__(96),Point2d:__webpack_require__(91),Point3d:__webpack_require__(34),Slider:__webpack_require__(92),StepNumber:__webpack_require__(93)};exports.moment=__webpack_require__(9);exports.Hammer=__webpack_require__(10);exports.keycharm=__webpack_require__(35)},function(module,exports,__webpack_require__){var core=__webpack_require__(7);var $JSON=core.JSON||(core.JSON={stringify:JSON.stringify});module.exports=function stringify(it){return $JSON.stringify.apply($JSON,arguments)}},function(module,exports,__webpack_require__){\"use strict\";var _assign=__webpack_require__(90);var _assign2=_interopRequireDefault(_assign);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Emitter=__webpack_require__(44);var util=__webpack_require__(2);var Point3d=__webpack_require__(34);var Point2d=__webpack_require__(91);var Slider=__webpack_require__(92);var StepNumber=__webpack_require__(93);var Settings=__webpack_require__(94);var Validator=__webpack_require__(15)[\"default\"];var _require=__webpack_require__(15),printStyle=_require.printStyle;var _require2=__webpack_require__(172),allOptions=_require2.allOptions;var DataGroup=__webpack_require__(173);Graph3d.STYLE=Settings.STYLE;var autoByDefault=undefined;Graph3d.DEFAULTS={width:\"400px\",height:\"400px\",filterLabel:\"time\",legendLabel:\"value\",xLabel:\"x\",yLabel:\"y\",zLabel:\"z\",xValueLabel:function xValueLabel(v){return v},yValueLabel:function yValueLabel(v){return v},zValueLabel:function zValueLabel(v){return v},showXAxis:true,showYAxis:true,showZAxis:true,showGrid:true,showPerspective:true,showShadow:false,keepAspectRatio:true,verticalRatio:.5,dotSizeRatio:.02,dotSizeMinFraction:.5,dotSizeMaxFraction:2.5,showAnimationControls:autoByDefault,animationInterval:1e3,animationPreload:false,animationAutoStart:autoByDefault,axisColor:\"#4D4D4D\",gridColor:\"#D3D3D3\",xCenter:\"55%\",yCenter:\"50%\",style:Graph3d.STYLE.DOT,tooltip:false,tooltipStyle:{content:{padding:\"10px\",border:\"1px solid #4d4d4d\",color:\"#1a1a1a\",background:\"rgba(255,255,255,0.7)\",borderRadius:\"2px\",boxShadow:\"5px 5px 10px rgba(128,128,128,0.5)\"},line:{height:\"40px\",width:\"0\",borderLeft:\"1px solid #4d4d4d\"},dot:{height:\"0\",width:\"0\",border:\"5px solid #4d4d4d\",borderRadius:\"5px\"}},dataColor:{fill:\"#7DC1FF\",stroke:\"#3267D2\",strokeWidth:1},cameraPosition:{horizontal:1,vertical:.5,distance:1.7},showLegend:autoByDefault,backgroundColor:autoByDefault,xBarWidth:autoByDefault,yBarWidth:autoByDefault,valueMin:autoByDefault,valueMax:autoByDefault,xMin:autoByDefault,xMax:autoByDefault,xStep:autoByDefault,yMin:autoByDefault,yMax:autoByDefault,yStep:autoByDefault,zMin:autoByDefault,zMax:autoByDefault,zStep:autoByDefault};function Graph3d(container,data,options){if(!(this instanceof Graph3d)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.containerElement=container;this.dataGroup=new DataGroup;this.dataPoints=null;this.create();Settings.setDefaults(Graph3d.DEFAULTS,this);this.colX=undefined;this.colY=undefined;this.colZ=undefined;this.colValue=undefined;this.setOptions(options);this.setData(data)}Emitter(Graph3d.prototype);Graph3d.prototype._setScale=function(){this.scale=new Point3d(1/this.xRange.range(),1/this.yRange.range(),1/this.zRange.range());if(this.keepAspectRatio){if(this.scale.x<this.scale.y){this.scale.y=this.scale.x}else{this.scale.x=this.scale.y}}this.scale.z*=this.verticalRatio;if(this.valueRange!==undefined){this.scale.value=1/this.valueRange.range()}var xCenter=this.xRange.center()*this.scale.x;var yCenter=this.yRange.center()*this.scale.y;var zCenter=this.zRange.center()*this.scale.z;this.camera.setArmLocation(xCenter,yCenter,zCenter)};Graph3d.prototype._convert3Dto2D=function(point3d){var translation=this._convertPointToTranslation(point3d);return this._convertTranslationToScreen(translation)};Graph3d.prototype._convertPointToTranslation=function(point3d){var cameraLocation=this.camera.getCameraLocation(),cameraRotation=this.camera.getCameraRotation(),ax=point3d.x*this.scale.x,ay=point3d.y*this.scale.y,az=point3d.z*this.scale.z,cx=cameraLocation.x,cy=cameraLocation.y,cz=cameraLocation.z,sinTx=Math.sin(cameraRotation.x),cosTx=Math.cos(cameraRotation.x),sinTy=Math.sin(cameraRotation.y),cosTy=Math.cos(cameraRotation.y),sinTz=Math.sin(cameraRotation.z),cosTz=Math.cos(cameraRotation.z),dx=cosTy*(sinTz*(ay-cy)+cosTz*(ax-cx))-sinTy*(az-cz),dy=sinTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))+cosTx*(cosTz*(ay-cy)-sinTz*(ax-cx)),dz=cosTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))-sinTx*(cosTz*(ay-cy)-sinTz*(ax-cx));return new Point3d(dx,dy,dz)};Graph3d.prototype._convertTranslationToScreen=function(translation){var ex=this.eye.x,ey=this.eye.y,ez=this.eye.z,dx=translation.x,dy=translation.y,dz=translation.z;var bx;var by;if(this.showPerspective){bx=(dx-ex)*(ez/dz);by=(dy-ey)*(ez/dz)}else{bx=dx*-(ez/this.camera.getArmLength());by=dy*-(ez/this.camera.getArmLength())}return new Point2d(this.currentXCenter+bx*this.frame.canvas.clientWidth,this.currentYCenter-by*this.frame.canvas.clientWidth)};Graph3d.prototype._calcTranslations=function(points){for(var i=0;i<points.length;i++){var point=points[i];point.trans=this._convertPointToTranslation(point.point);point.screen=this._convertTranslationToScreen(point.trans);var transBottom=this._convertPointToTranslation(point.bottom);point.dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};points.sort(sortDepth)};Graph3d.prototype._initializeRanges=function(){var dg=this.dataGroup;this.xRange=dg.xRange;this.yRange=dg.yRange;this.zRange=dg.zRange;this.valueRange=dg.valueRange;this.xStep=dg.xStep;this.yStep=dg.yStep;this.zStep=dg.zStep;this.xBarWidth=dg.xBarWidth;this.yBarWidth=dg.yBarWidth;this.colX=dg.colX;this.colY=dg.colY;this.colZ=dg.colZ;this.colValue=dg.colValue;this._setScale()};Graph3d.prototype.getDataPoints=function(data){var dataPoints=[];for(var i=0;i<data.length;i++){var point=new Point3d;point.x=data[i][this.colX]||0;point.y=data[i][this.colY]||0;point.z=data[i][this.colZ]||0;point.data=data[i];if(this.colValue!==undefined){point.value=data[i][this.colValue]||0}var obj={};obj.point=point;obj.bottom=new Point3d(point.x,point.y,this.zRange.min);obj.trans=undefined;obj.screen=undefined;dataPoints.push(obj)}return dataPoints};Graph3d.prototype._getDataPoints=function(data){var x,y,i,obj;var dataPoints=[];if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){var dataX=this.dataGroup.getDistinctValues(this.colX,data);var dataY=this.dataGroup.getDistinctValues(this.colY,data);dataPoints=this.getDataPoints(data);var dataMatrix=[];for(i=0;i<dataPoints.length;i++){obj=dataPoints[i];var xIndex=dataX.indexOf(obj.point.x);var yIndex=dataY.indexOf(obj.point.y);if(dataMatrix[xIndex]===undefined){dataMatrix[xIndex]=[]}dataMatrix[xIndex][yIndex]=obj}for(x=0;x<dataMatrix.length;x++){for(y=0;y<dataMatrix[x].length;y++){if(dataMatrix[x][y]){dataMatrix[x][y].pointRight=x<dataMatrix.length-1?dataMatrix[x+1][y]:undefined;dataMatrix[x][y].pointTop=y<dataMatrix[x].length-1?dataMatrix[x][y+1]:undefined;dataMatrix[x][y].pointCross=x<dataMatrix.length-1&&y<dataMatrix[x].length-1?dataMatrix[x+1][y+1]:undefined}}}}else{this._checkValueField(data);dataPoints=this.getDataPoints(data);if(this.style===Graph3d.STYLE.LINE){for(i=0;i<dataPoints.length;i++){if(i>0){dataPoints[i-1].pointNext=dataPoints[i]}}}}return dataPoints};Graph3d.prototype.create=function(){while(this.containerElement.hasChildNodes()){this.containerElement.removeChild(this.containerElement.firstChild)}this.frame=document.createElement(\"div\");this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);{var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}this.frame.filter=document.createElement(\"div\");this.frame.filter.style.position=\"absolute\";this.frame.filter.style.bottom=\"0px\";this.frame.filter.style.left=\"0px\";this.frame.filter.style.width=\"100%\";this.frame.appendChild(this.frame.filter);var me=this;var onmousedown=function onmousedown(event){me._onMouseDown(event)};var ontouchstart=function ontouchstart(event){me._onTouchStart(event)};var onmousewheel=function onmousewheel(event){me._onWheel(event)};var ontooltip=function ontooltip(event){me._onTooltip(event)};var onclick=function onclick(event){me._onClick(event)};util.addEventListener(this.frame.canvas,\"mousedown\",onmousedown);util.addEventListener(this.frame.canvas,\"touchstart\",ontouchstart);util.addEventListener(this.frame.canvas,\"mousewheel\",onmousewheel);util.addEventListener(this.frame.canvas,\"mousemove\",ontooltip);util.addEventListener(this.frame.canvas,\"click\",onclick);this.containerElement.appendChild(this.frame)};Graph3d.prototype._setSize=function(width,height){this.frame.style.width=width;this.frame.style.height=height;this._resizeCanvas()};Graph3d.prototype._resizeCanvas=function(){this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=this.frame.canvas.clientWidth;this.frame.canvas.height=this.frame.canvas.clientHeight;this.frame.filter.style.width=this.frame.canvas.clientWidth-2*10+\"px\"};Graph3d.prototype.animationStart=function(){if(!this.animationAutoStart||!this.dataGroup.dataFilter)return;if(!this.frame.filter||!this.frame.filter.slider)throw new Error(\"No animation available\");this.frame.filter.slider.play()};Graph3d.prototype.animationStop=function(){if(!this.frame.filter||!this.frame.filter.slider)return;this.frame.filter.slider.stop()};Graph3d.prototype._resizeCenter=function(){if(this.xCenter.charAt(this.xCenter.length-1)===\"%\"){this.currentXCenter=parseFloat(this.xCenter)/100*this.frame.canvas.clientWidth}else{this.currentXCenter=parseFloat(this.xCenter)}if(this.yCenter.charAt(this.yCenter.length-1)===\"%\"){this.currentYCenter=parseFloat(this.yCenter)/100*(this.frame.canvas.clientHeight-this.frame.filter.clientHeight)}else{this.currentYCenter=parseFloat(this.yCenter)}};Graph3d.prototype.getCameraPosition=function(){var pos=this.camera.getArmRotation();pos.distance=this.camera.getArmLength();return pos};Graph3d.prototype._readData=function(data){this.dataPoints=this.dataGroup.initializeData(this,data,this.style);this._initializeRanges();this._redrawFilter()};Graph3d.prototype.setData=function(data){if(data===undefined||data===null)return;this._readData(data);this.redraw();this.animationStart()};Graph3d.prototype.setOptions=function(options){if(options===undefined)return;var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}this.animationStop();Settings.setOptions(options,this);this.setPointDrawingMethod();this._setSize(this.width,this.height);this.setData(this.dataGroup.getDataTable());this.animationStart()};Graph3d.prototype.setPointDrawingMethod=function(){var method=undefined;switch(this.style){case Graph3d.STYLE.BAR:method=Graph3d.prototype._redrawBarGraphPoint;break;case Graph3d.STYLE.BARCOLOR:method=Graph3d.prototype._redrawBarColorGraphPoint;break;case Graph3d.STYLE.BARSIZE:method=Graph3d.prototype._redrawBarSizeGraphPoint;break;case Graph3d.STYLE.DOT:method=Graph3d.prototype._redrawDotGraphPoint;break;case Graph3d.STYLE.DOTLINE:method=Graph3d.prototype._redrawDotLineGraphPoint;break;case Graph3d.STYLE.DOTCOLOR:method=Graph3d.prototype._redrawDotColorGraphPoint;break;case Graph3d.STYLE.DOTSIZE:method=Graph3d.prototype._redrawDotSizeGraphPoint;break;case Graph3d.STYLE.SURFACE:method=Graph3d.prototype._redrawSurfaceGraphPoint;break;case Graph3d.STYLE.GRID:method=Graph3d.prototype._redrawGridGraphPoint;break;case Graph3d.STYLE.LINE:method=Graph3d.prototype._redrawLineGraphPoint;break;default:throw new Error(\"Can not determine point drawing method \"+\"for graph style '\"+this.style+\"'\")}this._pointDrawingMethod=method};Graph3d.prototype.redraw=function(){if(this.dataPoints===undefined){throw new Error(\"Graph data not initialized\")}this._resizeCanvas();this._resizeCenter();this._redrawSlider();this._redrawClear();this._redrawAxis();this._redrawDataGraph();this._redrawInfo();this._redrawLegend()};Graph3d.prototype._getContext=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.lineJoin=\"round\";ctx.lineCap=\"round\";return ctx};Graph3d.prototype._redrawClear=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.clearRect(0,0,canvas.width,canvas.height)};Graph3d.prototype._dotSize=function(){return this.frame.clientWidth*this.dotSizeRatio};Graph3d.prototype._getLegendWidth=function(){var width;if(this.style===Graph3d.STYLE.DOTSIZE){var dotSize=this._dotSize();width=dotSize*this.dotSizeMaxFraction}else if(this.style===Graph3d.STYLE.BARSIZE){width=this.xBarWidth}else{width=20}return width};Graph3d.prototype._redrawLegend=function(){if(this.showLegend!==true){return}if(this.style===Graph3d.STYLE.LINE||this.style===Graph3d.STYLE.BARSIZE){return}var isSizeLegend=this.style===Graph3d.STYLE.BARSIZE||this.style===Graph3d.STYLE.DOTSIZE;var isValueLegend=this.style===Graph3d.STYLE.DOTSIZE||this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.BARCOLOR;var height=Math.max(this.frame.clientHeight*.25,100);var top=this.margin;var width=this._getLegendWidth();var right=this.frame.clientWidth-this.margin;var left=right-width;var bottom=top+height;var ctx=this._getContext();ctx.lineWidth=1;ctx.font=\"14px arial\";if(isSizeLegend===false){var ymin=0;var ymax=height;var y;for(y=ymin;y<ymax;y++){var f=(y-ymin)/(ymax-ymin);var hue=f*240;var color=this._hsv2rgb(hue,1,1);ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(left,top+y);ctx.lineTo(right,top+y);ctx.stroke()}ctx.strokeStyle=this.axisColor;ctx.strokeRect(left,top,width,height)}else{var widthMin;if(this.style===Graph3d.STYLE.DOTSIZE){widthMin=width*(this.dotSizeMinFraction/this.dotSizeMaxFraction)}else if(this.style===Graph3d.STYLE.BARSIZE){}ctx.strokeStyle=this.axisColor;ctx.fillStyle=this.dataColor.fill;ctx.beginPath();ctx.moveTo(left,top);ctx.lineTo(right,top);ctx.lineTo(left+widthMin,bottom);ctx.lineTo(left,bottom);ctx.closePath();ctx.fill();ctx.stroke()}var gridLineLen=5;var legendMin=isValueLegend?this.valueRange.min:this.zRange.min;var legendMax=isValueLegend?this.valueRange.max:this.zRange.max;var step=new StepNumber(legendMin,legendMax,(legendMax-legendMin)/5,true);step.start(true);var from;var to;while(!step.end()){y=bottom-(step.getCurrent()-legendMin)/(legendMax-legendMin)*height;from=new Point2d(left-gridLineLen,y);to=new Point2d(left,y);this._line(ctx,from,to);ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(step.getCurrent(),left-2*gridLineLen,y);step.next()}ctx.textAlign=\"right\";ctx.textBaseline=\"top\";var label=this.legendLabel;ctx.fillText(label,right,bottom+this.margin)};Graph3d.prototype._redrawFilter=function(){var dataFilter=this.dataGroup.dataFilter;var filter=this.frame.filter;filter.innerHTML=\"\";if(!dataFilter){filter.slider=undefined;return}var options={visible:this.showAnimationControls};var slider=new Slider(filter,options);filter.slider=slider;filter.style.padding=\"10px\";slider.setValues(dataFilter.values);slider.setPlayInterval(this.animationInterval);var me=this;var onchange=function onchange(){var dataFilter=me.dataGroup.dataFilter;var index=slider.getIndex();dataFilter.selectValue(index);me.dataPoints=dataFilter._getDataPoints();me.redraw()};slider.setOnChangeCallback(onchange)};Graph3d.prototype._redrawSlider=function(){if(this.frame.filter.slider!==undefined){this.frame.filter.slider.redraw()}};Graph3d.prototype._redrawInfo=function(){var info=this.dataGroup.getInfo();if(info===undefined)return;var ctx=this._getContext();ctx.font=\"14px arial\";ctx.lineStyle=\"gray\";ctx.fillStyle=\"gray\";ctx.textAlign=\"left\";ctx.textBaseline=\"top\";var x=this.margin;var y=this.margin;ctx.fillText(info,x,y)};Graph3d.prototype._line=function(ctx,from,to,strokeStyle){if(strokeStyle!==undefined){ctx.strokeStyle=strokeStyle}ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()};Graph3d.prototype.drawAxisLabelX=function(ctx,point3d,text,armAngle,yMargin){if(yMargin===undefined){yMargin=0}var point2d=this._convert3Dto2D(point3d);if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";point2d.y+=yMargin}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(text,point2d.x,point2d.y)};Graph3d.prototype.drawAxisLabelY=function(ctx,point3d,text,armAngle,yMargin){if(yMargin===undefined){yMargin=0}var point2d=this._convert3Dto2D(point3d);if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";point2d.y+=yMargin}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(text,point2d.x,point2d.y)};Graph3d.prototype.drawAxisLabelZ=function(ctx,point3d,text,offset){if(offset===undefined){offset=0}var point2d=this._convert3Dto2D(point3d);ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(text,point2d.x-offset,point2d.y)};Graph3d.prototype._line3d=function(ctx,from,to,strokeStyle){var from2d=this._convert3Dto2D(from);var to2d=this._convert3Dto2D(to);this._line(ctx,from2d,to2d,strokeStyle)};Graph3d.prototype._redrawAxis=function(){var ctx=this._getContext(),from,to,step,prettyStep,text,xText,yText,zText,offset,xOffset,yOffset;ctx.font=24/this.camera.getArmLength()+\"px arial\";var gridLenX=.025/this.scale.x;var gridLenY=.025/this.scale.y;var textMargin=5/this.camera.getArmLength();var armAngle=this.camera.getArmRotation().horizontal;var armVector=new Point2d(Math.cos(armAngle),Math.sin(armAngle));var xRange=this.xRange;var yRange=this.yRange;var zRange=this.zRange;var point3d;ctx.lineWidth=1;prettyStep=this.defaultXStep===undefined;step=new StepNumber(xRange.min,xRange.max,this.xStep,prettyStep);step.start(true);while(!step.end()){var x=step.getCurrent();if(this.showGrid){from=new Point3d(x,yRange.min,zRange.min);to=new Point3d(x,yRange.max,zRange.min);this._line3d(ctx,from,to,this.gridColor)}else if(this.showXAxis){from=new Point3d(x,yRange.min,zRange.min);to=new Point3d(x,yRange.min+gridLenX,zRange.min);this._line3d(ctx,from,to,this.axisColor);from=new Point3d(x,yRange.max,zRange.min);to=new Point3d(x,yRange.max-gridLenX,zRange.min);this._line3d(ctx,from,to,this.axisColor)}if(this.showXAxis){yText=armVector.x>0?yRange.min:yRange.max;point3d=new Point3d(x,yText,zRange.min);var msg=\" \"+this.xValueLabel(x)+\" \";this.drawAxisLabelX(ctx,point3d,msg,armAngle,textMargin)}step.next()}ctx.lineWidth=1;prettyStep=this.defaultYStep===undefined;step=new StepNumber(yRange.min,yRange.max,this.yStep,prettyStep);step.start(true);while(!step.end()){var y=step.getCurrent();if(this.showGrid){from=new Point3d(xRange.min,y,zRange.min);to=new Point3d(xRange.max,y,zRange.min);this._line3d(ctx,from,to,this.gridColor)}else if(this.showYAxis){from=new Point3d(xRange.min,y,zRange.min);to=new Point3d(xRange.min+gridLenY,y,zRange.min);this._line3d(ctx,from,to,this.axisColor);from=new Point3d(xRange.max,y,zRange.min);to=new Point3d(xRange.max-gridLenY,y,zRange.min);this._line3d(ctx,from,to,this.axisColor)}if(this.showYAxis){xText=armVector.y>0?xRange.min:xRange.max;point3d=new Point3d(xText,y,zRange.min);var _msg=\" \"+this.yValueLabel(y)+\" \";this.drawAxisLabelY(ctx,point3d,_msg,armAngle,textMargin)}step.next()}if(this.showZAxis){ctx.lineWidth=1;prettyStep=this.defaultZStep===undefined;step=new StepNumber(zRange.min,zRange.max,this.zStep,prettyStep);step.start(true);xText=armVector.x>0?xRange.min:xRange.max;yText=armVector.y<0?yRange.min:yRange.max;while(!step.end()){var z=step.getCurrent();var from3d=new Point3d(xText,yText,z);var from2d=this._convert3Dto2D(from3d);to=new Point2d(from2d.x-textMargin,from2d.y);this._line(ctx,from2d,to,this.axisColor);var _msg2=this.zValueLabel(z)+\" \";this.drawAxisLabelZ(ctx,from3d,_msg2,5);step.next()}ctx.lineWidth=1;from=new Point3d(xText,yText,zRange.min);to=new Point3d(xText,yText,zRange.max);this._line3d(ctx,from,to,this.axisColor)}if(this.showXAxis){var xMin2d;var xMax2d;ctx.lineWidth=1;xMin2d=new Point3d(xRange.min,yRange.min,zRange.min);xMax2d=new Point3d(xRange.max,yRange.min,zRange.min);this._line3d(ctx,xMin2d,xMax2d,this.axisColor);xMin2d=new Point3d(xRange.min,yRange.max,zRange.min);xMax2d=new Point3d(xRange.max,yRange.max,zRange.min);this._line3d(ctx,xMin2d,xMax2d,this.axisColor)}if(this.showYAxis){ctx.lineWidth=1;from=new Point3d(xRange.min,yRange.min,zRange.min);to=new Point3d(xRange.min,yRange.max,zRange.min);this._line3d(ctx,from,to,this.axisColor);from=new Point3d(xRange.max,yRange.min,zRange.min);to=new Point3d(xRange.max,yRange.max,zRange.min);this._line3d(ctx,from,to,this.axisColor)}var xLabel=this.xLabel;if(xLabel.length>0&&this.showXAxis){yOffset=.1/this.scale.y;xText=(xRange.max+3*xRange.min)/4;yText=armVector.x>0?yRange.min-yOffset:yRange.max+yOffset\n;text=new Point3d(xText,yText,zRange.min);this.drawAxisLabelX(ctx,text,xLabel,armAngle)}var yLabel=this.yLabel;if(yLabel.length>0&&this.showYAxis){xOffset=.1/this.scale.x;xText=armVector.y>0?xRange.min-xOffset:xRange.max+xOffset;yText=(yRange.max+3*yRange.min)/4;text=new Point3d(xText,yText,zRange.min);this.drawAxisLabelY(ctx,text,yLabel,armAngle)}var zLabel=this.zLabel;if(zLabel.length>0&&this.showZAxis){offset=30;xText=armVector.x>0?xRange.min:xRange.max;yText=armVector.y<0?yRange.min:yRange.max;zText=(zRange.max+3*zRange.min)/4;text=new Point3d(xText,yText,zText);this.drawAxisLabelZ(ctx,text,zLabel,offset)}};Graph3d.prototype._hsv2rgb=function(H,S,V){var R,G,B,C,Hi,X;C=V*S;Hi=Math.floor(H/60);X=C*(1-Math.abs(H/60%2-1));switch(Hi){case 0:R=C;G=X;B=0;break;case 1:R=X;G=C;B=0;break;case 2:R=0;G=C;B=X;break;case 3:R=0;G=X;B=C;break;case 4:R=X;G=0;B=C;break;case 5:R=C;G=0;B=X;break;default:R=0;G=0;B=0;break}return\"RGB(\"+parseInt(R*255)+\",\"+parseInt(G*255)+\",\"+parseInt(B*255)+\")\"};Graph3d.prototype._getStrokeWidth=function(point){if(point!==undefined){if(this.showPerspective){return 1/-point.trans.z*this.dataColor.strokeWidth}else{return-(this.eye.z/this.camera.getArmLength())*this.dataColor.strokeWidth}}return this.dataColor.strokeWidth};Graph3d.prototype._redrawBar=function(ctx,point,xWidth,yWidth,color,borderColor){var surface;var me=this;var point3d=point.point;var zMin=this.zRange.min;var top=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,point3d.z)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,point3d.z)}];var bottom=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,zMin)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,zMin)}];top.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});bottom.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});var surfaces=[{corners:top,center:Point3d.avg(bottom[0].point,bottom[2].point)},{corners:[top[0],top[1],bottom[1],bottom[0]],center:Point3d.avg(bottom[1].point,bottom[0].point)},{corners:[top[1],top[2],bottom[2],bottom[1]],center:Point3d.avg(bottom[2].point,bottom[1].point)},{corners:[top[2],top[3],bottom[3],bottom[2]],center:Point3d.avg(bottom[3].point,bottom[2].point)},{corners:[top[3],top[0],bottom[0],bottom[3]],center:Point3d.avg(bottom[0].point,bottom[3].point)}];point.surfaces=surfaces;for(var j=0;j<surfaces.length;j++){surface=surfaces[j];var transCenter=this._convertPointToTranslation(surface.center);surface.dist=this.showPerspective?transCenter.length():-transCenter.z}surfaces.sort(function(a,b){var diff=b.dist-a.dist;if(diff)return diff;if(a.corners===top)return 1;if(b.corners===top)return-1;return 0});ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;for(var _j=2;_j<surfaces.length;_j++){surface=surfaces[_j];this._polygon(ctx,surface.corners)}};Graph3d.prototype._polygon=function(ctx,points,fillStyle,strokeStyle){if(points.length<2){return}if(fillStyle!==undefined){ctx.fillStyle=fillStyle}if(strokeStyle!==undefined){ctx.strokeStyle=strokeStyle}ctx.beginPath();ctx.moveTo(points[0].screen.x,points[0].screen.y);for(var i=1;i<points.length;++i){var point=points[i];ctx.lineTo(point.screen.x,point.screen.y)}ctx.closePath();ctx.fill();ctx.stroke()};Graph3d.prototype._drawCircle=function(ctx,point,color,borderColor,size){var radius=this._calcRadius(point,size);ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;ctx.beginPath();ctx.arc(point.screen.x,point.screen.y,radius,0,Math.PI*2,true);ctx.fill();ctx.stroke()};Graph3d.prototype._getColorsRegular=function(point){var hue=(1-(point.point.z-this.zRange.min)*this.scale.z/this.verticalRatio)*240;var color=this._hsv2rgb(hue,1,1);var borderColor=this._hsv2rgb(hue,1,.8);return{fill:color,border:borderColor}};Graph3d.prototype._getColorsColor=function(point){var color,borderColor;if(typeof point.point.value===\"string\"){color=point.point.value;borderColor=point.point.value}else{var hue=(1-(point.point.value-this.valueRange.min)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}return{fill:color,border:borderColor}};Graph3d.prototype._getColorsSize=function(){return{fill:this.dataColor.fill,border:this.dataColor.stroke}};Graph3d.prototype._calcRadius=function(point,size){if(size===undefined){size=this._dotSize()}var radius;if(this.showPerspective){radius=size/-point.trans.z}else{radius=size*-(this.eye.z/this.camera.getArmLength())}if(radius<0){radius=0}return radius};Graph3d.prototype._redrawBarGraphPoint=function(ctx,point){var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;var colors=this._getColorsRegular(point);this._redrawBar(ctx,point,xWidth,yWidth,colors.fill,colors.border)};Graph3d.prototype._redrawBarColorGraphPoint=function(ctx,point){var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;var colors=this._getColorsColor(point);this._redrawBar(ctx,point,xWidth,yWidth,colors.fill,colors.border)};Graph3d.prototype._redrawBarSizeGraphPoint=function(ctx,point){var fraction=(point.point.value-this.valueRange.min)/this.valueRange.range();var xWidth=this.xBarWidth/2*(fraction*.8+.2);var yWidth=this.yBarWidth/2*(fraction*.8+.2);var colors=this._getColorsSize();this._redrawBar(ctx,point,xWidth,yWidth,colors.fill,colors.border)};Graph3d.prototype._redrawDotGraphPoint=function(ctx,point){var colors=this._getColorsRegular(point);this._drawCircle(ctx,point,colors.fill,colors.border)};Graph3d.prototype._redrawDotLineGraphPoint=function(ctx,point){var from=this._convert3Dto2D(point.bottom);ctx.lineWidth=1;this._line(ctx,from,point.screen,this.gridColor);this._redrawDotGraphPoint(ctx,point)};Graph3d.prototype._redrawDotColorGraphPoint=function(ctx,point){var colors=this._getColorsColor(point);this._drawCircle(ctx,point,colors.fill,colors.border)};Graph3d.prototype._redrawDotSizeGraphPoint=function(ctx,point){var dotSize=this._dotSize();var fraction=(point.point.value-this.valueRange.min)/this.valueRange.range();var sizeMin=dotSize*this.dotSizeMinFraction;var sizeRange=dotSize*this.dotSizeMaxFraction-sizeMin;var size=sizeMin+sizeRange*fraction;var colors=this._getColorsSize();this._drawCircle(ctx,point,colors.fill,colors.border,size)};Graph3d.prototype._redrawSurfaceGraphPoint=function(ctx,point){var right=point.pointRight;var top=point.pointTop;var cross=point.pointCross;if(point===undefined||right===undefined||top===undefined||cross===undefined){return}var topSideVisible=true;var fillStyle;var strokeStyle;if(this.showGrayBottom||this.showShadow){var aDiff=Point3d.subtract(cross.trans,point.trans);var bDiff=Point3d.subtract(top.trans,right.trans);var crossproduct=Point3d.crossProduct(aDiff,bDiff);var len=crossproduct.length();topSideVisible=crossproduct.z>0}if(topSideVisible){var zAvg=(point.point.z+right.point.z+top.point.z+cross.point.z)/4;var h=(1-(zAvg-this.zRange.min)*this.scale.z/this.verticalRatio)*240;var s=1;var v;if(this.showShadow){v=Math.min(1+crossproduct.x/len/2,1);fillStyle=this._hsv2rgb(h,s,v);strokeStyle=fillStyle}else{v=1;fillStyle=this._hsv2rgb(h,s,v);strokeStyle=this.axisColor}}else{fillStyle=\"gray\";strokeStyle=this.axisColor}ctx.lineWidth=this._getStrokeWidth(point);var points=[point,right,cross,top];this._polygon(ctx,points,fillStyle,strokeStyle)};Graph3d.prototype._drawGridLine=function(ctx,from,to){if(from===undefined||to===undefined){return}var zAvg=(from.point.z+to.point.z)/2;var h=(1-(zAvg-this.zRange.min)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=this._getStrokeWidth(from)*2;ctx.strokeStyle=this._hsv2rgb(h,1,1);this._line(ctx,from.screen,to.screen)};Graph3d.prototype._redrawGridGraphPoint=function(ctx,point){this._drawGridLine(ctx,point,point.pointRight);this._drawGridLine(ctx,point,point.pointTop)};Graph3d.prototype._redrawLineGraphPoint=function(ctx,point){if(point.pointNext===undefined){return}ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=this.dataColor.stroke;this._line(ctx,point.screen,point.pointNext.screen)};Graph3d.prototype._redrawDataGraph=function(){var ctx=this._getContext();var i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;this._calcTranslations(this.dataPoints);for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];this._pointDrawingMethod.call(this,ctx,point)}};Graph3d.prototype._storeMousePosition=function(event){this.startMouseX=getMouseX(event);this.startMouseY=getMouseY(event);this._startCameraOffset=this.camera.getOffset()};Graph3d.prototype._onMouseDown=function(event){event=event||window.event;if(this.leftButtonDown){this._onMouseUp(event)}this.leftButtonDown=event.which?event.which===1:event.button===1;if(!this.leftButtonDown&&!this.touchDown)return;this._storeMousePosition(event);this.startStart=new Date(this.start);this.startEnd=new Date(this.end);this.startArmRotation=this.camera.getArmRotation();this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",me.onmousemove);util.addEventListener(document,\"mouseup\",me.onmouseup);util.preventDefault(event)};Graph3d.prototype._onMouseMove=function(event){this.moving=true;event=event||window.event;var diffX=parseFloat(getMouseX(event))-this.startMouseX;var diffY=parseFloat(getMouseY(event))-this.startMouseY;if(event&&event.ctrlKey===true){var scaleX=this.frame.clientWidth*.5;var scaleY=this.frame.clientHeight*.5;var offXNew=(this._startCameraOffset.x||0)-diffX/scaleX*this.camera.armLength*.8;var offYNew=(this._startCameraOffset.y||0)+diffY/scaleY*this.camera.armLength*.8;this.camera.setOffset(offXNew,offYNew);this._storeMousePosition(event)}else{var horizontalNew=this.startArmRotation.horizontal+diffX/200;var verticalNew=this.startArmRotation.vertical+diffY/200;var snapAngle=4;var snapValue=Math.sin(snapAngle/360*2*Math.PI);if(Math.abs(Math.sin(horizontalNew))<snapValue){horizontalNew=Math.round(horizontalNew/Math.PI)*Math.PI-.001}if(Math.abs(Math.cos(horizontalNew))<snapValue){horizontalNew=(Math.round(horizontalNew/Math.PI-.5)+.5)*Math.PI-.001}if(Math.abs(Math.sin(verticalNew))<snapValue){verticalNew=Math.round(verticalNew/Math.PI)*Math.PI}if(Math.abs(Math.cos(verticalNew))<snapValue){verticalNew=(Math.round(verticalNew/Math.PI-.5)+.5)*Math.PI}this.camera.setArmRotation(horizontalNew,verticalNew)}this.redraw();var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";this.leftButtonDown=false;util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Graph3d.prototype._onClick=function(event){if(!this.onclick_callback)return;if(!this.moving){var boundingRect=this.frame.getBoundingClientRect();var mouseX=getMouseX(event)-boundingRect.left;var mouseY=getMouseY(event)-boundingRect.top;var dataPoint=this._dataPointFromXY(mouseX,mouseY);if(dataPoint)this.onclick_callback(dataPoint.point.data)}else{this.moving=false}util.preventDefault(event)};Graph3d.prototype._onTooltip=function(event){var delay=300;var boundingRect=this.frame.getBoundingClientRect();var mouseX=getMouseX(event)-boundingRect.left;var mouseY=getMouseY(event)-boundingRect.top;if(!this.showTooltip){return}if(this.tooltipTimeout){clearTimeout(this.tooltipTimeout)}if(this.leftButtonDown){this._hideTooltip();return}if(this.tooltip&&this.tooltip.dataPoint){var dataPoint=this._dataPointFromXY(mouseX,mouseY);if(dataPoint!==this.tooltip.dataPoint){if(dataPoint){this._showTooltip(dataPoint)}else{this._hideTooltip()}}}else{var me=this;this.tooltipTimeout=setTimeout(function(){me.tooltipTimeout=null;var dataPoint=me._dataPointFromXY(mouseX,mouseY);if(dataPoint){me._showTooltip(dataPoint)}},delay)}};Graph3d.prototype._onTouchStart=function(event){this.touchDown=true;var me=this;this.ontouchmove=function(event){me._onTouchMove(event)};this.ontouchend=function(event){me._onTouchEnd(event)};util.addEventListener(document,\"touchmove\",me.ontouchmove);util.addEventListener(document,\"touchend\",me.ontouchend);this._onMouseDown(event)};Graph3d.prototype._onTouchMove=function(event){this._onMouseMove(event)};Graph3d.prototype._onTouchEnd=function(event){this.touchDown=false;util.removeEventListener(document,\"touchmove\",this.ontouchmove);util.removeEventListener(document,\"touchend\",this.ontouchend);this._onMouseUp(event)};Graph3d.prototype._onWheel=function(event){if(!event)event=window.event;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var oldLength=this.camera.getArmLength();var newLength=oldLength*(1-delta/10);this.camera.setArmLength(newLength);this.redraw();this._hideTooltip()}var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._insideTriangle=function(point,triangle){var a=triangle[0],b=triangle[1],c=triangle[2];function sign(x){return x>0?1:x<0?-1:0}var as=sign((b.x-a.x)*(point.y-a.y)-(b.y-a.y)*(point.x-a.x));var bs=sign((c.x-b.x)*(point.y-b.y)-(c.y-b.y)*(point.x-b.x));var cs=sign((a.x-c.x)*(point.y-c.y)-(a.y-c.y)*(point.x-c.x));return(as==0||bs==0||as==bs)&&(bs==0||cs==0||bs==cs)&&(as==0||cs==0||as==cs)};Graph3d.prototype._dataPointFromXY=function(x,y){var i,distMax=100,dataPoint=null,closestDataPoint=null,closestDist=null,center=new Point2d(x,y);if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){for(i=this.dataPoints.length-1;i>=0;i--){dataPoint=this.dataPoints[i];var surfaces=dataPoint.surfaces;if(surfaces){for(var s=surfaces.length-1;s>=0;s--){var surface=surfaces[s];var corners=surface.corners;var triangle1=[corners[0].screen,corners[1].screen,corners[2].screen];var triangle2=[corners[2].screen,corners[3].screen,corners[0].screen];if(this._insideTriangle(center,triangle1)||this._insideTriangle(center,triangle2)){return dataPoint}}}}}else{for(i=0;i<this.dataPoints.length;i++){dataPoint=this.dataPoints[i];var point=dataPoint.screen;if(point){var distX=Math.abs(x-point.x);var distY=Math.abs(y-point.y);var dist=Math.sqrt(distX*distX+distY*distY);if((closestDist===null||dist<closestDist)&&dist<distMax){closestDist=dist;closestDataPoint=dataPoint}}}}return closestDataPoint};Graph3d.prototype.hasBars=function(style){return style==Graph3d.STYLE.BAR||style==Graph3d.STYLE.BARCOLOR||style==Graph3d.STYLE.BARSIZE};Graph3d.prototype._showTooltip=function(dataPoint){var content,line,dot;if(!this.tooltip){content=document.createElement(\"div\");(0,_assign2[\"default\"])(content.style,{},this.tooltipStyle.content);content.style.position=\"absolute\";line=document.createElement(\"div\");(0,_assign2[\"default\"])(line.style,{},this.tooltipStyle.line);line.style.position=\"absolute\";dot=document.createElement(\"div\");(0,_assign2[\"default\"])(dot.style,{},this.tooltipStyle.dot);dot.style.position=\"absolute\";this.tooltip={dataPoint:null,dom:{content:content,line:line,dot:dot}}}else{content=this.tooltip.dom.content;line=this.tooltip.dom.line;dot=this.tooltip.dom.dot}this._hideTooltip();this.tooltip.dataPoint=dataPoint;if(typeof this.showTooltip===\"function\"){content.innerHTML=this.showTooltip(dataPoint.point)}else{content.innerHTML=\"<table>\"+\"<tr><td>\"+this.xLabel+\":</td><td>\"+dataPoint.point.x+\"</td></tr>\"+\"<tr><td>\"+this.yLabel+\":</td><td>\"+dataPoint.point.y+\"</td></tr>\"+\"<tr><td>\"+this.zLabel+\":</td><td>\"+dataPoint.point.z+\"</td></tr>\"+\"</table>\"}content.style.left=\"0\";content.style.top=\"0\";this.frame.appendChild(content);this.frame.appendChild(line);this.frame.appendChild(dot);var contentWidth=content.offsetWidth;var contentHeight=content.offsetHeight;var lineHeight=line.offsetHeight;var dotWidth=dot.offsetWidth;var dotHeight=dot.offsetHeight;var left=dataPoint.screen.x-contentWidth/2;left=Math.min(Math.max(left,10),this.frame.clientWidth-10-contentWidth);line.style.left=dataPoint.screen.x+\"px\";line.style.top=dataPoint.screen.y-lineHeight+\"px\";content.style.left=left+\"px\";content.style.top=dataPoint.screen.y-lineHeight-contentHeight+\"px\";dot.style.left=dataPoint.screen.x-dotWidth/2+\"px\";dot.style.top=dataPoint.screen.y-dotHeight/2+\"px\"};Graph3d.prototype._hideTooltip=function(){if(this.tooltip){this.tooltip.dataPoint=null;for(var prop in this.tooltip.dom){if(this.tooltip.dom.hasOwnProperty(prop)){var elem=this.tooltip.dom[prop];if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}}}};function getMouseX(event){if(\"clientX\"in event)return event.clientX;return event.targetTouches[0]&&event.targetTouches[0].clientX||0}function getMouseY(event){if(\"clientY\"in event)return event.clientY;return event.targetTouches[0]&&event.targetTouches[0].clientY||0}Graph3d.prototype.setCameraPosition=function(pos){Settings.setCameraPosition(pos,this);this.redraw()};Graph3d.prototype.setSize=function(width,height){this._setSize(width,height);this.redraw()};module.exports=Graph3d},function(module,exports,__webpack_require__){__webpack_require__(163);module.exports=__webpack_require__(7).Object.assign},function(module,exports,__webpack_require__){var $export=__webpack_require__(17);$export($export.S+$export.F,\"Object\",{assign:__webpack_require__(164)})},function(module,exports,__webpack_require__){\"use strict\";var getKeys=__webpack_require__(33);var gOPS=__webpack_require__(63);var pIE=__webpack_require__(42);var toObject=__webpack_require__(41);var IObject=__webpack_require__(78);var $assign=Object.assign;module.exports=!$assign||__webpack_require__(28)(function(){var A={};var B={};var S=Symbol();var K=\"abcdefghijklmnopqrst\";A[S]=7;K.split(\"\").forEach(function(k){B[k]=k});return $assign({},A)[S]!=7||Object.keys($assign({},B)).join(\"\")!=K})?function assign(target,source){var T=toObject(target);var aLen=arguments.length;var index=1;var getSymbols=gOPS.f;var isEnum=pIE.f;while(aLen>index){var S=IObject(arguments[index++]);var keys=getSymbols?getKeys(S).concat(getSymbols(S)):getKeys(S);var length=keys.length;var j=0;var key;while(length>j)if(isEnum.call(S,key=keys[j++]))T[key]=S[key]}return T}:$assign},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(166),__esModule:true}},function(module,exports,__webpack_require__){__webpack_require__(167);module.exports=__webpack_require__(7).Math.sign},function(module,exports,__webpack_require__){var $export=__webpack_require__(17);$export($export.S,\"Math\",{sign:__webpack_require__(168)})},function(module,exports){module.exports=Math.sign||function sign(x){return(x=+x)==0||x!=x?x:x<0?-1:1}},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(170),__esModule:true}},function(module,exports,__webpack_require__){__webpack_require__(171);var $Object=__webpack_require__(7).Object;module.exports=function defineProperty(it,key,desc){return $Object.defineProperty(it,key,desc)}},function(module,exports,__webpack_require__){var $export=__webpack_require__(17);$export($export.S+$export.F*!__webpack_require__(21),\"Object\",{defineProperty:__webpack_require__(20).f})},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var bool=\"boolean\";var number=\"number\";var object=\"object\";var colorOptions={fill:{string:string},stroke:{string:string},strokeWidth:{number:number},__type__:{string:string,object:object,undefined:\"undefined\"}};var allOptions={animationAutoStart:{boolean:bool,undefined:\"undefined\"},animationInterval:{number:number},animationPreload:{boolean:bool},axisColor:{string:string},backgroundColor:colorOptions,xBarWidth:{number:number,undefined:\"undefined\"},yBarWidth:{number:number,undefined:\"undefined\"},cameraPosition:{distance:{number:number},horizontal:{number:number},vertical:{number:number},__type__:{object:object}},xCenter:{string:string},yCenter:{string:string},dataColor:colorOptions,dotSizeMinFraction:{number:number},dotSizeMaxFraction:{number:number},dotSizeRatio:{number:number},filterLabel:{string:string},gridColor:{string:string},onclick:{function:\"function\"},keepAspectRatio:{boolean:bool},xLabel:{string:string},yLabel:{string:string},zLabel:{string:string},legendLabel:{string:string},xMin:{number:number,undefined:\"undefined\"},yMin:{number:number,undefined:\"undefined\"},zMin:{number:number,undefined:\"undefined\"},xMax:{number:number,undefined:\"undefined\"},yMax:{number:number,undefined:\"undefined\"},zMax:{number:number,undefined:\"undefined\"},showAnimationControls:{boolean:bool,undefined:\"undefined\"},showGrid:{boolean:bool},showLegend:{boolean:bool,undefined:\"undefined\"},showPerspective:{boolean:bool},showShadow:{boolean:bool},showXAxis:{boolean:bool},showYAxis:{boolean:bool},showZAxis:{boolean:bool},xStep:{number:number,undefined:\"undefined\"},yStep:{number:number,undefined:\"undefined\"},zStep:{number:number,undefined:\"undefined\"},style:{number:number,string:[\"bar\",\"bar-color\",\"bar-size\",\"dot\",\"dot-line\",\"dot-color\",\"dot-size\",\"line\",\"grid\",\"surface\"]},tooltip:{boolean:bool,function:\"function\"},tooltipStyle:{content:{color:{string:string},background:{string:string},border:{string:string},borderRadius:{string:string},boxShadow:{string:string},padding:{string:string},__type__:{object:object}},line:{borderLeft:{string:string},height:{string:string},width:{string:string},__type__:{object:object}},dot:{border:{string:string},borderRadius:{string:string},height:{string:string},width:{string:string},__type__:{object:object}},__type__:{object:object}},xValueLabel:{function:\"function\"},yValueLabel:{function:\"function\"},zValueLabel:{function:\"function\"},valueMax:{number:number,undefined:\"undefined\"},valueMin:{number:number,undefined:\"undefined\"},verticalRatio:{number:number},height:{string:string},width:{string:string},__type__:{object:object}};exports.allOptions=allOptions},function(module,exports,__webpack_require__){\"use strict\";var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var Range=__webpack_require__(174);var Filter=__webpack_require__(96);var Settings=__webpack_require__(94);var Point3d=__webpack_require__(34);function DataGroup(){this.dataTable=null}DataGroup.prototype.initializeData=function(graph3d,rawData,style){if(rawData===undefined)return;if(Array.isArray(rawData)){rawData=new DataSet(rawData)}var data;if(rawData instanceof DataSet||rawData instanceof DataView){data=rawData.get()}else{throw new Error(\"Array, DataSet, or DataView expected\")}if(data.length==0)return;this.style=style;if(this.dataSet){this.dataSet.off(\"*\",this._onChange)}this.dataSet=rawData;this.dataTable=data;var me=this;this._onChange=function(){graph3d.setData(me.dataSet)};this.dataSet.on(\"*\",this._onChange);this.colX=\"x\";this.colY=\"y\";this.colZ=\"z\";var withBars=graph3d.hasBars(style);if(withBars){if(graph3d.defaultXBarWidth!==undefined){this.xBarWidth=graph3d.defaultXBarWidth}else{this.xBarWidth=this.getSmallestDifference(data,this.colX)||1}if(graph3d.defaultYBarWidth!==undefined){this.yBarWidth=graph3d.defaultYBarWidth}else{this.yBarWidth=this.getSmallestDifference(data,this.colY)||1}}this._initializeRange(data,this.colX,graph3d,withBars);this._initializeRange(data,this.colY,graph3d,withBars);this._initializeRange(data,this.colZ,graph3d,false);if(data[0].hasOwnProperty(\"style\")){this.colValue=\"style\";var valueRange=this.getColumnRange(data,this.colValue);this._setRangeDefaults(valueRange,graph3d.defaultValueMin,graph3d.defaultValueMax);this.valueRange=valueRange}var table=this.getDataTable();if(table[0].hasOwnProperty(\"filter\")){if(this.dataFilter===undefined){this.dataFilter=new Filter(this,\"filter\",graph3d);this.dataFilter.setOnLoadCallback(function(){graph3d.redraw()})}}var dataPoints;if(this.dataFilter){dataPoints=this.dataFilter._getDataPoints()}else{dataPoints=this._getDataPoints(this.getDataTable())}return dataPoints};DataGroup.prototype._collectRangeSettings=function(column,graph3d){var index=[\"x\",\"y\",\"z\"].indexOf(column);if(index==-1){throw new Error(\"Column '\"+column+\"' invalid\")}var upper=column.toUpperCase();return{barWidth:this[column+\"BarWidth\"],min:graph3d[\"default\"+upper+\"Min\"],max:graph3d[\"default\"+upper+\"Max\"],step:graph3d[\"default\"+upper+\"Step\"],range_label:column+\"Range\",step_label:column+\"Step\"}};DataGroup.prototype._initializeRange=function(data,column,graph3d,withBars){var NUMSTEPS=5;var settings=this._collectRangeSettings(column,graph3d);var range=this.getColumnRange(data,column);if(withBars&&column!=\"z\"){range.expand(settings.barWidth/2)}this._setRangeDefaults(range,settings.min,settings.max);this[settings.range_label]=range;this[settings.step_label]=settings.step!==undefined?settings.step:range.range()/NUMSTEPS};DataGroup.prototype.getDistinctValues=function(column,data){if(data===undefined){data=this.dataTable}var values=[];for(var i=0;i<data.length;i++){var value=data[i][column]||0;if(values.indexOf(value)===-1){values.push(value)}}return values.sort(function(a,b){return a-b})};DataGroup.prototype.getSmallestDifference=function(data,column){var values=this.getDistinctValues(data,column);var smallest_diff=null;for(var i=1;i<values.length;i++){var diff=values[i]-values[i-1];if(smallest_diff==null||smallest_diff>diff){smallest_diff=diff}}return smallest_diff};DataGroup.prototype.getColumnRange=function(data,column){var range=new Range;for(var i=0;i<data.length;i++){var item=data[i][column];range.adjust(item)}return range};DataGroup.prototype.getNumberOfRows=function(){return this.dataTable.length};DataGroup.prototype._setRangeDefaults=function(range,defaultMin,defaultMax){if(defaultMin!==undefined){range.min=defaultMin}if(defaultMax!==undefined){range.max=defaultMax}if(range.max<=range.min)range.max=range.min+1};DataGroup.prototype.getDataTable=function(){return this.dataTable};DataGroup.prototype.getDataSet=function(){return this.dataSet};DataGroup.prototype.getDataPoints=function(data){var dataPoints=[];for(var i=0;i<data.length;i++){var point=new Point3d;point.x=data[i][this.colX]||0;point.y=data[i][this.colY]||0;point.z=data[i][this.colZ]||0;point.data=data[i];if(this.colValue!==undefined){point.value=data[i][this.colValue]||0}var obj={};obj.point=point;obj.bottom=new Point3d(point.x,point.y,this.zRange.min);obj.trans=undefined;obj.screen=undefined;dataPoints.push(obj)}return dataPoints};DataGroup.prototype.initDataAsMatrix=function(data){var x,y,i,obj;var dataX=this.getDistinctValues(this.colX,data);var dataY=this.getDistinctValues(this.colY,data);var dataPoints=this.getDataPoints(data);var dataMatrix=[];for(i=0;i<dataPoints.length;i++){obj=dataPoints[i];var xIndex=dataX.indexOf(obj.point.x);var yIndex=dataY.indexOf(obj.point.y);if(dataMatrix[xIndex]===undefined){dataMatrix[xIndex]=[]}dataMatrix[xIndex][yIndex]=obj}for(x=0;x<dataMatrix.length;x++){for(y=0;y<dataMatrix[x].length;y++){if(dataMatrix[x][y]){dataMatrix[x][y].pointRight=x<dataMatrix.length-1?dataMatrix[x+1][y]:undefined;dataMatrix[x][y].pointTop=y<dataMatrix[x].length-1?dataMatrix[x][y+1]:undefined;dataMatrix[x][y].pointCross=x<dataMatrix.length-1&&y<dataMatrix[x].length-1?dataMatrix[x+1][y+1]:undefined}}}return dataPoints};DataGroup.prototype.getInfo=function(){var dataFilter=this.dataFilter;if(!dataFilter)return undefined;return dataFilter.getLabel()+\": \"+dataFilter.getSelectedValue()};DataGroup.prototype.reload=function(){if(this.dataTable){this.setData(this.dataTable)}};DataGroup.prototype._getDataPoints=function(data){var dataPoints=[];if(this.style===Settings.STYLE.GRID||this.style===Settings.STYLE.SURFACE){dataPoints=this.initDataAsMatrix(data)}else{this._checkValueField(data);dataPoints=this.getDataPoints(data);if(this.style===Settings.STYLE.LINE){for(var i=0;i<dataPoints.length;i++){if(i>0){dataPoints[i-1].pointNext=dataPoints[i]}}}}return dataPoints};DataGroup.prototype._checkValueField=function(data){var hasValueField=this.style===Settings.STYLE.BARCOLOR||this.style===Settings.STYLE.BARSIZE||this.style===Settings.STYLE.DOTCOLOR||this.style===Settings.STYLE.DOTSIZE;if(!hasValueField){return}if(this.colValue===undefined){throw new Error(\"Expected data to have \"+\" field 'style' \"+\" for graph style '\"+this.style+\"'\")}if(data[0][this.colValue]===undefined){throw new Error(\"Expected data to have \"+\" field '\"+this.colValue+\"' \"+\" for graph style '\"+this.style+\"'\")}};module.exports=DataGroup},function(module,exports,__webpack_require__){\"use strict\";function Range(){this.min=undefined;this.max=undefined}Range.prototype.adjust=function(value){if(value===undefined)return;if(this.min===undefined||this.min>value){this.min=value}if(this.max===undefined||this.max<value){this.max=value}};Range.prototype.combine=function(range){this.add(range.min);this.add(range.max)};Range.prototype.expand=function(val){if(val===undefined){return}var newMin=this.min-val;var newMax=this.max+val;if(newMin>newMax){throw new Error(\"Passed expansion value makes range invalid\")}this.min=newMin;this.max=newMax};Range.prototype.range=function(){return this.max-this.min};Range.prototype.center=function(){return(this.min+this.max)/2};module.exports=Range},function(module,exports,__webpack_require__){\"use strict\";var 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each(obj,iterator,context){var i;if(!obj){return}if(obj.forEach){obj.forEach(iterator,context)}else if(obj.length!==undefined){i=0;while(i<obj.length){iterator.call(context,obj[i],i,obj);i++}}else{for(i in obj){obj.hasOwnProperty(i)&&iterator.call(context,obj[i],i,obj)}}}function deprecate(method,name,message){var deprecationMessage=\"DEPRECATED METHOD: \"+name+\"\\n\"+message+\" AT \\n\";return function(){var e=new Error(\"get-stack-trace\");var stack=e&&e.stack?e.stack.replace(/^[^\\(]+?[\\n$]/gm,\"\").replace(/^\\s+at\\s+/gm,\"\").replace(/^Object.<anonymous>\\s*\\(/gm,\"{anonymous}()@\"):\"Unknown Stack Trace\";var log=window.console&&(window.console.warn||window.console.log);if(log){log.call(window.console,deprecationMessage,stack)}return method.apply(this,arguments)}}var assign;if(typeof Object.assign!==\"function\"){assign=function assign(target){if(target===undefined||target===null){throw new TypeError(\"Cannot convert undefined or null to object\")}var output=Object(target);for(var index=1;index<arguments.length;index++){var source=arguments[index];if(source!==undefined&&source!==null){for(var nextKey in source){if(source.hasOwnProperty(nextKey)){output[nextKey]=source[nextKey]}}}}return output}}else{assign=Object.assign}var extend=deprecate(function extend(dest,src,merge){var keys=Object.keys(src);var i=0;while(i<keys.length){if(!merge||merge&&dest[keys[i]]===undefined){dest[keys[i]]=src[keys[i]]}i++}return dest},\"extend\",\"Use `assign`.\");var merge=deprecate(function merge(dest,src){return extend(dest,src,true)},\"merge\",\"Use `assign`.\");function inherit(child,base,properties){var baseP=base.prototype,childP;childP=child.prototype=Object.create(baseP);childP.constructor=child;childP._super=baseP;if(properties){assign(childP,properties)}}function bindFn(fn,context){return function boundFn(){return fn.apply(context,arguments)}}function boolOrFn(val,args){if(typeof val==TYPE_FUNCTION){return val.apply(args?args[0]||undefined:undefined,args)}return val}function ifUndefined(val1,val2){return val1===undefined?val2:val1}function addEventListeners(target,types,handler){each(splitStr(types),function(type){target.addEventListener(type,handler,false)})}function removeEventListeners(target,types,handler){each(splitStr(types),function(type){target.removeEventListener(type,handler,false)})}function hasParent(node,parent){while(node){if(node==parent){return true}node=node.parentNode}return false}function inStr(str,find){return str.indexOf(find)>-1}function splitStr(str){return str.trim().split(/\\s+/g)}function inArray(src,find,findByKey){if(src.indexOf&&!findByKey){return src.indexOf(find)}else{var i=0;while(i<src.length){if(findByKey&&src[i][findByKey]==find||!findByKey&&src[i]===find){return i}i++}return-1}}function toArray(obj){return Array.prototype.slice.call(obj,0)}function uniqueArray(src,key,sort){var results=[];var values=[];var i=0;while(i<src.length){var val=key?src[i][key]:src[i];if(inArray(values,val)<0){results.push(src[i])}values[i]=val;i++}if(sort){if(!key){results=results.sort()}else{results=results.sort(function sortUniqueArray(a,b){return a[key]>b[key]})}}return results}function prefixed(obj,property){var prefix,prop;var camelProp=property[0].toUpperCase()+property.slice(1);var i=0;while(i<VENDOR_PREFIXES.length){prefix=VENDOR_PREFIXES[i];prop=prefix?prefix+camelProp:property;if(prop in obj){return prop}i++}return undefined}var _uniqueId=1;function uniqueId(){return _uniqueId++}function getWindowForElement(element){var doc=element.ownerDocument||element;return doc.defaultView||doc.parentWindow||window}var MOBILE_REGEX=/mobile|tablet|ip(ad|hone|od)|android/i;var SUPPORT_TOUCH=\"ontouchstart\"in window;var SUPPORT_POINTER_EVENTS=prefixed(window,\"PointerEvent\")!==undefined;var SUPPORT_ONLY_TOUCH=SUPPORT_TOUCH&&MOBILE_REGEX.test(navigator.userAgent);var INPUT_TYPE_TOUCH=\"touch\";var INPUT_TYPE_PEN=\"pen\";var INPUT_TYPE_MOUSE=\"mouse\";var INPUT_TYPE_KINECT=\"kinect\";var COMPUTE_INTERVAL=25;var INPUT_START=1;var INPUT_MOVE=2;var INPUT_END=4;var INPUT_CANCEL=8;var DIRECTION_NONE=1;var DIRECTION_LEFT=2;var DIRECTION_RIGHT=4;var DIRECTION_UP=8;var DIRECTION_DOWN=16;var DIRECTION_HORIZONTAL=DIRECTION_LEFT|DIRECTION_RIGHT;var DIRECTION_VERTICAL=DIRECTION_UP|DIRECTION_DOWN;var DIRECTION_ALL=DIRECTION_HORIZONTAL|DIRECTION_VERTICAL;var PROPS_XY=[\"x\",\"y\"];var PROPS_CLIENT_XY=[\"clientX\",\"clientY\"];function Input(manager,callback){var self=this;this.manager=manager;this.callback=callback;this.element=manager.element;this.target=manager.options.inputTarget;this.domHandler=function(ev){if(boolOrFn(manager.options.enable,[manager])){self.handler(ev)}};this.init()}Input.prototype={handler:function(){},init:function(){this.evEl&&addEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&addEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&addEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)},destroy:function(){this.evEl&&removeEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&removeEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&removeEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)}};function createInputInstance(manager){var Type;var inputClass=manager.options.inputClass;if(inputClass){Type=inputClass}else if(SUPPORT_POINTER_EVENTS){Type=PointerEventInput}else if(SUPPORT_ONLY_TOUCH){Type=TouchInput}else if(!SUPPORT_TOUCH){Type=MouseInput}else{Type=TouchMouseInput}return new Type(manager,inputHandler)}function inputHandler(manager,eventType,input){var pointersLen=input.pointers.length;var changedPointersLen=input.changedPointers.length;var isFirst=eventType&INPUT_START&&pointersLen-changedPointersLen===0;var isFinal=eventType&(INPUT_END|INPUT_CANCEL)&&pointersLen-changedPointersLen===0;input.isFirst=!!isFirst;input.isFinal=!!isFinal;if(isFirst){manager.session={}}input.eventType=eventType;computeInputData(manager,input);manager.emit(\"hammer.input\",input);manager.recognize(input);manager.session.prevInput=input}function computeInputData(manager,input){var session=manager.session;var pointers=input.pointers;var pointersLength=pointers.length;if(!session.firstInput){session.firstInput=simpleCloneInputData(input)}if(pointersLength>1&&!session.firstMultiple){session.firstMultiple=simpleCloneInputData(input)}else if(pointersLength===1){session.firstMultiple=false}var firstInput=session.firstInput;var firstMultiple=session.firstMultiple;var offsetCenter=firstMultiple?firstMultiple.center:firstInput.center;var center=input.center=getCenter(pointers);input.timeStamp=now();input.deltaTime=input.timeStamp-firstInput.timeStamp;input.angle=getAngle(offsetCenter,center);input.distance=getDistance(offsetCenter,center);computeDeltaXY(session,input);input.offsetDirection=getDirection(input.deltaX,input.deltaY);var overallVelocity=getVelocity(input.deltaTime,input.deltaX,input.deltaY);input.overallVelocityX=overallVelocity.x;input.overallVelocityY=overallVelocity.y;input.overallVelocity=abs(overallVelocity.x)>abs(overallVelocity.y)?overallVelocity.x:overallVelocity.y;input.scale=firstMultiple?getScale(firstMultiple.pointers,pointers):1;input.rotation=firstMultiple?getRotation(firstMultiple.pointers,pointers):0;input.maxPointers=!session.prevInput?input.pointers.length:input.pointers.length>session.prevInput.maxPointers?input.pointers.length:session.prevInput.maxPointers;computeIntervalInputData(session,input);var target=manager.element;if(hasParent(input.srcEvent.target,target)){target=input.srcEvent.target}input.target=target}function computeDeltaXY(session,input){var center=input.center;var offset=session.offsetDelta||{};var prevDelta=session.prevDelta||{};var prevInput=session.prevInput||{};if(input.eventType===INPUT_START||prevInput.eventType===INPUT_END){prevDelta=session.prevDelta={x:prevInput.deltaX||0,y:prevInput.deltaY||0};offset=session.offsetDelta={x:center.x,y:center.y}}input.deltaX=prevDelta.x+(center.x-offset.x);input.deltaY=prevDelta.y+(center.y-offset.y)}function computeIntervalInputData(session,input){var last=session.lastInterval||input,deltaTime=input.timeStamp-last.timeStamp,velocity,velocityX,velocityY,direction;if(input.eventType!=INPUT_CANCEL&&(deltaTime>COMPUTE_INTERVAL||last.velocity===undefined)){var deltaX=input.deltaX-last.deltaX;var deltaY=input.deltaY-last.deltaY;var v=getVelocity(deltaTime,deltaX,deltaY);velocityX=v.x;velocityY=v.y;velocity=abs(v.x)>abs(v.y)?v.x:v.y;direction=getDirection(deltaX,deltaY);session.lastInterval=input}else{velocity=last.velocity;velocityX=last.velocityX;velocityY=last.velocityY;direction=last.direction}input.velocity=velocity;input.velocityX=velocityX;input.velocityY=velocityY;input.direction=direction}function simpleCloneInputData(input){var pointers=[];var i=0;while(i<input.pointers.length){pointers[i]={clientX:round(input.pointers[i].clientX),clientY:round(input.pointers[i].clientY)};i++}return{timeStamp:now(),pointers:pointers,center:getCenter(pointers),deltaX:input.deltaX,deltaY:input.deltaY}}function getCenter(pointers){var pointersLength=pointers.length;if(pointersLength===1){return{x:round(pointers[0].clientX),y:round(pointers[0].clientY)}}var x=0,y=0,i=0;while(i<pointersLength){x+=pointers[i].clientX;y+=pointers[i].clientY;i++}return{x:round(x/pointersLength),y:round(y/pointersLength)}}function getVelocity(deltaTime,x,y){return{x:x/deltaTime||0,y:y/deltaTime||0}}function getDirection(x,y){if(x===y){return DIRECTION_NONE}if(abs(x)>=abs(y)){return x<0?DIRECTION_LEFT:DIRECTION_RIGHT}return y<0?DIRECTION_UP:DIRECTION_DOWN}function getDistance(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.sqrt(x*x+y*y)}function getAngle(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.atan2(y,x)*180/Math.PI}function getRotation(start,end){return getAngle(end[1],end[0],PROPS_CLIENT_XY)+getAngle(start[1],start[0],PROPS_CLIENT_XY)}function getScale(start,end){return getDistance(end[0],end[1],PROPS_CLIENT_XY)/getDistance(start[0],start[1],PROPS_CLIENT_XY)}var MOUSE_INPUT_MAP={mousedown:INPUT_START,mousemove:INPUT_MOVE,mouseup:INPUT_END};var MOUSE_ELEMENT_EVENTS=\"mousedown\";var MOUSE_WINDOW_EVENTS=\"mousemove mouseup\";function MouseInput(){this.evEl=MOUSE_ELEMENT_EVENTS;this.evWin=MOUSE_WINDOW_EVENTS;this.pressed=false;Input.apply(this,arguments)}inherit(MouseInput,Input,{handler:function MEhandler(ev){var eventType=MOUSE_INPUT_MAP[ev.type];if(eventType&INPUT_START&&ev.button===0){this.pressed=true}if(eventType&INPUT_MOVE&&ev.which!==1){eventType=INPUT_END}if(!this.pressed){return}if(eventType&INPUT_END){this.pressed=false}this.callback(this.manager,eventType,{pointers:[ev],changedPointers:[ev],pointerType:INPUT_TYPE_MOUSE,srcEvent:ev})}});var POINTER_INPUT_MAP={pointerdown:INPUT_START,pointermove:INPUT_MOVE,pointerup:INPUT_END,pointercancel:INPUT_CANCEL,pointerout:INPUT_CANCEL};var IE10_POINTER_TYPE_ENUM={2:INPUT_TYPE_TOUCH,3:INPUT_TYPE_PEN,4:INPUT_TYPE_MOUSE,5:INPUT_TYPE_KINECT};var POINTER_ELEMENT_EVENTS=\"pointerdown\";var POINTER_WINDOW_EVENTS=\"pointermove pointerup pointercancel\";if(window.MSPointerEvent&&!window.PointerEvent){POINTER_ELEMENT_EVENTS=\"MSPointerDown\";POINTER_WINDOW_EVENTS=\"MSPointerMove MSPointerUp MSPointerCancel\"}function PointerEventInput(){this.evEl=POINTER_ELEMENT_EVENTS;this.evWin=POINTER_WINDOW_EVENTS;Input.apply(this,arguments);this.store=this.manager.session.pointerEvents=[]}inherit(PointerEventInput,Input,{handler:function PEhandler(ev){var store=this.store;var removePointer=false;var eventTypeNormalized=ev.type.toLowerCase().replace(\"ms\",\"\");var eventType=POINTER_INPUT_MAP[eventTypeNormalized];var pointerType=IE10_POINTER_TYPE_ENUM[ev.pointerType]||ev.pointerType;var isTouch=pointerType==INPUT_TYPE_TOUCH;var storeIndex=inArray(store,ev.pointerId,\"pointerId\");if(eventType&INPUT_START&&(ev.button===0||isTouch)){if(storeIndex<0){store.push(ev);storeIndex=store.length-1}}else if(eventType&(INPUT_END|INPUT_CANCEL)){removePointer=true}if(storeIndex<0){return}store[storeIndex]=ev;this.callback(this.manager,eventType,{pointers:store,changedPointers:[ev],pointerType:pointerType,srcEvent:ev});if(removePointer){store.splice(storeIndex,1)}}});var SINGLE_TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var SINGLE_TOUCH_TARGET_EVENTS=\"touchstart\";var SINGLE_TOUCH_WINDOW_EVENTS=\"touchstart touchmove touchend touchcancel\";function SingleTouchInput(){this.evTarget=SINGLE_TOUCH_TARGET_EVENTS;this.evWin=SINGLE_TOUCH_WINDOW_EVENTS;this.started=false;Input.apply(this,arguments)}inherit(SingleTouchInput,Input,{handler:function TEhandler(ev){var type=SINGLE_TOUCH_INPUT_MAP[ev.type];if(type===INPUT_START){this.started=true}if(!this.started){return}var touches=normalizeSingleTouches.call(this,ev,type);if(type&(INPUT_END|INPUT_CANCEL)&&touches[0].length-touches[1].length===0){this.started=false}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function normalizeSingleTouches(ev,type){var all=toArray(ev.touches);var changed=toArray(ev.changedTouches);if(type&(INPUT_END|INPUT_CANCEL)){all=uniqueArray(all.concat(changed),\"identifier\",true)}return[all,changed]}var TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var TOUCH_TARGET_EVENTS=\"touchstart touchmove touchend touchcancel\";function TouchInput(){this.evTarget=TOUCH_TARGET_EVENTS;this.targetIds={};Input.apply(this,arguments)}inherit(TouchInput,Input,{handler:function MTEhandler(ev){var type=TOUCH_INPUT_MAP[ev.type];var touches=getTouches.call(this,ev,type);if(!touches){return}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function getTouches(ev,type){var allTouches=toArray(ev.touches);var targetIds=this.targetIds;if(type&(INPUT_START|INPUT_MOVE)&&allTouches.length===1){targetIds[allTouches[0].identifier]=true;return[allTouches,allTouches]}var i,targetTouches,changedTouches=toArray(ev.changedTouches),changedTargetTouches=[],target=this.target;targetTouches=allTouches.filter(function(touch){return hasParent(touch.target,target)});if(type===INPUT_START){i=0;while(i<targetTouches.length){targetIds[targetTouches[i].identifier]=true;i++}}i=0;while(i<changedTouches.length){if(targetIds[changedTouches[i].identifier]){changedTargetTouches.push(changedTouches[i])}if(type&(INPUT_END|INPUT_CANCEL)){delete targetIds[changedTouches[i].identifier]}i++}if(!changedTargetTouches.length){return}return[uniqueArray(targetTouches.concat(changedTargetTouches),\"identifier\",true),changedTargetTouches]}var DEDUP_TIMEOUT=2500;var DEDUP_DISTANCE=25;function TouchMouseInput(){Input.apply(this,arguments);var handler=bindFn(this.handler,this);this.touch=new TouchInput(this.manager,handler);this.mouse=new MouseInput(this.manager,handler);this.primaryTouch=null;this.lastTouches=[]}inherit(TouchMouseInput,Input,{handler:function TMEhandler(manager,inputEvent,inputData){var isTouch=inputData.pointerType==INPUT_TYPE_TOUCH,isMouse=inputData.pointerType==INPUT_TYPE_MOUSE;if(isMouse&&inputData.sourceCapabilities&&inputData.sourceCapabilities.firesTouchEvents){return}if(isTouch){recordTouches.call(this,inputEvent,inputData)}else if(isMouse&&isSyntheticEvent.call(this,inputData)){return}this.callback(manager,inputEvent,inputData)},destroy:function destroy(){this.touch.destroy();this.mouse.destroy()}});function recordTouches(eventType,eventData){if(eventType&INPUT_START){this.primaryTouch=eventData.changedPointers[0].identifier;setLastTouch.call(this,eventData)}else if(eventType&(INPUT_END|INPUT_CANCEL)){setLastTouch.call(this,eventData)}}function setLastTouch(eventData){var touch=eventData.changedPointers[0];if(touch.identifier===this.primaryTouch){var lastTouch={x:touch.clientX,y:touch.clientY};this.lastTouches.push(lastTouch);var lts=this.lastTouches;var removeLastTouch=function(){var i=lts.indexOf(lastTouch);if(i>-1){lts.splice(i,1)}};setTimeout(removeLastTouch,DEDUP_TIMEOUT)}}function isSyntheticEvent(eventData){var x=eventData.srcEvent.clientX,y=eventData.srcEvent.clientY;for(var i=0;i<this.lastTouches.length;i++){var t=this.lastTouches[i];var dx=Math.abs(x-t.x),dy=Math.abs(y-t.y);if(dx<=DEDUP_DISTANCE&&dy<=DEDUP_DISTANCE){return true}}return false}var PREFIXED_TOUCH_ACTION=prefixed(TEST_ELEMENT.style,\"touchAction\");var NATIVE_TOUCH_ACTION=PREFIXED_TOUCH_ACTION!==undefined;var TOUCH_ACTION_COMPUTE=\"compute\";var TOUCH_ACTION_AUTO=\"auto\";var TOUCH_ACTION_MANIPULATION=\"manipulation\";var TOUCH_ACTION_NONE=\"none\";var TOUCH_ACTION_PAN_X=\"pan-x\";var TOUCH_ACTION_PAN_Y=\"pan-y\";var TOUCH_ACTION_MAP=getTouchActionProps();function TouchAction(manager,value){this.manager=manager;this.set(value)}TouchAction.prototype={set:function(value){if(value==TOUCH_ACTION_COMPUTE){value=this.compute()}if(NATIVE_TOUCH_ACTION&&this.manager.element.style&&TOUCH_ACTION_MAP[value]){this.manager.element.style[PREFIXED_TOUCH_ACTION]=value}this.actions=value.toLowerCase().trim()},update:function(){this.set(this.manager.options.touchAction)},compute:function(){var actions=[];each(this.manager.recognizers,function(recognizer){if(boolOrFn(recognizer.options.enable,[recognizer])){actions=actions.concat(recognizer.getTouchAction())}});return cleanTouchActions(actions.join(\" \"))},preventDefaults:function(input){var srcEvent=input.srcEvent;var direction=input.offsetDirection;if(this.manager.session.prevented){srcEvent.preventDefault();return}var actions=this.actions;var hasNone=inStr(actions,TOUCH_ACTION_NONE)&&!TOUCH_ACTION_MAP[TOUCH_ACTION_NONE];var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y)&&!TOUCH_ACTION_MAP[TOUCH_ACTION_PAN_Y];var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X)&&!TOUCH_ACTION_MAP[TOUCH_ACTION_PAN_X];if(hasNone){var isTapPointer=input.pointers.length===1;var isTapMovement=input.distance<2;var isTapTouchTime=input.deltaTime<250;if(isTapPointer&&isTapMovement&&isTapTouchTime){return}}if(hasPanX&&hasPanY){return}if(hasNone||hasPanY&&direction&DIRECTION_HORIZONTAL||hasPanX&&direction&DIRECTION_VERTICAL){return this.preventSrc(srcEvent)}},preventSrc:function(srcEvent){this.manager.session.prevented=true;srcEvent.preventDefault()}};function cleanTouchActions(actions){if(inStr(actions,TOUCH_ACTION_NONE)){return TOUCH_ACTION_NONE}var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X);var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y);if(hasPanX&&hasPanY){return TOUCH_ACTION_NONE}if(hasPanX||hasPanY){return hasPanX?TOUCH_ACTION_PAN_X:TOUCH_ACTION_PAN_Y}if(inStr(actions,TOUCH_ACTION_MANIPULATION)){return TOUCH_ACTION_MANIPULATION}return TOUCH_ACTION_AUTO}function getTouchActionProps(){if(!NATIVE_TOUCH_ACTION){return false}var touchMap={};var cssSupports=window.CSS&&window.CSS.supports;[\"auto\",\"manipulation\",\"pan-y\",\"pan-x\",\"pan-x pan-y\",\"none\"].forEach(function(val){touchMap[val]=cssSupports?window.CSS.supports(\"touch-action\",val):true});return touchMap}var STATE_POSSIBLE=1;var STATE_BEGAN=2;var STATE_CHANGED=4;var STATE_ENDED=8;var STATE_RECOGNIZED=STATE_ENDED;var STATE_CANCELLED=16;var STATE_FAILED=32;function Recognizer(options){this.options=assign({},this.defaults,options||{});this.id=uniqueId();this.manager=null;this.options.enable=ifUndefined(this.options.enable,true);this.state=STATE_POSSIBLE;this.simultaneous={};this.requireFail=[]}Recognizer.prototype={defaults:{},set:function(options){assign(this.options,options);this.manager&&this.manager.touchAction.update();return this},recognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"recognizeWith\",this)){return this}var simultaneous=this.simultaneous;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(!simultaneous[otherRecognizer.id]){simultaneous[otherRecognizer.id]=otherRecognizer;otherRecognizer.recognizeWith(this)}return this},dropRecognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRecognizeWith\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);delete this.simultaneous[otherRecognizer.id];return this},requireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"requireFailure\",this)){return this}var requireFail=this.requireFail;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(inArray(requireFail,otherRecognizer)===-1){requireFail.push(otherRecognizer);otherRecognizer.requireFailure(this)}return this},dropRequireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRequireFailure\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);var index=inArray(this.requireFail,otherRecognizer);if(index>-1){this.requireFail.splice(index,1)}return this},hasRequireFailures:function(){return this.requireFail.length>0},canRecognizeWith:function(otherRecognizer){return!!this.simultaneous[otherRecognizer.id]},emit:function(input){var self=this;var state=this.state;function emit(event){self.manager.emit(event,input)}if(state<STATE_ENDED){emit(self.options.event+stateStr(state))}emit(self.options.event);if(input.additionalEvent){emit(input.additionalEvent)}if(state>=STATE_ENDED){emit(self.options.event+stateStr(state))}},tryEmit:function(input){if(this.canEmit()){return this.emit(input)}this.state=STATE_FAILED},canEmit:function(){var i=0;while(i<this.requireFail.length){if(!(this.requireFail[i].state&(STATE_FAILED|STATE_POSSIBLE))){return false}i++}return true},recognize:function(inputData){var inputDataClone=assign({},inputData);if(!boolOrFn(this.options.enable,[this,inputDataClone])){this.reset();this.state=STATE_FAILED;return}if(this.state&(STATE_RECOGNIZED|STATE_CANCELLED|STATE_FAILED)){this.state=STATE_POSSIBLE}this.state=this.process(inputDataClone);if(this.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED|STATE_CANCELLED)){this.tryEmit(inputDataClone)}},process:function(inputData){},getTouchAction:function(){},reset:function(){}};function stateStr(state){if(state&STATE_CANCELLED){return\"cancel\"}else if(state&STATE_ENDED){return\"end\"}else if(state&STATE_CHANGED){return\"move\"}else if(state&STATE_BEGAN){return\"start\"}return\"\"}function directionStr(direction){if(direction==DIRECTION_DOWN){return\"down\"}else if(direction==DIRECTION_UP){return\"up\"}else if(direction==DIRECTION_LEFT){return\"left\"}else if(direction==DIRECTION_RIGHT){return\"right\"}return\"\"}function getRecognizerByNameIfManager(otherRecognizer,recognizer){var manager=recognizer.manager;if(manager){return manager.get(otherRecognizer)}return otherRecognizer}function AttrRecognizer(){Recognizer.apply(this,arguments)}inherit(AttrRecognizer,Recognizer,{defaults:{pointers:1},attrTest:function(input){var optionPointers=this.options.pointers;return optionPointers===0||input.pointers.length===optionPointers},process:function(input){var state=this.state;var eventType=input.eventType;var isRecognized=state&(STATE_BEGAN|STATE_CHANGED);var isValid=this.attrTest(input);if(isRecognized&&(eventType&INPUT_CANCEL||!isValid)){return state|STATE_CANCELLED}else if(isRecognized||isValid){if(eventType&INPUT_END){return state|STATE_ENDED}else if(!(state&STATE_BEGAN)){return STATE_BEGAN}return state|STATE_CHANGED}return STATE_FAILED}});function PanRecognizer(){AttrRecognizer.apply(this,arguments);this.pX=null;this.pY=null}inherit(PanRecognizer,AttrRecognizer,{defaults:{event:\"pan\",threshold:10,pointers:1,direction:DIRECTION_ALL},getTouchAction:function(){var direction=this.options.direction;var actions=[];if(direction&DIRECTION_HORIZONTAL){actions.push(TOUCH_ACTION_PAN_Y)}if(direction&DIRECTION_VERTICAL){actions.push(TOUCH_ACTION_PAN_X)}return actions},directionTest:function(input){var options=this.options;var hasMoved=true;var distance=input.distance;var direction=input.direction;var x=input.deltaX;var y=input.deltaY;if(!(direction&options.direction)){if(options.direction&DIRECTION_HORIZONTAL){direction=x===0?DIRECTION_NONE:x<0?DIRECTION_LEFT:DIRECTION_RIGHT;hasMoved=x!=this.pX;distance=Math.abs(input.deltaX)}else{direction=y===0?DIRECTION_NONE:y<0?DIRECTION_UP:DIRECTION_DOWN;hasMoved=y!=this.pY;distance=Math.abs(input.deltaY)}}input.direction=direction;return hasMoved&&distance>options.threshold&&direction&options.direction},attrTest:function(input){return AttrRecognizer.prototype.attrTest.call(this,input)&&(this.state&STATE_BEGAN||!(this.state&STATE_BEGAN)&&this.directionTest(input))},emit:function(input){this.pX=input.deltaX;this.pY=input.deltaY;var direction=directionStr(input.direction);if(direction){input.additionalEvent=this.options.event+direction}this._super.emit.call(this,input)}});function PinchRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(PinchRecognizer,AttrRecognizer,{defaults:{event:\"pinch\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.scale-1)>this.options.threshold||this.state&STATE_BEGAN)},emit:function(input){if(input.scale!==1){var inOut=input.scale<1?\"in\":\"out\";input.additionalEvent=this.options.event+inOut}this._super.emit.call(this,input)}});function PressRecognizer(){Recognizer.apply(this,arguments);this._timer=null;this._input=null}inherit(PressRecognizer,Recognizer,{defaults:{event:\"press\",pointers:1,time:251,threshold:9},getTouchAction:function(){return[TOUCH_ACTION_AUTO]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTime=input.deltaTime>options.time;this._input=input;if(!validMovement||!validPointers||input.eventType&(INPUT_END|INPUT_CANCEL)&&!validTime){this.reset()}else if(input.eventType&INPUT_START){this.reset();this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.time,this)}else if(input.eventType&INPUT_END){return STATE_RECOGNIZED}return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(input){if(this.state!==STATE_RECOGNIZED){return}if(input&&input.eventType&INPUT_END){this.manager.emit(this.options.event+\"up\",input)}else{this._input.timeStamp=now();this.manager.emit(this.options.event,this._input)}}});function RotateRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(RotateRecognizer,AttrRecognizer,{defaults:{event:\"rotate\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.rotation)>this.options.threshold||this.state&STATE_BEGAN)}});function SwipeRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(SwipeRecognizer,AttrRecognizer,{defaults:{event:\"swipe\",threshold:10,velocity:.3,direction:DIRECTION_HORIZONTAL|DIRECTION_VERTICAL,pointers:1},getTouchAction:function(){return PanRecognizer.prototype.getTouchAction.call(this)},attrTest:function(input){var direction=this.options.direction;var velocity;if(direction&(DIRECTION_HORIZONTAL|DIRECTION_VERTICAL)){velocity=input.overallVelocity}else if(direction&DIRECTION_HORIZONTAL){velocity=input.overallVelocityX}else if(direction&DIRECTION_VERTICAL){velocity=input.overallVelocityY}return this._super.attrTest.call(this,input)&&direction&input.offsetDirection&&input.distance>this.options.threshold&&input.maxPointers==this.options.pointers&&abs(velocity)>this.options.velocity&&input.eventType&INPUT_END},emit:function(input){var direction=directionStr(input.offsetDirection);if(direction){this.manager.emit(this.options.event+direction,input)}this.manager.emit(this.options.event,input)}});function TapRecognizer(){Recognizer.apply(this,arguments);this.pTime=false;this.pCenter=false;this._timer=null;this._input=null;this.count=0}inherit(TapRecognizer,Recognizer,{defaults:{event:\"tap\",pointers:1,taps:1,interval:300,time:250,threshold:9,posThreshold:10},getTouchAction:function(){return[TOUCH_ACTION_MANIPULATION]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTouchTime=input.deltaTime<options.time;this.reset();if(input.eventType&INPUT_START&&this.count===0){return this.failTimeout()}if(validMovement&&validTouchTime&&validPointers){if(input.eventType!=INPUT_END){return this.failTimeout()}var validInterval=this.pTime?input.timeStamp-this.pTime<options.interval:true;var validMultiTap=!this.pCenter||getDistance(this.pCenter,input.center)<options.posThreshold;this.pTime=input.timeStamp;this.pCenter=input.center;if(!validMultiTap||!validInterval){this.count=1}else{this.count+=1}this._input=input;var tapCount=this.count%options.taps;if(tapCount===0){if(!this.hasRequireFailures()){return STATE_RECOGNIZED}else{this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.interval,this);return STATE_BEGAN}}}return STATE_FAILED},failTimeout:function(){this._timer=setTimeoutContext(function(){this.state=STATE_FAILED},this.options.interval,this);return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(){if(this.state==STATE_RECOGNIZED){this._input.tapCount=this.count;this.manager.emit(this.options.event,this._input)}}});function Hammer(element,options){options=options||{};options.recognizers=ifUndefined(options.recognizers,Hammer.defaults.preset);return new Manager(element,options)}Hammer.VERSION=\"2.0.7\";Hammer.defaults={domEvents:false,touchAction:TOUCH_ACTION_COMPUTE,enable:true,inputTarget:null,inputClass:null,preset:[[RotateRecognizer,{enable:false}],[PinchRecognizer,{enable:false},[\"rotate\"]],[SwipeRecognizer,{direction:DIRECTION_HORIZONTAL}],[PanRecognizer,{direction:DIRECTION_HORIZONTAL},[\"swipe\"]],[TapRecognizer],[TapRecognizer,{event:\"doubletap\",taps:2},[\"tap\"]],[PressRecognizer]],cssProps:{userSelect:\"none\",touchSelect:\"none\",touchCallout:\"none\",contentZooming:\"none\",userDrag:\"none\",tapHighlightColor:\"rgba(0,0,0,0)\"}};var STOP=1;var FORCED_STOP=2;function Manager(element,options){this.options=assign({},Hammer.defaults,options||{});this.options.inputTarget=this.options.inputTarget||element;this.handlers={};this.session={};this.recognizers=[];this.oldCssProps={};this.element=element;this.input=createInputInstance(this);this.touchAction=new TouchAction(this,this.options.touchAction);toggleCssProps(this,true);each(this.options.recognizers,function(item){var recognizer=this.add(new item[0](item[1]));item[2]&&recognizer.recognizeWith(item[2]);item[3]&&recognizer.requireFailure(item[3])},this)}Manager.prototype={set:function(options){assign(this.options,options);if(options.touchAction){this.touchAction.update()}if(options.inputTarget){this.input.destroy();this.input.target=options.inputTarget;this.input.init()}return this},stop:function(force){this.session.stopped=force?FORCED_STOP:STOP},recognize:function(inputData){var session=this.session;if(session.stopped){return}this.touchAction.preventDefaults(inputData)\n;var recognizer;var recognizers=this.recognizers;var curRecognizer=session.curRecognizer;if(!curRecognizer||curRecognizer&&curRecognizer.state&STATE_RECOGNIZED){curRecognizer=session.curRecognizer=null}var i=0;while(i<recognizers.length){recognizer=recognizers[i];if(session.stopped!==FORCED_STOP&&(!curRecognizer||recognizer==curRecognizer||recognizer.canRecognizeWith(curRecognizer))){recognizer.recognize(inputData)}else{recognizer.reset()}if(!curRecognizer&&recognizer.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED)){curRecognizer=session.curRecognizer=recognizer}i++}},get:function(recognizer){if(recognizer instanceof Recognizer){return recognizer}var recognizers=this.recognizers;for(var i=0;i<recognizers.length;i++){if(recognizers[i].options.event==recognizer){return recognizers[i]}}return null},add:function(recognizer){if(invokeArrayArg(recognizer,\"add\",this)){return this}var existing=this.get(recognizer.options.event);if(existing){this.remove(existing)}this.recognizers.push(recognizer);recognizer.manager=this;this.touchAction.update();return recognizer},remove:function(recognizer){if(invokeArrayArg(recognizer,\"remove\",this)){return this}recognizer=this.get(recognizer);if(recognizer){var recognizers=this.recognizers;var index=inArray(recognizers,recognizer);if(index!==-1){recognizers.splice(index,1);this.touchAction.update()}}return this},on:function(events,handler){if(events===undefined){return}if(handler===undefined){return}var handlers=this.handlers;each(splitStr(events),function(event){handlers[event]=handlers[event]||[];handlers[event].push(handler)});return this},off:function(events,handler){if(events===undefined){return}var handlers=this.handlers;each(splitStr(events),function(event){if(!handler){delete handlers[event]}else{handlers[event]&&handlers[event].splice(inArray(handlers[event],handler),1)}});return this},emit:function(event,data){if(this.options.domEvents){triggerDomEvent(event,data)}var handlers=this.handlers[event]&&this.handlers[event].slice();if(!handlers||!handlers.length){return}data.type=event;data.preventDefault=function(){data.srcEvent.preventDefault()};var i=0;while(i<handlers.length){handlers[i](data);i++}},destroy:function(){this.element&&toggleCssProps(this,false);this.handlers={};this.session={};this.input.destroy();this.element=null}};function toggleCssProps(manager,add){var element=manager.element;if(!element.style){return}var prop;each(manager.options.cssProps,function(value,name){prop=prefixed(element.style,name);if(add){manager.oldCssProps[prop]=element.style[prop];element.style[prop]=value}else{element.style[prop]=manager.oldCssProps[prop]||\"\"}});if(!add){manager.oldCssProps={}}}function triggerDomEvent(event,data){var gestureEvent=document.createEvent(\"Event\");gestureEvent.initEvent(event,true,true);gestureEvent.gesture=data;data.target.dispatchEvent(gestureEvent)}assign(Hammer,{INPUT_START:INPUT_START,INPUT_MOVE:INPUT_MOVE,INPUT_END:INPUT_END,INPUT_CANCEL:INPUT_CANCEL,STATE_POSSIBLE:STATE_POSSIBLE,STATE_BEGAN:STATE_BEGAN,STATE_CHANGED:STATE_CHANGED,STATE_ENDED:STATE_ENDED,STATE_RECOGNIZED:STATE_RECOGNIZED,STATE_CANCELLED:STATE_CANCELLED,STATE_FAILED:STATE_FAILED,DIRECTION_NONE:DIRECTION_NONE,DIRECTION_LEFT:DIRECTION_LEFT,DIRECTION_RIGHT:DIRECTION_RIGHT,DIRECTION_UP:DIRECTION_UP,DIRECTION_DOWN:DIRECTION_DOWN,DIRECTION_HORIZONTAL:DIRECTION_HORIZONTAL,DIRECTION_VERTICAL:DIRECTION_VERTICAL,DIRECTION_ALL:DIRECTION_ALL,Manager:Manager,Input:Input,TouchAction:TouchAction,TouchInput:TouchInput,MouseInput:MouseInput,PointerEventInput:PointerEventInput,TouchMouseInput:TouchMouseInput,SingleTouchInput:SingleTouchInput,Recognizer:Recognizer,AttrRecognizer:AttrRecognizer,Tap:TapRecognizer,Pan:PanRecognizer,Swipe:SwipeRecognizer,Pinch:PinchRecognizer,Rotate:RotateRecognizer,Press:PressRecognizer,on:addEventListeners,off:removeEventListeners,each:each,merge:merge,extend:extend,assign:assign,inherit:inherit,bindFn:bindFn,prefixed:prefixed});var freeGlobal=typeof window!==\"undefined\"?window:typeof self!==\"undefined\"?self:{};freeGlobal.Hammer=Hammer;if(true){!(__WEBPACK_AMD_DEFINE_RESULT__=function(){return Hammer}.call(exports,__webpack_require__,exports,module),__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof module!=\"undefined\"&&module.exports){module.exports=Hammer}else{window[exportName]=Hammer}})(window,document,\"Hammer\")},function(module,exports,__webpack_require__){\"use strict\";exports.util=__webpack_require__(2);exports.DOMutil=__webpack_require__(14);exports.DataSet=__webpack_require__(11);exports.DataView=__webpack_require__(12);exports.Queue=__webpack_require__(43);exports.Timeline=__webpack_require__(178);exports.Graph2d=__webpack_require__(180);exports.timeline={Core:__webpack_require__(65),DateUtil:__webpack_require__(36),Range:__webpack_require__(64),stack:__webpack_require__(100),TimeStep:__webpack_require__(66),components:{items:{Item:__webpack_require__(38),BackgroundItem:__webpack_require__(103),BoxItem:__webpack_require__(101),PointItem:__webpack_require__(102),RangeItem:__webpack_require__(70)},BackgroundGroup:__webpack_require__(69),Component:__webpack_require__(16),CurrentTime:__webpack_require__(67),CustomTime:__webpack_require__(46),DataAxis:__webpack_require__(107),DataScale:__webpack_require__(108),GraphGroup:__webpack_require__(109),Group:__webpack_require__(68),ItemSet:__webpack_require__(99),Legend:__webpack_require__(112),LineGraph:__webpack_require__(106),TimeAxis:__webpack_require__(45)}};exports.moment=__webpack_require__(9);exports.Hammer=__webpack_require__(10);exports.keycharm=__webpack_require__(35)},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(9);var util=__webpack_require__(2);var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var Range=__webpack_require__(64);var Core=__webpack_require__(65);var TimeAxis=__webpack_require__(45);var CurrentTime=__webpack_require__(67);var CustomTime=__webpack_require__(46);var ItemSet=__webpack_require__(99);var printStyle=__webpack_require__(15).printStyle;var allOptions=__webpack_require__(105).allOptions;var configureOptions=__webpack_require__(105).configureOptions;var Configurator=__webpack_require__(71)[\"default\"];var Validator=__webpack_require__(15)[\"default\"];function Timeline(container,items,groups,options){if(!(this instanceof Timeline)){throw new SyntaxError(\"Constructor must be called with the new operator\")}if(!(Array.isArray(groups)||groups instanceof DataSet||groups instanceof DataView)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}if(options&&options.throttleRedraw){console.warn('Timeline option \"throttleRedraw\" is DEPRICATED and no longer supported. It will be removed in the next MAJOR release.')}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},moment:moment,width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);if(!options||options&&typeof options.rtl==\"undefined\"){this.dom.root.style.visibility=\"hidden\";var directionFromDom,domNode=this.dom.root;while(!directionFromDom&&domNode){directionFromDom=window.getComputedStyle(domNode,null).direction;domNode=domNode.parentElement}this.options.rtl=directionFromDom&&directionFromDom.toLowerCase()==\"rtl\"}else{this.options.rtl=options.rtl}this.options.rollingMode=options&&options.rollingMode;this.options.onInitialDrawComplete=options&&options.onInitialDrawComplete;this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{getScale:function getScale(){return me.timeAxis.step.scale},getStep:function getStep(){return me.timeAxis.step.step},toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body,this.options);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body,this.options);this.timeAxis2=null;this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body,this.options);this.components.push(this.currentTime);this.itemSet=new ItemSet(this.body,this.options);this.components.push(this.itemSet);this.itemsData=null;this.groupsData=null;this.dom.root.onclick=function(event){me.emit(\"click\",me.getEventProperties(event))};this.dom.root.ondblclick=function(event){me.emit(\"doubleClick\",me.getEventProperties(event))};this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};this.dom.root.onmouseover=function(event){me.emit(\"mouseOver\",me.getEventProperties(event))};if(window.PointerEvent){this.dom.root.onpointerdown=function(event){me.emit(\"mouseDown\",me.getEventProperties(event))};this.dom.root.onpointermove=function(event){me.emit(\"mouseMove\",me.getEventProperties(event))};this.dom.root.onpointerup=function(event){me.emit(\"mouseUp\",me.getEventProperties(event))}}else{this.dom.root.onmousemove=function(event){me.emit(\"mouseMove\",me.getEventProperties(event))};this.dom.root.onmousedown=function(event){me.emit(\"mouseDown\",me.getEventProperties(event))};this.dom.root.onmouseup=function(event){me.emit(\"mouseUp\",me.getEventProperties(event))}}this.initialFitDone=false;this.on(\"changed\",function(){if(this.itemsData==null||this.options.rollingMode)return;if(!me.initialFitDone){me.initialFitDone=true;if(me.options.start!=undefined||me.options.end!=undefined){if(me.options.start==undefined||me.options.end==undefined){var range=me.getItemRange()}var start=me.options.start!=undefined?me.options.start:range.min;var end=me.options.end!=undefined?me.options.end:range.max;me.setWindow(start,end,{animation:false})}else{me.fit({animation:false})}}if(!me.initialDrawDone&&me.initialRangeChangeDone){me.initialDrawDone=true;me.dom.root.style.visibility=\"visible\";if(me.options.onInitialDrawComplete){setTimeout(function(){return me.options.onInitialDrawComplete()},0)}}});if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}this._redraw()}Timeline.prototype=new Core;Timeline.prototype._createConfigurator=function(){return new Configurator(this,this.dom.container,configureOptions)};Timeline.prototype.redraw=function(){this.itemSet&&this.itemSet.markDirty({refreshItems:true});this._redraw()};Timeline.prototype.setOptions=function(options){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options);if(\"type\"in options){if(options.type!==this.options.type){this.options.type=options.type;var itemsData=this.itemsData;if(itemsData){var selection=this.getSelection();this.setItems(null);this.setItems(itemsData);this.setSelection(selection)}}}};Timeline.prototype.setItems=function(items){var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.itemSet&&this.itemSet.setItems(newDataSet)};Timeline.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else{var filter=function filter(group){return group.visible!==false};if(groups instanceof DataSet||groups instanceof DataView){newDataSet=new DataView(groups,{filter:filter})}else{newDataSet=new DataSet(groups.filter(filter))}}this.groupsData=newDataSet;this.itemSet.setGroups(newDataSet)};Timeline.prototype.setData=function(data){if(data&&data.groups){this.setGroups(data.groups)}if(data&&data.items){this.setItems(data.items)}};Timeline.prototype.setSelection=function(ids,options){this.itemSet&&this.itemSet.setSelection(ids);if(options&&options.focus){this.focus(ids,options)}};Timeline.prototype.getSelection=function(){return this.itemSet&&this.itemSet.getSelection()||[]};Timeline.prototype.focus=function(id,options){if(!this.itemsData||id==undefined)return;var ids=Array.isArray(id)?id:[id];var itemsData=this.itemsData.getDataSet().get(ids,{type:{start:\"Date\",end:\"Date\"}});var start=null;var end=null;itemsData.forEach(function(itemData){var s=itemData.start.valueOf();var e=\"end\"in itemData?itemData.end.valueOf():itemData.start.valueOf();if(start===null||s<start){start=s}if(end===null||e>end){end=e}});if(start!==null&&end!==null){var me=this;var item=this.itemSet.items[ids[0]];var startPos=this._getScrollTop()*-1;var initialVerticalScroll=null;var verticalAnimationFrame=function verticalAnimationFrame(ease,willDraw,done){var verticalScroll=getItemVerticalScroll(me,item);if(!initialVerticalScroll){initialVerticalScroll=verticalScroll}if(initialVerticalScroll.itemTop==verticalScroll.itemTop&&!initialVerticalScroll.shouldScroll){return}else if(initialVerticalScroll.itemTop!=verticalScroll.itemTop&&verticalScroll.shouldScroll){initialVerticalScroll=verticalScroll;startPos=me._getScrollTop()*-1}var from=startPos;var to=initialVerticalScroll.scrollOffset;var scrollTop=done?to:from+(to-from)*ease;me._setScrollTop(-scrollTop);if(!willDraw){me._redraw()}};var setFinalVerticalPosition=function setFinalVerticalPosition(){var finalVerticalScroll=getItemVerticalScroll(me,item);if(finalVerticalScroll.shouldScroll&&finalVerticalScroll.itemTop!=initialVerticalScroll.itemTop){me._setScrollTop(-finalVerticalScroll.scrollOffset);me._redraw()}};var finalVerticalCallback=function finalVerticalCallback(){setFinalVerticalPosition();setTimeout(setFinalVerticalPosition,100)};var middle=(start+end)/2;var interval=Math.max(this.range.end-this.range.start,(end-start)*1.1);var animation=options&&options.animation!==undefined?options.animation:true;if(!animation){initialVerticalScroll={shouldScroll:false,scrollOffset:-1,itemTop:-1}}this.range.setRange(middle-interval/2,middle+interval/2,{animation:animation},finalVerticalCallback,verticalAnimationFrame)}};Timeline.prototype.fit=function(options,callback){var animation=options&&options.animation!==undefined?options.animation:true;var range;var dataset=this.itemsData&&this.itemsData.getDataSet();if(dataset.length===1&&dataset.get()[0].end===undefined){range=this.getDataRange();this.moveTo(range.min.valueOf(),{animation:animation},callback)}else{range=this.getItemRange();this.range.setRange(range.min,range.max,{animation:animation},callback)}};function getStart(item){return util.convert(item.data.start,\"Date\").valueOf()}function getEnd(item){var end=item.data.end!=undefined?item.data.end:item.data.start;return util.convert(end,\"Date\").valueOf()}function getItemVerticalScroll(timeline,item){var leftHeight=timeline.props.leftContainer.height;var contentHeight=timeline.props.left.height;var group=item.parent;var offset=group.top;var shouldScroll=true;var orientation=timeline.timeAxis.options.orientation.axis;var itemTop=function itemTop(){if(orientation==\"bottom\"){return group.height-item.top-item.height}else{return item.top}};var currentScrollHeight=timeline._getScrollTop()*-1;var targetOffset=offset+itemTop();var height=item.height;if(targetOffset<currentScrollHeight){if(offset+leftHeight<=offset+itemTop()+height){offset+=itemTop()-timeline.itemSet.options.margin.item.vertical}}else if(targetOffset+height>currentScrollHeight+leftHeight){offset+=itemTop()+height-leftHeight+timeline.itemSet.options.margin.item.vertical}else{shouldScroll=false}offset=Math.min(offset,contentHeight-leftHeight);return{shouldScroll:shouldScroll,scrollOffset:offset,itemTop:targetOffset}}Timeline.prototype.getItemRange=function(){var range=this.getDataRange();var min=range.min!==null?range.min.valueOf():null;var max=range.max!==null?range.max.valueOf():null;var minItem=null;var maxItem=null;if(min!=null&&max!=null){var interval=max-min;if(interval<=0){interval=10}var factor=interval/this.props.center.width;var redrawQueue={};var redrawQueueLength=0;util.forEach(this.itemSet.items,function(item,key){if(item.groupShowing){var returnQueue=true;redrawQueue[key]=item.redraw(returnQueue);redrawQueueLength=redrawQueue[key].length}});var needRedraw=redrawQueueLength>0;if(needRedraw){for(var i=0;i<redrawQueueLength;i++){util.forEach(redrawQueue,function(fns){fns[i]()})}}util.forEach(this.itemSet.items,function(item){var start=getStart(item);var end=getEnd(item);var startSide;var endSide;if(this.options.rtl){startSide=start-(item.getWidthRight()+10)*factor;endSide=end+(item.getWidthLeft()+10)*factor}else{startSide=start-(item.getWidthLeft()+10)*factor;endSide=end+(item.getWidthRight()+10)*factor}if(startSide<min){min=startSide;minItem=item}if(endSide>max){max=endSide;maxItem=item}}.bind(this));if(minItem&&maxItem){var lhs=minItem.getWidthLeft()+10;var rhs=maxItem.getWidthRight()+10;var delta=this.props.center.width-lhs-rhs;if(delta>0){if(this.options.rtl){min=getStart(minItem)-rhs*interval/delta;max=getEnd(maxItem)+lhs*interval/delta}else{min=getStart(minItem)-lhs*interval/delta;max=getEnd(maxItem)+rhs*interval/delta}}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getDataRange=function(){var min=null;var max=null;var dataset=this.itemsData&&this.itemsData.getDataSet();if(dataset){dataset.forEach(function(item){var start=util.convert(item.start,\"Date\").valueOf();var end=util.convert(item.end!=undefined?item.end:item.start,\"Date\").valueOf();if(min===null||start<min){min=start}if(max===null||end>max){max=end}})}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x;if(this.options.rtl){x=util.getAbsoluteRight(this.dom.centerContainer)-clientX}else{x=clientX-util.getAbsoluteLeft(this.dom.centerContainer)}var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var item=this.itemSet.itemFromTarget(event);var group=this.itemSet.groupFromTarget(event);var customTime=CustomTime.customTimeFromTarget(event);var snap=this.itemSet.options.snap||null;var scale=this.body.util.getScale();var step=this.body.util.getStep();var time=this._toTime(x);var snappedTime=snap?snap(time,scale,step):time;var element=util.getTarget(event);var what=null;if(item!=null){what=\"item\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.itemSet.dom.labelSet)){what=\"group-label\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}return{event:event,item:item?item.id:null,group:group?group.groupId:null,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,snappedTime:snappedTime}};Timeline.prototype.toggleRollingMode=function(){if(this.range.rolling){this.range.stopRolling()}else{if(this.options.rollingMode==undefined){this.setOptions(this.options)}this.range.startRolling()}};module.exports=Timeline},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Hammer=__webpack_require__(10);var hammerUtil=__webpack_require__(37);var util=__webpack_require__(2);var ColorPicker=function(){function ColorPicker(){var pixelRatio=arguments.length>0&&arguments[0]!==undefined?arguments[0]:1;(0,_classCallCheck3[\"default\"])(this,ColorPicker);this.pixelRatio=pixelRatio;this.generated=false;this.centerCoordinates={x:289/2,y:289/2};this.r=289*.49;this.color={r:255,g:255,b:255,a:1};this.hueCircle=undefined;this.initialColor={r:255,g:255,b:255,a:1};this.previousColor=undefined;this.applied=false;this.updateCallback=function(){};this.closeCallback=function(){};this._create()}(0,_createClass3[\"default\"])(ColorPicker,[{key:\"insertTo\",value:function insertTo(container){if(this.hammer!==undefined){this.hammer.destroy();this.hammer=undefined}this.container=container;this.container.appendChild(this.frame);this._bindHammer();this._setSize()}},{key:\"setUpdateCallback\",value:function setUpdateCallback(callback){if(typeof callback===\"function\"){this.updateCallback=callback}else{throw new Error(\"Function attempted to set as colorPicker update callback is not a function.\")}}},{key:\"setCloseCallback\",value:function setCloseCallback(callback){if(typeof callback===\"function\"){this.closeCallback=callback}else{throw new Error(\"Function attempted to set as colorPicker closing callback is not a function.\")}}},{key:\"_isColorString\",value:function _isColorString(color){var htmlColors={black:\"#000000\",navy:\"#000080\",darkblue:\"#00008B\",mediumblue:\"#0000CD\",blue:\"#0000FF\",darkgreen:\"#006400\",green:\"#008000\",teal:\"#008080\",darkcyan:\"#008B8B\",deepskyblue:\"#00BFFF\",darkturquoise:\"#00CED1\",mediumspringgreen:\"#00FA9A\",lime:\"#00FF00\",springgreen:\"#00FF7F\",aqua:\"#00FFFF\",cyan:\"#00FFFF\",midnightblue:\"#191970\",dodgerblue:\"#1E90FF\",lightseagreen:\"#20B2AA\",forestgreen:\"#228B22\",seagreen:\"#2E8B57\",darkslategray:\"#2F4F4F\",limegreen:\"#32CD32\",mediumseagreen:\"#3CB371\",turquoise:\"#40E0D0\",royalblue:\"#4169E1\",steelblue:\"#4682B4\",darkslateblue:\"#483D8B\",mediumturquoise:\"#48D1CC\",indigo:\"#4B0082\",darkolivegreen:\"#556B2F\",cadetblue:\"#5F9EA0\",cornflowerblue:\"#6495ED\",mediumaquamarine:\"#66CDAA\",dimgray:\"#696969\",slateblue:\"#6A5ACD\",olivedrab:\"#6B8E23\",slategray:\"#708090\",lightslategray:\"#778899\",mediumslateblue:\"#7B68EE\",lawngreen:\"#7CFC00\",chartreuse:\"#7FFF00\",aquamarine:\"#7FFFD4\",maroon:\"#800000\",purple:\"#800080\",olive:\"#808000\",gray:\"#808080\",skyblue:\"#87CEEB\",lightskyblue:\"#87CEFA\",blueviolet:\"#8A2BE2\",darkred:\"#8B0000\",darkmagenta:\"#8B008B\",saddlebrown:\"#8B4513\",darkseagreen:\"#8FBC8F\",lightgreen:\"#90EE90\",mediumpurple:\"#9370D8\",darkviolet:\"#9400D3\",palegreen:\"#98FB98\",darkorchid:\"#9932CC\",yellowgreen:\"#9ACD32\",sienna:\"#A0522D\",brown:\"#A52A2A\",darkgray:\"#A9A9A9\",lightblue:\"#ADD8E6\",greenyellow:\"#ADFF2F\",paleturquoise:\"#AFEEEE\",lightsteelblue:\"#B0C4DE\",powderblue:\"#B0E0E6\",firebrick:\"#B22222\",darkgoldenrod:\"#B8860B\",mediumorchid:\"#BA55D3\",rosybrown:\"#BC8F8F\",darkkhaki:\"#BDB76B\",silver:\"#C0C0C0\",mediumvioletred:\"#C71585\",indianred:\"#CD5C5C\",peru:\"#CD853F\",chocolate:\"#D2691E\",tan:\"#D2B48C\",lightgrey:\"#D3D3D3\",palevioletred:\"#D87093\",thistle:\"#D8BFD8\",orchid:\"#DA70D6\",goldenrod:\"#DAA520\",crimson:\"#DC143C\",gainsboro:\"#DCDCDC\",plum:\"#DDA0DD\",burlywood:\"#DEB887\",lightcyan:\"#E0FFFF\",lavender:\"#E6E6FA\",darksalmon:\"#E9967A\",violet:\"#EE82EE\",palegoldenrod:\"#EEE8AA\",lightcoral:\"#F08080\",khaki:\"#F0E68C\",aliceblue:\"#F0F8FF\",honeydew:\"#F0FFF0\",azure:\"#F0FFFF\",sandybrown:\"#F4A460\",wheat:\"#F5DEB3\",beige:\"#F5F5DC\",whitesmoke:\"#F5F5F5\",mintcream:\"#F5FFFA\",ghostwhite:\"#F8F8FF\",salmon:\"#FA8072\",antiquewhite:\"#FAEBD7\",linen:\"#FAF0E6\",lightgoldenrodyellow:\"#FAFAD2\",oldlace:\"#FDF5E6\",red:\"#FF0000\",fuchsia:\"#FF00FF\",magenta:\"#FF00FF\",deeppink:\"#FF1493\",orangered:\"#FF4500\",tomato:\"#FF6347\",hotpink:\"#FF69B4\",coral:\"#FF7F50\",darkorange:\"#FF8C00\",lightsalmon:\"#FFA07A\",orange:\"#FFA500\",lightpink:\"#FFB6C1\",pink:\"#FFC0CB\",gold:\"#FFD700\",peachpuff:\"#FFDAB9\",navajowhite:\"#FFDEAD\",moccasin:\"#FFE4B5\",bisque:\"#FFE4C4\",mistyrose:\"#FFE4E1\",blanchedalmond:\"#FFEBCD\",papayawhip:\"#FFEFD5\",lavenderblush:\"#FFF0F5\",seashell:\"#FFF5EE\",cornsilk:\"#FFF8DC\",lemonchiffon:\"#FFFACD\",floralwhite:\"#FFFAF0\",snow:\"#FFFAFA\",yellow:\"#FFFF00\",lightyellow:\"#FFFFE0\",ivory:\"#FFFFF0\",white:\"#FFFFFF\"};if(typeof color===\"string\"){return htmlColors[color]}}},{key:\"setColor\",value:function setColor(color){var setInitial=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(color===\"none\"){return}var rgba=void 0;var htmlColor=this._isColorString(color);if(htmlColor!==undefined){color=htmlColor}if(util.isString(color)===true){if(util.isValidRGB(color)===true){var rgbaArray=color.substr(4).substr(0,color.length-5).split(\",\");rgba={r:rgbaArray[0],g:rgbaArray[1],b:rgbaArray[2],a:1}}else if(util.isValidRGBA(color)===true){var _rgbaArray=color.substr(5).substr(0,color.length-6).split(\",\");rgba={r:_rgbaArray[0],g:_rgbaArray[1],b:_rgbaArray[2],a:_rgbaArray[3]}}else if(util.isValidHex(color)===true){var rgbObj=util.hexToRGB(color);rgba={r:rgbObj.r,g:rgbObj.g,b:rgbObj.b,a:1}}}else{if(color instanceof Object){if(color.r!==undefined&&color.g!==undefined&&color.b!==undefined){var alpha=color.a!==undefined?color.a:\"1.0\";rgba={r:color.r,g:color.g,b:color.b,a:alpha}}}}if(rgba===undefined){throw new Error(\"Unknown color passed to the colorPicker. Supported are strings: rgb, hex, rgba. Object: rgb ({r:r,g:g,b:b,[a:a]}). Supplied: \"+(0,_stringify2[\"default\"])(color))}else{this._setColor(rgba,setInitial)}}},{key:\"show\",value:function show(){if(this.closeCallback!==undefined){this.closeCallback();this.closeCallback=undefined}this.applied=false;this.frame.style.display=\"block\";this._generateHueCircle()}},{key:\"_hide\",value:function _hide(){var _this=this;var storePrevious=arguments.length>0&&arguments[0]!==undefined?arguments[0]:true;if(storePrevious===true){this.previousColor=util.extend({},this.color)}if(this.applied===true){this.updateCallback(this.initialColor)}this.frame.style.display=\"none\";setTimeout(function(){if(_this.closeCallback!==undefined){_this.closeCallback();_this.closeCallback=undefined}},0)}},{key:\"_save\",value:function _save(){this.updateCallback(this.color);this.applied=false;this._hide()}},{key:\"_apply\",value:function _apply(){this.applied=true;this.updateCallback(this.color);this._updatePicker(this.color)}},{key:\"_loadLast\",value:function _loadLast(){if(this.previousColor!==undefined){this.setColor(this.previousColor,false)}else{alert(\"There is no last color to load...\")}}},{key:\"_setColor\",value:function _setColor(rgba){var setInitial=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(setInitial===true){this.initialColor=util.extend({},rgba)}this.color=rgba;var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var angleConvert=2*Math.PI;var radius=this.r*hsv.s;var x=this.centerCoordinates.x+radius*Math.sin(angleConvert*hsv.h);var y=this.centerCoordinates.y+radius*Math.cos(angleConvert*hsv.h);this.colorPickerSelector.style.left=x-.5*this.colorPickerSelector.clientWidth+\"px\";this.colorPickerSelector.style.top=y-.5*this.colorPickerSelector.clientHeight+\"px\";this._updatePicker(rgba)}},{key:\"_setOpacity\",value:function _setOpacity(value){this.color.a=value/100;this._updatePicker(this.color)}},{key:\"_setBrightness\",value:function _setBrightness(value){var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.v=value/100;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this._updatePicker()}},{key:\"_updatePicker\",value:function _updatePicker(){var rgba=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.color;var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);ctx.putImageData(this.hueCircle,0,0);ctx.fillStyle=\"rgba(0,0,0,\"+(1-hsv.v)+\")\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.fill();this.brightnessRange.value=100*hsv.v;this.opacityRange.value=100*rgba.a;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}},{key:\"_setSize\",value:function _setSize(){this.colorPickerCanvas.style.width=\"100%\";this.colorPickerCanvas.style.height=\"100%\";this.colorPickerCanvas.width=289*this.pixelRatio;this.colorPickerCanvas.height=289*this.pixelRatio}},{key:\"_create\",value:function _create(){this.frame=document.createElement(\"div\");this.frame.className=\"vis-color-picker\";this.colorPickerDiv=document.createElement(\"div\");this.colorPickerSelector=document.createElement(\"div\");this.colorPickerSelector.className=\"vis-selector\";this.colorPickerDiv.appendChild(this.colorPickerSelector);this.colorPickerCanvas=document.createElement(\"canvas\");this.colorPickerDiv.appendChild(this.colorPickerCanvas);if(!this.colorPickerCanvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.colorPickerCanvas.appendChild(noCanvas)}else{var ctx=this.colorPickerCanvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.colorPickerCanvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.colorPickerDiv.className=\"vis-color\";this.opacityDiv=document.createElement(\"div\");this.opacityDiv.className=\"vis-opacity\";this.brightnessDiv=document.createElement(\"div\");this.brightnessDiv.className=\"vis-brightness\";this.arrowDiv=document.createElement(\"div\");this.arrowDiv.className=\"vis-arrow\";this.opacityRange=document.createElement(\"input\");try{this.opacityRange.type=\"range\";this.opacityRange.min=\"0\";this.opacityRange.max=\"100\"}catch(err){}this.opacityRange.value=\"100\";this.opacityRange.className=\"vis-range\";this.brightnessRange=document.createElement(\"input\");try{this.brightnessRange.type=\"range\";this.brightnessRange.min=\"0\";this.brightnessRange.max=\"100\"}catch(err){}this.brightnessRange.value=\"100\";this.brightnessRange.className=\"vis-range\";this.opacityDiv.appendChild(this.opacityRange);this.brightnessDiv.appendChild(this.brightnessRange);var me=this;this.opacityRange.onchange=function(){me._setOpacity(this.value)};this.opacityRange.oninput=function(){me._setOpacity(this.value)};this.brightnessRange.onchange=function(){me._setBrightness(this.value)};this.brightnessRange.oninput=function(){me._setBrightness(this.value)};this.brightnessLabel=document.createElement(\"div\");this.brightnessLabel.className=\"vis-label vis-brightness\";this.brightnessLabel.innerHTML=\"brightness:\";this.opacityLabel=document.createElement(\"div\");this.opacityLabel.className=\"vis-label vis-opacity\";this.opacityLabel.innerHTML=\"opacity:\";this.newColorDiv=document.createElement(\"div\");this.newColorDiv.className=\"vis-new-color\";this.newColorDiv.innerHTML=\"new\";this.initialColorDiv=document.createElement(\"div\");this.initialColorDiv.className=\"vis-initial-color\";this.initialColorDiv.innerHTML=\"initial\";this.cancelButton=document.createElement(\"div\");this.cancelButton.className=\"vis-button vis-cancel\";this.cancelButton.innerHTML=\"cancel\";this.cancelButton.onclick=this._hide.bind(this,false);this.applyButton=document.createElement(\"div\");this.applyButton.className=\"vis-button vis-apply\";this.applyButton.innerHTML=\"apply\";this.applyButton.onclick=this._apply.bind(this);this.saveButton=document.createElement(\"div\");this.saveButton.className=\"vis-button vis-save\";this.saveButton.innerHTML=\"save\";this.saveButton.onclick=this._save.bind(this);this.loadButton=document.createElement(\"div\");this.loadButton.className=\"vis-button vis-load\";this.loadButton.innerHTML=\"load last\";this.loadButton.onclick=this._loadLast.bind(this)\n;this.frame.appendChild(this.colorPickerDiv);this.frame.appendChild(this.arrowDiv);this.frame.appendChild(this.brightnessLabel);this.frame.appendChild(this.brightnessDiv);this.frame.appendChild(this.opacityLabel);this.frame.appendChild(this.opacityDiv);this.frame.appendChild(this.newColorDiv);this.frame.appendChild(this.initialColorDiv);this.frame.appendChild(this.cancelButton);this.frame.appendChild(this.applyButton);this.frame.appendChild(this.saveButton);this.frame.appendChild(this.loadButton)}},{key:\"_bindHammer\",value:function _bindHammer(){var _this2=this;this.drag={};this.pinch={};this.hammer=new Hammer(this.colorPickerCanvas);this.hammer.get(\"pinch\").set({enable:true});hammerUtil.onTouch(this.hammer,function(event){_this2._moveSelector(event)});this.hammer.on(\"tap\",function(event){_this2._moveSelector(event)});this.hammer.on(\"panstart\",function(event){_this2._moveSelector(event)});this.hammer.on(\"panmove\",function(event){_this2._moveSelector(event)});this.hammer.on(\"panend\",function(event){_this2._moveSelector(event)})}},{key:\"_generateHueCircle\",value:function _generateHueCircle(){if(this.generated===false){var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);var x=void 0,y=void 0,hue=void 0,sat=void 0;this.centerCoordinates={x:w*.5,y:h*.5};this.r=.49*w;var angleConvert=2*Math.PI/360;var hfac=1/360;var sfac=1/this.r;var rgb=void 0;for(hue=0;hue<360;hue++){for(sat=0;sat<this.r;sat++){x=this.centerCoordinates.x+sat*Math.sin(angleConvert*hue);y=this.centerCoordinates.y+sat*Math.cos(angleConvert*hue);rgb=util.HSVToRGB(hue*hfac,sat*sfac,1);ctx.fillStyle=\"rgb(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\")\";ctx.fillRect(x-.5,y-.5,2,2)}}ctx.strokeStyle=\"rgba(0,0,0,1)\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.stroke();this.hueCircle=ctx.getImageData(0,0,w,h)}this.generated=true}},{key:\"_moveSelector\",value:function _moveSelector(event){var rect=this.colorPickerDiv.getBoundingClientRect();var left=event.center.x-rect.left;var top=event.center.y-rect.top;var centerY=.5*this.colorPickerDiv.clientHeight;var centerX=.5*this.colorPickerDiv.clientWidth;var x=left-centerX;var y=top-centerY;var angle=Math.atan2(x,y);var radius=.98*Math.min(Math.sqrt(x*x+y*y),centerX);var newTop=Math.cos(angle)*radius+centerY;var newLeft=Math.sin(angle)*radius+centerX;this.colorPickerSelector.style.top=newTop-.5*this.colorPickerSelector.clientHeight+\"px\";this.colorPickerSelector.style.left=newLeft-.5*this.colorPickerSelector.clientWidth+\"px\";var h=angle/(2*Math.PI);h=h<0?h+1:h;var s=radius/this.r;var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.h=h;hsv.s=s;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}}]);return ColorPicker}();exports[\"default\"]=ColorPicker},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(9);var util=__webpack_require__(2);var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var Range=__webpack_require__(64);var Core=__webpack_require__(65);var TimeAxis=__webpack_require__(45);var CurrentTime=__webpack_require__(67);var CustomTime=__webpack_require__(46);var LineGraph=__webpack_require__(106);var printStyle=__webpack_require__(15).printStyle;var allOptions=__webpack_require__(113).allOptions;var configureOptions=__webpack_require__(113).configureOptions;var Configurator=__webpack_require__(71)[\"default\"];var Validator=__webpack_require__(15)[\"default\"];function Graph2d(container,items,groups,options){if(!(Array.isArray(groups)||groups instanceof DataSet||groups instanceof DataView)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}if(options&&options.throttleRedraw){console.warn('Graph2d option \"throttleRedraw\" is DEPRICATED and no longer supported. It will be removed in the next MAJOR release.')}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},moment:moment,width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.linegraph=new LineGraph(this.body);this.components.push(this.linegraph);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}this._redraw()}Graph2d.prototype=new Core;Graph2d.prototype.setOptions=function(options){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options)};Graph2d.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.linegraph&&this.linegraph.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){var start=this.options.start!=undefined?this.options.start:null;var end=this.options.end!=undefined?this.options.end:null;this.setWindow(start,end,{animation:false})}else{this.fit({animation:false})}}};Graph2d.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.linegraph.setGroups(newDataSet)};Graph2d.prototype.getLegend=function(groupId,width,height){if(width===undefined){width=15}if(height===undefined){height=15}if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].getLegend(width,height)}else{return\"cannot find group:'\"+groupId+\"'\"}};Graph2d.prototype.isGroupVisible=function(groupId){if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].visible&&(this.linegraph.options.groups.visibility[groupId]===undefined||this.linegraph.options.groups.visibility[groupId]==true)}else{return false}};Graph2d.prototype.getDataRange=function(){var min=null;var max=null;for(var groupId in this.linegraph.groups){if(this.linegraph.groups.hasOwnProperty(groupId)){if(this.linegraph.groups[groupId].visible==true){for(var i=0;i<this.linegraph.groups[groupId].itemsData.length;i++){var item=this.linegraph.groups[groupId].itemsData[i];var value=util.convert(item.x,\"Date\").valueOf();min=min==null?value:min>value?value:min;max=max==null?value:max<value?value:max}}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Graph2d.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer);var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var time=this._toTime(x);var customTime=CustomTime.customTimeFromTarget(event);var element=util.getTarget(event);var what=null;if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.linegraph.yAxisLeft.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.yAxisRight.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.legendLeft.dom.frame)){what=\"legend\"}else if(util.hasParent(element,this.linegraph.legendRight.dom.frame)){what=\"legend\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}var value=[];var yAxisLeft=this.linegraph.yAxisLeft;var yAxisRight=this.linegraph.yAxisRight;if(!yAxisLeft.hidden&&this.itemsData.length>0){value.push(yAxisLeft.screenToValue(y))}if(!yAxisRight.hidden&&this.itemsData.length>0){value.push(yAxisRight.screenToValue(y))}return{event:event,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,value:value}};Graph2d.prototype._createConfigurator=function(){return new Configurator(this,this.dom.container,configureOptions)};module.exports=Graph2d},function(module,exports,__webpack_require__){\"use strict\";exports.util=__webpack_require__(2);exports.DOMutil=__webpack_require__(14);exports.DataSet=__webpack_require__(11);exports.DataView=__webpack_require__(12);exports.Queue=__webpack_require__(43);exports.Network=__webpack_require__(182);exports.network={Images:__webpack_require__(116),dotparser:__webpack_require__(114),gephiParser:__webpack_require__(115),allOptions:__webpack_require__(122)};exports.network.convertDot=function(input){return exports.network.dotparser.DOTToGraph(input)};exports.network.convertGephi=function(input,options){return exports.network.gephiParser.parseGephi(input,options)};exports.moment=__webpack_require__(9);exports.Hammer=__webpack_require__(10);exports.keycharm=__webpack_require__(35)},function(module,exports,__webpack_require__){\"use strict\";__webpack_require__(183);var Emitter=__webpack_require__(44);var util=__webpack_require__(2);var dotparser=__webpack_require__(114);var gephiParser=__webpack_require__(115);var Activator=__webpack_require__(97);var locales=__webpack_require__(184);var Images=__webpack_require__(116)[\"default\"];var Groups=__webpack_require__(186)[\"default\"];var NodesHandler=__webpack_require__(187)[\"default\"];var EdgesHandler=__webpack_require__(214)[\"default\"];var PhysicsEngine=__webpack_require__(220)[\"default\"];var ClusterEngine=__webpack_require__(227)[\"default\"];var CanvasRenderer=__webpack_require__(229)[\"default\"];var Canvas=__webpack_require__(230)[\"default\"];var View=__webpack_require__(231)[\"default\"];var InteractionHandler=__webpack_require__(232)[\"default\"];var SelectionHandler=__webpack_require__(234)[\"default\"];var LayoutEngine=__webpack_require__(235)[\"default\"];var ManipulationSystem=__webpack_require__(237)[\"default\"];var Configurator=__webpack_require__(71)[\"default\"];var Validator=__webpack_require__(15)[\"default\"];var _require=__webpack_require__(15),printStyle=_require.printStyle;var _require2=__webpack_require__(122),allOptions=_require2.allOptions,configureOptions=_require2.configureOptions;var KamadaKawai=__webpack_require__(238)[\"default\"];function Network(container,data,options){var _this=this;if(!(this instanceof Network)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.options={};this.defaultOptions={locale:\"en\",locales:locales,clickToUse:false};util.extend(this.options,this.defaultOptions);this.body={container:container,nodes:{},nodeIndices:[],edges:{},edgeIndices:[],emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this),once:this.once.bind(this)},eventListeners:{onTap:function onTap(){},onTouch:function onTouch(){},onDoubleTap:function onDoubleTap(){},onHold:function onHold(){},onDragStart:function onDragStart(){},onDrag:function onDrag(){},onDragEnd:function onDragEnd(){},onMouseWheel:function onMouseWheel(){},onPinch:function onPinch(){},onMouseMove:function onMouseMove(){},onRelease:function onRelease(){},onContext:function onContext(){}},data:{nodes:null,edges:null},functions:{createNode:function createNode(){},createEdge:function createEdge(){},getPointer:function getPointer(){}},modules:{},view:{scale:1,translation:{x:0,y:0}}};this.bindEventListeners();this.images=new Images(function(){return _this.body.emitter.emit(\"_requestRedraw\")});this.groups=new Groups;this.canvas=new Canvas(this.body);this.selectionHandler=new SelectionHandler(this.body,this.canvas);this.interactionHandler=new InteractionHandler(this.body,this.canvas,this.selectionHandler);this.view=new View(this.body,this.canvas);this.renderer=new CanvasRenderer(this.body,this.canvas);this.physics=new PhysicsEngine(this.body);this.layoutEngine=new LayoutEngine(this.body);this.clustering=new ClusterEngine(this.body);this.manipulation=new ManipulationSystem(this.body,this.canvas,this.selectionHandler);this.nodesHandler=new NodesHandler(this.body,this.images,this.groups,this.layoutEngine);this.edgesHandler=new EdgesHandler(this.body,this.images,this.groups);this.body.modules[\"kamadaKawai\"]=new KamadaKawai(this.body,150,.05);this.body.modules[\"clustering\"]=this.clustering;this.canvas._create();this.setOptions(options);this.setData(data)}Emitter(Network.prototype);Network.prototype.setOptions=function(options){var _this2=this;if(options!==undefined){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}var fields=[\"locale\",\"locales\",\"clickToUse\"];util.selectiveDeepExtend(fields,this.options,options);options=this.layoutEngine.setOptions(options.layout,options);this.canvas.setOptions(options);this.groups.setOptions(options.groups);this.nodesHandler.setOptions(options.nodes);this.edgesHandler.setOptions(options.edges);this.physics.setOptions(options.physics);this.manipulation.setOptions(options.manipulation,options,this.options);this.interactionHandler.setOptions(options.interaction);this.renderer.setOptions(options.interaction);this.selectionHandler.setOptions(options.interaction);if(options.groups!==undefined){this.body.emitter.emit(\"refreshNodes\")}if(\"configure\"in options){if(!this.configurator){this.configurator=new Configurator(this,this.body.container,configureOptions,this.canvas.pixelRatio)}this.configurator.setOptions(options.configure)}if(this.configurator&&this.configurator.options.enabled===true){var networkOptions={nodes:{},edges:{},layout:{},interaction:{},manipulation:{},physics:{},global:{}};util.deepExtend(networkOptions.nodes,this.nodesHandler.options);util.deepExtend(networkOptions.edges,this.edgesHandler.options);util.deepExtend(networkOptions.layout,this.layoutEngine.options);util.deepExtend(networkOptions.interaction,this.selectionHandler.options);util.deepExtend(networkOptions.interaction,this.renderer.options);util.deepExtend(networkOptions.interaction,this.interactionHandler.options);util.deepExtend(networkOptions.manipulation,this.manipulation.options);util.deepExtend(networkOptions.physics,this.physics.options);util.deepExtend(networkOptions.global,this.canvas.options);util.deepExtend(networkOptions.global,this.options);this.configurator.setModuleOptions(networkOptions)}if(options.clickToUse!==undefined){if(options.clickToUse===true){if(this.activator===undefined){this.activator=new Activator(this.canvas.frame);this.activator.on(\"change\",function(){_this2.body.emitter.emit(\"activate\")})}}else{if(this.activator!==undefined){this.activator.destroy();delete this.activator}this.body.emitter.emit(\"activate\")}}else{this.body.emitter.emit(\"activate\")}this.canvas.setSize();this.body.emitter.emit(\"startSimulation\")}};Network.prototype._updateVisibleIndices=function(){var nodes=this.body.nodes;var edges=this.body.edges;this.body.nodeIndices=[];this.body.edgeIndices=[];for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(!this.clustering._isClusteredNode(nodeId)&&nodes[nodeId].options.hidden===false){this.body.nodeIndices.push(nodes[nodeId].id)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){var edge=edges[edgeId];var fromNode=nodes[edge.fromId];var toNode=nodes[edge.toId];var edgeNodesPresent=fromNode!==undefined&&toNode!==undefined;var isVisible=!this.clustering._isClusteredEdge(edgeId)&&edge.options.hidden===false&&edgeNodesPresent&&fromNode.options.hidden===false&&toNode.options.hidden===false;if(isVisible){this.body.edgeIndices.push(edge.id)}}}};Network.prototype.bindEventListeners=function(){var _this3=this;this.body.emitter.on(\"_dataChanged\",function(){_this3.edgesHandler._updateState();_this3.body.emitter.emit(\"_dataUpdated\")});this.body.emitter.on(\"_dataUpdated\",function(){_this3.clustering._updateState();_this3._updateVisibleIndices();_this3._updateValueRange(_this3.body.nodes);_this3._updateValueRange(_this3.body.edges);_this3.body.emitter.emit(\"startSimulation\");_this3.body.emitter.emit(\"_requestRedraw\")})};Network.prototype.setData=function(data){this.body.emitter.emit(\"resetPhysics\");this.body.emitter.emit(\"_resetData\");this.selectionHandler.unselectAll();if(data&&data.dot&&(data.nodes||data.edges)){throw new SyntaxError('Data must contain either parameter \"dot\" or '+' parameter pair \"nodes\" and \"edges\", but not both.')}this.setOptions(data&&data.options);if(data&&data.dot){console.log(\"The dot property has been deprecated. Please use the static convertDot method to convert DOT into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertDot(dotString);\");var dotData=dotparser.DOTToGraph(data.dot);this.setData(dotData);return}else if(data&&data.gephi){console.log(\"The gephi property has been deprecated. Please use the static convertGephi method to convert gephi into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertGephi(gephiJson);\");var gephiData=gephiParser.parseGephi(data.gephi);this.setData(gephiData);return}else{this.nodesHandler.setData(data&&data.nodes,true);this.edgesHandler.setData(data&&data.edges,true)}this.body.emitter.emit(\"_dataChanged\");this.body.emitter.emit(\"_dataLoaded\");this.body.emitter.emit(\"initPhysics\")};Network.prototype.destroy=function(){this.body.emitter.emit(\"destroy\");this.body.emitter.off();this.off();delete this.groups;delete this.canvas;delete this.selectionHandler;delete this.interactionHandler;delete this.view;delete this.renderer;delete this.physics;delete this.layoutEngine;delete this.clustering;delete this.manipulation;delete this.nodesHandler;delete this.edgesHandler;delete this.configurator;delete this.images;for(var nodeId in this.body.nodes){if(!this.body.nodes.hasOwnProperty(nodeId))continue;delete this.body.nodes[nodeId]}for(var edgeId in this.body.edges){if(!this.body.edges.hasOwnProperty(edgeId))continue;delete this.body.edges[edgeId]}util.recursiveDOMDelete(this.body.container)};Network.prototype._updateValueRange=function(obj){var id;var valueMin=undefined;var valueMax=undefined;var valueTotal=0;for(id in obj){if(obj.hasOwnProperty(id)){var value=obj[id].getValue();if(value!==undefined){valueMin=valueMin===undefined?value:Math.min(value,valueMin);valueMax=valueMax===undefined?value:Math.max(value,valueMax);valueTotal+=value}}}if(valueMin!==undefined&&valueMax!==undefined){for(id in obj){if(obj.hasOwnProperty(id)){obj[id].setValueRange(valueMin,valueMax,valueTotal)}}}};Network.prototype.isActive=function(){return!this.activator||this.activator.active};Network.prototype.setSize=function(){return this.canvas.setSize.apply(this.canvas,arguments)};Network.prototype.canvasToDOM=function(){return this.canvas.canvasToDOM.apply(this.canvas,arguments)};Network.prototype.DOMtoCanvas=function(){return this.canvas.DOMtoCanvas.apply(this.canvas,arguments)};Network.prototype.findNode=function(){return this.clustering.findNode.apply(this.clustering,arguments)};Network.prototype.isCluster=function(){return this.clustering.isCluster.apply(this.clustering,arguments)};Network.prototype.openCluster=function(){return this.clustering.openCluster.apply(this.clustering,arguments)};Network.prototype.cluster=function(){return this.clustering.cluster.apply(this.clustering,arguments)};Network.prototype.getNodesInCluster=function(){return this.clustering.getNodesInCluster.apply(this.clustering,arguments)};Network.prototype.clusterByConnection=function(){return this.clustering.clusterByConnection.apply(this.clustering,arguments)};Network.prototype.clusterByHubsize=function(){return this.clustering.clusterByHubsize.apply(this.clustering,arguments)};Network.prototype.clusterOutliers=function(){return this.clustering.clusterOutliers.apply(this.clustering,arguments)};Network.prototype.getSeed=function(){return this.layoutEngine.getSeed.apply(this.layoutEngine,arguments)};Network.prototype.enableEditMode=function(){return this.manipulation.enableEditMode.apply(this.manipulation,arguments)};Network.prototype.disableEditMode=function(){return this.manipulation.disableEditMode.apply(this.manipulation,arguments)};Network.prototype.addNodeMode=function(){return this.manipulation.addNodeMode.apply(this.manipulation,arguments)};Network.prototype.editNode=function(){return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.editNodeMode=function(){console.log(\"Deprecated: Please use editNode instead of editNodeMode.\");return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.addEdgeMode=function(){return this.manipulation.addEdgeMode.apply(this.manipulation,arguments)};Network.prototype.editEdgeMode=function(){return this.manipulation.editEdgeMode.apply(this.manipulation,arguments)};Network.prototype.deleteSelected=function(){return this.manipulation.deleteSelected.apply(this.manipulation,arguments)};Network.prototype.getPositions=function(){return this.nodesHandler.getPositions.apply(this.nodesHandler,arguments)};Network.prototype.storePositions=function(){return this.nodesHandler.storePositions.apply(this.nodesHandler,arguments)};Network.prototype.moveNode=function(){return this.nodesHandler.moveNode.apply(this.nodesHandler,arguments)};Network.prototype.getBoundingBox=function(){return this.nodesHandler.getBoundingBox.apply(this.nodesHandler,arguments)};Network.prototype.getConnectedNodes=function(objectId){if(this.body.nodes[objectId]!==undefined){return this.nodesHandler.getConnectedNodes.apply(this.nodesHandler,arguments)}else{return this.edgesHandler.getConnectedNodes.apply(this.edgesHandler,arguments)}};Network.prototype.getConnectedEdges=function(){return this.nodesHandler.getConnectedEdges.apply(this.nodesHandler,arguments)};Network.prototype.startSimulation=function(){return this.physics.startSimulation.apply(this.physics,arguments)};Network.prototype.stopSimulation=function(){return this.physics.stopSimulation.apply(this.physics,arguments)};Network.prototype.stabilize=function(){return this.physics.stabilize.apply(this.physics,arguments)};Network.prototype.getSelection=function(){return this.selectionHandler.getSelection.apply(this.selectionHandler,arguments)};Network.prototype.setSelection=function(){return this.selectionHandler.setSelection.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedNodes=function(){return this.selectionHandler.getSelectedNodes.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedEdges=function(){return this.selectionHandler.getSelectedEdges.apply(this.selectionHandler,arguments)};Network.prototype.getNodeAt=function(){var node=this.selectionHandler.getNodeAt.apply(this.selectionHandler,arguments);if(node!==undefined&&node.id!==undefined){return node.id}return node};Network.prototype.getEdgeAt=function(){var edge=this.selectionHandler.getEdgeAt.apply(this.selectionHandler,arguments);if(edge!==undefined&&edge.id!==undefined){return edge.id}return edge};Network.prototype.selectNodes=function(){return this.selectionHandler.selectNodes.apply(this.selectionHandler,arguments)};Network.prototype.selectEdges=function(){return this.selectionHandler.selectEdges.apply(this.selectionHandler,arguments)};Network.prototype.unselectAll=function(){this.selectionHandler.unselectAll.apply(this.selectionHandler,arguments);this.redraw()};Network.prototype.redraw=function(){return this.renderer.redraw.apply(this.renderer,arguments)};Network.prototype.getScale=function(){return this.view.getScale.apply(this.view,arguments)};Network.prototype.getViewPosition=function(){return this.view.getViewPosition.apply(this.view,arguments)};Network.prototype.fit=function(){return this.view.fit.apply(this.view,arguments)};Network.prototype.moveTo=function(){return this.view.moveTo.apply(this.view,arguments)};Network.prototype.focus=function(){return this.view.focus.apply(this.view,arguments)};Network.prototype.releaseNode=function(){return this.view.releaseNode.apply(this.view,arguments)};Network.prototype.getOptionsFromConfigurator=function(){var options={};if(this.configurator){options=this.configurator.getOptions.apply(this.configurator)}return options};module.exports=Network},function(module,exports,__webpack_require__){\"use strict\";if(typeof CanvasRenderingContext2D!==\"undefined\"){CanvasRenderingContext2D.prototype.circle=function(x,y,r){this.beginPath();this.arc(x,y,r,0,2*Math.PI,false);this.closePath()};CanvasRenderingContext2D.prototype.square=function(x,y,r){this.beginPath();this.rect(x-r,y-r,r*2,r*2);this.closePath()};CanvasRenderingContext2D.prototype.triangle=function(x,y,r){this.beginPath();r*=1.15;y+=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y-(h-ir));this.lineTo(x+s2,y+ir);this.lineTo(x-s2,y+ir);this.lineTo(x,y-(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.triangleDown=function(x,y,r){this.beginPath();r*=1.15;y-=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y+(h-ir));this.lineTo(x+s2,y-ir);this.lineTo(x-s2,y-ir);this.lineTo(x,y+(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.star=function(x,y,r){this.beginPath();r*=.82;y+=.1*r;for(var n=0;n<10;n++){var radius=n%2===0?r*1.3:r*.5;this.lineTo(x+radius*Math.sin(n*2*Math.PI/10),y-radius*Math.cos(n*2*Math.PI/10))}this.closePath()};CanvasRenderingContext2D.prototype.diamond=function(x,y,r){this.beginPath();this.lineTo(x,y+r);this.lineTo(x+r,y);this.lineTo(x,y-r);this.lineTo(x-r,y);this.closePath()};CanvasRenderingContext2D.prototype.roundRect=function(x,y,w,h,r){var r2d=Math.PI/180;if(w-2*r<0){r=w/2}if(h-2*r<0){r=h/2}this.beginPath();this.moveTo(x+r,y);this.lineTo(x+w-r,y);this.arc(x+w-r,y+r,r,r2d*270,r2d*360,false);this.lineTo(x+w,y+h-r);this.arc(x+w-r,y+h-r,r,0,r2d*90,false);this.lineTo(x+r,y+h);this.arc(x+r,y+h-r,r,r2d*90,r2d*180,false);this.lineTo(x,y+r);this.arc(x+r,y+r,r,r2d*180,r2d*270,false);this.closePath()};CanvasRenderingContext2D.prototype.ellipse_vis=function(x,y,w,h){var kappa=.5522848,ox=w/2*kappa,oy=h/2*kappa,xe=x+w,ye=y+h,xm=x+w/2,ym=y+h/2;this.beginPath();this.moveTo(x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.closePath()};CanvasRenderingContext2D.prototype.database=function(x,y,w,h){var f=1/3;var wEllipse=w;var hEllipse=h*f;var kappa=.5522848,ox=wEllipse/2*kappa,oy=hEllipse/2*kappa,xe=x+wEllipse,ye=y+hEllipse,xm=x+wEllipse/2,ym=y+hEllipse/2,ymb=y+(h-hEllipse/2),yeb=y+h;this.beginPath();this.moveTo(xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.lineTo(xe,ymb);this.bezierCurveTo(xe,ymb+oy,xm+ox,yeb,xm,yeb);this.bezierCurveTo(xm-ox,yeb,x,ymb+oy,x,ymb);this.lineTo(x,ym)};CanvasRenderingContext2D.prototype.dashedLine=function(x,y,x2,y2,pattern){this.beginPath();this.moveTo(x,y);var patternLength=pattern.length;var dx=x2-x;var dy=y2-y;var slope=dy/dx;var distRemaining=Math.sqrt(dx*dx+dy*dy);var patternIndex=0;var draw=true;var xStep=0;var dashLength=pattern[0];while(distRemaining>=.1){dashLength=pattern[patternIndex++%patternLength];if(dashLength>distRemaining){dashLength=distRemaining}xStep=Math.sqrt(dashLength*dashLength/(1+slope*slope));xStep=dx<0?-xStep:xStep;x+=xStep;y+=slope*xStep;if(draw===true){this.lineTo(x,y)}else{this.moveTo(x,y)}distRemaining-=dashLength;draw=!draw}};CanvasRenderingContext2D.prototype.hexagon=function(x,y,r){this.beginPath();var sides=6;var a=Math.PI*2/sides;this.moveTo(x+r,y);for(var i=1;i<sides;i++){this.lineTo(x+r*Math.cos(a*i),y+r*Math.sin(a*i))}this.closePath()}}},function(module,exports,__webpack_require__){\"use strict\";exports[\"en\"]={edit:\"Edit\",del:\"Delete selected\",back:\"Back\",addNode:\"Add Node\",addEdge:\"Add Edge\",editNode:\"Edit Node\",editEdge:\"Edit Edge\",addDescription:\"Click in an empty space to place a new node.\",edgeDescription:\"Click on a node and drag the edge to another node to connect them.\",editEdgeDescription:\"Click on the control points and drag them to a node to connect to it.\",createEdgeError:\"Cannot link edges to a cluster.\",deleteClusterError:\"Clusters cannot be deleted.\",editClusterError:\"Clusters cannot be edited.\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"de\"]={edit:\"Editieren\",del:\"Lösche Auswahl\",back:\"Zurück\",addNode:\"Knoten hinzufügen\",addEdge:\"Kante hinzufügen\",editNode:\"Knoten editieren\",editEdge:\"Kante editieren\",addDescription:\"Klicke auf eine freie Stelle, um einen neuen Knoten zu plazieren.\",edgeDescription:\"Klicke auf einen Knoten und ziehe die Kante zu einem anderen Knoten, um diese zu verbinden.\",editEdgeDescription:\"Klicke auf die Verbindungspunkte und ziehe diese auf einen Knoten, um sie zu verbinden.\",createEdgeError:\"Es ist nicht möglich, Kanten mit Clustern zu verbinden.\",deleteClusterError:\"Cluster können nicht gelöscht werden.\",editClusterError:\"Cluster können nicht editiert werden.\"};exports[\"de_DE\"]=exports[\"de\"];exports[\"es\"]={edit:\"Editar\",del:\"Eliminar selección\",back:\"Átras\",addNode:\"Añadir nodo\",addEdge:\"Añadir arista\",editNode:\"Editar nodo\",editEdge:\"Editar arista\",addDescription:\"Haga clic en un lugar vacío para colocar un nuevo nodo.\",edgeDescription:\"Haga clic en un nodo y arrastre la arista hacia otro nodo para conectarlos.\",editEdgeDescription:\"Haga clic en un punto de control y arrastrelo a un nodo para conectarlo.\",createEdgeError:\"No se puede conectar una arista a un grupo.\",deleteClusterError:\"No es posible eliminar grupos.\",editClusterError:\"No es posible editar grupos.\"};exports[\"es_ES\"]=exports[\"es\"];exports[\"it\"]={edit:\"Modifica\",del:\"Cancella la selezione\",back:\"Indietro\",addNode:\"Aggiungi un nodo\",addEdge:\"Aggiungi un vertice\",editNode:\"Modifica il nodo\",editEdge:\"Modifica il vertice\",addDescription:\"Clicca per aggiungere un nuovo nodo\",edgeDescription:\"Clicca su un nodo e trascinalo ad un altro nodo per connetterli.\",editEdgeDescription:\"Clicca sui Punti di controllo e trascinali ad un nodo per connetterli.\",createEdgeError:\"Non si possono collegare vertici ad un cluster\",deleteClusterError:\"I cluster non possono essere cancellati\",editClusterError:\"I clusters non possono essere modificati.\"};exports[\"it_IT\"]=exports[\"it\"];exports[\"nl\"]={edit:\"Wijzigen\",del:\"Selectie verwijderen\",\nback:\"Terug\",addNode:\"Node toevoegen\",addEdge:\"Link toevoegen\",editNode:\"Node wijzigen\",editEdge:\"Link wijzigen\",addDescription:\"Klik op een leeg gebied om een nieuwe node te maken.\",edgeDescription:\"Klik op een node en sleep de link naar een andere node om ze te verbinden.\",editEdgeDescription:\"Klik op de verbindingspunten en sleep ze naar een node om daarmee te verbinden.\",createEdgeError:\"Kan geen link maken naar een cluster.\",deleteClusterError:\"Clusters kunnen niet worden verwijderd.\",editClusterError:\"Clusters kunnen niet worden aangepast.\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"];exports[\"pt-br\"]={edit:\"Editar\",del:\"Remover selecionado\",back:\"Voltar\",addNode:\"Adicionar nó\",addEdge:\"Adicionar aresta\",editNode:\"Editar nó\",editEdge:\"Editar aresta\",addDescription:\"Clique em um espaço em branco para adicionar um novo nó\",edgeDescription:\"Clique em um nó e arraste a aresta até outro nó para conectá-los\",editEdgeDescription:\"Clique nos pontos de controle e os arraste para um nó para conectá-los\",createEdgeError:\"Não foi possível linkar arestas a um cluster.\",deleteClusterError:\"Clusters não puderam ser removidos.\",editClusterError:\"Clusters não puderam ser editados.\"};exports[\"pt-BR\"]=exports[\"pt-br\"];exports[\"pt_BR\"]=exports[\"pt-br\"];exports[\"pt_br\"]=exports[\"pt-br\"];exports[\"ru\"]={edit:\"Редактировать\",del:\"Удалить выбранное\",back:\"Назад\",addNode:\"Добавить узел\",addEdge:\"Добавить ребро\",editNode:\"Редактировать узел\",editEdge:\"Редактировать ребро\",addDescription:\"Кликните в свободное место, чтобы добавить новый узел.\",edgeDescription:\"Кликните на узел и протяните ребро к другому узлу, чтобы соединить их.\",editEdgeDescription:\"Кликните на контрольные точки и перетащите их в узел, чтобы подключиться к нему.\",createEdgeError:\"Невозможно соединить ребра в кластер.\",deleteClusterError:\"Кластеры не могут быть удалены\",editClusterError:\"Кластеры недоступны для редактирования.\"};exports[\"ru_RU\"]=exports[\"ru\"];exports[\"cn\"]={edit:\"编辑\",del:\"删除选定\",back:\"返回\",addNode:\"添加节点\",addEdge:\"添加连接线\",editNode:\"编辑节点\",editEdge:\"编辑连接线\",addDescription:\"单击空白处放置新节点。\",edgeDescription:\"单击某个节点并将该连接线拖动到另一个节点以连接它们。\",editEdgeDescription:\"单击控制节点并将它们拖到节点上连接。\",createEdgeError:\"无法将连接线连接到群集。\",deleteClusterError:\"无法删除群集。\",editClusterError:\"无法编辑群集。\"};exports[\"zh_CN\"]=exports[\"cn\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var CachedImage=function(){function CachedImage(){(0,_classCallCheck3[\"default\"])(this,CachedImage);this.NUM_ITERATIONS=4;this.image=new Image;this.canvas=document.createElement(\"canvas\")}(0,_createClass3[\"default\"])(CachedImage,[{key:\"init\",value:function init(){if(this.initialized())return;this.src=this.image.src;var w=this.image.width;var h=this.image.height;this.width=w;this.height=h;var h2=Math.floor(h/2);var h4=Math.floor(h/4);var h8=Math.floor(h/8);var h16=Math.floor(h/16);var w2=Math.floor(w/2);var w4=Math.floor(w/4);var w8=Math.floor(w/8);var w16=Math.floor(w/16);this.canvas.width=3*w4;this.canvas.height=h2;this.coordinates=[[0,0,w2,h2],[w2,0,w4,h4],[w2,h4,w8,h8],[5*w8,h4,w16,h16]];this._fillMipMap()}},{key:\"initialized\",value:function initialized(){return this.coordinates!==undefined}},{key:\"_fillMipMap\",value:function _fillMipMap(){var ctx=this.canvas.getContext(\"2d\");var to=this.coordinates[0];ctx.drawImage(this.image,to[0],to[1],to[2],to[3]);for(var iterations=1;iterations<this.NUM_ITERATIONS;iterations++){var from=this.coordinates[iterations-1];var _to=this.coordinates[iterations];ctx.drawImage(this.canvas,from[0],from[1],from[2],from[3],_to[0],_to[1],_to[2],_to[3])}}},{key:\"drawImageAtPosition\",value:function drawImageAtPosition(ctx,factor,left,top,width,height){if(!this.initialized())return;if(factor>2){factor*=.5;var iterations=0;while(factor>2&&iterations<this.NUM_ITERATIONS){factor*=.5;iterations+=1}if(iterations>=this.NUM_ITERATIONS){iterations=this.NUM_ITERATIONS-1}var from=this.coordinates[iterations];ctx.drawImage(this.canvas,from[0],from[1],from[2],from[3],left,top,width,height)}else{ctx.drawImage(this.image,left,top,width,height)}}}]);return CachedImage}();exports[\"default\"]=CachedImage},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Groups=function(){function Groups(){(0,_classCallCheck3[\"default\"])(this,Groups);this.clear();this.defaultIndex=0;this.groupsArray=[];this.groupIndex=0;this.defaultGroups=[{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},{border:\"#FFA500\",background:\"#FFFF00\",highlight:{border:\"#FFA500\",background:\"#FFFFA3\"},hover:{border:\"#FFA500\",background:\"#FFFFA3\"}},{border:\"#FA0A10\",background:\"#FB7E81\",highlight:{border:\"#FA0A10\",background:\"#FFAFB1\"},hover:{border:\"#FA0A10\",background:\"#FFAFB1\"}},{border:\"#41A906\",background:\"#7BE141\",highlight:{border:\"#41A906\",background:\"#A1EC76\"},hover:{border:\"#41A906\",background:\"#A1EC76\"}},{border:\"#E129F0\",background:\"#EB7DF4\",highlight:{border:\"#E129F0\",background:\"#F0B3F5\"},hover:{border:\"#E129F0\",background:\"#F0B3F5\"}},{border:\"#7C29F0\",background:\"#AD85E4\",highlight:{border:\"#7C29F0\",background:\"#D3BDF0\"},hover:{border:\"#7C29F0\",background:\"#D3BDF0\"}},{border:\"#C37F00\",background:\"#FFA807\",highlight:{border:\"#C37F00\",background:\"#FFCA66\"},hover:{border:\"#C37F00\",background:\"#FFCA66\"}},{border:\"#4220FB\",background:\"#6E6EFD\",highlight:{border:\"#4220FB\",background:\"#9B9BFD\"},hover:{border:\"#4220FB\",background:\"#9B9BFD\"}},{border:\"#FD5A77\",background:\"#FFC0CB\",highlight:{border:\"#FD5A77\",background:\"#FFD1D9\"},hover:{border:\"#FD5A77\",background:\"#FFD1D9\"}},{border:\"#4AD63A\",background:\"#C2FABC\",highlight:{border:\"#4AD63A\",background:\"#E6FFE3\"},hover:{border:\"#4AD63A\",background:\"#E6FFE3\"}},{border:\"#990000\",background:\"#EE0000\",highlight:{border:\"#BB0000\",background:\"#FF3333\"},hover:{border:\"#BB0000\",background:\"#FF3333\"}},{border:\"#FF6000\",background:\"#FF6000\",highlight:{border:\"#FF6000\",background:\"#FF6000\"},hover:{border:\"#FF6000\",background:\"#FF6000\"}},{border:\"#97C2FC\",background:\"#2B7CE9\",highlight:{border:\"#D2E5FF\",background:\"#2B7CE9\"},hover:{border:\"#D2E5FF\",background:\"#2B7CE9\"}},{border:\"#399605\",background:\"#255C03\",highlight:{border:\"#399605\",background:\"#255C03\"},hover:{border:\"#399605\",background:\"#255C03\"}},{border:\"#B70054\",background:\"#FF007E\",highlight:{border:\"#B70054\",background:\"#FF007E\"},hover:{border:\"#B70054\",background:\"#FF007E\"}},{border:\"#AD85E4\",background:\"#7C29F0\",highlight:{border:\"#D3BDF0\",background:\"#7C29F0\"},hover:{border:\"#D3BDF0\",background:\"#7C29F0\"}},{border:\"#4557FA\",background:\"#000EA1\",highlight:{border:\"#6E6EFD\",background:\"#000EA1\"},hover:{border:\"#6E6EFD\",background:\"#000EA1\"}},{border:\"#FFC0CB\",background:\"#FD5A77\",highlight:{border:\"#FFD1D9\",background:\"#FD5A77\"},hover:{border:\"#FFD1D9\",background:\"#FD5A77\"}},{border:\"#C2FABC\",background:\"#74D66A\",highlight:{border:\"#E6FFE3\",background:\"#74D66A\"},hover:{border:\"#E6FFE3\",background:\"#74D66A\"}},{border:\"#EE0000\",background:\"#990000\",highlight:{border:\"#FF3333\",background:\"#BB0000\"},hover:{border:\"#FF3333\",background:\"#BB0000\"}}];this.options={};this.defaultOptions={useDefaultGroups:true};util.extend(this.options,this.defaultOptions)}(0,_createClass3[\"default\"])(Groups,[{key:\"setOptions\",value:function setOptions(options){var optionFields=[\"useDefaultGroups\"];if(options!==undefined){for(var groupName in options){if(options.hasOwnProperty(groupName)){if(optionFields.indexOf(groupName)===-1){var group=options[groupName];this.add(groupName,group)}}}}}},{key:\"clear\",value:function clear(){this.groups={};this.groupsArray=[]}},{key:\"get\",value:function get(groupname){var shouldCreate=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;var group=this.groups[groupname];if(group===undefined&&shouldCreate){if(this.options.useDefaultGroups===false&&this.groupsArray.length>0){var index=this.groupIndex%this.groupsArray.length;this.groupIndex++;group={};group.color=this.groups[this.groupsArray[index]];this.groups[groupname]=group}else{var _index=this.defaultIndex%this.defaultGroups.length;this.defaultIndex++;group={};group.color=this.defaultGroups[_index];this.groups[groupname]=group}}return group}},{key:\"add\",value:function add(groupName,style){this.groups[groupName]=style;this.groupsArray.push(groupName);return style}}]);return Groups}();exports[\"default\"]=Groups},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var Node=__webpack_require__(47)[\"default\"];var NodesHandler=function(){function NodesHandler(body,images,groups,layoutEngine){var _this=this;(0,_classCallCheck3[\"default\"])(this,NodesHandler);this.body=body;this.images=images;this.groups=groups;this.layoutEngine=layoutEngine;this.body.functions.createNode=this.create.bind(this);this.nodesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items,params.data,params.oldData)},remove:function remove(event,params){_this.remove(params.items)}};this.defaultOptions={borderWidth:1,borderWidthSelected:2,brokenImage:undefined,color:{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},fixed:{x:false,y:false},font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:0,strokeColor:\"#ffffff\",align:\"center\",vadjust:0,multi:false,bold:{mod:\"bold\"},boldital:{mod:\"bold italic\"},ital:{mod:\"italic\"},mono:{mod:\"\",size:15,face:\"monospace\",vadjust:2}},group:undefined,hidden:false,icon:{face:\"FontAwesome\",code:undefined,size:50,color:\"#2B7CE9\"},image:undefined,label:undefined,labelHighlightBold:true,level:undefined,margin:{top:5,right:5,bottom:5,left:5},mass:1,physics:true,scaling:{min:10,max:30,label:{enabled:false,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},shadow:{enabled:false,color:\"rgba(0,0,0,0.5)\",size:10,x:5,y:5},shape:\"ellipse\",shapeProperties:{borderDashes:false,borderRadius:6,interpolation:true,useImageSize:false,useBorderWithImage:false},size:25,title:undefined,value:undefined,x:undefined,y:undefined};if(this.defaultOptions.mass<=0){throw\"Internal error: mass in defaultOptions of NodesHandler may not be zero or negative\"}this.options=util.bridgeObject(this.defaultOptions);this.bindEventListeners()}(0,_createClass3[\"default\"])(NodesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"refreshNodes\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){util.forEach(_this2.nodesListeners,function(callback,event){if(_this2.body.data.nodes)_this2.body.data.nodes.off(event,callback)});delete _this2.body.functions.createNode;delete _this2.nodesListeners.add;delete _this2.nodesListeners.update;delete _this2.nodesListeners.remove;delete _this2.nodesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){Node.parseOptions(this.options,options);if(options.shape!==undefined){for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId].updateShape()}}}if(options.font!==undefined){for(var _nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId)){this.body.nodes[_nodeId].updateLabelModule();this.body.nodes[_nodeId].needsRefresh()}}}if(options.size!==undefined){for(var _nodeId2 in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId2)){this.body.nodes[_nodeId2].needsRefresh()}}}if(options.hidden!==undefined||options.physics!==undefined){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(nodes){var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var oldNodesData=this.body.data.nodes;if(nodes instanceof DataSet||nodes instanceof DataView){this.body.data.nodes=nodes}else if(Array.isArray(nodes)){this.body.data.nodes=new DataSet;this.body.data.nodes.add(nodes)}else if(!nodes){this.body.data.nodes=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldNodesData){util.forEach(this.nodesListeners,function(callback,event){oldNodesData.off(event,callback)})}this.body.nodes={};if(this.body.data.nodes){var me=this;util.forEach(this.nodesListeners,function(callback,event){me.body.data.nodes.on(event,callback)});var ids=this.body.data.nodes.getIds();this.add(ids,true)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var id=void 0;var newNodes=[];for(var i=0;i<ids.length;i++){id=ids[i];var properties=this.body.data.nodes.get(id);var node=this.create(properties);newNodes.push(node);this.body.nodes[id]=node}this.layoutEngine.positionInitially(newNodes);if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids,changedData,oldData){var nodes=this.body.nodes;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var node=nodes[id];var data=changedData[i];if(node!==undefined){if(node.setOptions(data)){dataChanged=true}}else{dataChanged=true;node=this.create(data);nodes[id]=node}}if(!dataChanged&&oldData!==undefined){dataChanged=changedData.some(function(newValue,index){var oldValue=oldData[index];return oldValue&&oldValue.level!==newValue.level})}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var nodes=this.body.nodes;for(var i=0;i<ids.length;i++){var id=ids[i];delete nodes[id]}this.body.emitter.emit(\"_dataChanged\")}},{key:\"create\",value:function create(properties){var constructorClass=arguments.length>1&&arguments[1]!==undefined?arguments[1]:Node;return new constructorClass(properties,this.body,this.images,this.groups,this.options,this.defaultOptions)}},{key:\"refresh\",value:function refresh(){var _this3=this;var clearPositions=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;util.forEach(this.body.nodes,function(node,nodeId){var data=_this3.body.data.nodes.get(nodeId);if(data!==undefined){if(clearPositions===true){node.setOptions({x:null,y:null})}node.setOptions({fixed:false});node.setOptions(data)}})}},{key:\"getPositions\",value:function getPositions(ids){var dataArray={};if(ids!==undefined){if(Array.isArray(ids)===true){for(var i=0;i<ids.length;i++){if(this.body.nodes[ids[i]]!==undefined){var node=this.body.nodes[ids[i]];dataArray[ids[i]]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{if(this.body.nodes[ids]!==undefined){var _node=this.body.nodes[ids];dataArray[ids]={x:Math.round(_node.x),y:Math.round(_node.y)}}}}else{for(var _i=0;_i<this.body.nodeIndices.length;_i++){var _node2=this.body.nodes[this.body.nodeIndices[_i]];dataArray[this.body.nodeIndices[_i]]={x:Math.round(_node2.x),y:Math.round(_node2.y)}}}return dataArray}},{key:\"storePositions\",value:function storePositions(){var dataArray=[];var dataset=this.body.data.nodes.getDataSet();for(var nodeId in dataset._data){if(dataset._data.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(dataset._data[nodeId].x!=Math.round(node.x)||dataset._data[nodeId].y!=Math.round(node.y)){dataArray.push({id:node.id,x:Math.round(node.x),y:Math.round(node.y)})}}}dataset.update(dataArray)}},{key:\"getBoundingBox\",value:function getBoundingBox(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].shape.boundingBox}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(nodeId,direction){var nodeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];var nodeObj={};for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(direction!==\"to\"&&edge.toId==node.id){if(nodeObj[edge.fromId]===undefined){nodeList.push(edge.fromId);nodeObj[edge.fromId]=true}}else if(direction!==\"from\"&&edge.fromId==node.id){if(nodeObj[edge.toId]===undefined){nodeList.push(edge.toId);nodeObj[edge.toId]=true}}}}return nodeList}},{key:\"getConnectedEdges\",value:function getConnectedEdges(nodeId){var edgeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];for(var i=0;i<node.edges.length;i++){edgeList.push(node.edges[i].id)}}else{console.log(\"NodeId provided for getConnectedEdges does not exist. Provided: \",nodeId)}return edgeList}},{key:\"moveNode\",value:function moveNode(nodeId,x,y){var _this4=this;if(this.body.nodes[nodeId]!==undefined){this.body.nodes[nodeId].x=Number(x);this.body.nodes[nodeId].y=Number(y);setTimeout(function(){_this4.body.emitter.emit(\"startSimulation\")},0)}else{console.log(\"Node id supplied to moveNode does not exist. Provided: \",nodeId)}}}]);return NodesHandler}();exports[\"default\"]=NodesHandler},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(189),__esModule:true}},function(module,exports,__webpack_require__){__webpack_require__(49);__webpack_require__(60);module.exports=__webpack_require__(190)},function(module,exports,__webpack_require__){var classof=__webpack_require__(86);var ITERATOR=__webpack_require__(13)(\"iterator\");var Iterators=__webpack_require__(31);module.exports=__webpack_require__(7).isIterable=function(it){var O=Object(it);return O[ITERATOR]!==undefined||\"@@iterator\"in O||Iterators.hasOwnProperty(classof(O))}},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var LabelAccumulator=__webpack_require__(192)[\"default\"];var ComponentUtil=__webpack_require__(48)[\"default\"];var LabelSplitter=function(){function LabelSplitter(ctx,parent,selected,hover){var _this=this;(0,_classCallCheck3[\"default\"])(this,LabelSplitter);this.ctx=ctx;this.parent=parent;var textWidth=function textWidth(text,mod){if(text===undefined)return 0;var values=_this.parent.getFormattingValues(ctx,selected,hover,mod);var width=0;if(text!==\"\"){var measure=_this.ctx.measureText(text);width=measure.width}return{width:width,values:values}};this.lines=new LabelAccumulator(textWidth)}(0,_createClass3[\"default\"])(LabelSplitter,[{key:\"process\",value:function process(text){if(!ComponentUtil.isValidLabel(text)){return this.lines.finalize()}var font=this.parent.fontOptions;text=text.replace(/\\r\\n/g,\"\\n\");text=text.replace(/\\r/g,\"\\n\");var nlLines=String(text).split(\"\\n\");var lineCount=nlLines.length;if(font.multi){for(var i=0;i<lineCount;i++){var blocks=this.splitBlocks(nlLines[i],font.multi);if(blocks===undefined)continue;if(blocks.length===0){this.lines.newLine(\"\");continue}if(font.maxWdt>0){for(var j=0;j<blocks.length;j++){var mod=blocks[j].mod;var _text=blocks[j].text;this.splitStringIntoLines(_text,mod,true)}}else{for(var _j=0;_j<blocks.length;_j++){var _mod=blocks[_j].mod;var _text2=blocks[_j].text;this.lines.append(_text2,_mod)}}this.lines.newLine()}}else{if(font.maxWdt>0){for(var _i=0;_i<lineCount;_i++){this.splitStringIntoLines(nlLines[_i])}}else{for(var _i2=0;_i2<lineCount;_i2++){this.lines.newLine(nlLines[_i2])}}}return this.lines.finalize()}},{key:\"decodeMarkupSystem\",value:function decodeMarkupSystem(markupSystem){var system=\"none\";if(markupSystem===\"markdown\"||markupSystem===\"md\"){system=\"markdown\"}else if(markupSystem===true||markupSystem===\"html\"){system=\"html\"}return system}},{key:\"splitHtmlBlocks\",value:function splitHtmlBlocks(text){var blocks=[];var s={bold:false,ital:false,mono:false,spacing:false,position:0,buffer:\"\",modStack:[]};s.mod=function(){return this.modStack.length===0?\"normal\":this.modStack[0]};s.modName=function(){if(this.modStack.length===0)return\"normal\";else if(this.modStack[0]===\"mono\")return\"mono\";else{if(s.bold&&s.ital){return\"boldital\"}else if(s.bold){return\"bold\"}else if(s.ital){return\"ital\"}}};s.emitBlock=function(){var override=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;if(this.spacing){this.add(\" \");this.spacing=false}if(this.buffer.length>0){blocks.push({text:this.buffer,mod:this.modName()});this.buffer=\"\"}};s.add=function(text){if(text===\" \"){s.spacing=true}if(s.spacing){this.buffer+=\" \";this.spacing=false}if(text!=\" \"){this.buffer+=text}};while(s.position<text.length){var ch=text.charAt(s.position);if(/[ \\t]/.test(ch)){if(!s.mono){s.spacing=true}else{s.add(ch)}}else if(/</.test(ch)){if(!s.mono&&!s.bold&&/<b>/.test(text.substr(s.position,3))){s.emitBlock();s.bold=true;s.modStack.unshift(\"bold\");s.position+=2}else if(!s.mono&&!s.ital&&/<i>/.test(text.substr(s.position,3))){s.emitBlock();s.ital=true;s.modStack.unshift(\"ital\");s.position+=2}else if(!s.mono&&/<code>/.test(text.substr(s.position,6))){s.emitBlock();s.mono=true;s.modStack.unshift(\"mono\");s.position+=5}else if(!s.mono&&s.mod()===\"bold\"&&/<\\/b>/.test(text.substr(s.position,4))){s.emitBlock();s.bold=false;s.modStack.shift();s.position+=3}else if(!s.mono&&s.mod()===\"ital\"&&/<\\/i>/.test(text.substr(s.position,4))){s.emitBlock();s.ital=false;s.modStack.shift();s.position+=3}else if(s.mod()===\"mono\"&&/<\\/code>/.test(text.substr(s.position,7))){s.emitBlock();s.mono=false;s.modStack.shift();s.position+=6}else{s.add(ch)}}else if(/&/.test(ch)){if(/</.test(text.substr(s.position,4))){s.add(\"<\");s.position+=3}else if(/&/.test(text.substr(s.position,5))){s.add(\"&\");s.position+=4}else{s.add(\"&\")}}else{s.add(ch)}s.position++}s.emitBlock();return blocks}},{key:\"splitMarkdownBlocks\",value:function splitMarkdownBlocks(text){var blocks=[];var s={bold:false,ital:false,mono:false,beginable:true,spacing:false,position:0,buffer:\"\",modStack:[]};s.mod=function(){return this.modStack.length===0?\"normal\":this.modStack[0]};s.modName=function(){if(this.modStack.length===0)return\"normal\";else if(this.modStack[0]===\"mono\")return\"mono\";else{if(s.bold&&s.ital){return\"boldital\"}else if(s.bold){return\"bold\"}else if(s.ital){return\"ital\"}}};s.emitBlock=function(){var override=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;if(this.spacing){this.add(\" \");this.spacing=false}if(this.buffer.length>0){blocks.push({text:this.buffer,mod:this.modName()});this.buffer=\"\"}};s.add=function(text){if(text===\" \"){s.spacing=true}if(s.spacing){this.buffer+=\" \";this.spacing=false}if(text!=\" \"){this.buffer+=text}};while(s.position<text.length){var ch=text.charAt(s.position);if(/[ \\t]/.test(ch)){if(!s.mono){s.spacing=true}else{s.add(ch)}s.beginable=true}else if(/\\\\/.test(ch)){if(s.position<text.length+1){s.position++;ch=text.charAt(s.position);if(/ \\t/.test(ch)){s.spacing=true}else{s.add(ch);s.beginable=false}}}else if(!s.mono&&!s.bold&&(s.beginable||s.spacing)&&/\\*/.test(ch)){s.emitBlock();s.bold=true;s.modStack.unshift(\"bold\")}else if(!s.mono&&!s.ital&&(s.beginable||s.spacing)&&/\\_/.test(ch)){s.emitBlock();s.ital=true;s.modStack.unshift(\"ital\")}else if(!s.mono&&(s.beginable||s.spacing)&&/`/.test(ch)){s.emitBlock();s.mono=true;s.modStack.unshift(\"mono\")}else if(!s.mono&&s.mod()===\"bold\"&&/\\*/.test(ch)){if(s.position===text.length-1||/[.,_` \\t\\n]/.test(text.charAt(s.position+1))){s.emitBlock();s.bold=false;s.modStack.shift()}else{s.add(ch)}}else if(!s.mono&&s.mod()===\"ital\"&&/\\_/.test(ch)){if(s.position===text.length-1||/[.,*` \\t\\n]/.test(text.charAt(s.position+1))){s.emitBlock();s.ital=false;s.modStack.shift()}else{s.add(ch)}}else if(s.mono&&s.mod()===\"mono\"&&/`/.test(ch)){if(s.position===text.length-1||/[.,*_ \\t\\n]/.test(text.charAt(s.position+1))){s.emitBlock();s.mono=false;s.modStack.shift()}else{s.add(ch)}}else{s.add(ch);s.beginable=false}s.position++}s.emitBlock();return blocks}},{key:\"splitBlocks\",value:function splitBlocks(text,markupSystem){var system=this.decodeMarkupSystem(markupSystem);if(system===\"none\"){return[{text:text,mod:\"normal\"}]}else if(system===\"markdown\"){return this.splitMarkdownBlocks(text)}else if(system===\"html\"){return this.splitHtmlBlocks(text)}}},{key:\"overMaxWidth\",value:function overMaxWidth(text){var width=this.ctx.measureText(text).width;return this.lines.curWidth()+width>this.parent.fontOptions.maxWdt}},{key:\"getLongestFit\",value:function getLongestFit(words){var text=\"\";var w=0;while(w<words.length){var pre=text===\"\"?\"\":\" \";var newText=text+pre+words[w];if(this.overMaxWidth(newText))break;text=newText;w++}return w}},{key:\"getLongestFitWord\",value:function getLongestFitWord(words){var w=0;while(w<words.length){if(this.overMaxWidth(words.slice(0,w)))break;w++}return w}},{key:\"splitStringIntoLines\",value:function splitStringIntoLines(str){var mod=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"normal\";var appendLast=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;str=str.replace(/^( +)/g,\"$1\\r\");str=str.replace(/([^\\r][^ ]*)( +)/g,\"$1\\r$2\\r\");var words=str.split(\"\\r\");while(words.length>0){var w=this.getLongestFit(words);if(w===0){var word=words[0];var x=this.getLongestFitWord(word);this.lines.newLine(word.slice(0,x),mod);words[0]=word.slice(x)}else{var newW=w;if(words[w-1]===\" \"){w--}else if(words[newW]===\" \"){newW++}var text=words.slice(0,w).join(\"\");if(w==words.length&&appendLast){this.lines.append(text,mod)}else{this.lines.newLine(text,mod)}words=words.slice(newW)}}}}]);return LabelSplitter}();exports[\"default\"]=LabelSplitter},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _assign=__webpack_require__(90);var _assign2=_interopRequireDefault(_assign);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var LabelAccumulator=function(){function LabelAccumulator(measureText){(0,_classCallCheck3[\"default\"])(this,LabelAccumulator);this.measureText=measureText;this.current=0;this.width=0;this.height=0;this.lines=[]}(0,_createClass3[\"default\"])(LabelAccumulator,[{key:\"_add\",value:function _add(l,text){var mod=arguments.length>2&&arguments[2]!==undefined?arguments[2]:\"normal\";if(this.lines[l]===undefined){this.lines[l]={width:0,height:0,blocks:[]}}var tmpText=text;if(text===undefined||text===\"\")tmpText=\" \";var result=this.measureText(tmpText,mod);var block=(0,_assign2[\"default\"])({},result.values);block.text=text;block.width=result.width;block.mod=mod;if(text===undefined||text===\"\"){block.width=0}this.lines[l].blocks.push(block);this.lines[l].width+=block.width}},{key:\"curWidth\",value:function curWidth(){var line=this.lines[this.current];if(line===undefined)return 0;return line.width}},{key:\"append\",value:function append(text){var mod=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"normal\";this._add(this.current,text,mod)}},{key:\"newLine\",value:function newLine(text){var mod=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"normal\";this._add(this.current,text,mod);this.current++}},{key:\"determineLineHeights\",value:function determineLineHeights(){for(var k=0;k<this.lines.length;k++){var line=this.lines[k];var height=0;if(line.blocks!==undefined){for(var l=0;l<line.blocks.length;l++){var block=line.blocks[l];if(height<block.height){height=block.height}}}line.height=height}}},{key:\"determineLabelSize\",value:function determineLabelSize(){var width=0;var height=0;for(var k=0;k<this.lines.length;k++){var line=this.lines[k];if(line.width>width){width=line.width}height+=line.height}this.width=width;this.height=height}},{key:\"removeEmptyBlocks\",value:function removeEmptyBlocks(){var tmpLines=[];for(var k=0;k<this.lines.length;k++){var line=this.lines[k];if(line.blocks.length===0)continue;if(k===this.lines.length-1){if(line.width===0)continue}var tmpLine={};(0,_assign2[\"default\"])(tmpLine,line);tmpLine.blocks=[];var firstEmptyBlock=void 0;var tmpBlocks=[];for(var l=0;l<line.blocks.length;l++){var block=line.blocks[l];if(block.width!==0){tmpBlocks.push(block)}else{if(firstEmptyBlock===undefined){firstEmptyBlock=block}}}if(tmpBlocks.length===0&&firstEmptyBlock!==undefined){tmpBlocks.push(firstEmptyBlock)}tmpLine.blocks=tmpBlocks;tmpLines.push(tmpLine)}return tmpLines}},{key:\"finalize\",value:function finalize(){this.determineLineHeights();this.determineLabelSize();var tmpLines=this.removeEmptyBlocks();return{width:this.width,height:this.height,lines:tmpLines}}}]);return LabelAccumulator}();exports[\"default\"]=LabelAccumulator},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Box=function(_NodeBase){(0,_inherits3[\"default\"])(Box,_NodeBase);function Box(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Box);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Box.__proto__||(0,_getPrototypeOf2[\"default\"])(Box)).call(this,options,body,labelModule));_this._setMargins(labelModule);return _this}(0,_createClass3[\"default\"])(Box,[{key:\"resize\",value:function resize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.selected;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this.hover;if(this.needsRefresh(selected,hover)){var dimensions=this.getDimensionsFromLabel(ctx,selected,hover);this.width=dimensions.width+this.margin.right+this.margin.left;this.height=dimensions.height+this.margin.top+this.margin.bottom;this.radius=this.width/2}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.resize(ctx,selected,hover);this.left=x-this.width/2;this.top=y-this.height/2;this.initContextForDraw(ctx,values);ctx.roundRect(this.left,this.top,this.width,this.height,values.borderRadius);this.performFill(ctx,values);this.updateBoundingBox(x,y,ctx,selected,hover);this.labelModule.draw(ctx,this.left+this.textSize.width/2+this.margin.left,this.top+this.textSize.height/2+this.margin.top,selected,hover)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected,hover){this._updateBoundingBox(x,y,ctx,selected,hover)\n;var borderRadius=this.options.shapeProperties.borderRadius;this._addBoundingBoxMargin(borderRadius)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var borderWidth=this.options.borderWidth;return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}}]);return Box}(_NodeBase3[\"default\"]);exports[\"default\"]=Box},function(module,exports,__webpack_require__){__webpack_require__(195);module.exports=__webpack_require__(7).Object.getPrototypeOf},function(module,exports,__webpack_require__){var toObject=__webpack_require__(41);var $getPrototypeOf=__webpack_require__(85);__webpack_require__(87)(\"getPrototypeOf\",function(){return function getPrototypeOf(it){return $getPrototypeOf(toObject(it))}})},function(module,exports,__webpack_require__){module.exports={default:__webpack_require__(197),__esModule:true}},function(module,exports,__webpack_require__){__webpack_require__(198);module.exports=__webpack_require__(7).Object.setPrototypeOf},function(module,exports,__webpack_require__){var $export=__webpack_require__(17);$export($export.S,\"Object\",{setPrototypeOf:__webpack_require__(199).set})},function(module,exports,__webpack_require__){var isObject=__webpack_require__(32);var anObject=__webpack_require__(27);var check=function(O,proto){anObject(O);if(!isObject(proto)&&proto!==null)throw TypeError(proto+\": can't set as prototype!\")};module.exports={set:Object.setPrototypeOf||(\"__proto__\"in{}?function(test,buggy,set){try{set=__webpack_require__(80)(Function.call,__webpack_require__(89).f(Object.prototype,\"__proto__\").set,2);set(test,[]);buggy=!(test instanceof Array)}catch(e){buggy=true}return function setPrototypeOf(O,proto){check(O,proto);if(buggy)O.__proto__=proto;else set(O,proto);return O}}({},false):undefined),check:check}},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _CircleImageBase2=__webpack_require__(73);var _CircleImageBase3=_interopRequireDefault(_CircleImageBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Circle=function(_CircleImageBase){(0,_inherits3[\"default\"])(Circle,_CircleImageBase);function Circle(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Circle);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Circle.__proto__||(0,_getPrototypeOf2[\"default\"])(Circle)).call(this,options,body,labelModule));_this._setMargins(labelModule);return _this}(0,_createClass3[\"default\"])(Circle,[{key:\"resize\",value:function resize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.selected;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this.hover;if(this.needsRefresh(selected,hover)){var dimensions=this.getDimensionsFromLabel(ctx,selected,hover);var diameter=Math.max(dimensions.width+this.margin.right+this.margin.left,dimensions.height+this.margin.top+this.margin.bottom);this.options.size=diameter/2;this.width=diameter;this.height=diameter;this.radius=this.width/2}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.resize(ctx,selected,hover);this.left=x-this.width/2;this.top=y-this.height/2;this._drawRawCircle(ctx,x,y,values);this.updateBoundingBox(x,y);this.labelModule.draw(ctx,this.left+this.textSize.width/2+this.margin.left,y,selected,hover)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.width*.5}}]);return Circle}(_CircleImageBase3[\"default\"]);exports[\"default\"]=Circle},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _CircleImageBase2=__webpack_require__(73);var _CircleImageBase3=_interopRequireDefault(_CircleImageBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var CircularImage=function(_CircleImageBase){(0,_inherits3[\"default\"])(CircularImage,_CircleImageBase);function CircularImage(options,body,labelModule,imageObj,imageObjAlt){(0,_classCallCheck3[\"default\"])(this,CircularImage);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(CircularImage.__proto__||(0,_getPrototypeOf2[\"default\"])(CircularImage)).call(this,options,body,labelModule));_this.setImages(imageObj,imageObjAlt);return _this}(0,_createClass3[\"default\"])(CircularImage,[{key:\"resize\",value:function resize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.selected;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this.hover;var imageAbsent=this.imageObj.src===undefined||this.imageObj.width===undefined||this.imageObj.height===undefined;if(imageAbsent){var diameter=this.options.size*2;this.width=diameter;this.height=diameter;this.radius=.5*this.width;return}if(this.needsRefresh(selected,hover)){this._resizeImage()}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.switchImages(selected);this.resize();this.left=x-this.width/2;this.top=y-this.height/2;this._drawRawCircle(ctx,x,y,values);ctx.save();ctx.clip();this._drawImageAtPosition(ctx,values);ctx.restore();this._drawImageLabel(ctx,x,y,selected,hover);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.width*.5}}]);return CircularImage}(_CircleImageBase3[\"default\"]);exports[\"default\"]=CircularImage},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Database=function(_NodeBase){(0,_inherits3[\"default\"])(Database,_NodeBase);function Database(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Database);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Database.__proto__||(0,_getPrototypeOf2[\"default\"])(Database)).call(this,options,body,labelModule));_this._setMargins(labelModule);return _this}(0,_createClass3[\"default\"])(Database,[{key:\"resize\",value:function resize(ctx,selected,hover){if(this.needsRefresh(selected,hover)){var dimensions=this.getDimensionsFromLabel(ctx,selected,hover);var size=dimensions.width+this.margin.right+this.margin.left;this.width=size;this.height=size;this.radius=this.width/2}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.resize(ctx,selected,hover);this.left=x-this.width/2;this.top=y-this.height/2;this.initContextForDraw(ctx,values);ctx.database(x-this.width/2,y-this.height/2,this.width,this.height);this.performFill(ctx,values);this.updateBoundingBox(x,y,ctx,selected,hover);this.labelModule.draw(ctx,this.left+this.textSize.width/2+this.margin.left,this.top+this.textSize.height/2+this.margin.top,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Database}(_NodeBase3[\"default\"]);exports[\"default\"]=Database},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Diamond=function(_ShapeBase){(0,_inherits3[\"default\"])(Diamond,_ShapeBase);function Diamond(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Diamond);return(0,_possibleConstructorReturn3[\"default\"])(this,(Diamond.__proto__||(0,_getPrototypeOf2[\"default\"])(Diamond)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Diamond,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"diamond\",4,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Diamond}(_ShapeBase3[\"default\"]);exports[\"default\"]=Diamond},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Dot=function(_ShapeBase){(0,_inherits3[\"default\"])(Dot,_ShapeBase);function Dot(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Dot);return(0,_possibleConstructorReturn3[\"default\"])(this,(Dot.__proto__||(0,_getPrototypeOf2[\"default\"])(Dot)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Dot,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"circle\",2,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.options.size}}]);return Dot}(_ShapeBase3[\"default\"]);exports[\"default\"]=Dot},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Ellipse=function(_NodeBase){(0,_inherits3[\"default\"])(Ellipse,_NodeBase);function Ellipse(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Ellipse);return(0,_possibleConstructorReturn3[\"default\"])(this,(Ellipse.__proto__||(0,_getPrototypeOf2[\"default\"])(Ellipse)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Ellipse,[{key:\"resize\",value:function resize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.selected;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this.hover;if(this.needsRefresh(selected,hover)){var dimensions=this.getDimensionsFromLabel(ctx,selected,hover);this.height=dimensions.height*2;this.width=dimensions.width+dimensions.height;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.resize(ctx,selected,hover);this.left=x-this.width*.5;this.top=y-this.height*.5;this.initContextForDraw(ctx,values);ctx.ellipse_vis(this.left,this.top,this.width,this.height);this.performFill(ctx,values);this.updateBoundingBox(x,y,ctx,selected,hover);this.labelModule.draw(ctx,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width*.5;var b=this.height*.5;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Ellipse}(_NodeBase3[\"default\"]);exports[\"default\"]=Ellipse},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Icon=function(_NodeBase){(0,_inherits3[\"default\"])(Icon,_NodeBase);function Icon(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Icon);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Icon.__proto__||(0,_getPrototypeOf2[\"default\"])(Icon)).call(this,options,body,labelModule));_this._setMargins(labelModule);return _this}(0,_createClass3[\"default\"])(Icon,[{key:\"resize\",value:function resize(ctx,selected,hover){if(this.needsRefresh(selected,hover)){this.iconSize={width:Number(this.options.icon.size),height:Number(this.options.icon.size)};this.width=this.iconSize.width+this.margin.right+this.margin.left;this.height=this.iconSize.height+this.margin.top+this.margin.bottom;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.resize(ctx,selected,hover);this.options.icon.size=this.options.icon.size||50;this.left=x-this.width/2;this.top=y-this.height/2;this._icon(ctx,x,y,selected,hover,values);if(this.options.label!==undefined){var iconTextSpacing=5;this.labelModule.draw(ctx,this.left+this.iconSize.width/2+this.margin.left,y+this.height/2+iconTextSpacing,selected)}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.icon.size*.5;this.boundingBox.left=x-this.options.icon.size*.5;this.boundingBox.right=x+this.options.icon.size*.5;this.boundingBox.bottom=y+this.options.icon.size*.5;if(this.options.label!==undefined&&this.labelModule.size.width>0){var iconTextSpacing=5;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+iconTextSpacing)}}},{key:\"_icon\",value:function _icon(ctx,x,y,selected,hover,values){var iconSize=Number(this.options.icon.size);if(this.options.icon.code!==undefined){ctx.font=(selected?\"bold \":\"\")+iconSize+\"px \"+this.options.icon.face;ctx.fillStyle=this.options.icon.color||\"black\";ctx.textAlign=\"center\";ctx.textBaseline=\"middle\";this.enableShadow(ctx,values);ctx.fillText(this.options.icon.code,x,y);this.disableShadow(ctx,values)}else{console.error(\"When using the icon shape, you need to define the code in the icon options object. This can be done per node or globally.\")}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Icon}(_NodeBase3[\"default\"]);exports[\"default\"]=Icon},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _CircleImageBase2=__webpack_require__(73);var _CircleImageBase3=_interopRequireDefault(_CircleImageBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Image=function(_CircleImageBase){(0,_inherits3[\"default\"])(Image,_CircleImageBase);function Image(options,body,labelModule,imageObj,imageObjAlt){(0,_classCallCheck3[\"default\"])(this,Image);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Image.__proto__||(0,_getPrototypeOf2[\"default\"])(Image)).call(this,options,body,labelModule));_this.setImages(imageObj,imageObjAlt);return _this}(0,_createClass3[\"default\"])(Image,[{key:\"resize\",value:function resize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.selected;var hover=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this.hover;var imageAbsent=this.imageObj.src===undefined||this.imageObj.width===undefined||this.imageObj.height===undefined;if(imageAbsent){var side=this.options.size*2;this.width=side;this.height=side;return}if(this.needsRefresh(selected,hover)){this._resizeImage()}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.switchImages(selected);this.resize();this.left=x-this.width/2;this.top=y-this.height/2;if(this.options.shapeProperties.useBorderWithImage===true){var neutralborderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var borderWidth=(selected?selectionLineWidth:neutralborderWidth)/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.beginPath();ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.rect(this.left-.5*ctx.lineWidth,this.top-.5*ctx.lineWidth,this.width+ctx.lineWidth,this.height+ctx.lineWidth);ctx.fill();this.performStroke(ctx,values);ctx.closePath()}this._drawImageAtPosition(ctx,values);this._drawImageLabel(ctx,x,y,selected,hover);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.resize();this._updateBoundingBox(x,y);if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Image}(_CircleImageBase3[\"default\"]);exports[\"default\"]=Image},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Square=function(_ShapeBase){(0,_inherits3[\"default\"])(Square,_ShapeBase);function Square(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Square);return(0,_possibleConstructorReturn3[\"default\"])(this,(Square.__proto__||(0,_getPrototypeOf2[\"default\"])(Square)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Square,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"square\",2,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Square}(_ShapeBase3[\"default\"]);exports[\"default\"]=Square},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Hexagon=function(_ShapeBase){(0,_inherits3[\"default\"])(Hexagon,_ShapeBase);function Hexagon(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Hexagon);return(0,_possibleConstructorReturn3[\"default\"])(this,(Hexagon.__proto__||(0,_getPrototypeOf2[\"default\"])(Hexagon)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Hexagon,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"hexagon\",4,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Hexagon}(_ShapeBase3[\"default\"]);exports[\"default\"]=Hexagon},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Star=function(_ShapeBase){(0,_inherits3[\"default\"])(Star,_ShapeBase);function Star(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Star);return(0,_possibleConstructorReturn3[\"default\"])(this,(Star.__proto__||(0,_getPrototypeOf2[\"default\"])(Star)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Star,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"star\",4,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Star}(_ShapeBase3[\"default\"]);exports[\"default\"]=Star},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _NodeBase2=__webpack_require__(23);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Text=function(_NodeBase){(0,_inherits3[\"default\"])(Text,_NodeBase);function Text(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Text);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Text.__proto__||(0,_getPrototypeOf2[\"default\"])(Text)).call(this,options,body,labelModule));_this._setMargins(labelModule);return _this}(0,_createClass3[\"default\"])(Text,[{key:\"resize\",value:function resize(ctx,selected,hover){if(this.needsRefresh(selected,hover)){this.textSize=this.labelModule.getTextSize(ctx,selected,hover);this.width=this.textSize.width+this.margin.right+this.margin.left;this.height=this.textSize.height+this.margin.top+this.margin.bottom;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this.resize(ctx,selected,hover);this.left=x-this.width/2;this.top=y-this.height/2;this.enableShadow(ctx,values);this.labelModule.draw(ctx,this.left+this.textSize.width/2+this.margin.left,this.top+this.textSize.height/2+this.margin.top,selected,hover);this.disableShadow(ctx,values);this.updateBoundingBox(x,y,ctx,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Text}(_NodeBase3[\"default\"]);exports[\"default\"]=Text},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Triangle=function(_ShapeBase){(0,_inherits3[\"default\"])(Triangle,_ShapeBase);function Triangle(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,Triangle);return(0,_possibleConstructorReturn3[\"default\"])(this,(Triangle.__proto__||(0,_getPrototypeOf2[\"default\"])(Triangle)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(Triangle,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"triangle\",3,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Triangle}(_ShapeBase3[\"default\"]);exports[\"default\"]=Triangle},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _ShapeBase2=__webpack_require__(24);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var TriangleDown=function(_ShapeBase){(0,_inherits3[\"default\"])(TriangleDown,_ShapeBase);function TriangleDown(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,TriangleDown);return(0,_possibleConstructorReturn3[\"default\"])(this,(TriangleDown.__proto__||(0,_getPrototypeOf2[\"default\"])(TriangleDown)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(TriangleDown,[{key:\"draw\",value:function draw(ctx,x,y,selected,hover,values){this._drawShape(ctx,\"triangleDown\",3,x,y,selected,hover,values)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return TriangleDown}(_ShapeBase3[\"default\"]);exports[\"default\"]=TriangleDown},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var DataSet=__webpack_require__(11);var DataView=__webpack_require__(12);var Edge=__webpack_require__(74)[\"default\"];var EdgesHandler=function(){function EdgesHandler(body,images,groups){var _this=this;(0,_classCallCheck3[\"default\"])(this,EdgesHandler);this.body=body;this.images=images;this.groups=groups;this.body.functions.createEdge=this.create.bind(this);this.edgesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={arrows:{to:{enabled:false,\nscaleFactor:1,type:\"arrow\"},middle:{enabled:false,scaleFactor:1,type:\"arrow\"},from:{enabled:false,scaleFactor:1,type:\"arrow\"}},arrowStrikethrough:true,color:{color:\"#848484\",highlight:\"#848484\",hover:\"#848484\",inherit:\"from\",opacity:1},dashes:false,font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:2,strokeColor:\"#ffffff\",align:\"horizontal\",multi:false,vadjust:0,bold:{mod:\"bold\"},boldital:{mod:\"bold italic\"},ital:{mod:\"italic\"},mono:{mod:\"\",size:15,face:\"courier new\",vadjust:2}},hidden:false,hoverWidth:1.5,label:undefined,labelHighlightBold:true,length:undefined,physics:true,scaling:{min:1,max:15,label:{enabled:true,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},selectionWidth:1.5,selfReferenceSize:20,shadow:{enabled:false,color:\"rgba(0,0,0,0.5)\",size:10,x:5,y:5},smooth:{enabled:true,type:\"dynamic\",forceDirection:\"none\",roundness:.5},title:undefined,width:1,value:undefined};util.deepExtend(this.options,this.defaultOptions);this.bindEventListeners()}(0,_createClass3[\"default\"])(EdgesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"_forceDisableDynamicCurves\",function(type){var emit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(type===\"dynamic\"){type=\"continuous\"}var dataChanged=false;for(var edgeId in _this2.body.edges){if(_this2.body.edges.hasOwnProperty(edgeId)){var edge=_this2.body.edges[edgeId];var edgeData=_this2.body.data.edges._data[edgeId];if(edgeData!==undefined){var smoothOptions=edgeData.smooth;if(smoothOptions!==undefined){if(smoothOptions.enabled===true&&smoothOptions.type===\"dynamic\"){if(type===undefined){edge.setOptions({smooth:false})}else{edge.setOptions({smooth:{type:type}})}dataChanged=true}}}}}if(emit===true&&dataChanged===true){_this2.body.emitter.emit(\"_dataChanged\")}});this.body.emitter.on(\"_dataUpdated\",function(){_this2.reconnectEdges()});this.body.emitter.on(\"refreshEdges\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){util.forEach(_this2.edgesListeners,function(callback,event){if(_this2.body.data.edges)_this2.body.data.edges.off(event,callback)});delete _this2.body.functions.createEdge;delete _this2.edgesListeners.add;delete _this2.edgesListeners.update;delete _this2.edgesListeners.remove;delete _this2.edgesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){Edge.parseOptions(this.options,options,true,this.defaultOptions,true);var dataChanged=false;if(options.smooth!==undefined){for(var edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(edgeId)){dataChanged=this.body.edges[edgeId].updateEdgeType()||dataChanged}}}if(options.font!==undefined){for(var _edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(_edgeId)){this.body.edges[_edgeId].updateLabelModule()}}}if(options.hidden!==undefined||options.physics!==undefined||dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(edges){var _this3=this;var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var oldEdgesData=this.body.data.edges;if(edges instanceof DataSet||edges instanceof DataView){this.body.data.edges=edges}else if(Array.isArray(edges)){this.body.data.edges=new DataSet;this.body.data.edges.add(edges)}else if(!edges){this.body.data.edges=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldEdgesData){util.forEach(this.edgesListeners,function(callback,event){oldEdgesData.off(event,callback)})}this.body.edges={};if(this.body.data.edges){util.forEach(this.edgesListeners,function(callback,event){_this3.body.data.edges.on(event,callback)});var ids=this.body.data.edges.getIds();this.add(ids,true)}this.body.emitter.emit(\"_adjustEdgesForHierarchicalLayout\");if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var edges=this.body.edges;var edgesData=this.body.data.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var oldEdge=edges[id];if(oldEdge){oldEdge.disconnect()}var data=edgesData.get(id,{showInternalIds:true});edges[id]=this.create(data)}this.body.emitter.emit(\"_adjustEdgesForHierarchicalLayout\");if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids){var edges=this.body.edges;var edgesData=this.body.data.edges;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var data=edgesData.get(id);var edge=edges[id];if(edge!==undefined){edge.disconnect();dataChanged=edge.setOptions(data)||dataChanged;edge.connect()}else{this.body.edges[id]=this.create(data);dataChanged=true}}if(dataChanged===true){this.body.emitter.emit(\"_adjustEdgesForHierarchicalLayout\");this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var emit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(ids.length===0)return;var edges=this.body.edges;util.forEach(ids,function(id){var edge=edges[id];if(edge!==undefined){edge.remove()}});if(emit){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"refresh\",value:function refresh(){var _this4=this;util.forEach(this.body.edges,function(edge,edgeId){var data=_this4.body.data.edges._data[edgeId];if(data!==undefined){edge.setOptions(data)}})}},{key:\"create\",value:function create(properties){return new Edge(properties,this.body,this.options,this.defaultOptions)}},{key:\"reconnectEdges\",value:function reconnectEdges(){var id;var nodes=this.body.nodes;var edges=this.body.edges;for(id in nodes){if(nodes.hasOwnProperty(id)){nodes[id].edges=[]}}for(id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];edge.from=null;edge.to=null;edge.connect()}}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(edgeId){var nodeList=[];if(this.body.edges[edgeId]!==undefined){var edge=this.body.edges[edgeId];if(edge.fromId!==undefined){nodeList.push(edge.fromId)}if(edge.toId!==undefined){nodeList.push(edge.toId)}}return nodeList}},{key:\"_updateState\",value:function _updateState(){this._addMissingEdges();this._removeInvalidEdges()}},{key:\"_removeInvalidEdges\",value:function _removeInvalidEdges(){var _this5=this;var edgesToDelete=[];util.forEach(this.body.edges,function(edge,id){var toNode=_this5.body.nodes[edge.toId];var fromNode=_this5.body.nodes[edge.fromId];if(toNode!==undefined&&toNode.isCluster===true||fromNode!==undefined&&fromNode.isCluster===true){return}if(toNode===undefined||fromNode===undefined){edgesToDelete.push(id)}});this.remove(edgesToDelete,false)}},{key:\"_addMissingEdges\",value:function _addMissingEdges(){var edges=this.body.edges;var edgesData=this.body.data.edges;var addIds=[];edgesData.forEach(function(edgeData,edgeId){var edge=edges[edgeId];if(edge===undefined){addIds.push(edgeId)}});this.add(addIds,true)}}]);return EdgesHandler}();exports[\"default\"]=EdgesHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray2=__webpack_require__(30);var _slicedToArray3=_interopRequireDefault(_slicedToArray2);var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _CubicBezierEdgeBase2=__webpack_require__(216);var _CubicBezierEdgeBase3=_interopRequireDefault(_CubicBezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var CubicBezierEdge=function(_CubicBezierEdgeBase){(0,_inherits3[\"default\"])(CubicBezierEdge,_CubicBezierEdgeBase);function CubicBezierEdge(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,CubicBezierEdge);return(0,_possibleConstructorReturn3[\"default\"])(this,(CubicBezierEdge.__proto__||(0,_getPrototypeOf2[\"default\"])(CubicBezierEdge)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(CubicBezierEdge,[{key:\"_line\",value:function _line(ctx,values,viaNodes){var via1=viaNodes[0];var via2=viaNodes[1];this._bezierCurve(ctx,values,via1,via2)}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var dx=this.from.x-this.to.x;var dy=this.from.y-this.to.y;var x1=void 0,y1=void 0,x2=void 0,y2=void 0;var roundness=this.options.smooth.roundness;if((Math.abs(dx)>Math.abs(dy)||this.options.smooth.forceDirection===true||this.options.smooth.forceDirection===\"horizontal\")&&this.options.smooth.forceDirection!==\"vertical\"){y1=this.from.y;y2=this.to.y;x1=this.from.x-roundness*dx;x2=this.to.x+roundness*dx}else{y1=this.from.y-roundness*dy;y2=this.to.y+roundness*dy;x1=this.from.x;x2=this.to.x}return[{x:x1,y:y1},{x:x2,y:y2}]}},{key:\"getViaNode\",value:function getViaNode(){return this._getViaCoordinates()}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var _ref=arguments.length>6&&arguments[6]!==undefined?arguments[6]:this._getViaCoordinates(),_ref2=(0,_slicedToArray3[\"default\"])(_ref,2),via1=_ref2[0],via2=_ref2[1];return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via1,via2)}},{key:\"getPoint\",value:function getPoint(percentage){var _ref3=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this._getViaCoordinates(),_ref4=(0,_slicedToArray3[\"default\"])(_ref3,2),via1=_ref4[0],via2=_ref4[1];var t=percentage;var vec=[];vec[0]=Math.pow(1-t,3);vec[1]=3*t*Math.pow(1-t,2);vec[2]=3*Math.pow(t,2)*(1-t);vec[3]=Math.pow(t,3);var x=vec[0]*this.fromPoint.x+vec[1]*via1.x+vec[2]*via2.x+vec[3]*this.toPoint.x;var y=vec[0]*this.fromPoint.y+vec[1]*via1.y+vec[2]*via2.y+vec[3]*this.toPoint.y;return{x:x,y:y}}}]);return CubicBezierEdge}(_CubicBezierEdgeBase3[\"default\"]);exports[\"default\"]=CubicBezierEdge},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _BezierEdgeBase2=__webpack_require__(75);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var CubicBezierEdgeBase=function(_BezierEdgeBase){(0,_inherits3[\"default\"])(CubicBezierEdgeBase,_BezierEdgeBase);function CubicBezierEdgeBase(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,CubicBezierEdgeBase);return(0,_possibleConstructorReturn3[\"default\"])(this,(CubicBezierEdgeBase.__proto__||(0,_getPrototypeOf2[\"default\"])(CubicBezierEdgeBase)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(CubicBezierEdgeBase,[{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via1,via2){var minDistance=1e9;var distance=void 0;var i=void 0,t=void 0,x=void 0,y=void 0;var lastX=x1;var lastY=y1;var vec=[0,0,0,0];for(i=1;i<10;i++){t=.1*i;vec[0]=Math.pow(1-t,3);vec[1]=3*t*Math.pow(1-t,2);vec[2]=3*Math.pow(t,2)*(1-t);vec[3]=Math.pow(t,3);x=vec[0]*x1+vec[1]*via1.x+vec[2]*via2.x+vec[3]*x2;y=vec[0]*y1+vec[1]*via1.y+vec[2]*via2.y+vec[3]*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}}]);return CubicBezierEdgeBase}(_BezierEdgeBase3[\"default\"]);exports[\"default\"]=CubicBezierEdgeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray2=__webpack_require__(30);var _slicedToArray3=_interopRequireDefault(_slicedToArray2);var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _BezierEdgeBase2=__webpack_require__(75);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var BezierEdgeDynamic=function(_BezierEdgeBase){(0,_inherits3[\"default\"])(BezierEdgeDynamic,_BezierEdgeBase);function BezierEdgeDynamic(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,BezierEdgeDynamic);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(BezierEdgeDynamic.__proto__||(0,_getPrototypeOf2[\"default\"])(BezierEdgeDynamic)).call(this,options,body,labelModule));_this._boundFunction=function(){_this.positionBezierNode()};_this.body.emitter.on(\"_repositionBezierNodes\",_this._boundFunction);return _this}(0,_createClass3[\"default\"])(BezierEdgeDynamic,[{key:\"setOptions\",value:function setOptions(options){var physicsChange=false;if(this.options.physics!==options.physics){physicsChange=true}this.options=options;this.id=this.options.id;this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];this.setupSupportNode();this.connect();if(physicsChange===true){this.via.setOptions({physics:this.options.physics});this.positionBezierNode()}}},{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];if(this.from===undefined||this.to===undefined||this.options.physics===false){this.via.setOptions({physics:false})}else{if(this.from.id===this.to.id){this.via.setOptions({physics:false})}else{this.via.setOptions({physics:true})}}}},{key:\"cleanup\",value:function cleanup(){this.body.emitter.off(\"_repositionBezierNodes\",this._boundFunction);if(this.via!==undefined){delete this.body.nodes[this.via.id];this.via=undefined;return true}return false}},{key:\"setupSupportNode\",value:function setupSupportNode(){if(this.via===undefined){var nodeId=\"edgeId:\"+this.id;var node=this.body.functions.createNode({id:nodeId,shape:\"circle\",physics:true,hidden:true});this.body.nodes[nodeId]=node;this.via=node;this.via.parentEdgeId=this.id;this.positionBezierNode()}}},{key:\"positionBezierNode\",value:function positionBezierNode(){if(this.via!==undefined&&this.from!==undefined&&this.to!==undefined){this.via.x=.5*(this.from.x+this.to.x);this.via.y=.5*(this.from.y+this.to.y)}else if(this.via!==undefined){this.via.x=0;this.via.y=0}}},{key:\"_line\",value:function _line(ctx,values,viaNode){this._bezierCurve(ctx,values,viaNode)}},{key:\"getViaNode\",value:function getViaNode(){return this.via}},{key:\"getPoint\",value:function getPoint(percentage){var viaNode=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.via;var t=percentage;var x=void 0,y=void 0;if(this.from===this.to){var _getCircleData=this._getCircleData(this.from),_getCircleData2=(0,_slicedToArray3[\"default\"])(_getCircleData,3),cx=_getCircleData2[0],cy=_getCircleData2[1],cr=_getCircleData2[2];var a=2*Math.PI*(1-t);x=cx+cr*Math.sin(a);y=cy+cr-cr*(1-Math.cos(a))}else{x=Math.pow(1-t,2)*this.fromPoint.x+2*t*(1-t)*viaNode.x+Math.pow(t,2)*this.toPoint.x;y=Math.pow(1-t,2)*this.fromPoint.y+2*t*(1-t)*viaNode.y+Math.pow(t,2)*this.toPoint.y}return{x:x,y:y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx,this.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,this.via)}}]);return BezierEdgeDynamic}(_BezierEdgeBase3[\"default\"]);exports[\"default\"]=BezierEdgeDynamic},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _BezierEdgeBase2=__webpack_require__(75);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var BezierEdgeStatic=function(_BezierEdgeBase){(0,_inherits3[\"default\"])(BezierEdgeStatic,_BezierEdgeBase);function BezierEdgeStatic(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,BezierEdgeStatic);return(0,_possibleConstructorReturn3[\"default\"])(this,(BezierEdgeStatic.__proto__||(0,_getPrototypeOf2[\"default\"])(BezierEdgeStatic)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(BezierEdgeStatic,[{key:\"_line\",value:function _line(ctx,values,viaNode){this._bezierCurve(ctx,values,viaNode)}},{key:\"getViaNode\",value:function getViaNode(){return this._getViaCoordinates()}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var xVia=undefined;var yVia=undefined;var factor=this.options.smooth.roundness;var type=this.options.smooth.type;var dx=Math.abs(this.from.x-this.to.x);var dy=Math.abs(this.from.y-this.to.y);if(type===\"discrete\"||type===\"diagonalCross\"){var stepX=void 0;var stepY=void 0;if(dx<=dy){stepX=stepY=factor*dy}else{stepX=stepY=factor*dx}if(this.from.x>this.to.x)stepX=-stepX;if(this.from.y>=this.to.y)stepY=-stepY;xVia=this.from.x+stepX;yVia=this.from.y+stepY;if(type===\"discrete\"){if(dx<=dy){xVia=dx<factor*dy?this.from.x:xVia}else{yVia=dy<factor*dx?this.from.y:yVia}}}else if(type===\"straightCross\"){var _stepX=(1-factor)*dx;var _stepY=(1-factor)*dy;if(dx<=dy){_stepX=0;if(this.from.y<this.to.y)_stepY=-_stepY}else{if(this.from.x<this.to.x)_stepX=-_stepX;_stepY=0}xVia=this.to.x+_stepX;yVia=this.to.y+_stepY}else if(type===\"horizontal\"){var _stepX2=(1-factor)*dx;if(this.from.x<this.to.x)_stepX2=-_stepX2;xVia=this.to.x+_stepX2;yVia=this.from.y}else if(type===\"vertical\"){var _stepY2=(1-factor)*dy;if(this.from.y<this.to.y)_stepY2=-_stepY2;xVia=this.from.x;yVia=this.to.y+_stepY2}else if(type===\"curvedCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var radius=Math.sqrt(dx*dx+dy*dy);var pi=Math.PI;var originalAngle=Math.atan2(dy,dx);var myAngle=(originalAngle+(factor*.5+.5)*pi)%(2*pi);xVia=this.from.x+(factor*.5+.5)*radius*Math.sin(myAngle);yVia=this.from.y+(factor*.5+.5)*radius*Math.cos(myAngle)}else if(type===\"curvedCCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var _radius=Math.sqrt(dx*dx+dy*dy);var _pi=Math.PI;var _originalAngle=Math.atan2(dy,dx);var _myAngle=(_originalAngle+(-factor*.5+.5)*_pi)%(2*_pi);xVia=this.from.x+(factor*.5+.5)*_radius*Math.sin(_myAngle);yVia=this.from.y+(factor*.5+.5)*_radius*Math.cos(_myAngle)}else{var _stepX3=void 0;var _stepY3=void 0;if(dx<=dy){_stepX3=_stepY3=factor*dy}else{_stepX3=_stepY3=factor*dx}if(this.from.x>this.to.x)_stepX3=-_stepX3;if(this.from.y>=this.to.y)_stepY3=-_stepY3;xVia=this.from.x+_stepX3;yVia=this.from.y+_stepY3;if(dx<=dy){if(this.from.x<=this.to.x){xVia=this.to.x<xVia?this.to.x:xVia}else{xVia=this.to.x>xVia?this.to.x:xVia}}else{if(this.from.y>=this.to.y){yVia=this.to.y>yVia?this.to.y:yVia}else{yVia=this.to.y<yVia?this.to.y:yVia}}}return{x:xVia,y:yVia}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var options=arguments.length>2&&arguments[2]!==undefined?arguments[2]:{};return this._findBorderPositionBezier(nearNode,ctx,options.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var viaNode=arguments.length>6&&arguments[6]!==undefined?arguments[6]:this._getViaCoordinates();return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,viaNode)}},{key:\"getPoint\",value:function getPoint(percentage){var viaNode=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this._getViaCoordinates();var t=percentage;var x=Math.pow(1-t,2)*this.fromPoint.x+2*t*(1-t)*viaNode.x+Math.pow(t,2)*this.toPoint.x;var y=Math.pow(1-t,2)*this.fromPoint.y+2*t*(1-t)*viaNode.y+Math.pow(t,2)*this.toPoint.y;return{x:x,y:y}}}]);return BezierEdgeStatic}(_BezierEdgeBase3[\"default\"]);exports[\"default\"]=BezierEdgeStatic},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _EdgeBase2=__webpack_require__(118);var _EdgeBase3=_interopRequireDefault(_EdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var StraightEdge=function(_EdgeBase){(0,_inherits3[\"default\"])(StraightEdge,_EdgeBase);function StraightEdge(options,body,labelModule){(0,_classCallCheck3[\"default\"])(this,StraightEdge);return(0,_possibleConstructorReturn3[\"default\"])(this,(StraightEdge.__proto__||(0,_getPrototypeOf2[\"default\"])(StraightEdge)).call(this,options,body,labelModule))}(0,_createClass3[\"default\"])(StraightEdge,[{key:\"_line\",value:function _line(ctx,values){ctx.beginPath();ctx.moveTo(this.fromPoint.x,this.fromPoint.y);ctx.lineTo(this.toPoint.x,this.toPoint.y);this.enableShadow(ctx,values);ctx.stroke();this.disableShadow(ctx,values)}},{key:\"getViaNode\",value:function getViaNode(){return undefined}},{key:\"getPoint\",value:function getPoint(percentage){return{x:(1-percentage)*this.fromPoint.x+percentage*this.toPoint.x,y:(1-percentage)*this.fromPoint.y+percentage*this.toPoint.y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var node1=this.to;var node2=this.from;if(nearNode.id===this.from.id){node1=this.from;node2=this.to}var angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);var dx=node1.x-node2.x;var dy=node1.y-node2.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var toBorderDist=nearNode.distanceToBorder(ctx,angle);var toBorderPoint=(edgeSegmentLength-toBorderDist)/edgeSegmentLength;var borderPos={};borderPos.x=(1-toBorderPoint)*node2.x+toBorderPoint*node1.x;borderPos.y=(1-toBorderPoint)*node2.y+toBorderPoint*node1.y;return borderPos}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToLine(x1,y1,x2,y2,x3,y3)}}]);return StraightEdge}(_EdgeBase3[\"default\"]);exports[\"default\"]=StraightEdge},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var BarnesHutSolver=__webpack_require__(120)[\"default\"];var Repulsion=__webpack_require__(221)[\"default\"];var HierarchicalRepulsion=__webpack_require__(222)[\"default\"];var SpringSolver=__webpack_require__(223)[\"default\"];var HierarchicalSpringSolver=__webpack_require__(224)[\"default\"];var CentralGravitySolver=__webpack_require__(121)[\"default\"];var ForceAtlas2BasedRepulsionSolver=__webpack_require__(225)[\"default\"];var ForceAtlas2BasedCentralGravitySolver=__webpack_require__(226)[\"default\"];var util=__webpack_require__(2);var EndPoints=__webpack_require__(119)[\"default\"];var PhysicsEngine=function(){function PhysicsEngine(body){(0,_classCallCheck3[\"default\"])(this,PhysicsEngine);this.body=body;this.physicsBody={physicsNodeIndices:[],physicsEdgeIndices:[],forces:{},velocities:{}};this.physicsEnabled=true;this.simulationInterval=1e3/60;this.requiresTimeout=true;this.previousStates={};this.referenceState={};this.freezeCache={};this.renderTimer=undefined;this.adaptiveTimestep=false;this.adaptiveTimestepEnabled=false;this.adaptiveCounter=0;this.adaptiveInterval=3;this.stabilized=false;this.startedStabilization=false;this.stabilizationIterations=0;this.ready=false;this.options={};this.defaultOptions={enabled:true,barnesHut:{theta:.5,gravitationalConstant:-2e3,centralGravity:.3,springLength:95,springConstant:.04,damping:.09,avoidOverlap:0},forceAtlas2Based:{theta:.5,gravitationalConstant:-50,centralGravity:.01,springConstant:.08,springLength:100,damping:.4,avoidOverlap:0},repulsion:{centralGravity:.2,springLength:200,springConstant:.05,nodeDistance:100,damping:.09,avoidOverlap:0},hierarchicalRepulsion:{centralGravity:0,springLength:100,springConstant:.01,nodeDistance:120,damping:.09},maxVelocity:50,minVelocity:.75,solver:\"barnesHut\",stabilization:{enabled:true,iterations:1e3,updateInterval:50,onlyDynamicEdges:false,fit:true},timestep:.5,adaptiveTimestep:true};util.extend(this.options,this.defaultOptions);this.timestep=.5;this.layoutFailed=false;this.bindEventListeners()}(0,_createClass3[\"default\"])(PhysicsEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"initPhysics\",function(){_this.initPhysics()});this.body.emitter.on(\"_layoutFailed\",function(){_this.layoutFailed=true});this.body.emitter.on(\"resetPhysics\",function(){_this.stopSimulation();_this.ready=false});this.body.emitter.on(\"disablePhysics\",function(){_this.physicsEnabled=false;_this.stopSimulation()});this.body.emitter.on(\"restorePhysics\",function(){_this.setOptions(_this.options);if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"startSimulation\",function(){if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"stopSimulation\",function(){_this.stopSimulation()});this.body.emitter.on(\"destroy\",function(){_this.stopSimulation(false);_this.body.emitter.off()});this.body.emitter.on(\"_dataChanged\",function(){_this.updatePhysicsData()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){if(options===false){this.options.enabled=false;this.physicsEnabled=false;this.stopSimulation()}else if(options===true){this.options.enabled=true;this.physicsEnabled=true;this.startSimulation()}else{this.physicsEnabled=true;util.selectiveNotDeepExtend([\"stabilization\"],this.options,options);util.mergeOptions(this.options,options,\"stabilization\");if(options.enabled===undefined){this.options.enabled=true}if(this.options.enabled===false){this.physicsEnabled=false;this.stopSimulation()}this.timestep=this.options.timestep}}this.init()}},{key:\"init\",value:function init(){var options;if(this.options.solver===\"forceAtlas2Based\"){options=this.options.forceAtlas2Based;this.nodesSolver=new ForceAtlas2BasedRepulsionSolver(this.body,this.physicsBody,options);this.edgesSolver=new SpringSolver(this.body,this.physicsBody,options);this.gravitySolver=new ForceAtlas2BasedCentralGravitySolver(this.body,this.physicsBody,options)}else if(this.options.solver===\"repulsion\"){options=this.options.repulsion;this.nodesSolver=new Repulsion(this.body,this.physicsBody,options);this.edgesSolver=new SpringSolver(this.body,this.physicsBody,options);this.gravitySolver=new CentralGravitySolver(this.body,this.physicsBody,options)}else if(this.options.solver===\"hierarchicalRepulsion\"){options=this.options.hierarchicalRepulsion;this.nodesSolver=new HierarchicalRepulsion(this.body,this.physicsBody,options);this.edgesSolver=new HierarchicalSpringSolver(this.body,this.physicsBody,options);this.gravitySolver=new CentralGravitySolver(this.body,this.physicsBody,options)}else{options=this.options.barnesHut;this.nodesSolver=new BarnesHutSolver(this.body,this.physicsBody,options);this.edgesSolver=new SpringSolver(this.body,this.physicsBody,options);this.gravitySolver=new CentralGravitySolver(this.body,this.physicsBody,options)}this.modelOptions=options}},{key:\"initPhysics\",value:function initPhysics(){if(this.physicsEnabled===true&&this.options.enabled===true){if(this.options.stabilization.enabled===true){this.stabilize()}else{this.stabilized=false;this.ready=true;this.body.emitter.emit(\"fit\",{},this.layoutFailed);this.startSimulation()}}else{this.ready=true;this.body.emitter.emit(\"fit\")}}},{key:\"startSimulation\",value:function startSimulation(){if(this.physicsEnabled===true&&this.options.enabled===true){this.stabilized=false;this.adaptiveTimestep=false;this.body.emitter.emit(\"_resizeNodes\");if(this.viewFunction===undefined){this.viewFunction=this.simulationStep.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}else{this.body.emitter.emit(\"_redraw\")}}},{key:\"stopSimulation\",value:function stopSimulation(){var emit=arguments.length>0&&arguments[0]!==undefined?arguments[0]:true;this.stabilized=true;if(emit===true){this._emitStabilized()}if(this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.viewFunction=undefined;if(emit===true){this.body.emitter.emit(\"_stopRendering\")}}}},{key:\"simulationStep\",value:function simulationStep(){var startTime=Date.now();this.physicsTick();var physicsTime=Date.now()-startTime;if((physicsTime<.4*this.simulationInterval||this.runDoubleSpeed===true)&&this.stabilized===false){this.physicsTick();this.runDoubleSpeed=true}if(this.stabilized===true){this.stopSimulation()}}},{key:\"_emitStabilized\",value:function _emitStabilized(){var _this2=this;var amountOfIterations=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.stabilizationIterations;if(this.stabilizationIterations>1||this.startedStabilization===true){setTimeout(function(){_this2.body.emitter.emit(\"stabilized\",{iterations:amountOfIterations});_this2.startedStabilization=false;_this2.stabilizationIterations=0},0)}}},{key:\"physicsStep\",value:function physicsStep(){this.gravitySolver.solve();this.nodesSolver.solve();this.edgesSolver.solve();this.moveNodes()}},{key:\"adjustTimeStep\",value:function adjustTimeStep(){var factor=1.2;if(this._evaluateStepQuality()===true){this.timestep=factor*this.timestep}else{if(this.timestep/factor<this.options.timestep){this.timestep=this.options.timestep}else{this.adaptiveCounter=-1;this.timestep=Math.max(this.options.timestep,this.timestep/factor)}}}},{key:\"physicsTick\",value:function physicsTick(){this._startStabilizing();if(this.stabilized===true)return;if(this.adaptiveTimestep===true&&this.adaptiveTimestepEnabled===true){var doAdaptive=this.adaptiveCounter%this.adaptiveInterval===0;if(doAdaptive){this.timestep=2*this.timestep;this.physicsStep();this.revert();this.timestep=.5*this.timestep;this.physicsStep();this.physicsStep();this.adjustTimeStep()}else{this.physicsStep()}this.adaptiveCounter+=1}else{this.timestep=this.options.timestep;this.physicsStep()}\nif(this.stabilized===true)this.revert();this.stabilizationIterations++}},{key:\"updatePhysicsData\",value:function updatePhysicsData(){this.physicsBody.forces={};this.physicsBody.physicsNodeIndices=[];this.physicsBody.physicsEdgeIndices=[];var nodes=this.body.nodes;var edges=this.body.edges;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.physics===true){this.physicsBody.physicsNodeIndices.push(nodes[nodeId].id)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.physics===true){this.physicsBody.physicsEdgeIndices.push(edges[edgeId].id)}}}for(var i=0;i<this.physicsBody.physicsNodeIndices.length;i++){var _nodeId=this.physicsBody.physicsNodeIndices[i];this.physicsBody.forces[_nodeId]={x:0,y:0};if(this.physicsBody.velocities[_nodeId]===undefined){this.physicsBody.velocities[_nodeId]={x:0,y:0}}}for(var _nodeId2 in this.physicsBody.velocities){if(nodes[_nodeId2]===undefined){delete this.physicsBody.velocities[_nodeId2]}}}},{key:\"revert\",value:function revert(){var nodeIds=(0,_keys2[\"default\"])(this.previousStates);var nodes=this.body.nodes;var velocities=this.physicsBody.velocities;this.referenceState={};for(var i=0;i<nodeIds.length;i++){var nodeId=nodeIds[i];if(nodes[nodeId]!==undefined){if(nodes[nodeId].options.physics===true){this.referenceState[nodeId]={positions:{x:nodes[nodeId].x,y:nodes[nodeId].y}};velocities[nodeId].x=this.previousStates[nodeId].vx;velocities[nodeId].y=this.previousStates[nodeId].vy;nodes[nodeId].x=this.previousStates[nodeId].x;nodes[nodeId].y=this.previousStates[nodeId].y}}else{delete this.previousStates[nodeId]}}}},{key:\"_evaluateStepQuality\",value:function _evaluateStepQuality(){var dx=void 0,dy=void 0,dpos=void 0;var nodes=this.body.nodes;var reference=this.referenceState;var posThreshold=.3;for(var nodeId in this.referenceState){if(this.referenceState.hasOwnProperty(nodeId)&&nodes[nodeId]!==undefined){dx=nodes[nodeId].x-reference[nodeId].positions.x;dy=nodes[nodeId].y-reference[nodeId].positions.y;dpos=Math.sqrt(Math.pow(dx,2)+Math.pow(dy,2));if(dpos>posThreshold){return false}}}return true}},{key:\"moveNodes\",value:function moveNodes(){var nodeIndices=this.physicsBody.physicsNodeIndices;var maxNodeVelocity=0;var averageNodeVelocity=0;var velocityAdaptiveThreshold=5;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];var nodeVelocity=this._performStep(nodeId);maxNodeVelocity=Math.max(maxNodeVelocity,nodeVelocity);averageNodeVelocity+=nodeVelocity}this.adaptiveTimestepEnabled=averageNodeVelocity/nodeIndices.length<velocityAdaptiveThreshold;this.stabilized=maxNodeVelocity<this.options.minVelocity}},{key:\"calculateComponentVelocity\",value:function calculateComponentVelocity(v,f,m){var df=this.modelOptions.damping*v;var a=(f-df)/m;v+=a*this.timestep;var maxV=this.options.maxVelocity||1e9;if(Math.abs(v)>maxV){v=v>0?maxV:-maxV}return v}},{key:\"_performStep\",value:function _performStep(nodeId){var node=this.body.nodes[nodeId];var force=this.physicsBody.forces[nodeId];var velocity=this.physicsBody.velocities[nodeId];this.previousStates[nodeId]={x:node.x,y:node.y,vx:velocity.x,vy:velocity.y};if(node.options.fixed.x===false){velocity.x=this.calculateComponentVelocity(velocity.x,force.x,node.options.mass);node.x+=velocity.x*this.timestep}else{force.x=0;velocity.x=0}if(node.options.fixed.y===false){velocity.y=this.calculateComponentVelocity(velocity.y,force.y,node.options.mass);node.y+=velocity.y*this.timestep}else{force.y=0;velocity.y=0}var totalVelocity=Math.sqrt(Math.pow(velocity.x,2)+Math.pow(velocity.y,2));return totalVelocity}},{key:\"_freezeNodes\",value:function _freezeNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(nodes[id].x&&nodes[id].y){var fixed=nodes[id].options.fixed;this.freezeCache[id]={x:fixed.x,y:fixed.y};fixed.x=true;fixed.y=true}}}}},{key:\"_restoreFrozenNodes\",value:function _restoreFrozenNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(this.freezeCache[id]!==undefined){nodes[id].options.fixed.x=this.freezeCache[id].x;nodes[id].options.fixed.y=this.freezeCache[id].y}}}this.freezeCache={}}},{key:\"stabilize\",value:function stabilize(){var _this3=this;var iterations=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.options.stabilization.iterations;if(typeof iterations!==\"number\"){iterations=this.options.stabilization.iterations;console.log(\"The stabilize method needs a numeric amount of iterations. Switching to default: \",iterations)}if(this.physicsBody.physicsNodeIndices.length===0){this.ready=true;return}this.adaptiveTimestep=true&&this.options.adaptiveTimestep;this.body.emitter.emit(\"_resizeNodes\");this.stopSimulation();this.stabilized=false;this.body.emitter.emit(\"_blockRedraw\");this.targetIterations=iterations;if(this.options.stabilization.onlyDynamicEdges===true){this._freezeNodes()}this.stabilizationIterations=0;setTimeout(function(){return _this3._stabilizationBatch()},0)}},{key:\"_startStabilizing\",value:function _startStabilizing(){if(this.startedStabilization===true)return false;this.body.emitter.emit(\"startStabilizing\");this.startedStabilization=true;return true}},{key:\"_stabilizationBatch\",value:function _stabilizationBatch(){var _this4=this;var running=function running(){return _this4.stabilized===false&&_this4.stabilizationIterations<_this4.targetIterations};var sendProgress=function sendProgress(){_this4.body.emitter.emit(\"stabilizationProgress\",{iterations:_this4.stabilizationIterations,total:_this4.targetIterations})};if(this._startStabilizing()){sendProgress()}var count=0;while(running()&&count<this.options.stabilization.updateInterval){this.physicsTick();count++}sendProgress();if(running()){setTimeout(this._stabilizationBatch.bind(this),0)}else{this._finalizeStabilization()}}},{key:\"_finalizeStabilization\",value:function _finalizeStabilization(){this.body.emitter.emit(\"_allowRedraw\");if(this.options.stabilization.fit===true){this.body.emitter.emit(\"fit\")}if(this.options.stabilization.onlyDynamicEdges===true){this._restoreFrozenNodes()}this.body.emitter.emit(\"stabilizationIterationsDone\");this.body.emitter.emit(\"_requestRedraw\");if(this.stabilized===true){this._emitStabilized()}else{this.startSimulation()}this.ready=true}},{key:\"_drawForces\",value:function _drawForces(ctx){for(var i=0;i<this.physicsBody.physicsNodeIndices.length;i++){var index=this.physicsBody.physicsNodeIndices[i];var node=this.body.nodes[index];var force=this.physicsBody.forces[index];var factor=20;var colorFactor=.03;var forceSize=Math.sqrt(Math.pow(force.x,2)+Math.pow(force.x,2));var size=Math.min(Math.max(5,forceSize),15);var arrowSize=3*size;var color=util.HSVToHex((180-Math.min(1,Math.max(0,colorFactor*forceSize))*180)/360,1,1);var point={x:node.x+factor*force.x,y:node.y+factor*force.y};ctx.lineWidth=size;ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(node.x,node.y);ctx.lineTo(point.x,point.y);ctx.stroke();var angle=Math.atan2(force.y,force.x);ctx.fillStyle=color;EndPoints.draw(ctx,{type:\"arrow\",point:point,angle:angle,length:arrowSize});ctx.fill()}}}]);return PhysicsEngine}();exports[\"default\"]=PhysicsEngine},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var RepulsionSolver=function(){function RepulsionSolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,RepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}(0,_createClass3[\"default\"])(RepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;var a=-2/3/nodeDistance;var b=4/3;for(var i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(var j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance===0){distance=.1*Math.random();dx=distance}if(distance<2*nodeDistance){if(distance<.5*nodeDistance){repulsingForce=1}else{repulsingForce=a*distance+b}repulsingForce=repulsingForce/distance;fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return RepulsionSolver}();exports[\"default\"]=RepulsionSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var HierarchicalRepulsionSolver=function(){function HierarchicalRepulsionSolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,HierarchicalRepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}(0,_createClass3[\"default\"])(HierarchicalRepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2,i,j;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;for(i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];if(node1.level===node2.level){dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);var steepness=.05;if(distance<nodeDistance){repulsingForce=-Math.pow(steepness*distance,2)+Math.pow(steepness*nodeDistance,2)}else{repulsingForce=0}if(distance===0){distance=.01}else{repulsingForce=repulsingForce/distance}fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return HierarchicalRepulsionSolver}();exports[\"default\"]=HierarchicalRepulsionSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var SpringSolver=function(){function SpringSolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,SpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}(0,_createClass3[\"default\"])(SpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength=void 0,edge=void 0;var edgeIndices=this.physicsBody.physicsEdgeIndices;var edges=this.body.edges;var node1=void 0,node2=void 0,node3=void 0;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true&&edge.toId!==edge.fromId){if(this.body.nodes[edge.toId]!==undefined&&this.body.nodes[edge.fromId]!==undefined){if(edge.edgeType.via!==undefined){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;node1=edge.to;node2=edge.edgeType.via;node3=edge.from;this._calculateSpringForce(node1,node2,.5*edgeLength);this._calculateSpringForce(node2,node3,.5*edgeLength)}else{edgeLength=edge.options.length===undefined?this.options.springLength*1.5:edge.options.length;this._calculateSpringForce(edge.from,edge.to,edgeLength)}}}}}},{key:\"_calculateSpringForce\",value:function _calculateSpringForce(node1,node2,edgeLength){var dx=node1.x-node2.x;var dy=node1.y-node2.y;var distance=Math.max(Math.sqrt(dx*dx+dy*dy),.01);var springForce=this.options.springConstant*(edgeLength-distance)/distance;var fx=dx*springForce;var fy=dy*springForce;if(this.physicsBody.forces[node1.id]!==undefined){this.physicsBody.forces[node1.id].x+=fx;this.physicsBody.forces[node1.id].y+=fy}if(this.physicsBody.forces[node2.id]!==undefined){this.physicsBody.forces[node2.id].x-=fx;this.physicsBody.forces[node2.id].y-=fy}}}]);return SpringSolver}();exports[\"default\"]=SpringSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var HierarchicalSpringSolver=function(){function HierarchicalSpringSolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,HierarchicalSpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}(0,_createClass3[\"default\"])(HierarchicalSpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength,edge;var dx,dy,fx,fy,springForce,distance;var edges=this.body.edges;var factor=.5;var edgeIndices=this.physicsBody.physicsEdgeIndices;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];forces[nodeId].springFx=0;forces[nodeId].springFy=0}for(var _i=0;_i<edgeIndices.length;_i++){edge=edges[edgeIndices[_i]];if(edge.connected===true){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;dx=edge.from.x-edge.to.x;dy=edge.from.y-edge.to.y;distance=Math.sqrt(dx*dx+dy*dy);distance=distance===0?.01:distance;springForce=this.options.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;if(edge.to.level!=edge.from.level){if(forces[edge.toId]!==undefined){forces[edge.toId].springFx-=fx;forces[edge.toId].springFy-=fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].springFx+=fx;forces[edge.fromId].springFy+=fy}}else{if(forces[edge.toId]!==undefined){forces[edge.toId].x-=factor*fx;forces[edge.toId].y-=factor*fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].x+=factor*fx;forces[edge.fromId].y+=factor*fy}}}}springForce=1;var springFx,springFy;for(var _i2=0;_i2<nodeIndices.length;_i2++){var _nodeId=nodeIndices[_i2];springFx=Math.min(springForce,Math.max(-springForce,forces[_nodeId].springFx));springFy=Math.min(springForce,Math.max(-springForce,forces[_nodeId].springFy));forces[_nodeId].x+=springFx;forces[_nodeId].y+=springFy}var totalFx=0;var totalFy=0;for(var _i3=0;_i3<nodeIndices.length;_i3++){var _nodeId2=nodeIndices[_i3];totalFx+=forces[_nodeId2].x;totalFy+=forces[_nodeId2].y}var correctionFx=totalFx/nodeIndices.length;var correctionFy=totalFy/nodeIndices.length;for(var _i4=0;_i4<nodeIndices.length;_i4++){var _nodeId3=nodeIndices[_i4];forces[_nodeId3].x-=correctionFx;forces[_nodeId3].y-=correctionFy}}}]);return HierarchicalSpringSolver}();exports[\"default\"]=HierarchicalSpringSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _BarnesHutSolver2=__webpack_require__(120);var _BarnesHutSolver3=_interopRequireDefault(_BarnesHutSolver2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var ForceAtlas2BasedRepulsionSolver=function(_BarnesHutSolver){(0,_inherits3[\"default\"])(ForceAtlas2BasedRepulsionSolver,_BarnesHutSolver);function ForceAtlas2BasedRepulsionSolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,ForceAtlas2BasedRepulsionSolver);return(0,_possibleConstructorReturn3[\"default\"])(this,(ForceAtlas2BasedRepulsionSolver.__proto__||(0,_getPrototypeOf2[\"default\"])(ForceAtlas2BasedRepulsionSolver)).call(this,body,physicsBody,options))}(0,_createClass3[\"default\"])(ForceAtlas2BasedRepulsionSolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1*Math.random();dx=distance}if(this.overlapAvoidanceFactor<1&&node.shape.radius){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var degree=node.edges.length+1;var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass*degree/Math.pow(distance,2);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}}]);return ForceAtlas2BasedRepulsionSolver}(_BarnesHutSolver3[\"default\"]);exports[\"default\"]=ForceAtlas2BasedRepulsionSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _CentralGravitySolver2=__webpack_require__(121);var _CentralGravitySolver3=_interopRequireDefault(_CentralGravitySolver2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var ForceAtlas2BasedCentralGravitySolver=function(_CentralGravitySolver){(0,_inherits3[\"default\"])(ForceAtlas2BasedCentralGravitySolver,_CentralGravitySolver);function ForceAtlas2BasedCentralGravitySolver(body,physicsBody,options){(0,_classCallCheck3[\"default\"])(this,ForceAtlas2BasedCentralGravitySolver);return(0,_possibleConstructorReturn3[\"default\"])(this,(ForceAtlas2BasedCentralGravitySolver.__proto__||(0,_getPrototypeOf2[\"default\"])(ForceAtlas2BasedCentralGravitySolver)).call(this,body,physicsBody,options))}(0,_createClass3[\"default\"])(ForceAtlas2BasedCentralGravitySolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){if(distance>0){var degree=node.edges.length+1;var gravityForce=this.options.centralGravity*degree*node.options.mass;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}}]);return ForceAtlas2BasedCentralGravitySolver}(_CentralGravitySolver3[\"default\"]);exports[\"default\"]=ForceAtlas2BasedCentralGravitySolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var NetworkUtil=__webpack_require__(76)[\"default\"];var Cluster=__webpack_require__(228)[\"default\"];var Edge=__webpack_require__(74)[\"default\"];var Node=__webpack_require__(47)[\"default\"];var ClusterEngine=function(){function ClusterEngine(body){var _this=this;(0,_classCallCheck3[\"default\"])(this,ClusterEngine);this.body=body;this.clusteredNodes={};this.clusteredEdges={};this.options={};this.defaultOptions={};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_resetData\",function(){_this.clusteredNodes={};_this.clusteredEdges={}})}(0,_createClass3[\"default\"])(ClusterEngine,[{key:\"clusterByHubsize\",value:function clusterByHubsize(hubsize,options){if(hubsize===undefined){hubsize=this._getHubSize()}else if((typeof hubsize===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(hubsize))===\"object\"){options=this._checkOptions(hubsize);hubsize=this._getHubSize()}var nodesToCluster=[];for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>=hubsize){nodesToCluster.push(node.id)}}for(var _i=0;_i<nodesToCluster.length;_i++){this.clusterByConnection(nodesToCluster[_i],options,true)}this.body.emitter.emit(\"_dataChanged\")}},{key:\"cluster\",value:function cluster(){var _this2=this;var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};var refreshData=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(options.joinCondition===undefined){throw new Error(\"Cannot call clusterByNodeData without a joinCondition function in the options.\")}options=this._checkOptions(options);var childNodesObj={};var childEdgesObj={};util.forEach(this.body.nodes,function(node,nodeId){var clonedOptions=NetworkUtil.cloneOptions(node);if(options.joinCondition(clonedOptions)===true){childNodesObj[nodeId]=node;util.forEach(node.edges,function(edge){if(_this2.clusteredEdges[edge.id]===undefined){childEdgesObj[edge.id]=edge}})}});this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"clusterByEdgeCount\",value:function clusterByEdgeCount(edgeCount,options){var _this3=this;var refreshData=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;options=this._checkOptions(options);var clusters=[];var usedNodes={};var edge=void 0,edges=void 0,relevantEdgeCount=void 0;var _loop=function _loop(i){var childNodesObj={};var childEdgesObj={};var nodeId=_this3.body.nodeIndices[i];var node=_this3.body.nodes[nodeId];if(usedNodes[nodeId]===undefined){relevantEdgeCount=0;edges=[];for(var j=0;j<node.edges.length;j++){edge=node.edges[j];if(_this3.clusteredEdges[edge.id]===undefined){if(edge.toId!==edge.fromId){relevantEdgeCount++}edges.push(edge)}}if(relevantEdgeCount===edgeCount){checkJoinCondition=function checkJoinCondition(node){if(options.joinCondition===undefined||options.joinCondition===null){return true}var clonedOptions=NetworkUtil.cloneOptions(node);return options.joinCondition(clonedOptions)};var gatheringSuccessful=true;for(var _j=0;_j<edges.length;_j++){edge=edges[_j];var childNodeId=_this3._getConnectedId(edge,nodeId);if(checkJoinCondition(node)){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=node;childNodesObj[childNodeId]=_this3.body.nodes[childNodeId];usedNodes[nodeId]=true}else{gatheringSuccessful=false;break}}if((0,_keys2[\"default\"])(childNodesObj).length>0&&(0,_keys2[\"default\"])(childEdgesObj).length>0&&gatheringSuccessful===true){findClusterData=function findClusterData(){for(var n=0;n<clusters.length;++n){for(var m in childNodesObj){if(clusters[n].nodes[m]!==undefined){return clusters[n]}}}return undefined};foundCluster=findClusterData();if(foundCluster!==undefined){for(var m in childNodesObj){if(foundCluster.nodes[m]===undefined){foundCluster.nodes[m]=childNodesObj[m]}}for(var _m in childEdgesObj){if(foundCluster.edges[_m]===undefined){foundCluster.edges[_m]=childEdgesObj[_m]}}}else{clusters.push({nodes:childNodesObj,edges:childEdgesObj})}}}}};for(var i=0;i<this.body.nodeIndices.length;i++){var checkJoinCondition;var findClusterData;var foundCluster;_loop(i)}for(var i=0;i<clusters.length;i++){this._cluster(clusters[i].nodes,clusters[i].edges,options,false)}if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"clusterOutliers\",value:function clusterOutliers(options){var refreshData=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;this.clusterByEdgeCount(1,options,refreshData)}},{key:\"clusterBridges\",value:function clusterBridges(options){var refreshData=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;this.clusterByEdgeCount(2,options,refreshData)}},{key:\"clusterByConnection\",value:function clusterByConnection(nodeId,options){var refreshData=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;if(nodeId===undefined){throw new Error(\"No nodeId supplied to clusterByConnection!\")}if(this.body.nodes[nodeId]===undefined){throw new Error(\"The nodeId given to clusterByConnection does not exist!\")}var node=this.body.nodes[nodeId];options=this._checkOptions(options,node);if(options.clusterNodeProperties.x===undefined){options.clusterNodeProperties.x=node.x}if(options.clusterNodeProperties.y===undefined){options.clusterNodeProperties.y=node.y}if(options.clusterNodeProperties.fixed===undefined){options.clusterNodeProperties.fixed={};options.clusterNodeProperties.fixed.x=node.options.fixed.x;options.clusterNodeProperties.fixed.y=node.options.fixed.y}var childNodesObj={};var childEdgesObj={};var parentNodeId=node.id;var parentClonedOptions=NetworkUtil.cloneOptions(node);childNodesObj[parentNodeId]=node;for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(this.clusteredEdges[edge.id]===undefined){var childNodeId=this._getConnectedId(edge,parentNodeId);if(this.clusteredNodes[childNodeId]===undefined){if(childNodeId!==parentNodeId){if(options.joinCondition===undefined){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}else{var childClonedOptions=NetworkUtil.cloneOptions(this.body.nodes[childNodeId]);if(options.joinCondition(parentClonedOptions,childClonedOptions)===true){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}}}else{childEdgesObj[edge.id]=edge}}}}var childNodeIDs=(0,_keys2[\"default\"])(childNodesObj).map(function(childNode){return childNodesObj[childNode].id});for(childNode in childNodesObj){if(!childNodesObj.hasOwnProperty(childNode))continue;var childNode=childNodesObj[childNode];for(var y=0;y<childNode.edges.length;y++){var childEdge=childNode.edges[y];if(childNodeIDs.indexOf(this._getConnectedId(childEdge,childNode.id))>-1){childEdgesObj[childEdge.id]=childEdge}}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"_createClusterEdges\",value:function _createClusterEdges(childNodesObj,childEdgesObj,clusterNodeProperties,clusterEdgeProperties){var edge=void 0,childNodeId=void 0,childNode=void 0,toId=void 0,fromId=void 0,otherNodeId=void 0;var childKeys=(0,_keys2[\"default\"])(childNodesObj);var createEdges=[];for(var i=0;i<childKeys.length;i++){childNodeId=childKeys[i];childNode=childNodesObj[childNodeId];for(var j=0;j<childNode.edges.length;j++){edge=childNode.edges[j];if(this.clusteredEdges[edge.id]===undefined){if(edge.toId==edge.fromId){childEdgesObj[edge.id]=edge}else{if(edge.toId==childNodeId){toId=clusterNodeProperties.id;fromId=edge.fromId;otherNodeId=fromId}else{toId=edge.toId;fromId=clusterNodeProperties.id;otherNodeId=toId}}if(childNodesObj[otherNodeId]===undefined){createEdges.push({edge:edge,fromId:fromId,toId:toId})}}}}var newEdges=[];var getNewEdge=function getNewEdge(createdEdge){for(var _j2=0;_j2<newEdges.length;_j2++){var newEdge=newEdges[_j2];var matchToDirection=createdEdge.fromId===newEdge.fromId&&createdEdge.toId===newEdge.toId;var matchFromDirection=createdEdge.fromId===newEdge.toId&&createdEdge.toId===newEdge.fromId;if(matchToDirection||matchFromDirection){return newEdge}}return null};for(var _j3=0;_j3<createEdges.length;_j3++){var createdEdge=createEdges[_j3];var _edge=createdEdge.edge;var newEdge=getNewEdge(createdEdge);if(newEdge===null){newEdge=this._createClusteredEdge(createdEdge.fromId,createdEdge.toId,_edge,clusterEdgeProperties);newEdges.push(newEdge)}else{newEdge.clusteringEdgeReplacingIds.push(_edge.id)}this.body.edges[_edge.id].edgeReplacedById=newEdge.id;this._backupEdgeOptions(_edge);_edge.setOptions({physics:false})}}},{key:\"_checkOptions\",value:function _checkOptions(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};if(options.clusterEdgeProperties===undefined){options.clusterEdgeProperties={}}if(options.clusterNodeProperties===undefined){options.clusterNodeProperties={}}return options}},{key:\"_cluster\",value:function _cluster(childNodesObj,childEdgesObj,options){var refreshData=arguments.length>3&&arguments[3]!==undefined?arguments[3]:true;var tmpNodesToRemove=[];for(var _nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(_nodeId)){if(this.clusteredNodes[_nodeId]!==undefined){tmpNodesToRemove.push(_nodeId)}}}for(var n=0;n<tmpNodesToRemove.length;++n){delete childNodesObj[tmpNodesToRemove[n]]}if((0,_keys2[\"default\"])(childNodesObj).length==0){return}if((0,_keys2[\"default\"])(childNodesObj).length==1&&options.clusterNodeProperties.allowSingleNodeCluster!=true){return}var clusterNodeProperties=util.deepExtend({},options.clusterNodeProperties);if(options.processProperties!==undefined){var childNodesOptions=[];for(var _nodeId2 in childNodesObj){if(childNodesObj.hasOwnProperty(_nodeId2)){var clonedOptions=NetworkUtil.cloneOptions(childNodesObj[_nodeId2]);childNodesOptions.push(clonedOptions)}}var childEdgesOptions=[];for(var edgeId in childEdgesObj){if(childEdgesObj.hasOwnProperty(edgeId)){if(edgeId.substr(0,12)!==\"clusterEdge:\"){var _clonedOptions=NetworkUtil.cloneOptions(childEdgesObj[edgeId],\"edge\");childEdgesOptions.push(_clonedOptions)}}}clusterNodeProperties=options.processProperties(clusterNodeProperties,childNodesOptions,childEdgesOptions);if(!clusterNodeProperties){throw new Error(\"The processProperties function does not return properties!\")}}if(clusterNodeProperties.id===undefined){clusterNodeProperties.id=\"cluster:\"+util.randomUUID()}var clusterId=clusterNodeProperties.id;if(clusterNodeProperties.label===undefined){clusterNodeProperties.label=\"cluster\"}var pos=undefined;if(clusterNodeProperties.x===undefined){pos=this._getClusterPosition(childNodesObj);clusterNodeProperties.x=pos.x}if(clusterNodeProperties.y===undefined){if(pos===undefined){pos=this._getClusterPosition(childNodesObj)}clusterNodeProperties.y=pos.y}clusterNodeProperties.id=clusterId;var clusterNode=this.body.functions.createNode(clusterNodeProperties,Cluster);clusterNode.containedNodes=childNodesObj;clusterNode.containedEdges=childEdgesObj;clusterNode.clusterEdgeProperties=options.clusterEdgeProperties;this.body.nodes[clusterNodeProperties.id]=clusterNode;this._clusterEdges(childNodesObj,childEdgesObj,clusterNodeProperties,options.clusterEdgeProperties);clusterNodeProperties.id=undefined;if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"_backupEdgeOptions\",value:function _backupEdgeOptions(edge){if(this.clusteredEdges[edge.id]===undefined){this.clusteredEdges[edge.id]={physics:edge.options.physics}}}},{key:\"_restoreEdge\",value:function _restoreEdge(edge){var originalOptions=this.clusteredEdges[edge.id];if(originalOptions!==undefined){edge.setOptions({physics:originalOptions.physics});delete this.clusteredEdges[edge.id]}}},{key:\"isCluster\",value:function isCluster(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].isCluster===true}else{console.log(\"Node does not exist.\");return false}}},{key:\"_getClusterPosition\",value:function _getClusterPosition(childNodesObj){var childKeys=(0,_keys2[\"default\"])(childNodesObj);var minX=childNodesObj[childKeys[0]].x;var maxX=childNodesObj[childKeys[0]].x;var minY=childNodesObj[childKeys[0]].y;var maxY=childNodesObj[childKeys[0]].y;var node=void 0;for(var i=1;i<childKeys.length;i++){node=childNodesObj[childKeys[i]];minX=node.x<minX?node.x:minX;maxX=node.x>maxX?node.x:maxX\n;minY=node.y<minY?node.y:minY;maxY=node.y>maxY?node.y:maxY}return{x:.5*(minX+maxX),y:.5*(minY+maxY)}}},{key:\"openCluster\",value:function openCluster(clusterNodeId,options){var refreshData=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;if(clusterNodeId===undefined){throw new Error(\"No clusterNodeId supplied to openCluster.\")}var clusterNode=this.body.nodes[clusterNodeId];if(clusterNode===undefined){throw new Error(\"The clusterNodeId supplied to openCluster does not exist.\")}if(clusterNode.isCluster!==true||clusterNode.containedNodes===undefined||clusterNode.containedEdges===undefined){throw new Error(\"The node:\"+clusterNodeId+\" is not a valid cluster.\")}var stack=this.findNode(clusterNodeId);var parentIndex=stack.indexOf(clusterNodeId)-1;if(parentIndex>=0){var parentClusterNodeId=stack[parentIndex];var parentClusterNode=this.body.nodes[parentClusterNodeId];parentClusterNode._openChildCluster(clusterNodeId);delete this.body.nodes[clusterNodeId];if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}return}var containedNodes=clusterNode.containedNodes;var containedEdges=clusterNode.containedEdges;if(options!==undefined&&options.releaseFunction!==undefined&&typeof options.releaseFunction===\"function\"){var positions={};var clusterPosition={x:clusterNode.x,y:clusterNode.y};for(var _nodeId3 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId3)){var containedNode=this.body.nodes[_nodeId3];positions[_nodeId3]={x:containedNode.x,y:containedNode.y}}}var newPositions=options.releaseFunction(clusterPosition,positions);for(var _nodeId4 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId4)){var _containedNode=this.body.nodes[_nodeId4];if(newPositions[_nodeId4]!==undefined){_containedNode.x=newPositions[_nodeId4].x===undefined?clusterNode.x:newPositions[_nodeId4].x;_containedNode.y=newPositions[_nodeId4].y===undefined?clusterNode.y:newPositions[_nodeId4].y}}}}else{util.forEach(containedNodes,function(containedNode){if(containedNode.options.fixed.x===false){containedNode.x=clusterNode.x}if(containedNode.options.fixed.y===false){containedNode.y=clusterNode.y}})}for(var _nodeId5 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId5)){var _containedNode2=this.body.nodes[_nodeId5];_containedNode2.vx=clusterNode.vx;_containedNode2.vy=clusterNode.vy;_containedNode2.setOptions({physics:true});delete this.clusteredNodes[_nodeId5]}}var edgesToBeDeleted=[];for(var i=0;i<clusterNode.edges.length;i++){edgesToBeDeleted.push(clusterNode.edges[i])}for(var _i2=0;_i2<edgesToBeDeleted.length;_i2++){var edge=edgesToBeDeleted[_i2];var otherNodeId=this._getConnectedId(edge,clusterNodeId);var otherNode=this.clusteredNodes[otherNodeId];for(var j=0;j<edge.clusteringEdgeReplacingIds.length;j++){var transferId=edge.clusteringEdgeReplacingIds[j];var transferEdge=this.body.edges[transferId];if(transferEdge===undefined)continue;if(otherNode!==undefined){var otherCluster=this.body.nodes[otherNode.clusterId];otherCluster.containedEdges[transferEdge.id]=transferEdge;delete containedEdges[transferEdge.id];var fromId=transferEdge.fromId;var toId=transferEdge.toId;if(transferEdge.toId==otherNodeId){toId=otherNode.clusterId}else{fromId=otherNode.clusterId}this._createClusteredEdge(fromId,toId,transferEdge,otherCluster.clusterEdgeProperties,{hidden:false,physics:true})}else{this._restoreEdge(transferEdge)}}edge.remove()}for(var edgeId in containedEdges){if(containedEdges.hasOwnProperty(edgeId)){this._restoreEdge(containedEdges[edgeId])}}delete this.body.nodes[clusterNodeId];if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"getNodesInCluster\",value:function getNodesInCluster(clusterId){var nodesArray=[];if(this.isCluster(clusterId)===true){var containedNodes=this.body.nodes[clusterId].containedNodes;for(var _nodeId6 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId6)){nodesArray.push(this.body.nodes[_nodeId6].id)}}}return nodesArray}},{key:\"findNode\",value:function findNode(nodeId){var stack=[];var max=100;var counter=0;var node=void 0;while(this.clusteredNodes[nodeId]!==undefined&&counter<max){node=this.body.nodes[nodeId];if(node===undefined)return[];stack.push(node.id);nodeId=this.clusteredNodes[nodeId].clusterId;counter++}node=this.body.nodes[nodeId];if(node===undefined)return[];stack.push(node.id);stack.reverse();return stack}},{key:\"updateClusteredNode\",value:function updateClusteredNode(clusteredNodeId,newOptions){if(clusteredNodeId===undefined){throw new Error(\"No clusteredNodeId supplied to updateClusteredNode.\")}if(newOptions===undefined){throw new Error(\"No newOptions supplied to updateClusteredNode.\")}if(this.body.nodes[clusteredNodeId]===undefined){throw new Error(\"The clusteredNodeId supplied to updateClusteredNode does not exist.\")}this.body.nodes[clusteredNodeId].setOptions(newOptions);this.body.emitter.emit(\"_dataChanged\")}},{key:\"updateEdge\",value:function updateEdge(startEdgeId,newOptions){if(startEdgeId===undefined){throw new Error(\"No startEdgeId supplied to updateEdge.\")}if(newOptions===undefined){throw new Error(\"No newOptions supplied to updateEdge.\")}if(this.body.edges[startEdgeId]===undefined){throw new Error(\"The startEdgeId supplied to updateEdge does not exist.\")}var allEdgeIds=this.getClusteredEdges(startEdgeId);for(var i=0;i<allEdgeIds.length;i++){var edge=this.body.edges[allEdgeIds[i]];edge.setOptions(newOptions)}this.body.emitter.emit(\"_dataChanged\")}},{key:\"getClusteredEdges\",value:function getClusteredEdges(edgeId){var stack=[];var max=100;var counter=0;while(edgeId!==undefined&&this.body.edges[edgeId]!==undefined&&counter<max){stack.push(this.body.edges[edgeId].id);edgeId=this.body.edges[edgeId].edgeReplacedById;counter++}stack.reverse();return stack}},{key:\"getBaseEdge\",value:function getBaseEdge(clusteredEdgeId){return this.getBaseEdges(clusteredEdgeId)[0]}},{key:\"getBaseEdges\",value:function getBaseEdges(clusteredEdgeId){var IdsToHandle=[clusteredEdgeId];var doneIds=[];var foundIds=[];var max=100;var counter=0;while(IdsToHandle.length>0&&counter<max){var nextId=IdsToHandle.pop();if(nextId===undefined)continue;var nextEdge=this.body.edges[nextId];if(nextEdge===undefined)continue;counter++;var replacingIds=nextEdge.clusteringEdgeReplacingIds;if(replacingIds===undefined){foundIds.push(nextId)}else{for(var i=0;i<replacingIds.length;++i){var replacingId=replacingIds[i];if(IdsToHandle.indexOf(replacingIds)!==-1||doneIds.indexOf(replacingIds)!==-1){continue}IdsToHandle.push(replacingId)}}doneIds.push(nextId)}return foundIds}},{key:\"_getConnectedId\",value:function _getConnectedId(edge,nodeId){if(edge.toId!=nodeId){return edge.toId}else if(edge.fromId!=nodeId){return edge.fromId}else{return edge.fromId}}},{key:\"_getHubSize\",value:function _getHubSize(){var average=0;var averageSquared=0;var hubCounter=0;var largestHub=0;for(var i=0;i<this.body.nodeIndices.length;i++){var _node=this.body.nodes[this.body.nodeIndices[i]];if(_node.edges.length>largestHub){largestHub=_node.edges.length}average+=_node.edges.length;averageSquared+=Math.pow(_node.edges.length,2);hubCounter+=1}average=average/hubCounter;averageSquared=averageSquared/hubCounter;var variance=averageSquared-Math.pow(average,2);var standardDeviation=Math.sqrt(variance);var hubThreshold=Math.floor(average+2*standardDeviation);if(hubThreshold>largestHub){hubThreshold=largestHub}return hubThreshold}},{key:\"_createClusteredEdge\",value:function _createClusteredEdge(fromId,toId,baseEdge,clusterEdgeProperties,extraOptions){var clonedOptions=NetworkUtil.cloneOptions(baseEdge,\"edge\");util.deepExtend(clonedOptions,clusterEdgeProperties);clonedOptions.from=fromId;clonedOptions.to=toId;clonedOptions.id=\"clusterEdge:\"+util.randomUUID();if(extraOptions!==undefined){util.deepExtend(clonedOptions,extraOptions)}var newEdge=this.body.functions.createEdge(clonedOptions);newEdge.clusteringEdgeReplacingIds=[baseEdge.id];newEdge.connect();this.body.edges[newEdge.id]=newEdge;return newEdge}},{key:\"_clusterEdges\",value:function _clusterEdges(childNodes,childEdges,clusterNode,clusterEdgeProperties){if(childEdges instanceof Edge){var edge=childEdges;var obj={};obj[edge.id]=edge;childEdges=obj}if(childNodes instanceof Node){var _node2=childNodes;var _obj={};_obj[_node2.id]=_node2;childNodes=_obj}if(clusterNode===undefined||clusterNode===null){throw new Error(\"_clusterEdges: parameter clusterNode required\")}if(clusterEdgeProperties===undefined){clusterEdgeProperties=clusterNode.clusterEdgeProperties}this._createClusterEdges(childNodes,childEdges,clusterNode,clusterEdgeProperties);for(var edgeId in childEdges){if(childEdges.hasOwnProperty(edgeId)){if(this.body.edges[edgeId]!==undefined){var _edge2=this.body.edges[edgeId];this._backupEdgeOptions(_edge2);_edge2.setOptions({physics:false})}}}for(var _nodeId7 in childNodes){if(childNodes.hasOwnProperty(_nodeId7)){this.clusteredNodes[_nodeId7]={clusterId:clusterNode.id,node:this.body.nodes[_nodeId7]};this.body.nodes[_nodeId7].setOptions({physics:false})}}}},{key:\"_getClusterNodeForNode\",value:function _getClusterNodeForNode(nodeId){if(nodeId===undefined)return undefined;var clusteredNode=this.clusteredNodes[nodeId];if(clusteredNode===undefined)return undefined;var clusterId=clusteredNode.clusterId;if(clusterId===undefined)return undefined;return this.body.nodes[clusterId]}},{key:\"_filter\",value:function _filter(arr,callback){var ret=[];util.forEach(arr,function(item){if(callback(item)){ret.push(item)}});return ret}},{key:\"_updateState\",value:function _updateState(){var _this4=this;var nodeId=void 0;var deletedNodeIds=[];var deletedEdgeIds=[];var eachClusterNode=function eachClusterNode(callback){util.forEach(_this4.body.nodes,function(node){if(node.isCluster===true){callback(node)}})};for(nodeId in this.clusteredNodes){if(!this.clusteredNodes.hasOwnProperty(nodeId))continue;var _node3=this.body.nodes[nodeId];if(_node3===undefined){deletedNodeIds.push(nodeId)}}eachClusterNode(function(clusterNode){for(var n=0;n<deletedNodeIds.length;n++){delete clusterNode.containedNodes[deletedNodeIds[n]]}});for(var n=0;n<deletedNodeIds.length;n++){delete this.clusteredNodes[deletedNodeIds[n]]}util.forEach(this.clusteredEdges,function(edgeId){var edge=_this4.body.edges[edgeId];if(edge===undefined||!edge.endPointsValid()){deletedEdgeIds.push(edgeId)}});eachClusterNode(function(clusterNode){util.forEach(clusterNode.containedEdges,function(edge,edgeId){if(!edge.endPointsValid()&&deletedEdgeIds.indexOf(edgeId)===-1){deletedEdgeIds.push(edgeId)}})});util.forEach(this.body.edges,function(edge,edgeId){var isValid=true;var replacedIds=edge.clusteringEdgeReplacingIds;if(replacedIds!==undefined){var numValid=0;util.forEach(replacedIds,function(containedEdgeId){var containedEdge=_this4.body.edges[containedEdgeId];if(containedEdge!==undefined&&containedEdge.endPointsValid()){numValid+=1}});isValid=numValid>0}if(!edge.endPointsValid()||!isValid){deletedEdgeIds.push(edgeId)}});eachClusterNode(function(clusterNode){util.forEach(deletedEdgeIds,function(deletedEdgeId){delete clusterNode.containedEdges[deletedEdgeId];util.forEach(clusterNode.edges,function(edge,m){if(edge.id===deletedEdgeId){clusterNode.edges[m]=null;return}edge.clusteringEdgeReplacingIds=_this4._filter(edge.clusteringEdgeReplacingIds,function(id){return deletedEdgeIds.indexOf(id)===-1})});clusterNode.edges=_this4._filter(clusterNode.edges,function(item){return item!==null})})});util.forEach(deletedEdgeIds,function(edgeId){delete _this4.clusteredEdges[edgeId]});util.forEach(deletedEdgeIds,function(edgeId){delete _this4.body.edges[edgeId]});var ids=(0,_keys2[\"default\"])(this.body.edges);util.forEach(ids,function(edgeId){var edge=_this4.body.edges[edgeId];var shouldBeClustered=_this4._isClusteredNode(edge.fromId)||_this4._isClusteredNode(edge.toId);if(shouldBeClustered===_this4._isClusteredEdge(edge.id)){return}if(shouldBeClustered){var clusterFrom=_this4._getClusterNodeForNode(edge.fromId);if(clusterFrom!==undefined){_this4._clusterEdges(_this4.body.nodes[edge.fromId],edge,clusterFrom)}var clusterTo=_this4._getClusterNodeForNode(edge.toId);if(clusterTo!==undefined){_this4._clusterEdges(_this4.body.nodes[edge.toId],edge,clusterTo)}}else{throw new Error(\"remove edge from clustering not implemented!\")}});var changed=false;var continueLoop=true;var _loop2=function _loop2(){var clustersToOpen=[];eachClusterNode(function(clusterNode){var numNodes=(0,_keys2[\"default\"])(clusterNode.containedNodes).length;var allowSingle=clusterNode.options.allowSingleNodeCluster===true;if(allowSingle&&numNodes<1||!allowSingle&&numNodes<2){clustersToOpen.push(clusterNode.id)}});for(var _n=0;_n<clustersToOpen.length;++_n){_this4.openCluster(clustersToOpen[_n],{},false)}continueLoop=clustersToOpen.length>0;changed=changed||continueLoop};while(continueLoop){_loop2()}if(changed){this._updateState()}}},{key:\"_isClusteredNode\",value:function _isClusteredNode(nodeId){return this.clusteredNodes[nodeId]!==undefined}},{key:\"_isClusteredEdge\",value:function _isClusteredEdge(edgeId){return this.clusteredEdges[edgeId]!==undefined}}]);return ClusterEngine}();exports[\"default\"]=ClusterEngine},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Node=__webpack_require__(47)[\"default\"];var Cluster=function(_Node){(0,_inherits3[\"default\"])(Cluster,_Node);function Cluster(options,body,imagelist,grouplist,globalOptions,defaultOptions){(0,_classCallCheck3[\"default\"])(this,Cluster);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(Cluster.__proto__||(0,_getPrototypeOf2[\"default\"])(Cluster)).call(this,options,body,imagelist,grouplist,globalOptions,defaultOptions));_this.isCluster=true;_this.containedNodes={};_this.containedEdges={};return _this}(0,_createClass3[\"default\"])(Cluster,[{key:\"_openChildCluster\",value:function _openChildCluster(childClusterId){var _this2=this;var childCluster=this.body.nodes[childClusterId];if(this.containedNodes[childClusterId]===undefined){throw new Error(\"node with id: \"+childClusterId+\" not in current cluster\")}if(!childCluster.isCluster){throw new Error(\"node with id: \"+childClusterId+\" is not a cluster\")}delete this.containedNodes[childClusterId];util.forEach(childCluster.edges,function(edge){delete _this2.containedEdges[edge.id]});util.forEach(childCluster.containedNodes,function(node,nodeId){_this2.containedNodes[nodeId]=node});childCluster.containedNodes={};util.forEach(childCluster.containedEdges,function(edge,edgeId){_this2.containedEdges[edgeId]=edge});childCluster.containedEdges={};util.forEach(childCluster.edges,function(clusterEdge){util.forEach(_this2.edges,function(parentClusterEdge){var index=parentClusterEdge.clusteringEdgeReplacingIds.indexOf(clusterEdge.id);if(index===-1)return;util.forEach(clusterEdge.clusteringEdgeReplacingIds,function(srcId){parentClusterEdge.clusteringEdgeReplacingIds.push(srcId);_this2.body.edges[srcId].edgeReplacedById=parentClusterEdge.id});parentClusterEdge.clusteringEdgeReplacingIds.splice(index,1)})});childCluster.edges=[]}}]);return Cluster}(Node);exports[\"default\"]=Cluster},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _initRequestAnimationFrame(){var func;if(window!==undefined){func=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame}if(func===undefined){window.requestAnimationFrame=function(callback){callback()}}else{window.requestAnimationFrame=func}}var util=__webpack_require__(2);var CanvasRenderer=function(){function CanvasRenderer(body,canvas){(0,_classCallCheck3[\"default\"])(this,CanvasRenderer);_initRequestAnimationFrame();this.body=body;this.canvas=canvas;this.redrawRequested=false;this.renderTimer=undefined;this.requiresTimeout=true;this.renderingActive=false;this.renderRequests=0;this.allowRedraw=true;this.dragging=false;this.options={};this.defaultOptions={hideEdgesOnDrag:false,hideNodesOnDrag:false};util.extend(this.options,this.defaultOptions);this._determineBrowserMethod();this.bindEventListeners()}(0,_createClass3[\"default\"])(CanvasRenderer,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"dragStart\",function(){_this.dragging=true});this.body.emitter.on(\"dragEnd\",function(){_this.dragging=false});this.body.emitter.on(\"_resizeNodes\",function(){_this._resizeNodes()});this.body.emitter.on(\"_redraw\",function(){if(_this.renderingActive===false){_this._redraw()}});this.body.emitter.on(\"_blockRedraw\",function(){_this.allowRedraw=false});this.body.emitter.on(\"_allowRedraw\",function(){_this.allowRedraw=true;_this.redrawRequested=false});this.body.emitter.on(\"_requestRedraw\",this._requestRedraw.bind(this));this.body.emitter.on(\"_startRendering\",function(){_this.renderRequests+=1;_this.renderingActive=true;_this._startRendering()});this.body.emitter.on(\"_stopRendering\",function(){_this.renderRequests-=1;_this.renderingActive=_this.renderRequests>0;_this.renderTimer=undefined});this.body.emitter.on(\"destroy\",function(){_this.renderRequests=0;_this.allowRedraw=false;_this.renderingActive=false;if(_this.requiresTimeout===true){clearTimeout(_this.renderTimer)}else{window.cancelAnimationFrame(_this.renderTimer)}_this.body.emitter.off()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"_requestNextFrame\",value:function _requestNextFrame(callback,delay){if(typeof window===\"undefined\")return;var timer=void 0;var myWindow=window;if(this.requiresTimeout===true){timer=myWindow.setTimeout(callback,delay)}else{if(myWindow.requestAnimationFrame){timer=myWindow.requestAnimationFrame(callback)}}return timer}},{key:\"_startRendering\",value:function _startRendering(){if(this.renderingActive===true){if(this.renderTimer===undefined){this.renderTimer=this._requestNextFrame(this._renderStep.bind(this),this.simulationInterval)}}}},{key:\"_renderStep\",value:function _renderStep(){if(this.renderingActive===true){this.renderTimer=undefined;if(this.requiresTimeout===true){this._startRendering()}this._redraw();if(this.requiresTimeout===false){this._startRendering()}}}},{key:\"redraw\",value:function redraw(){this.body.emitter.emit(\"setSize\");this._redraw()}},{key:\"_requestRedraw\",value:function _requestRedraw(){var _this2=this;if(this.redrawRequested!==true&&this.renderingActive===false&&this.allowRedraw===true){this.redrawRequested=true;this._requestNextFrame(function(){_this2._redraw(false)},0)}}},{key:\"_redraw\",value:function _redraw(){var hidden=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;if(this.allowRedraw===true){this.body.emitter.emit(\"initRedraw\");this.redrawRequested=false;if(this.canvas.frame.canvas.width===0||this.canvas.frame.canvas.height===0){this.canvas.setSize()}this.canvas.setTransform();var ctx=this.canvas.getContext();var w=this.canvas.frame.canvas.clientWidth;var h=this.canvas.frame.canvas.clientHeight;ctx.clearRect(0,0,w,h);if(this.canvas.frame.clientWidth===0){return}ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);ctx.beginPath();this.body.emitter.emit(\"beforeDrawing\",ctx);ctx.closePath();if(hidden===false){if(this.dragging===false||this.dragging===true&&this.options.hideEdgesOnDrag===false){this._drawEdges(ctx)}}if(this.dragging===false||this.dragging===true&&this.options.hideNodesOnDrag===false){this._drawNodes(ctx,hidden)}ctx.beginPath();this.body.emitter.emit(\"afterDrawing\",ctx);ctx.closePath();ctx.restore();if(hidden===true){ctx.clearRect(0,0,w,h)}}}},{key:\"_resizeNodes\",value:function _resizeNodes(){this.canvas.setTransform();var ctx=this.canvas.getContext();ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);var nodes=this.body.nodes;var node=void 0;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId];node.resize(ctx);node.updateBoundingBox(ctx,node.selected)}}ctx.restore()}},{key:\"_drawNodes\",value:function _drawNodes(ctx){var alwaysShow=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var nodes=this.body.nodes;var nodeIndices=this.body.nodeIndices;var node=void 0;var selected=[];var margin=20;var topLeft=this.canvas.DOMtoCanvas({x:-margin,y:-margin});var bottomRight=this.canvas.DOMtoCanvas({x:this.canvas.frame.canvas.clientWidth+margin,y:this.canvas.frame.canvas.clientHeight+margin});var viewableArea={top:topLeft.y,left:topLeft.x,bottom:bottomRight.y,right:bottomRight.x};for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isSelected()){selected.push(nodeIndices[i])}else{if(alwaysShow===true){node.draw(ctx)}else if(node.isBoundingBoxOverlappingWith(viewableArea)===true){node.draw(ctx)}else{node.updateBoundingBox(ctx,node.selected)}}}for(var _i=0;_i<selected.length;_i++){node=nodes[selected[_i]];node.draw(ctx)}}},{key:\"_drawEdges\",value:function _drawEdges(ctx){var edges=this.body.edges;var edgeIndices=this.body.edgeIndices;var edge=void 0;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true){edge.draw(ctx)}}}},{key:\"_determineBrowserMethod\",value:function _determineBrowserMethod(){if(typeof window!==\"undefined\"){var browserType=navigator.userAgent.toLowerCase();this.requiresTimeout=false;if(browserType.indexOf(\"msie 9.0\")!=-1){this.requiresTimeout=true}else if(browserType.indexOf(\"safari\")!=-1){if(browserType.indexOf(\"chrome\")<=-1){this.requiresTimeout=true}}}else{this.requiresTimeout=true}}}]);return CanvasRenderer}();exports[\"default\"]=CanvasRenderer},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Hammer=__webpack_require__(10);var hammerUtil=__webpack_require__(37);var util=__webpack_require__(2);var Canvas=function(){function Canvas(body){(0,_classCallCheck3[\"default\"])(this,Canvas);this.body=body;this.pixelRatio=1;this.resizeTimer=undefined;this.resizeFunction=this._onResize.bind(this);this.cameraState={};this.initialized=false;this.canvasViewCenter={};this.options={};this.defaultOptions={autoResize:true,height:\"100%\",width:\"100%\"};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}(0,_createClass3[\"default\"])(Canvas,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.once(\"resize\",function(obj){if(obj.width!==0){_this.body.view.translation.x=obj.width*.5}if(obj.height!==0){_this.body.view.translation.y=obj.height*.5}});this.body.emitter.on(\"setSize\",this.setSize.bind(this));this.body.emitter.on(\"destroy\",function(){_this.hammerFrame.destroy();_this.hammer.destroy();_this._cleanUp()})}},{key:\"setOptions\",value:function setOptions(options){var _this2=this;if(options!==undefined){var fields=[\"width\",\"height\",\"autoResize\"];util.selectiveDeepExtend(fields,this.options,options)}if(this.options.autoResize===true){this._cleanUp();this.resizeTimer=setInterval(function(){var changed=_this2.setSize();if(changed===true){_this2.body.emitter.emit(\"_requestRedraw\")}},1e3);this.resizeFunction=this._onResize.bind(this);util.addEventListener(window,\"resize\",this.resizeFunction)}}},{key:\"_cleanUp\",value:function _cleanUp(){if(this.resizeTimer!==undefined){clearInterval(this.resizeTimer)}util.removeEventListener(window,\"resize\",this.resizeFunction);this.resizeFunction=undefined}},{key:\"_onResize\",value:function _onResize(){this.setSize();this.body.emitter.emit(\"_redraw\")}},{key:\"_getCameraState\",value:function _getCameraState(){var pixelRatio=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.pixelRatio;if(this.initialized===true){this.cameraState.previousWidth=this.frame.canvas.width/pixelRatio;this.cameraState.previousHeight=this.frame.canvas.height/pixelRatio;this.cameraState.scale=this.body.view.scale;this.cameraState.position=this.DOMtoCanvas({x:.5*this.frame.canvas.width/pixelRatio,y:.5*this.frame.canvas.height/pixelRatio})}}},{key:\"_setCameraState\",value:function _setCameraState(){if(this.cameraState.scale!==undefined&&this.frame.canvas.clientWidth!==0&&this.frame.canvas.clientHeight!==0&&this.pixelRatio!==0&&this.cameraState.previousWidth>0){var widthRatio=this.frame.canvas.width/this.pixelRatio/this.cameraState.previousWidth;var heightRatio=this.frame.canvas.height/this.pixelRatio/this.cameraState.previousHeight;var newScale=this.cameraState.scale;if(widthRatio!=1&&heightRatio!=1){newScale=this.cameraState.scale*.5*(widthRatio+heightRatio)}else if(widthRatio!=1){newScale=this.cameraState.scale*widthRatio}else if(heightRatio!=1){newScale=this.cameraState.scale*heightRatio}this.body.view.scale=newScale;var currentViewCenter=this.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight});var distanceFromCenter={x:currentViewCenter.x-this.cameraState.position.x,y:currentViewCenter.y-this.cameraState.position.y};this.body.view.translation.x+=distanceFromCenter.x*this.body.view.scale;this.body.view.translation.y+=distanceFromCenter.y*this.body.view.scale}}},{key:\"_prepareValue\",value:function _prepareValue(value){if(typeof value===\"number\"){return value+\"px\"}else if(typeof value===\"string\"){if(value.indexOf(\"%\")!==-1||value.indexOf(\"px\")!==-1){return value}else if(value.indexOf(\"%\")===-1){return value+\"px\"}}throw new Error(\"Could not use the value supplied for width or height:\"+value)}},{key:\"_create\",value:function _create(){while(this.body.container.hasChildNodes()){this.body.container.removeChild(this.body.container.firstChild)}this.frame=document.createElement(\"div\");this.frame.className=\"vis-network\";this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.tabIndex=900;this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);if(!this.frame.canvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}else{this._setPixelRatio();this.setTransform()}this.body.container.appendChild(this.frame);this.body.view.scale=1;this.body.view.translation={x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight};this._bindHammer()}},{key:\"_bindHammer\",value:function _bindHammer(){var _this3=this;if(this.hammer!==undefined){this.hammer.destroy()}this.drag={};this.pinch={};this.hammer=new Hammer(this.frame.canvas);this.hammer.get(\"pinch\").set({enable:true});this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_ALL});hammerUtil.onTouch(this.hammer,function(event){_this3.body.eventListeners.onTouch(event)});this.hammer.on(\"tap\",function(event){_this3.body.eventListeners.onTap(event)});this.hammer.on(\"doubletap\",function(event){_this3.body.eventListeners.onDoubleTap(event)});this.hammer.on(\"press\",function(event){_this3.body.eventListeners.onHold(event)});this.hammer.on(\"panstart\",function(event){_this3.body.eventListeners.onDragStart(event)});this.hammer.on(\"panmove\",function(event){_this3.body.eventListeners.onDrag(event)});this.hammer.on(\"panend\",function(event){_this3.body.eventListeners.onDragEnd(event)});this.hammer.on(\"pinch\",function(event){_this3.body.eventListeners.onPinch(event)});this.frame.canvas.addEventListener(\"mousewheel\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"DOMMouseScroll\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"mousemove\",function(event){_this3.body.eventListeners.onMouseMove(event)});this.frame.canvas.addEventListener(\"contextmenu\",function(event){_this3.body.eventListeners.onContext(event)});this.hammerFrame=new Hammer(this.frame);hammerUtil.onRelease(this.hammerFrame,function(event){_this3.body.eventListeners.onRelease(event)})}},{key:\"setSize\",value:function setSize(){var width=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.options.width;var height=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.options.height;width=this._prepareValue(width);height=this._prepareValue(height);var emitEvent=false;var oldWidth=this.frame.canvas.width;var oldHeight=this.frame.canvas.height;var previousRatio=this.pixelRatio;this._setPixelRatio();if(width!=this.options.width||height!=this.options.height||this.frame.style.width!=width||this.frame.style.height!=height){this._getCameraState(previousRatio);this.frame.style.width=width;this.frame.style.height=height;this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);this.options.width=width;this.options.height=height;this.canvasViewCenter={x:.5*this.frame.clientWidth,y:.5*this.frame.clientHeight};emitEvent=true}else{var newWidth=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);var newHeight=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);if(this.frame.canvas.width!==newWidth||this.frame.canvas.height!==newHeight){this._getCameraState(previousRatio)}if(this.frame.canvas.width!==newWidth){this.frame.canvas.width=newWidth;emitEvent=true}if(this.frame.canvas.height!==newHeight){this.frame.canvas.height=newHeight;emitEvent=true}}if(emitEvent===true){this.body.emitter.emit(\"resize\",{width:Math.round(this.frame.canvas.width/this.pixelRatio),height:Math.round(this.frame.canvas.height/this.pixelRatio),oldWidth:Math.round(oldWidth/this.pixelRatio),oldHeight:Math.round(oldHeight/this.pixelRatio)});this._setCameraState()}this.initialized=true;return emitEvent}},{key:\"getContext\",value:function getContext(){return this.frame.canvas.getContext(\"2d\")}},{key:\"_determinePixelRatio\",value:function _determinePixelRatio(){var ctx=this.getContext();if(ctx===undefined){throw new Error(\"Could not get canvax context\")}var numerator=1;if(typeof window!==\"undefined\"){numerator=window.devicePixelRatio||1}var denominator=ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1;return numerator/denominator}},{key:\"_setPixelRatio\",value:function _setPixelRatio(){this.pixelRatio=this._determinePixelRatio()}},{key:\"setTransform\",value:function setTransform(){var ctx=this.getContext();if(ctx===undefined){throw new Error(\"Could not get canvax context\")}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}},{key:\"_XconvertDOMtoCanvas\",value:function _XconvertDOMtoCanvas(x){return(x-this.body.view.translation.x)/this.body.view.scale}},{\nkey:\"_XconvertCanvasToDOM\",value:function _XconvertCanvasToDOM(x){return x*this.body.view.scale+this.body.view.translation.x}},{key:\"_YconvertDOMtoCanvas\",value:function _YconvertDOMtoCanvas(y){return(y-this.body.view.translation.y)/this.body.view.scale}},{key:\"_YconvertCanvasToDOM\",value:function _YconvertCanvasToDOM(y){return y*this.body.view.scale+this.body.view.translation.y}},{key:\"canvasToDOM\",value:function canvasToDOM(pos){return{x:this._XconvertCanvasToDOM(pos.x),y:this._YconvertCanvasToDOM(pos.y)}}},{key:\"DOMtoCanvas\",value:function DOMtoCanvas(pos){return{x:this._XconvertDOMtoCanvas(pos.x),y:this._YconvertDOMtoCanvas(pos.y)}}}]);return Canvas}();exports[\"default\"]=Canvas},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var NetworkUtil=__webpack_require__(76)[\"default\"];var View=function(){function View(body,canvas){var _this=this;(0,_classCallCheck3[\"default\"])(this,View);this.body=body;this.canvas=canvas;this.animationSpeed=1/this.renderRefreshRate;this.animationEasingFunction=\"easeInOutQuint\";this.easingTime=0;this.sourceScale=0;this.targetScale=0;this.sourceTranslation=0;this.targetTranslation=0;this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined;this.touchTime=0;this.viewFunction=undefined;this.body.emitter.on(\"fit\",this.fit.bind(this));this.body.emitter.on(\"animationFinished\",function(){_this.body.emitter.emit(\"_stopRendering\")});this.body.emitter.on(\"unlockNode\",this.releaseNode.bind(this))}(0,_createClass3[\"default\"])(View,[{key:\"setOptions\",value:function setOptions(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};this.options=options}},{key:\"fit\",value:function fit(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{nodes:[]};var initialZoom=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var range=void 0;var zoomLevel=void 0;if(options.nodes===undefined||options.nodes.length===0){options.nodes=this.body.nodeIndices}if(initialZoom===true){var positionDefined=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(node.predefinedPosition===true){positionDefined+=1}}}if(positionDefined>.5*this.body.nodeIndices.length){this.fit(options,false);return}range=NetworkUtil.getRange(this.body.nodes,options.nodes);var numberOfNodes=this.body.nodeIndices.length;zoomLevel=12.662/(numberOfNodes+7.4147)+.0964822;var factor=Math.min(this.canvas.frame.canvas.clientWidth/600,this.canvas.frame.canvas.clientHeight/600);zoomLevel*=factor}else{this.body.emitter.emit(\"_resizeNodes\");range=NetworkUtil.getRange(this.body.nodes,options.nodes);var xDistance=Math.abs(range.maxX-range.minX)*1.1;var yDistance=Math.abs(range.maxY-range.minY)*1.1;var xZoomLevel=this.canvas.frame.canvas.clientWidth/xDistance;var yZoomLevel=this.canvas.frame.canvas.clientHeight/yDistance;zoomLevel=xZoomLevel<=yZoomLevel?xZoomLevel:yZoomLevel}if(zoomLevel>1){zoomLevel=1}else if(zoomLevel===0){zoomLevel=1}var center=NetworkUtil.findCenter(range);var animationOptions={position:center,scale:zoomLevel,animation:options.animation};this.moveTo(animationOptions)}},{key:\"focus\",value:function focus(nodeId){var options=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};if(this.body.nodes[nodeId]!==undefined){var nodePosition={x:this.body.nodes[nodeId].x,y:this.body.nodes[nodeId].y};options.position=nodePosition;options.lockedOnNode=nodeId;this.moveTo(options)}else{console.log(\"Node: \"+nodeId+\" cannot be found.\")}}},{key:\"moveTo\",value:function moveTo(options){if(options===undefined){options={};return}if(options.offset===undefined){options.offset={x:0,y:0}}if(options.offset.x===undefined){options.offset.x=0}if(options.offset.y===undefined){options.offset.y=0}if(options.scale===undefined){options.scale=this.body.view.scale}if(options.position===undefined){options.position=this.getViewPosition()}if(options.animation===undefined){options.animation={duration:0}}if(options.animation===false){options.animation={duration:0}}if(options.animation===true){options.animation={}}if(options.animation.duration===undefined){options.animation.duration=1e3}if(options.animation.easingFunction===undefined){options.animation.easingFunction=\"easeInOutQuad\"}this.animateView(options)}},{key:\"animateView\",value:function animateView(options){if(options===undefined){return}this.animationEasingFunction=options.animation.easingFunction;this.releaseNode();if(options.locked===true){this.lockedOnNodeId=options.lockedOnNode;this.lockedOnNodeOffset=options.offset}if(this.easingTime!=0){this._transitionRedraw(true)}this.sourceScale=this.body.view.scale;this.sourceTranslation=this.body.view.translation;this.targetScale=options.scale;this.body.view.scale=this.targetScale;var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-options.position.x,y:viewCenter.y-options.position.y};this.targetTranslation={x:this.sourceTranslation.x+distanceFromCenter.x*this.targetScale+options.offset.x,y:this.sourceTranslation.y+distanceFromCenter.y*this.targetScale+options.offset.y};if(options.animation.duration===0){if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}else{this.body.view.scale=this.targetScale;this.body.view.translation=this.targetTranslation;this.body.emitter.emit(\"_requestRedraw\")}}else{this.animationSpeed=1/(60*options.animation.duration*.001)||1/60;this.animationEasingFunction=options.animation.easingFunction;this.viewFunction=this._transitionRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}},{key:\"_lockedRedraw\",value:function _lockedRedraw(){var nodePosition={x:this.body.nodes[this.lockedOnNodeId].x,y:this.body.nodes[this.lockedOnNodeId].y};var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-nodePosition.x,y:viewCenter.y-nodePosition.y};var sourceTranslation=this.body.view.translation;var targetTranslation={x:sourceTranslation.x+distanceFromCenter.x*this.body.view.scale+this.lockedOnNodeOffset.x,y:sourceTranslation.y+distanceFromCenter.y*this.body.view.scale+this.lockedOnNodeOffset.y};this.body.view.translation=targetTranslation}},{key:\"releaseNode\",value:function releaseNode(){if(this.lockedOnNodeId!==undefined&&this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined}}},{key:\"_transitionRedraw\",value:function _transitionRedraw(){var finished=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;this.easingTime+=this.animationSpeed;this.easingTime=finished===true?1:this.easingTime;var progress=util.easingFunctions[this.animationEasingFunction](this.easingTime);this.body.view.scale=this.sourceScale+(this.targetScale-this.sourceScale)*progress;this.body.view.translation={x:this.sourceTranslation.x+(this.targetTranslation.x-this.sourceTranslation.x)*progress,y:this.sourceTranslation.y+(this.targetTranslation.y-this.sourceTranslation.y)*progress};if(this.easingTime>=1){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.easingTime=0;if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}this.body.emitter.emit(\"animationFinished\")}}},{key:\"getScale\",value:function getScale(){return this.body.view.scale}},{key:\"getViewPosition\",value:function getViewPosition(){return this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight})}}]);return View}();exports[\"default\"]=View},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var NavigationHandler=__webpack_require__(233)[\"default\"];var Popup=__webpack_require__(104)[\"default\"];var InteractionHandler=function(){function InteractionHandler(body,canvas,selectionHandler){(0,_classCallCheck3[\"default\"])(this,InteractionHandler);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.navigationHandler=new NavigationHandler(body,canvas);this.body.eventListeners.onTap=this.onTap.bind(this);this.body.eventListeners.onTouch=this.onTouch.bind(this);this.body.eventListeners.onDoubleTap=this.onDoubleTap.bind(this);this.body.eventListeners.onHold=this.onHold.bind(this);this.body.eventListeners.onDragStart=this.onDragStart.bind(this);this.body.eventListeners.onDrag=this.onDrag.bind(this);this.body.eventListeners.onDragEnd=this.onDragEnd.bind(this);this.body.eventListeners.onMouseWheel=this.onMouseWheel.bind(this);this.body.eventListeners.onPinch=this.onPinch.bind(this);this.body.eventListeners.onMouseMove=this.onMouseMove.bind(this);this.body.eventListeners.onRelease=this.onRelease.bind(this);this.body.eventListeners.onContext=this.onContext.bind(this);this.touchTime=0;this.drag={};this.pinch={};this.popup=undefined;this.popupObj=undefined;this.popupTimer=undefined;this.body.functions.getPointer=this.getPointer.bind(this);this.options={};this.defaultOptions={dragNodes:true,dragView:true,hover:false,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:true},navigationButtons:false,tooltipDelay:300,zoomView:true};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}(0,_createClass3[\"default\"])(InteractionHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"destroy\",function(){clearTimeout(_this.popupTimer);delete _this.body.functions.getPointer})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\",\"keyboard\",\"multiselect\",\"selectable\",\"selectConnectedEdges\"];util.selectiveNotDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"keyboard\");if(options.tooltip){util.extend(this.options.tooltip,options.tooltip);if(options.tooltip.color){this.options.tooltip.color=util.parseColor(options.tooltip.color)}}}this.navigationHandler.setOptions(this.options)}},{key:\"getPointer\",value:function getPointer(touch){return{x:touch.x-util.getAbsoluteLeft(this.canvas.frame.canvas),y:touch.y-util.getAbsoluteTop(this.canvas.frame.canvas)}}},{key:\"onTouch\",value:function onTouch(event){if((new Date).valueOf()-this.touchTime>50){this.drag.pointer=this.getPointer(event.center);this.drag.pinched=false;this.pinch.scale=this.body.view.scale;this.touchTime=(new Date).valueOf()}}},{key:\"onTap\",value:function onTap(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect&&(event.changedPointers[0].ctrlKey||event.changedPointers[0].metaKey);this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer)}},{key:\"onDoubleTap\",value:function onDoubleTap(event){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"doubleClick\",event,pointer)}},{key:\"onHold\",value:function onHold(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect;this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer);this.selectionHandler._generateClickEvent(\"hold\",event,pointer)}},{key:\"onRelease\",value:function onRelease(event){if((new Date).valueOf()-this.touchTime>10){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"release\",event,pointer);this.touchTime=(new Date).valueOf()}}},{key:\"onContext\",value:function onContext(event){var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.selectionHandler._generateClickEvent(\"oncontext\",event,pointer)}},{key:\"checkSelectionChanges\",value:function checkSelectionChanges(pointer,event){var add=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var previousSelection=this.selectionHandler.getSelection();var selected=false;if(add===true){selected=this.selectionHandler.selectAdditionalOnPoint(pointer)}else{selected=this.selectionHandler.selectOnPoint(pointer)}var currentSelection=this.selectionHandler.getSelection();var deselectedItems=this._determineDifference(previousSelection,currentSelection);var selectedItems=this._determineDifference(currentSelection,previousSelection);if(deselectedItems.edges.length>0){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);selected=true}if(deselectedItems.nodes.length>0){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);selected=true}if(selectedItems.nodes.length>0){this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);selected=true}if(selectedItems.edges.length>0){this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}if(selected===true){this.selectionHandler._generateClickEvent(\"select\",event,pointer)}}},{key:\"_determineDifference\",value:function _determineDifference(firstSet,secondSet){var arrayDiff=function arrayDiff(firstArr,secondArr){var result=[];for(var i=0;i<firstArr.length;i++){var value=firstArr[i];if(secondArr.indexOf(value)===-1){result.push(value)}}return result};return{nodes:arrayDiff(firstSet.nodes,secondSet.nodes),edges:arrayDiff(firstSet.edges,secondSet.edges)}}},{key:\"onDragStart\",value:function onDragStart(event){if(this.drag.pointer===undefined){this.onTouch(event)}var node=this.selectionHandler.getNodeAt(this.drag.pointer);this.drag.dragging=true;this.drag.selection=[];this.drag.translation=util.extend({},this.body.view.translation);this.drag.nodeId=undefined;if(node!==undefined&&this.options.dragNodes===true){this.drag.nodeId=node.id;if(node.isSelected()===false){this.selectionHandler.unselectAll();this.selectionHandler.selectObject(node)}this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer);var selection=this.selectionHandler.selectionObj.nodes;for(var nodeId in selection){if(selection.hasOwnProperty(nodeId)){var object=selection[nodeId];var s={id:object.id,node:object,x:object.x,y:object.y,xFixed:object.options.fixed.x,yFixed:object.options.fixed.y};object.options.fixed.x=true;object.options.fixed.y=true;this.drag.selection.push(s)}}}else{this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer,undefined,true)}}},{key:\"onDrag\",value:function onDrag(event){var _this2=this;if(this.drag.pinched===true){return}this.body.emitter.emit(\"unlockNode\");var pointer=this.getPointer(event.center);var selection=this.drag.selection;if(selection&&selection.length&&this.options.dragNodes===true){this.selectionHandler._generateClickEvent(\"dragging\",event,pointer);var deltaX=pointer.x-this.drag.pointer.x;var deltaY=pointer.y-this.drag.pointer.y;selection.forEach(function(selection){var node=selection.node;if(selection.xFixed===false){node.x=_this2.canvas._XconvertDOMtoCanvas(_this2.canvas._XconvertCanvasToDOM(selection.x)+deltaX)}if(selection.yFixed===false){node.y=_this2.canvas._YconvertDOMtoCanvas(_this2.canvas._YconvertCanvasToDOM(selection.y)+deltaY)}});this.body.emitter.emit(\"startSimulation\")}else{if(this.options.dragView===true){this.selectionHandler._generateClickEvent(\"dragging\",event,pointer,undefined,true);if(this.drag.pointer===undefined){this.onDragStart(event);return}var diffX=pointer.x-this.drag.pointer.x;var diffY=pointer.y-this.drag.pointer.y;this.body.view.translation={x:this.drag.translation.x+diffX,y:this.drag.translation.y+diffY};this.body.emitter.emit(\"_requestRedraw\")}}}},{key:\"onDragEnd\",value:function onDragEnd(event){this.drag.dragging=false;var selection=this.drag.selection;if(selection&&selection.length){selection.forEach(function(s){s.node.options.fixed.x=s.xFixed;s.node.options.fixed.y=s.yFixed});this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center));this.body.emitter.emit(\"startSimulation\")}else{this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center),undefined,true);this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"onPinch\",value:function onPinch(event){var pointer=this.getPointer(event.center);this.drag.pinched=true;if(this.pinch[\"scale\"]===undefined){this.pinch.scale=1}var scale=this.pinch.scale*event.scale;this.zoom(scale,pointer)}},{key:\"zoom\",value:function zoom(scale,pointer){if(this.options.zoomView===true){var scaleOld=this.body.view.scale;if(scale<1e-5){scale=1e-5}if(scale>10){scale=10}var preScaleDragPointer=undefined;if(this.drag!==undefined){if(this.drag.dragging===true){preScaleDragPointer=this.canvas.DOMtoCanvas(this.drag.pointer)}}var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*pointer.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*pointer.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};if(preScaleDragPointer!=undefined){var postScaleDragPointer=this.canvas.canvasToDOM(preScaleDragPointer);this.drag.pointer.x=postScaleDragPointer.x;this.drag.pointer.y=postScaleDragPointer.y}this.body.emitter.emit(\"_requestRedraw\");if(scaleOld<scale){this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale,pointer:pointer})}else{this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale,pointer:pointer})}}}},{key:\"onMouseWheel\",value:function onMouseWheel(event){if(this.options.zoomView===true){var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta!==0){var scale=this.body.view.scale;var zoom=delta/10;if(delta<0){zoom=zoom/(1-zoom)}scale*=1+zoom;var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.zoom(scale,pointer)}event.preventDefault()}}},{key:\"onMouseMove\",value:function onMouseMove(event){var _this3=this;var pointer=this.getPointer({x:event.clientX,y:event.clientY});var popupVisible=false;if(this.popup!==undefined){if(this.popup.hidden===false){this._checkHidePopup(pointer)}if(this.popup.hidden===false){popupVisible=true;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.show()}}if(this.options.keyboard.bindToWindow===false&&this.options.keyboard.enabled===true){this.canvas.frame.focus()}if(popupVisible===false){if(this.popupTimer!==undefined){clearInterval(this.popupTimer);this.popupTimer=undefined}if(!this.drag.dragging){this.popupTimer=setTimeout(function(){return _this3._checkShowPopup(pointer)},this.options.tooltipDelay)}}if(this.options.hover===true){this.selectionHandler.hoverObject(event,pointer)}}},{key:\"_checkShowPopup\",value:function _checkShowPopup(pointer){var x=this.canvas._XconvertDOMtoCanvas(pointer.x);var y=this.canvas._YconvertDOMtoCanvas(pointer.y);var pointerObj={left:x,top:y,right:x,bottom:y};var previousPopupObjId=this.popupObj===undefined?undefined:this.popupObj.id;var nodeUnderCursor=false;var popupType=\"node\";if(this.popupObj===undefined){var nodeIndices=this.body.nodeIndices;var nodes=this.body.nodes;var node=void 0;var overlappingNodes=[];for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isOverlappingWith(pointerObj)===true){if(node.getTitle()!==undefined){overlappingNodes.push(nodeIndices[i])}}}if(overlappingNodes.length>0){this.popupObj=nodes[overlappingNodes[overlappingNodes.length-1]];nodeUnderCursor=true}}if(this.popupObj===undefined&&nodeUnderCursor===false){var edgeIndices=this.body.edgeIndices;var edges=this.body.edges;var edge=void 0;var overlappingEdges=[];for(var _i=0;_i<edgeIndices.length;_i++){edge=edges[edgeIndices[_i]];if(edge.isOverlappingWith(pointerObj)===true){if(edge.connected===true&&edge.getTitle()!==undefined){overlappingEdges.push(edgeIndices[_i])}}}if(overlappingEdges.length>0){this.popupObj=edges[overlappingEdges[overlappingEdges.length-1]];popupType=\"edge\"}}if(this.popupObj!==undefined){if(this.popupObj.id!==previousPopupObjId){if(this.popup===undefined){this.popup=new Popup(this.canvas.frame)}this.popup.popupTargetType=popupType;this.popup.popupTargetId=this.popupObj.id;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.setText(this.popupObj.getTitle());this.popup.show();this.body.emitter.emit(\"showPopup\",this.popupObj.id)}}else{if(this.popup!==undefined){this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}},{key:\"_checkHidePopup\",value:function _checkHidePopup(pointer){var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var stillOnObj=false;if(this.popup.popupTargetType===\"node\"){if(this.body.nodes[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.nodes[this.popup.popupTargetId].isOverlappingWith(pointerObj);if(stillOnObj===true){var overNode=this.selectionHandler.getNodeAt(pointer);stillOnObj=overNode===undefined?false:overNode.id===this.popup.popupTargetId}}}else{if(this.selectionHandler.getNodeAt(pointer)===undefined){if(this.body.edges[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.edges[this.popup.popupTargetId].isOverlappingWith(pointerObj)}}}if(stillOnObj===false){this.popupObj=undefined;this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}]);return InteractionHandler}();exports[\"default\"]=InteractionHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Hammer=__webpack_require__(10);var hammerUtil=__webpack_require__(37);var keycharm=__webpack_require__(35);var NavigationHandler=function(){function NavigationHandler(body,canvas){var _this=this;(0,_classCallCheck3[\"default\"])(this,NavigationHandler);this.body=body;this.canvas=canvas;this.iconsCreated=false;this.navigationHammers=[];this.boundFunctions={};this.touchTime=0;this.activated=false;this.body.emitter.on(\"activate\",function(){_this.activated=true;_this.configureKeyboardBindings()});this.body.emitter.on(\"deactivate\",function(){_this.activated=false;_this.configureKeyboardBindings()});this.body.emitter.on(\"destroy\",function(){if(_this.keycharm!==undefined){_this.keycharm.destroy()}});this.options={}}(0,_createClass3[\"default\"])(NavigationHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.options=options;this.create()}}},{key:\"create\",value:function create(){if(this.options.navigationButtons===true){if(this.iconsCreated===false){this.loadNavigationElements()}}else if(this.iconsCreated===true){this.cleanNavigation()}this.configureKeyboardBindings()}},{key:\"cleanNavigation\",value:function cleanNavigation(){if(this.navigationHammers.length!=0){for(var i=0;i<this.navigationHammers.length;i++){this.navigationHammers[i].destroy()}this.navigationHammers=[]}if(this.navigationDOM&&this.navigationDOM[\"wrapper\"]&&this.navigationDOM[\"wrapper\"].parentNode){this.navigationDOM[\"wrapper\"].parentNode.removeChild(this.navigationDOM[\"wrapper\"])}this.iconsCreated=false}},{key:\"loadNavigationElements\",value:function loadNavigationElements(){var _this2=this;this.cleanNavigation();this.navigationDOM={};var navigationDivs=[\"up\",\"down\",\"left\",\"right\",\"zoomIn\",\"zoomOut\",\"zoomExtends\"];var navigationDivActions=[\"_moveUp\",\"_moveDown\",\"_moveLeft\",\"_moveRight\",\"_zoomIn\",\"_zoomOut\",\"_fit\"];this.navigationDOM[\"wrapper\"]=document.createElement(\"div\");this.navigationDOM[\"wrapper\"].className=\"vis-navigation\";this.canvas.frame.appendChild(this.navigationDOM[\"wrapper\"]);for(var i=0;i<navigationDivs.length;i++){this.navigationDOM[navigationDivs[i]]=document.createElement(\"div\");this.navigationDOM[navigationDivs[i]].className=\"vis-button vis-\"+navigationDivs[i];this.navigationDOM[\"wrapper\"].appendChild(this.navigationDOM[navigationDivs[i]]);var hammer=new Hammer(this.navigationDOM[navigationDivs[i]]);if(navigationDivActions[i]===\"_fit\"){hammerUtil.onTouch(hammer,this._fit.bind(this))}else{hammerUtil.onTouch(hammer,this.bindToRedraw.bind(this,navigationDivActions[i]))}this.navigationHammers.push(hammer)}var hammerFrame=new Hammer(this.canvas.frame);hammerUtil.onRelease(hammerFrame,function(){_this2._stopMovement()});this.navigationHammers.push(hammerFrame);this.iconsCreated=true}},{key:\"bindToRedraw\",value:function bindToRedraw(action){if(this.boundFunctions[action]===undefined){this.boundFunctions[action]=this[action].bind(this);this.body.emitter.on(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_startRendering\")}}},{key:\"unbindFromRedraw\",value:function unbindFromRedraw(action){if(this.boundFunctions[action]!==undefined){this.body.emitter.off(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_stopRendering\");delete this.boundFunctions[action]}}},{key:\"_fit\",value:function _fit(){if((new Date).valueOf()-this.touchTime>700){this.body.emitter.emit(\"fit\",{duration:700});this.touchTime=(new Date).valueOf()}}},{key:\"_stopMovement\",value:function _stopMovement(){for(var boundAction in this.boundFunctions){if(this.boundFunctions.hasOwnProperty(boundAction)){this.body.emitter.off(\"initRedraw\",this.boundFunctions[boundAction]);this.body.emitter.emit(\"_stopRendering\")}}this.boundFunctions={}}},{key:\"_moveUp\",value:function _moveUp(){this.body.view.translation.y+=this.options.keyboard.speed.y}},{key:\"_moveDown\",value:function _moveDown(){this.body.view.translation.y-=this.options.keyboard.speed.y}},{key:\"_moveLeft\",value:function _moveLeft(){this.body.view.translation.x+=this.options.keyboard.speed.x}},{key:\"_moveRight\",value:function _moveRight(){this.body.view.translation.x-=this.options.keyboard.speed.x}},{key:\"_zoomIn\",value:function _zoomIn(){var scaleOld=this.body.view.scale;var scale=this.body.view.scale*(1+this.options.keyboard.speed.zoom);var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*this.canvas.canvasViewCenter.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*this.canvas.canvasViewCenter.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale,pointer:null})}},{key:\"_zoomOut\",value:function _zoomOut(){var scaleOld=this.body.view.scale;var scale=this.body.view.scale/(1+this.options.keyboard.speed.zoom);var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*this.canvas.canvasViewCenter.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*this.canvas.canvasViewCenter.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale,pointer:null})}},{key:\"configureKeyboardBindings\",value:function configureKeyboardBindings(){var _this3=this;if(this.keycharm!==undefined){this.keycharm.destroy()}if(this.options.keyboard.enabled===true){if(this.options.keyboard.bindToWindow===true){this.keycharm=keycharm({container:window,preventDefault:true})}else{this.keycharm=keycharm({container:this.canvas.frame,preventDefault:true})}this.keycharm.reset();if(this.activated===true){this.keycharm.bind(\"up\",function(){_this3.bindToRedraw(\"_moveUp\")},\"keydown\");this.keycharm.bind(\"down\",function(){_this3.bindToRedraw(\"_moveDown\")},\"keydown\");this.keycharm.bind(\"left\",function(){_this3.bindToRedraw(\"_moveLeft\")},\"keydown\");this.keycharm.bind(\"right\",function(){_this3.bindToRedraw(\"_moveRight\")},\"keydown\");this.keycharm.bind(\"=\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num+\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"[\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"]\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pageup\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pagedown\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"up\",function(){_this3.unbindFromRedraw(\"_moveUp\")},\"keyup\");this.keycharm.bind(\"down\",function(){_this3.unbindFromRedraw(\"_moveDown\")},\"keyup\");this.keycharm.bind(\"left\",function(){_this3.unbindFromRedraw(\"_moveLeft\")},\"keyup\");this.keycharm.bind(\"right\",function(){_this3.unbindFromRedraw(\"_moveRight\")},\"keyup\");this.keycharm.bind(\"=\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num+\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"[\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"]\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pageup\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pagedown\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\")}}}}]);return NavigationHandler}();exports[\"default\"]=NavigationHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Node=__webpack_require__(47)[\"default\"];var Edge=__webpack_require__(74)[\"default\"];var util=__webpack_require__(2);var SelectionHandler=function(){function SelectionHandler(body,canvas){var _this=this;(0,_classCallCheck3[\"default\"])(this,SelectionHandler);this.body=body;this.canvas=canvas;this.selectionObj={nodes:[],edges:[]};this.hoverObj={nodes:{},edges:{}};this.options={};this.defaultOptions={multiselect:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_dataChanged\",function(){_this.updateSelection()})}(0,_createClass3[\"default\"])(SelectionHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"multiselect\",\"hoverConnectedEdges\",\"selectable\",\"selectConnectedEdges\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"selectOnPoint\",value:function selectOnPoint(pointer){var selected=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);this.unselectAll();if(obj!==undefined){selected=this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}return selected}},{key:\"selectAdditionalOnPoint\",value:function selectAdditionalOnPoint(pointer){var selectionChanged=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);if(obj!==undefined){selectionChanged=true;if(obj.isSelected()===true){this.deselectObject(obj)}else{this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}}return selectionChanged}},{key:\"_initBaseEvent\",value:function _initBaseEvent(event,pointer){var properties={};properties[\"pointer\"]={DOM:{\nx:pointer.x,y:pointer.y},canvas:this.canvas.DOMtoCanvas(pointer)};properties[\"event\"]=event;return properties}},{key:\"_generateClickEvent\",value:function _generateClickEvent(eventType,event,pointer,oldSelection){var emptySelection=arguments.length>4&&arguments[4]!==undefined?arguments[4]:false;var properties=this._initBaseEvent(event,pointer);if(emptySelection===true){properties.nodes=[];properties.edges=[]}else{var tmp=this.getSelection();properties.nodes=tmp.nodes;properties.edges=tmp.edges}if(oldSelection!==undefined){properties[\"previousSelection\"]=oldSelection}if(eventType==\"click\"){properties.items=this.getClickedItems(pointer)}this.body.emitter.emit(eventType,properties)}},{key:\"selectObject\",value:function selectObject(obj){var highlightEdges=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.options.selectConnectedEdges;if(obj!==undefined){if(obj instanceof Node){if(highlightEdges===true){this._selectConnectedEdges(obj)}}obj.select();this._addToSelection(obj);return true}return false}},{key:\"deselectObject\",value:function deselectObject(obj){if(obj.isSelected()===true){obj.selected=false;this._removeFromSelection(obj)}}},{key:\"_getAllNodesOverlappingWith\",value:function _getAllNodesOverlappingWith(object){var overlappingNodes=[];var nodes=this.body.nodes;for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];if(nodes[nodeId].isOverlappingWith(object)){overlappingNodes.push(nodeId)}}return overlappingNodes}},{key:\"_pointerToPositionObject\",value:function _pointerToPositionObject(pointer){var canvasPos=this.canvas.DOMtoCanvas(pointer);return{left:canvasPos.x-1,top:canvasPos.y+1,right:canvasPos.x+1,bottom:canvasPos.y-1}}},{key:\"getNodeAt\",value:function getNodeAt(pointer){var returnNode=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;var positionObject=this._pointerToPositionObject(pointer);var overlappingNodes=this._getAllNodesOverlappingWith(positionObject);if(overlappingNodes.length>0){if(returnNode===true){return this.body.nodes[overlappingNodes[overlappingNodes.length-1]]}else{return overlappingNodes[overlappingNodes.length-1]}}else{return undefined}}},{key:\"_getEdgesOverlappingWith\",value:function _getEdgesOverlappingWith(object,overlappingEdges){var edges=this.body.edges;for(var i=0;i<this.body.edgeIndices.length;i++){var edgeId=this.body.edgeIndices[i];if(edges[edgeId].isOverlappingWith(object)){overlappingEdges.push(edgeId)}}}},{key:\"_getAllEdgesOverlappingWith\",value:function _getAllEdgesOverlappingWith(object){var overlappingEdges=[];this._getEdgesOverlappingWith(object,overlappingEdges);return overlappingEdges}},{key:\"getEdgeAt\",value:function getEdgeAt(pointer){var returnEdge=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;var canvasPos=this.canvas.DOMtoCanvas(pointer);var mindist=10;var overlappingEdge=null;var edges=this.body.edges;for(var i=0;i<this.body.edgeIndices.length;i++){var edgeId=this.body.edgeIndices[i];var edge=edges[edgeId];if(edge.connected){var xFrom=edge.from.x;var yFrom=edge.from.y;var xTo=edge.to.x;var yTo=edge.to.y;var dist=edge.edgeType.getDistanceToEdge(xFrom,yFrom,xTo,yTo,canvasPos.x,canvasPos.y);if(dist<mindist){overlappingEdge=edgeId;mindist=dist}}}if(overlappingEdge!==null){if(returnEdge===true){return this.body.edges[overlappingEdge]}else{return overlappingEdge}}else{return undefined}}},{key:\"_addToSelection\",value:function _addToSelection(obj){if(obj instanceof Node){this.selectionObj.nodes[obj.id]=obj}else{this.selectionObj.edges[obj.id]=obj}}},{key:\"_addToHover\",value:function _addToHover(obj){if(obj instanceof Node){this.hoverObj.nodes[obj.id]=obj}else{this.hoverObj.edges[obj.id]=obj}}},{key:\"_removeFromSelection\",value:function _removeFromSelection(obj){if(obj instanceof Node){delete this.selectionObj.nodes[obj.id];this._unselectConnectedEdges(obj)}else{delete this.selectionObj.edges[obj.id]}}},{key:\"unselectAll\",value:function unselectAll(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){this.selectionObj.nodes[nodeId].unselect()}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){this.selectionObj.edges[edgeId].unselect()}}this.selectionObj={nodes:{},edges:{}}}},{key:\"_getSelectedNodeCount\",value:function _getSelectedNodeCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}return count}},{key:\"_getSelectedNode\",value:function _getSelectedNode(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return this.selectionObj.nodes[nodeId]}}return undefined}},{key:\"_getSelectedEdge\",value:function _getSelectedEdge(){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return this.selectionObj.edges[edgeId]}}return undefined}},{key:\"_getSelectedEdgeCount\",value:function _getSelectedEdgeCount(){var count=0;for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_getSelectedObjectCount\",value:function _getSelectedObjectCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_selectionIsEmpty\",value:function _selectionIsEmpty(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return false}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return false}}return true}},{key:\"_clusterInSelection\",value:function _clusterInSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(this.selectionObj.nodes[nodeId].clusterSize>1){return true}}}return false}},{key:\"_selectConnectedEdges\",value:function _selectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.select();this._addToSelection(edge)}}},{key:\"_hoverConnectedEdges\",value:function _hoverConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.hover=true;this._addToHover(edge)}}},{key:\"_unselectConnectedEdges\",value:function _unselectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.unselect();this._removeFromSelection(edge)}}},{key:\"emitBlurEvent\",value:function emitBlurEvent(event,pointer,object){var properties=this._initBaseEvent(event,pointer);if(object.hover===true){object.hover=false;if(object instanceof Node){properties.node=object.id;this.body.emitter.emit(\"blurNode\",properties)}else{properties.edge=object.id;this.body.emitter.emit(\"blurEdge\",properties)}}}},{key:\"emitHoverEvent\",value:function emitHoverEvent(event,pointer,object){var properties=this._initBaseEvent(event,pointer);var hoverChanged=false;if(object.hover===false){object.hover=true;this._addToHover(object);hoverChanged=true;if(object instanceof Node){properties.node=object.id;this.body.emitter.emit(\"hoverNode\",properties)}else{properties.edge=object.id;this.body.emitter.emit(\"hoverEdge\",properties)}}return hoverChanged}},{key:\"hoverObject\",value:function hoverObject(event,pointer){var object=this.getNodeAt(pointer);if(object===undefined){object=this.getEdgeAt(pointer)}var hoverChanged=false;for(var nodeId in this.hoverObj.nodes){if(this.hoverObj.nodes.hasOwnProperty(nodeId)){if(object===undefined||object instanceof Node&&object.id!=nodeId||object instanceof Edge){this.emitBlurEvent(event,pointer,this.hoverObj.nodes[nodeId]);delete this.hoverObj.nodes[nodeId];hoverChanged=true}}}for(var edgeId in this.hoverObj.edges){if(this.hoverObj.edges.hasOwnProperty(edgeId)){if(hoverChanged===true){this.hoverObj.edges[edgeId].hover=false;delete this.hoverObj.edges[edgeId]}else if(object===undefined||object instanceof Edge&&object.id!=edgeId||object instanceof Node&&!object.hover){this.emitBlurEvent(event,pointer,this.hoverObj.edges[edgeId]);delete this.hoverObj.edges[edgeId];hoverChanged=true}}}if(object!==undefined){hoverChanged=hoverChanged||this.emitHoverEvent(event,pointer,object);if(object instanceof Node&&this.options.hoverConnectedEdges===true){this._hoverConnectedEdges(object)}}if(hoverChanged===true){this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"getSelection\",value:function getSelection(){var nodeIds=this.getSelectedNodes();var edgeIds=this.getSelectedEdges();return{nodes:nodeIds,edges:edgeIds}}},{key:\"getSelectedNodes\",value:function getSelectedNodes(){var idArray=[];if(this.options.selectable===true){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){idArray.push(this.selectionObj.nodes[nodeId].id)}}}return idArray}},{key:\"getSelectedEdges\",value:function getSelectedEdges(){var idArray=[];if(this.options.selectable===true){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){idArray.push(this.selectionObj.edges[edgeId].id)}}}return idArray}},{key:\"setSelection\",value:function setSelection(selection){var options=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var i=void 0,id=void 0;if(!selection||!selection.nodes&&!selection.edges)throw\"Selection must be an object with nodes and/or edges properties\";if(options.unselectAll||options.unselectAll===undefined){this.unselectAll()}if(selection.nodes){for(i=0;i<selection.nodes.length;i++){id=selection.nodes[i];var node=this.body.nodes[id];if(!node){throw new RangeError('Node with id \"'+id+'\" not found')}this.selectObject(node,options.highlightEdges)}}if(selection.edges){for(i=0;i<selection.edges.length;i++){id=selection.edges[i];var edge=this.body.edges[id];if(!edge){throw new RangeError('Edge with id \"'+id+'\" not found')}this.selectObject(edge)}}this.body.emitter.emit(\"_requestRedraw\")}},{key:\"selectNodes\",value:function selectNodes(selection){var highlightEdges=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.setSelection({nodes:selection},{highlightEdges:highlightEdges})}},{key:\"selectEdges\",value:function selectEdges(selection){if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.setSelection({edges:selection})}},{key:\"updateSelection\",value:function updateSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(!this.body.nodes.hasOwnProperty(nodeId)){delete this.selectionObj.nodes[nodeId]}}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){if(!this.body.edges.hasOwnProperty(edgeId)){delete this.selectionObj.edges[edgeId]}}}}},{key:\"getClickedItems\",value:function getClickedItems(pointer){var point=this.canvas.DOMtoCanvas(pointer);var items=[];var nodeIndices=this.body.nodeIndices;var nodes=this.body.nodes;for(var i=nodeIndices.length-1;i>=0;i--){var node=nodes[nodeIndices[i]];var ret=node.getItemsOnPoint(point);items.push.apply(items,ret)}var edgeIndices=this.body.edgeIndices;var edges=this.body.edges;for(var _i=edgeIndices.length-1;_i>=0;_i--){var edge=edges[edgeIndices[_i]];var _ret=edge.getItemsOnPoint(point);items.push.apply(items,_ret)}return items}}]);return SelectionHandler}();exports[\"default\"]=SelectionHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray2=__webpack_require__(30);var _slicedToArray3=_interopRequireDefault(_slicedToArray2);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var NetworkUtil=__webpack_require__(76)[\"default\"];var _require=__webpack_require__(236),HorizontalStrategy=_require.HorizontalStrategy,VerticalStrategy=_require.VerticalStrategy;var HierarchicalStatus=function(){function HierarchicalStatus(){(0,_classCallCheck3[\"default\"])(this,HierarchicalStatus);this.childrenReference={};this.parentReference={};this.trees={};this.distributionOrdering={};this.levels={};this.distributionIndex={};this.isTree=false;this.treeIndex=-1}(0,_createClass3[\"default\"])(HierarchicalStatus,[{key:\"addRelation\",value:function addRelation(parentNodeId,childNodeId){if(this.childrenReference[parentNodeId]===undefined){this.childrenReference[parentNodeId]=[]}this.childrenReference[parentNodeId].push(childNodeId);if(this.parentReference[childNodeId]===undefined){this.parentReference[childNodeId]=[]}this.parentReference[childNodeId].push(parentNodeId)}},{key:\"checkIfTree\",value:function checkIfTree(){for(var i in this.parentReference){if(this.parentReference[i].length>1){this.isTree=false;return}}this.isTree=true}},{key:\"numTrees\",value:function numTrees(){return this.treeIndex+1}},{key:\"setTreeIndex\",value:function setTreeIndex(node,treeId){if(treeId===undefined)return;if(this.trees[node.id]===undefined){this.trees[node.id]=treeId;this.treeIndex=Math.max(treeId,this.treeIndex)}}},{key:\"ensureLevel\",value:function ensureLevel(nodeId){if(this.levels[nodeId]===undefined){this.levels[nodeId]=0}}},{key:\"getMaxLevel\",value:function getMaxLevel(nodeId){var _this=this;var accumulator={};var _getMaxLevel=function _getMaxLevel(nodeId){if(accumulator[nodeId]!==undefined){return accumulator[nodeId]}var level=_this.levels[nodeId];if(_this.childrenReference[nodeId]){var children=_this.childrenReference[nodeId];if(children.length>0){for(var i=0;i<children.length;i++){level=Math.max(level,_getMaxLevel(children[i]))}}}accumulator[nodeId]=level;return level};return _getMaxLevel(nodeId)}},{key:\"levelDownstream\",value:function levelDownstream(nodeA,nodeB){if(this.levels[nodeB.id]===undefined){if(this.levels[nodeA.id]===undefined){this.levels[nodeA.id]=0}this.levels[nodeB.id]=this.levels[nodeA.id]+1}}},{key:\"setMinLevelToZero\",value:function setMinLevelToZero(nodes){var minLevel=1e9;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(this.levels[nodeId]!==undefined){minLevel=Math.min(this.levels[nodeId],minLevel)}}}for(var _nodeId in nodes){if(nodes.hasOwnProperty(_nodeId)){if(this.levels[_nodeId]!==undefined){this.levels[_nodeId]-=minLevel}}}}},{key:\"getTreeSize\",value:function getTreeSize(nodes,index){var min_x=1e9;var max_x=-1e9;var min_y=1e9;var max_y=-1e9;for(var nodeId in this.trees){if(this.trees.hasOwnProperty(nodeId)){if(this.trees[nodeId]===index){var node=nodes[nodeId];min_x=Math.min(node.x,min_x);max_x=Math.max(node.x,max_x);min_y=Math.min(node.y,min_y);max_y=Math.max(node.y,max_y)}}}return{min_x:min_x,max_x:max_x,min_y:min_y,max_y:max_y}}},{key:\"hasSameParent\",value:function hasSameParent(node1,node2){var parents1=this.parentReference[node1.id];var parents2=this.parentReference[node2.id];if(parents1===undefined||parents2===undefined){return false}for(var i=0;i<parents1.length;i++){for(var j=0;j<parents2.length;j++){if(parents1[i]==parents2[j]){return true}}}return false}},{key:\"inSameSubNetwork\",value:function inSameSubNetwork(node1,node2){return this.trees[node1.id]===this.trees[node2.id]}},{key:\"getLevels\",value:function getLevels(){return(0,_keys2[\"default\"])(this.distributionOrdering)}},{key:\"addToOrdering\",value:function addToOrdering(node,level){if(this.distributionOrdering[level]===undefined){this.distributionOrdering[level]=[]}var isPresent=false;var curLevel=this.distributionOrdering[level];for(var n in curLevel){if(curLevel[n]===node){isPresent=true;break}}if(!isPresent){this.distributionOrdering[level].push(node);this.distributionIndex[node.id]=this.distributionOrdering[level].length-1}}}]);return HierarchicalStatus}();var LayoutEngine=function(){function LayoutEngine(body){(0,_classCallCheck3[\"default\"])(this,LayoutEngine);this.body=body;this.initialRandomSeed=Math.round(Math.random()*1e6);this.randomSeed=this.initialRandomSeed;this.setPhysics=false;this.options={};this.optionsBackup={physics:{}};this.defaultOptions={randomSeed:undefined,improvedLayout:true,hierarchical:{enabled:false,levelSeparation:150,nodeSpacing:100,treeSpacing:200,blockShifting:true,edgeMinimization:true,parentCentralization:true,direction:\"UD\",sortMethod:\"hubsize\"}};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}(0,_createClass3[\"default\"])(LayoutEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"_dataChanged\",function(){_this2.setupHierarchicalLayout()});this.body.emitter.on(\"_dataLoaded\",function(){_this2.layoutNetwork()});this.body.emitter.on(\"_resetHierarchicalLayout\",function(){_this2.setupHierarchicalLayout()});this.body.emitter.on(\"_adjustEdgesForHierarchicalLayout\",function(){if(_this2.options.hierarchical.enabled!==true){return}var type=_this2.direction.curveType();_this2.body.emitter.emit(\"_forceDisableDynamicCurves\",type,false)})}},{key:\"setOptions\",value:function setOptions(options,allOptions){if(options!==undefined){var hierarchical=this.options.hierarchical;var prevHierarchicalState=hierarchical.enabled;util.selectiveDeepExtend([\"randomSeed\",\"improvedLayout\"],this.options,options);util.mergeOptions(this.options,options,\"hierarchical\");if(options.randomSeed!==undefined){this.initialRandomSeed=options.randomSeed}if(hierarchical.enabled===true){if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\",true)}if(hierarchical.direction===\"RL\"||hierarchical.direction===\"DU\"){if(hierarchical.levelSeparation>0){hierarchical.levelSeparation*=-1}}else{if(hierarchical.levelSeparation<0){hierarchical.levelSeparation*=-1}}this.setDirectionStrategy();this.body.emitter.emit(\"_resetHierarchicalLayout\");return this.adaptAllOptionsForHierarchicalLayout(allOptions)}else{if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\");return util.deepExtend(allOptions,this.optionsBackup)}}}return allOptions}},{key:\"adaptAllOptionsForHierarchicalLayout\",value:function adaptAllOptionsForHierarchicalLayout(allOptions){if(this.options.hierarchical.enabled===true){var backupPhysics=this.optionsBackup.physics;if(allOptions.physics===undefined||allOptions.physics===true){allOptions.physics={enabled:backupPhysics.enabled===undefined?true:backupPhysics.enabled,solver:\"hierarchicalRepulsion\"};backupPhysics.enabled=backupPhysics.enabled===undefined?true:backupPhysics.enabled;backupPhysics.solver=backupPhysics.solver||\"barnesHut\"}else if((0,_typeof3[\"default\"])(allOptions.physics)===\"object\"){backupPhysics.enabled=allOptions.physics.enabled===undefined?true:allOptions.physics.enabled;backupPhysics.solver=allOptions.physics.solver||\"barnesHut\";allOptions.physics.solver=\"hierarchicalRepulsion\"}else if(allOptions.physics!==false){backupPhysics.solver=\"barnesHut\";allOptions.physics={solver:\"hierarchicalRepulsion\"}}var type=this.direction.curveType();if(allOptions.edges===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges={smooth:false}}else if(allOptions.edges.smooth===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges.smooth=false}else{if(typeof allOptions.edges.smooth===\"boolean\"){this.optionsBackup.edges={smooth:allOptions.edges.smooth};allOptions.edges.smooth={enabled:allOptions.edges.smooth,type:type}}else{var smooth=allOptions.edges.smooth;if(smooth.type!==undefined&&smooth.type!==\"dynamic\"){type=smooth.type}this.optionsBackup.edges={smooth:smooth.enabled===undefined?true:smooth.enabled,type:smooth.type===undefined?\"dynamic\":smooth.type,roundness:smooth.roundness===undefined?.5:smooth.roundness,forceDirection:smooth.forceDirection===undefined?false:smooth.forceDirection};allOptions.edges.smooth={enabled:smooth.enabled===undefined?true:smooth.enabled,type:type,roundness:smooth.roundness===undefined?.5:smooth.roundness,forceDirection:smooth.forceDirection===undefined?false:smooth.forceDirection}}}this.body.emitter.emit(\"_forceDisableDynamicCurves\",type)}return allOptions}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"positionInitially\",value:function positionInitially(nodesArray){if(this.options.hierarchical.enabled!==true){this.randomSeed=this.initialRandomSeed;var radius=nodesArray.length+50;for(var i=0;i<nodesArray.length;i++){var node=nodesArray[i];var angle=2*Math.PI*this.seededRandom();if(node.x===undefined){node.x=radius*Math.cos(angle)}if(node.y===undefined){node.y=radius*Math.sin(angle)}}}}},{key:\"layoutNetwork\",value:function layoutNetwork(){if(this.options.hierarchical.enabled!==true&&this.options.improvedLayout===true){var indices=this.body.nodeIndices;var positionDefined=0;for(var i=0;i<indices.length;i++){var node=this.body.nodes[indices[i]];if(node.predefinedPosition===true){positionDefined+=1}}if(positionDefined<.5*indices.length){var MAX_LEVELS=10;var level=0;var clusterThreshold=150;var clusterOptions={clusterNodeProperties:{shape:\"ellipse\",label:\"\",group:\"\",font:{multi:false}},clusterEdgeProperties:{label:\"\",font:{multi:false},smooth:{enabled:false}}};if(indices.length>clusterThreshold){var startLength=indices.length;while(indices.length>clusterThreshold&&level<=MAX_LEVELS){level+=1;var before=indices.length;if(level%3===0){this.body.modules.clustering.clusterBridges(clusterOptions)}else{this.body.modules.clustering.clusterOutliers(clusterOptions)}var after=indices.length;if(before==after&&level%3!==0){this._declusterAll();this.body.emitter.emit(\"_layoutFailed\");console.info(\"This network could not be positioned by this version of the improved layout algorithm.\"+\" Please disable improvedLayout for better performance.\");return}}this.body.modules.kamadaKawai.setOptions({springLength:Math.max(150,2*startLength)})}if(level>MAX_LEVELS){console.info(\"The clustering didn't succeed within the amount of interations allowed,\"+\" progressing with partial result.\")}this.body.modules.kamadaKawai.solve(indices,this.body.edgeIndices,true);this._shiftToCenter();var offset=70;for(var _i=0;_i<indices.length;_i++){var _node=this.body.nodes[indices[_i]];if(_node.predefinedPosition===false){_node.x+=(.5-this.seededRandom())*offset;_node.y+=(.5-this.seededRandom())*offset}}this._declusterAll();this.body.emitter.emit(\"_repositionBezierNodes\")}}}},{key:\"_shiftToCenter\",value:function _shiftToCenter(){var range=NetworkUtil.getRangeCore(this.body.nodes,this.body.nodeIndices);var center=NetworkUtil.findCenter(range);for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];node.x-=center.x;node.y-=center.y}}},{key:\"_declusterAll\",value:function _declusterAll(){var clustersPresent=true;while(clustersPresent===true){clustersPresent=false;for(var i=0;i<this.body.nodeIndices.length;i++){if(this.body.nodes[this.body.nodeIndices[i]].isCluster===true){clustersPresent=true;this.body.modules.clustering.openCluster(this.body.nodeIndices[i],{},false)}}if(clustersPresent===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"getSeed\",value:function getSeed(){return this.initialRandomSeed}},{key:\"setupHierarchicalLayout\",value:function setupHierarchicalLayout(){if(this.options.hierarchical.enabled===true&&this.body.nodeIndices.length>0){var node=void 0,nodeId=void 0;var definedLevel=false;var undefinedLevel=false;this.lastNodeOnLevel={};this.hierarchical=new HierarchicalStatus;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];if(node.options.level!==undefined){definedLevel=true;this.hierarchical.levels[nodeId]=node.options.level}else{undefinedLevel=true}}}if(undefinedLevel===true&&definedLevel===true){throw new Error(\"To use the hierarchical layout, nodes require either no predefined levels\"+\" or levels have to be defined for all nodes.\")}else{if(undefinedLevel===true){var sortMethod=this.options.hierarchical.sortMethod;if(sortMethod===\"hubsize\"){this._determineLevelsByHubsize()}else if(sortMethod===\"directed\"){this._determineLevelsDirected()}else if(sortMethod===\"custom\"){this._determineLevelsCustomCallback()}}for(var _nodeId2 in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId2)){this.hierarchical.ensureLevel(_nodeId2)}}var distribution=this._getDistribution();this._generateMap();this._placeNodesByHierarchy(distribution);this._condenseHierarchy();this._shiftToCenter()}}}},{key:\"_condenseHierarchy\",value:function _condenseHierarchy(){var _this3=this;var stillShifting=false;var branches={};var shiftTrees=function shiftTrees(){var treeSizes=getTreeSizes();var shiftBy=0;for(var i=0;i<treeSizes.length-1;i++){var diff=treeSizes[i].max-treeSizes[i+1].min;shiftBy+=diff+_this3.options.hierarchical.treeSpacing;shiftTree(i+1,shiftBy)}};var shiftTree=function shiftTree(index,offset){var trees=_this3.hierarchical.trees;for(var nodeId in trees){if(trees.hasOwnProperty(nodeId)){if(trees[nodeId]===index){_this3.direction.shift(nodeId,offset)}}}};var getTreeSizes=function getTreeSizes(){var treeWidths=[];for(var i=0;i<_this3.hierarchical.numTrees();i++){treeWidths.push(_this3.direction.getTreeSize(i))}return treeWidths};var getBranchNodes=function getBranchNodes(source,map){if(map[source.id]){return}map[source.id]=true;if(_this3.hierarchical.childrenReference[source.id]){var children=_this3.hierarchical.childrenReference[source.id];if(children.length>0){for(var i=0;i<children.length;i++){getBranchNodes(_this3.body.nodes[children[i]],map)}}}};var getBranchBoundary=function getBranchBoundary(branchMap){var maxLevel=arguments.length>1&&arguments[1]!==undefined?arguments[1]:1e9;var minSpace=1e9;var maxSpace=1e9;var min=1e9;var max=-1e9;for(var branchNode in branchMap){if(branchMap.hasOwnProperty(branchNode)){var node=_this3.body.nodes[branchNode];var level=_this3.hierarchical.levels[node.id];var position=_this3.direction.getPosition(node);var _getSpaceAroundNode2=_this3._getSpaceAroundNode(node,branchMap),_getSpaceAroundNode3=(0,_slicedToArray3[\"default\"])(_getSpaceAroundNode2,2),minSpaceNode=_getSpaceAroundNode3[0],maxSpaceNode=_getSpaceAroundNode3[1];minSpace=Math.min(minSpaceNode,minSpace);maxSpace=Math.min(maxSpaceNode,maxSpace);if(level<=maxLevel){min=Math.min(position,min);max=Math.max(position,max)}}}return[min,max,minSpace,maxSpace]};var getCollisionLevel=function getCollisionLevel(node1,node2){var maxLevel1=_this3.hierarchical.getMaxLevel(node1.id);var maxLevel2=_this3.hierarchical.getMaxLevel(node2.id);return Math.min(maxLevel1,maxLevel2)};var shiftElementsCloser=function shiftElementsCloser(callback,levels,centerParents){var hier=_this3.hierarchical;for(var i=0;i<levels.length;i++){var level=levels[i];var levelNodes=hier.distributionOrdering[level];if(levelNodes.length>1){for(var j=0;j<levelNodes.length-1;j++){var node1=levelNodes[j];var node2=levelNodes[j+1];if(hier.hasSameParent(node1,node2)&&hier.inSameSubNetwork(node1,node2)){callback(node1,node2,centerParents)}}}}};var branchShiftCallback=function branchShiftCallback(node1,node2){var centerParent=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var pos1=_this3.direction.getPosition(node1);var pos2=_this3.direction.getPosition(node2);var diffAbs=Math.abs(pos2-pos1);var nodeSpacing=_this3.options.hierarchical.nodeSpacing;if(diffAbs>nodeSpacing){var branchNodes1={};var branchNodes2={};getBranchNodes(node1,branchNodes1);getBranchNodes(node2,branchNodes2);var maxLevel=getCollisionLevel(node1,node2);var branchNodeBoundary1=getBranchBoundary(branchNodes1,maxLevel);var branchNodeBoundary2=getBranchBoundary(branchNodes2,maxLevel);var max1=branchNodeBoundary1[1];var min2=branchNodeBoundary2[0];var minSpace2=branchNodeBoundary2[2];var diffBranch=Math.abs(max1-min2);if(diffBranch>nodeSpacing){var offset=max1-min2+nodeSpacing;if(offset<-minSpace2+nodeSpacing){offset=-minSpace2+nodeSpacing}if(offset<0){_this3._shiftBlock(node2.id,offset);stillShifting=true;if(centerParent===true)_this3._centerParent(node2)}}}};var minimizeEdgeLength=function minimizeEdgeLength(iterations,node){var nodeId=node.id;var allEdges=node.edges;var nodeLevel=_this3.hierarchical.levels[node.id];var C2=_this3.options.hierarchical.levelSeparation*_this3.options.hierarchical.levelSeparation;var referenceNodes={};var aboveEdges=[];for(var i=0;i<allEdges.length;i++){var edge=allEdges[i];if(edge.toId!=edge.fromId){var otherNode=edge.toId==nodeId?edge.from:edge.to;referenceNodes[allEdges[i].id]=otherNode;if(_this3.hierarchical.levels[otherNode.id]<nodeLevel){aboveEdges.push(edge)}}}var getFx=function getFx(point,edges){var sum=0;for(var _i2=0;_i2<edges.length;_i2++){if(referenceNodes[edges[_i2].id]!==undefined){var a=_this3.direction.getPosition(referenceNodes[edges[_i2].id])-point;sum+=a/Math.sqrt(a*a+C2)}}return sum};var getDFx=function getDFx(point,edges){var sum=0;for(var _i3=0;_i3<edges.length;_i3++){if(referenceNodes[edges[_i3].id]!==undefined){var a=_this3.direction.getPosition(referenceNodes[edges[_i3].id])-point;sum-=C2*Math.pow(a*a+C2,-1.5)}}return sum};var getGuess=function getGuess(iterations,edges){var guess=_this3.direction.getPosition(node);var guessMap={};for(var _i4=0;_i4<iterations;_i4++){var fx=getFx(guess,edges);var dfx=getDFx(guess,edges);var limit=40;var ratio=Math.max(-limit,Math.min(limit,Math.round(fx/dfx)));guess=guess-ratio;if(guessMap[guess]!==undefined){break}guessMap[guess]=_i4}return guess};var moveBranch=function moveBranch(guess){var nodePosition=_this3.direction.getPosition(node);if(branches[node.id]===undefined){var branchNodes={};getBranchNodes(node,branchNodes);branches[node.id]=branchNodes}var branchBoundary=getBranchBoundary(branches[node.id]);var minSpaceBranch=branchBoundary[2];var maxSpaceBranch=branchBoundary[3];var diff=guess-nodePosition;var branchOffset=0;if(diff>0){branchOffset=Math.min(diff,maxSpaceBranch-_this3.options.hierarchical.nodeSpacing)}else if(diff<0){branchOffset=-Math.min(-diff,minSpaceBranch-_this3.options.hierarchical.nodeSpacing)}if(branchOffset!=0){_this3._shiftBlock(node.id,branchOffset);stillShifting=true}};var moveNode=function moveNode(guess){var nodePosition=_this3.direction.getPosition(node);var _getSpaceAroundNode4=_this3._getSpaceAroundNode(node),_getSpaceAroundNode5=(0,_slicedToArray3[\"default\"])(_getSpaceAroundNode4,2),minSpace=_getSpaceAroundNode5[0],maxSpace=_getSpaceAroundNode5[1];var diff=guess-nodePosition;var newPosition=nodePosition;if(diff>0){newPosition=Math.min(nodePosition+(maxSpace-_this3.options.hierarchical.nodeSpacing),guess)}else if(diff<0){newPosition=Math.max(nodePosition-(minSpace-_this3.options.hierarchical.nodeSpacing),guess)}if(newPosition!==nodePosition){_this3.direction.setPosition(node,newPosition);stillShifting=true}};var guess=getGuess(iterations,aboveEdges);moveBranch(guess);guess=getGuess(iterations,allEdges);moveNode(guess)};var minimizeEdgeLengthBottomUp=function minimizeEdgeLengthBottomUp(iterations){var levels=_this3.hierarchical.getLevels();levels=levels.reverse();for(var i=0;i<iterations;i++){stillShifting=false;for(var j=0;j<levels.length;j++){var level=levels[j];var levelNodes=_this3.hierarchical.distributionOrdering[level];for(var k=0;k<levelNodes.length;k++){minimizeEdgeLength(1e3,levelNodes[k])}}if(stillShifting!==true){break}}};var shiftBranchesCloserBottomUp=function shiftBranchesCloserBottomUp(iterations){var levels=_this3.hierarchical.getLevels();levels=levels.reverse();for(var i=0;i<iterations;i++){stillShifting=false;shiftElementsCloser(branchShiftCallback,levels,true);if(stillShifting!==true){break}}};var centerAllParents=function centerAllParents(){for(var nodeId in _this3.body.nodes){if(_this3.body.nodes.hasOwnProperty(nodeId))_this3._centerParent(_this3.body.nodes[nodeId])}};var centerAllParentsBottomUp=function centerAllParentsBottomUp(){var levels=_this3.hierarchical.getLevels()\n;levels=levels.reverse();for(var i=0;i<levels.length;i++){var level=levels[i];var levelNodes=_this3.hierarchical.distributionOrdering[level];for(var j=0;j<levelNodes.length;j++){_this3._centerParent(levelNodes[j])}}};if(this.options.hierarchical.blockShifting===true){shiftBranchesCloserBottomUp(5);centerAllParents()}if(this.options.hierarchical.edgeMinimization===true){minimizeEdgeLengthBottomUp(20)}if(this.options.hierarchical.parentCentralization===true){centerAllParentsBottomUp()}shiftTrees()}},{key:\"_getSpaceAroundNode\",value:function _getSpaceAroundNode(node,map){var useMap=true;if(map===undefined){useMap=false}var level=this.hierarchical.levels[node.id];if(level!==undefined){var index=this.hierarchical.distributionIndex[node.id];var position=this.direction.getPosition(node);var ordering=this.hierarchical.distributionOrdering[level];var minSpace=1e9;var maxSpace=1e9;if(index!==0){var prevNode=ordering[index-1];if(useMap===true&&map[prevNode.id]===undefined||useMap===false){var prevPos=this.direction.getPosition(prevNode);minSpace=position-prevPos}}if(index!=ordering.length-1){var nextNode=ordering[index+1];if(useMap===true&&map[nextNode.id]===undefined||useMap===false){var nextPos=this.direction.getPosition(nextNode);maxSpace=Math.min(maxSpace,nextPos-position)}}return[minSpace,maxSpace]}else{return[0,0]}}},{key:\"_centerParent\",value:function _centerParent(node){if(this.hierarchical.parentReference[node.id]){var parents=this.hierarchical.parentReference[node.id];for(var i=0;i<parents.length;i++){var parentId=parents[i];var parentNode=this.body.nodes[parentId];var children=this.hierarchical.childrenReference[parentId];if(children!==undefined){var newPosition=this._getCenterPosition(children);var position=this.direction.getPosition(parentNode);var _getSpaceAroundNode6=this._getSpaceAroundNode(parentNode),_getSpaceAroundNode7=(0,_slicedToArray3[\"default\"])(_getSpaceAroundNode6,2),minSpace=_getSpaceAroundNode7[0],maxSpace=_getSpaceAroundNode7[1];var diff=position-newPosition;if(diff<0&&Math.abs(diff)<maxSpace-this.options.hierarchical.nodeSpacing||diff>0&&Math.abs(diff)<minSpace-this.options.hierarchical.nodeSpacing){this.direction.setPosition(parentNode,newPosition)}}}}}},{key:\"_placeNodesByHierarchy\",value:function _placeNodesByHierarchy(distribution){this.positionedNodes={};for(var level in distribution){if(distribution.hasOwnProperty(level)){var nodeArray=(0,_keys2[\"default\"])(distribution[level]);nodeArray=this._indexArrayToNodes(nodeArray);this.direction.sort(nodeArray);var handledNodeCount=0;for(var i=0;i<nodeArray.length;i++){var node=nodeArray[i];if(this.positionedNodes[node.id]===undefined){var spacing=this.options.hierarchical.nodeSpacing;var pos=spacing*handledNodeCount;if(handledNodeCount>0){pos=this.direction.getPosition(nodeArray[i-1])+spacing}this.direction.setPosition(node,pos,level);this._validatePositionAndContinue(node,level,pos);handledNodeCount++}}}}}},{key:\"_placeBranchNodes\",value:function _placeBranchNodes(parentId,parentLevel){var childRef=this.hierarchical.childrenReference[parentId];if(childRef===undefined){return}var childNodes=[];for(var i=0;i<childRef.length;i++){childNodes.push(this.body.nodes[childRef[i]])}this.direction.sort(childNodes);for(var _i5=0;_i5<childNodes.length;_i5++){var childNode=childNodes[_i5];var childNodeLevel=this.hierarchical.levels[childNode.id];if(childNodeLevel>parentLevel&&this.positionedNodes[childNode.id]===undefined){var spacing=this.options.hierarchical.nodeSpacing;var pos=void 0;if(_i5===0){pos=this.direction.getPosition(this.body.nodes[parentId])}else{pos=this.direction.getPosition(childNodes[_i5-1])+spacing}this.direction.setPosition(childNode,pos,childNodeLevel);this._validatePositionAndContinue(childNode,childNodeLevel,pos)}else{return}}var center=this._getCenterPosition(childNodes);this.direction.setPosition(this.body.nodes[parentId],center,parentLevel)}},{key:\"_validatePositionAndContinue\",value:function _validatePositionAndContinue(node,level,pos){if(!this.hierarchical.isTree)return;if(this.lastNodeOnLevel[level]!==undefined){var previousPos=this.direction.getPosition(this.body.nodes[this.lastNodeOnLevel[level]]);if(pos-previousPos<this.options.hierarchical.nodeSpacing){var diff=previousPos+this.options.hierarchical.nodeSpacing-pos;var sharedParent=this._findCommonParent(this.lastNodeOnLevel[level],node.id);this._shiftBlock(sharedParent.withChild,diff)}}this.lastNodeOnLevel[level]=node.id;this.positionedNodes[node.id]=true;this._placeBranchNodes(node.id,level)}},{key:\"_indexArrayToNodes\",value:function _indexArrayToNodes(idArray){var array=[];for(var i=0;i<idArray.length;i++){array.push(this.body.nodes[idArray[i]])}return array}},{key:\"_getDistribution\",value:function _getDistribution(){var distribution={};var nodeId=void 0,node=void 0;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];var level=this.hierarchical.levels[nodeId]===undefined?0:this.hierarchical.levels[nodeId];this.direction.fix(node,level);if(distribution[level]===undefined){distribution[level]={}}distribution[level][nodeId]=node}}return distribution}},{key:\"_getActiveEdges\",value:function _getActiveEdges(node){var _this4=this;var result=[];util.forEach(node.edges,function(edge){if(_this4.body.edgeIndices.indexOf(edge.id)!==-1){result.push(edge)}});return result}},{key:\"_getHubSizes\",value:function _getHubSizes(){var _this5=this;var hubSizes={};var nodeIds=this.body.nodeIndices;util.forEach(nodeIds,function(nodeId){var node=_this5.body.nodes[nodeId];var hubSize=_this5._getActiveEdges(node).length;hubSizes[hubSize]=true});var result=[];util.forEach(hubSizes,function(size){result.push(Number(size))});result.sort(function(a,b){return b-a});return result}},{key:\"_determineLevelsByHubsize\",value:function _determineLevelsByHubsize(){var _this6=this;var levelDownstream=function levelDownstream(nodeA,nodeB){_this6.hierarchical.levelDownstream(nodeA,nodeB)};var hubSizes=this._getHubSizes();var _loop=function _loop(i){var hubSize=hubSizes[i];if(hubSize===0)return\"break\";util.forEach(_this6.body.nodeIndices,function(nodeId){var node=_this6.body.nodes[nodeId];if(hubSize===_this6._getActiveEdges(node).length){_this6._crawlNetwork(levelDownstream,nodeId)}})};for(var i=0;i<hubSizes.length;++i){var _ret=_loop(i);if(_ret===\"break\")break}}},{key:\"_determineLevelsCustomCallback\",value:function _determineLevelsCustomCallback(){var _this7=this;var minLevel=1e5;var customCallback=function customCallback(nodeA,nodeB,edge){};var levelByDirection=function levelByDirection(nodeA,nodeB,edge){var levelA=_this7.hierarchical.levels[nodeA.id];if(levelA===undefined){levelA=_this7.hierarchical.levels[nodeA.id]=minLevel}var diff=customCallback(NetworkUtil.cloneOptions(nodeA,\"node\"),NetworkUtil.cloneOptions(nodeB,\"node\"),NetworkUtil.cloneOptions(edge,\"edge\"));_this7.hierarchical.levels[nodeB.id]=levelA+diff};this._crawlNetwork(levelByDirection);this.hierarchical.setMinLevelToZero(this.body.nodes)}},{key:\"_determineLevelsDirected\",value:function _determineLevelsDirected(){var _this8=this;var minLevel=1e4;var isBidirectional=function isBidirectional(edge){util.forEach(_this8.body.edges,function(otherEdge){if(otherEdge.toId===edge.fromId&&otherEdge.fromId===edge.toId){return true}});return false};var levelByDirection=function levelByDirection(nodeA,nodeB,edge){var levelA=_this8.hierarchical.levels[nodeA.id];var levelB=_this8.hierarchical.levels[nodeB.id];if(isBidirectional(edge)&&levelA!==undefined&&levelB!==undefined){return}if(levelA===undefined){levelA=_this8.hierarchical.levels[nodeA.id]=minLevel}if(edge.toId==nodeB.id){_this8.hierarchical.levels[nodeB.id]=levelA+1}else{_this8.hierarchical.levels[nodeB.id]=levelA-1}};this._crawlNetwork(levelByDirection);this.hierarchical.setMinLevelToZero(this.body.nodes)}},{key:\"_generateMap\",value:function _generateMap(){var _this9=this;var fillInRelations=function fillInRelations(parentNode,childNode){if(_this9.hierarchical.levels[childNode.id]>_this9.hierarchical.levels[parentNode.id]){_this9.hierarchical.addRelation(parentNode.id,childNode.id)}};this._crawlNetwork(fillInRelations);this.hierarchical.checkIfTree()}},{key:\"_crawlNetwork\",value:function _crawlNetwork(){var _this10=this;var callback=arguments.length>0&&arguments[0]!==undefined?arguments[0]:function(){};var startingNodeId=arguments[1];var progress={};var crawler=function crawler(node,tree){if(progress[node.id]===undefined){_this10.hierarchical.setTreeIndex(node,tree);progress[node.id]=true;var childNode=void 0;var edges=_this10._getActiveEdges(node);for(var i=0;i<edges.length;i++){var edge=edges[i];if(edge.connected===true){if(edge.toId==node.id){childNode=edge.from}else{childNode=edge.to}if(node.id!=childNode.id){callback(node,childNode,edge);crawler(childNode,tree)}}}}};if(startingNodeId===undefined){var treeIndex=0;for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];if(progress[nodeId]===undefined){var node=this.body.nodes[nodeId];crawler(node,treeIndex);treeIndex+=1}}}else{var _node2=this.body.nodes[startingNodeId];if(_node2===undefined){console.error(\"Node not found:\",startingNodeId);return}crawler(_node2)}}},{key:\"_shiftBlock\",value:function _shiftBlock(parentId,diff){var _this11=this;var progress={};var shifter=function shifter(parentId){if(progress[parentId]){return}progress[parentId]=true;_this11.direction.shift(parentId,diff);var childRef=_this11.hierarchical.childrenReference[parentId];if(childRef!==undefined){for(var i=0;i<childRef.length;i++){shifter(childRef[i])}}};shifter(parentId)}},{key:\"_findCommonParent\",value:function _findCommonParent(childA,childB){var _this12=this;var parents={};var iterateParents=function iterateParents(parents,child){var parentRef=_this12.hierarchical.parentReference[child];if(parentRef!==undefined){for(var i=0;i<parentRef.length;i++){var parent=parentRef[i];parents[parent]=true;iterateParents(parents,parent)}}};var findParent=function findParent(parents,child){var parentRef=_this12.hierarchical.parentReference[child];if(parentRef!==undefined){for(var i=0;i<parentRef.length;i++){var parent=parentRef[i];if(parents[parent]!==undefined){return{foundParent:parent,withChild:child}}var branch=findParent(parents,parent);if(branch.foundParent!==null){return branch}}}return{foundParent:null,withChild:child}};iterateParents(parents,childA);return findParent(parents,childB)}},{key:\"setDirectionStrategy\",value:function setDirectionStrategy(){var isVertical=this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\";if(isVertical){this.direction=new VerticalStrategy(this)}else{this.direction=new HorizontalStrategy(this)}}},{key:\"_getCenterPosition\",value:function _getCenterPosition(childNodes){var minPos=1e9;var maxPos=-1e9;for(var i=0;i<childNodes.length;i++){var childNode=void 0;if(childNodes[i].id!==undefined){childNode=childNodes[i]}else{var childNodeId=childNodes[i];childNode=this.body.nodes[childNodeId]}var position=this.direction.getPosition(childNode);minPos=Math.min(minPos,position);maxPos=Math.max(maxPos,position)}return.5*(minPos+maxPos)}}]);return LayoutEngine}();exports[\"default\"]=LayoutEngine},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.VerticalStrategy=exports.HorizontalStrategy=undefined;var _getPrototypeOf=__webpack_require__(3);var _getPrototypeOf2=_interopRequireDefault(_getPrototypeOf);var _possibleConstructorReturn2=__webpack_require__(4);var _possibleConstructorReturn3=_interopRequireDefault(_possibleConstructorReturn2);var _inherits2=__webpack_require__(5);var _inherits3=_interopRequireDefault(_inherits2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var DirectionInterface=function(){function DirectionInterface(){(0,_classCallCheck3[\"default\"])(this,DirectionInterface)}(0,_createClass3[\"default\"])(DirectionInterface,[{key:\"abstract\",value:function abstract(){throw new Error(\"Can't instantiate abstract class!\")}},{key:\"fake_use\",value:function fake_use(){}},{key:\"curveType\",value:function curveType(){return this.abstract()}},{key:\"getPosition\",value:function getPosition(node){this.fake_use(node);return this.abstract()}},{key:\"setPosition\",value:function setPosition(node,position){var level=arguments.length>2&&arguments[2]!==undefined?arguments[2]:undefined;this.fake_use(node,position,level);this.abstract()}},{key:\"getTreeSize\",value:function getTreeSize(index){this.fake_use(index);return this.abstract()}},{key:\"sort\",value:function sort(nodeArray){this.fake_use(nodeArray);this.abstract()}},{key:\"fix\",value:function fix(node,level){this.fake_use(node,level);this.abstract()}},{key:\"shift\",value:function shift(nodeId,diff){this.fake_use(nodeId,diff);this.abstract()}}]);return DirectionInterface}();var VerticalStrategy=function(_DirectionInterface){(0,_inherits3[\"default\"])(VerticalStrategy,_DirectionInterface);function VerticalStrategy(layout){(0,_classCallCheck3[\"default\"])(this,VerticalStrategy);var _this=(0,_possibleConstructorReturn3[\"default\"])(this,(VerticalStrategy.__proto__||(0,_getPrototypeOf2[\"default\"])(VerticalStrategy)).call(this));_this.layout=layout;return _this}(0,_createClass3[\"default\"])(VerticalStrategy,[{key:\"curveType\",value:function curveType(){return\"horizontal\"}},{key:\"getPosition\",value:function getPosition(node){return node.x}},{key:\"setPosition\",value:function setPosition(node,position){var level=arguments.length>2&&arguments[2]!==undefined?arguments[2]:undefined;if(level!==undefined){this.layout.hierarchical.addToOrdering(node,level)}node.x=position}},{key:\"getTreeSize\",value:function getTreeSize(index){var res=this.layout.hierarchical.getTreeSize(this.layout.body.nodes,index);return{min:res.min_x,max:res.max_x}}},{key:\"sort\",value:function sort(nodeArray){nodeArray.sort(function(a,b){if(a.x===undefined||b.x===undefined)return 0;return a.x-b.x})}},{key:\"fix\",value:function fix(node,level){node.y=this.layout.options.hierarchical.levelSeparation*level;node.options.fixed.y=true}},{key:\"shift\",value:function shift(nodeId,diff){this.layout.body.nodes[nodeId].x+=diff}}]);return VerticalStrategy}(DirectionInterface);var HorizontalStrategy=function(_DirectionInterface2){(0,_inherits3[\"default\"])(HorizontalStrategy,_DirectionInterface2);function HorizontalStrategy(layout){(0,_classCallCheck3[\"default\"])(this,HorizontalStrategy);var _this2=(0,_possibleConstructorReturn3[\"default\"])(this,(HorizontalStrategy.__proto__||(0,_getPrototypeOf2[\"default\"])(HorizontalStrategy)).call(this));_this2.layout=layout;return _this2}(0,_createClass3[\"default\"])(HorizontalStrategy,[{key:\"curveType\",value:function curveType(){return\"vertical\"}},{key:\"getPosition\",value:function getPosition(node){return node.y}},{key:\"setPosition\",value:function setPosition(node,position){var level=arguments.length>2&&arguments[2]!==undefined?arguments[2]:undefined;if(level!==undefined){this.layout.hierarchical.addToOrdering(node,level)}node.y=position}},{key:\"getTreeSize\",value:function getTreeSize(index){var res=this.layout.hierarchical.getTreeSize(this.layout.body.nodes,index);return{min:res.min_y,max:res.max_y}}},{key:\"sort\",value:function sort(nodeArray){nodeArray.sort(function(a,b){if(a.y===undefined||b.y===undefined)return 0;return a.y-b.y})}},{key:\"fix\",value:function fix(node,level){node.x=this.layout.options.hierarchical.levelSeparation*level;node.options.fixed.x=true}},{key:\"shift\",value:function shift(nodeId,diff){this.layout.body.nodes[nodeId].y+=diff}}]);return HorizontalStrategy}(DirectionInterface);exports.HorizontalStrategy=HorizontalStrategy;exports.VerticalStrategy=VerticalStrategy},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _keys=__webpack_require__(8);var _keys2=_interopRequireDefault(_keys);var _stringify=__webpack_require__(19);var _stringify2=_interopRequireDefault(_stringify);var _typeof2=__webpack_require__(6);var _typeof3=_interopRequireDefault(_typeof2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var util=__webpack_require__(2);var Hammer=__webpack_require__(10);var hammerUtil=__webpack_require__(37);var ManipulationSystem=function(){function ManipulationSystem(body,canvas,selectionHandler){var _this=this;(0,_classCallCheck3[\"default\"])(this,ManipulationSystem);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.editMode=false;this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined;this.manipulationHammers=[];this.temporaryUIFunctions={};this.temporaryEventFunctions=[];this.touchTime=0;this.temporaryIds={nodes:[],edges:[]};this.guiEnabled=false;this.inMode=false;this.selectedControlNode=undefined;this.options={};this.defaultOptions={enabled:false,initiallyActive:false,addNode:true,addEdge:true,editNode:undefined,editEdge:true,deleteNode:true,deleteEdge:true,controlNodeStyle:{shape:\"dot\",size:6,color:{background:\"#ff0000\",border:\"#3c3c3c\",highlight:{background:\"#07f968\",border:\"#3c3c3c\"}},borderWidth:2,borderWidthSelected:2}};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"destroy\",function(){_this._clean()});this.body.emitter.on(\"_dataChanged\",this._restore.bind(this));this.body.emitter.on(\"_resetData\",this._restore.bind(this))}(0,_createClass3[\"default\"])(ManipulationSystem,[{key:\"_restore\",value:function _restore(){if(this.inMode!==false){if(this.options.initiallyActive===true){this.enableEditMode()}else{this.disableEditMode()}}}},{key:\"setOptions\",value:function setOptions(options,allOptions,globalOptions){if(allOptions!==undefined){if(allOptions.locale!==undefined){this.options.locale=allOptions.locale}else{this.options.locale=globalOptions.locale}if(allOptions.locales!==undefined){this.options.locales=allOptions.locales}else{this.options.locales=globalOptions.locales}}if(options!==undefined){if(typeof options===\"boolean\"){this.options.enabled=options}else{this.options.enabled=true;util.deepExtend(this.options,options)}if(this.options.initiallyActive===true){this.editMode=true}this._setup()}}},{key:\"toggleEditMode\",value:function toggleEditMode(){if(this.editMode===true){this.disableEditMode()}else{this.enableEditMode()}}},{key:\"enableEditMode\",value:function enableEditMode(){this.editMode=true;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";this.editModeDiv.style.display=\"none\";this.showManipulatorToolbar()}}},{key:\"disableEditMode\",value:function disableEditMode(){this.editMode=false;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"none\";this.closeDiv.style.display=\"none\";this.editModeDiv.style.display=\"block\";this._createEditButton()}}},{key:\"showManipulatorToolbar\",value:function showManipulatorToolbar(){this._clean();this.manipulationDOM={};if(this.guiEnabled===true){this.editMode=true;this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";var selectedNodeCount=this.selectionHandler._getSelectedNodeCount();var selectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var selectedTotalCount=selectedNodeCount+selectedEdgeCount;var locale=this.options.locales[this.options.locale];var needSeperator=false;if(this.options.addNode!==false){this._createAddNodeButton(locale);needSeperator=true}if(this.options.addEdge!==false){if(needSeperator===true){this._createSeperator(1)}else{needSeperator=true}this._createAddEdgeButton(locale)}if(selectedNodeCount===1&&typeof this.options.editNode===\"function\"){if(needSeperator===true){this._createSeperator(2)}else{needSeperator=true}this._createEditNodeButton(locale)}else if(selectedEdgeCount===1&&selectedNodeCount===0&&this.options.editEdge!==false){if(needSeperator===true){this._createSeperator(3)}else{needSeperator=true}this._createEditEdgeButton(locale)}if(selectedTotalCount!==0){if(selectedNodeCount>0&&this.options.deleteNode!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}else if(selectedNodeCount===0&&this.options.deleteEdge!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}}this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this));this._temporaryBindEvent(\"select\",this.showManipulatorToolbar.bind(this))}this.body.emitter.emit(\"_redraw\")}},{key:\"addNodeMode\",value:function addNodeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addNode\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"addDescription\"]||this.options.locales[\"en\"][\"addDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindEvent(\"click\",this._performAddNode.bind(this))}},{key:\"editNode\",value:function editNode(){var _this2=this;if(this.editMode!==true){this.enableEditMode()}this._clean();var node=this.selectionHandler._getSelectedNode();if(node!==undefined){this.inMode=\"editNode\";if(typeof this.options.editNode===\"function\"){if(node.isCluster!==true){var data=util.deepExtend({},node.options,false);data.x=node.x;data.y=node.y;if(this.options.editNode.length===2){this.options.editNode(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this2.inMode===\"editNode\"){_this2.body.data.nodes.getDataSet().update(finalizedData)}_this2.showManipulatorToolbar()})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{alert(this.options.locales[this.options.locale][\"editClusterError\"]||this.options.locales[\"en\"][\"editClusterError\"])}}else{throw new Error(\"No function has been configured to handle the editing of nodes.\")}}else{this.showManipulatorToolbar()}}},{key:\"addEdgeMode\",value:function addEdgeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"edgeDescription\"]||this.options.locales[\"en\"][\"edgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindUI(\"onTouch\",this._handleConnect.bind(this));this._temporaryBindUI(\"onDragEnd\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDrag\",this._dragControlNode.bind(this));this._temporaryBindUI(\"onRelease\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDragStart\",this._dragStartEdge.bind(this));this._temporaryBindUI(\"onHold\",function(){})}},{key:\"editEdgeMode\",value:function editEdgeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"editEdge\";if((0,_typeof3[\"default\"])(this.options.editEdge)===\"object\"&&typeof this.options.editEdge.editWithoutDrag===\"function\"){this.edgeBeingEditedId=this.selectionHandler.getSelectedEdges()[0];if(this.edgeBeingEditedId!==undefined){var edge=this.body.edges[this.edgeBeingEditedId];this._performEditEdge(edge.from,edge.to);return}}if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"editEdgeDescription\"]||this.options.locales[\"en\"][\"editEdgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this.edgeBeingEditedId=this.selectionHandler.getSelectedEdges()[0];if(this.edgeBeingEditedId!==undefined){var _edge=this.body.edges[this.edgeBeingEditedId];var controlNodeFrom=this._getNewTargetNode(_edge.from.x,_edge.from.y);var controlNodeTo=this._getNewTargetNode(_edge.to.x,_edge.to.y);this.temporaryIds.nodes.push(controlNodeFrom.id);this.temporaryIds.nodes.push(controlNodeTo.id);this.body.nodes[controlNodeFrom.id]=controlNodeFrom;this.body.nodeIndices.push(controlNodeFrom.id);this.body.nodes[controlNodeTo.id]=controlNodeTo;this.body.nodeIndices.push(controlNodeTo.id);this._temporaryBindUI(\"onTouch\",this._controlNodeTouch.bind(this));this._temporaryBindUI(\"onTap\",function(){});this._temporaryBindUI(\"onHold\",function(){});this._temporaryBindUI(\"onDragStart\",this._controlNodeDragStart.bind(this));this._temporaryBindUI(\"onDrag\",this._controlNodeDrag.bind(this));this._temporaryBindUI(\"onDragEnd\",this._controlNodeDragEnd.bind(this));this._temporaryBindUI(\"onMouseMove\",function(){});this._temporaryBindEvent(\"beforeDrawing\",function(ctx){var positions=_edge.edgeType.findBorderPositions(ctx);if(controlNodeFrom.selected===false){controlNodeFrom.x=positions.from.x;controlNodeFrom.y=positions.from.y}if(controlNodeTo.selected===false){controlNodeTo.x=positions.to.x;controlNodeTo.y=positions.to.y}});this.body.emitter.emit(\"_redraw\")}else{this.showManipulatorToolbar()}}},{key:\"deleteSelected\",value:function deleteSelected(){var _this3=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"delete\";var selectedNodes=this.selectionHandler.getSelectedNodes();var selectedEdges=this.selectionHandler.getSelectedEdges();var deleteFunction=undefined;if(selectedNodes.length>0){for(var i=0;i<selectedNodes.length;i++){if(this.body.nodes[selectedNodes[i]].isCluster===true){alert(this.options.locales[this.options.locale][\"deleteClusterError\"]||this.options.locales[\"en\"][\"deleteClusterError\"]);return}}if(typeof this.options.deleteNode===\"function\"){deleteFunction=this.options.deleteNode}}else if(selectedEdges.length>0){if(typeof this.options.deleteEdge===\"function\"){deleteFunction=this.options.deleteEdge}}if(typeof deleteFunction===\"function\"){var data={nodes:selectedNodes,edges:selectedEdges};if(deleteFunction.length===2){deleteFunction(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this3.inMode===\"delete\"){_this3.body.data.edges.getDataSet().remove(finalizedData.edges);_this3.body.data.nodes.getDataSet().remove(finalizedData.nodes);_this3.body.emitter.emit(\"startSimulation\");_this3.showManipulatorToolbar()}else{_this3.body.emitter.emit(\"startSimulation\");_this3.showManipulatorToolbar()}})}else{throw new Error(\"The function for delete does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().remove(selectedEdges);this.body.data.nodes.getDataSet().remove(selectedNodes);this.body.emitter.emit(\"startSimulation\");this.showManipulatorToolbar()}}},{key:\"_setup\",value:function _setup(){if(this.options.enabled===true){this.guiEnabled=true;this._createWrappers();if(this.editMode===false){this._createEditButton()}else{this.showManipulatorToolbar()}}else{this._removeManipulationDOM();this.guiEnabled=false}}},{key:\"_createWrappers\",value:function _createWrappers(){if(this.manipulationDiv===undefined){this.manipulationDiv=document.createElement(\"div\");this.manipulationDiv.className=\"vis-manipulation\";if(this.editMode===true){this.manipulationDiv.style.display=\"block\"}else{this.manipulationDiv.style.display=\"none\"}this.canvas.frame.appendChild(this.manipulationDiv)}if(this.editModeDiv===undefined){this.editModeDiv=document.createElement(\"div\");this.editModeDiv.className=\"vis-edit-mode\";if(this.editMode===true){this.editModeDiv.style.display=\"none\"}else{this.editModeDiv.style.display=\"block\"}this.canvas.frame.appendChild(this.editModeDiv)}if(this.closeDiv===undefined){this.closeDiv=document.createElement(\"div\");this.closeDiv.className=\"vis-close\";this.closeDiv.style.display=this.manipulationDiv.style.display;this.canvas.frame.appendChild(this.closeDiv)}}},{key:\"_getNewTargetNode\",value:function _getNewTargetNode(x,y){var controlNodeStyle=util.deepExtend({},this.options.controlNodeStyle);controlNodeStyle.id=\"targetNode\"+util.randomUUID();controlNodeStyle.hidden=false;controlNodeStyle.physics=false;controlNodeStyle.x=x;controlNodeStyle.y=y;var node=this.body.functions.createNode(controlNodeStyle);node.shape.boundingBox={left:x,right:x,top:y,bottom:y};return node}},{key:\"_createEditButton\",value:function _createEditButton(){this._clean();this.manipulationDOM={};util.recursiveDOMDelete(this.editModeDiv);var locale=this.options.locales[this.options.locale];var button=this._createButton(\"editMode\",\"vis-button vis-edit vis-edit-mode\",locale[\"edit\"]||this.options.locales[\"en\"][\"edit\"]);this.editModeDiv.appendChild(button);this._bindHammerToDiv(button,this.toggleEditMode.bind(this))}},{key:\"_clean\",value:function _clean(){this.inMode=false;if(this.guiEnabled===true){util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.manipulationDiv);this._cleanManipulatorHammers()}this._cleanupTemporaryNodesAndEdges();this._unbindTemporaryUIs();this._unbindTemporaryEvents();this.body.emitter.emit(\"restorePhysics\")}},{key:\"_cleanManipulatorHammers\",value:function _cleanManipulatorHammers(){if(this.manipulationHammers.length!=0){for(var i=0;i<this.manipulationHammers.length;i++){this.manipulationHammers[i].destroy()}this.manipulationHammers=[]}}},{key:\"_removeManipulationDOM\",value:function _removeManipulationDOM(){this._clean();util.recursiveDOMDelete(this.manipulationDiv);util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.closeDiv);if(this.manipulationDiv){this.canvas.frame.removeChild(this.manipulationDiv)}if(this.editModeDiv){this.canvas.frame.removeChild(this.editModeDiv)}if(this.closeDiv){this.canvas.frame.removeChild(this.closeDiv)}this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined}},{key:\"_createSeperator\",value:function _createSeperator(){var index=arguments.length>0&&arguments[0]!==undefined?arguments[0]:1;this.manipulationDOM[\"seperatorLineDiv\"+index]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv\"+index].className=\"vis-separator-line\";this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv\"+index])}},{key:\"_createAddNodeButton\",value:function _createAddNodeButton(locale){var button=this._createButton(\"addNode\",\"vis-button vis-add\",locale[\"addNode\"]||this.options.locales[\"en\"][\"addNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addNodeMode.bind(this))}},{key:\"_createAddEdgeButton\",value:function _createAddEdgeButton(locale){var button=this._createButton(\"addEdge\",\"vis-button vis-connect\",locale[\"addEdge\"]||this.options.locales[\"en\"][\"addEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addEdgeMode.bind(this))}},{key:\"_createEditNodeButton\",value:function _createEditNodeButton(locale){var button=this._createButton(\"editNode\",\"vis-button vis-edit\",locale[\"editNode\"]||this.options.locales[\"en\"][\"editNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editNode.bind(this))}},{key:\"_createEditEdgeButton\",value:function _createEditEdgeButton(locale){var button=this._createButton(\"editEdge\",\"vis-button vis-edit\",locale[\"editEdge\"]||this.options.locales[\"en\"][\"editEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editEdgeMode.bind(this))}},{key:\"_createDeleteButton\",value:function _createDeleteButton(locale){var deleteBtnClass;if(this.options.rtl){deleteBtnClass=\"vis-button vis-delete-rtl\"}else{deleteBtnClass=\"vis-button vis-delete\"}var button=this._createButton(\"delete\",deleteBtnClass,locale[\"del\"]||this.options.locales[\"en\"][\"del\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.deleteSelected.bind(this))}},{key:\"_createBackButton\",value:function _createBackButton(locale){\nvar button=this._createButton(\"back\",\"vis-button vis-back\",locale[\"back\"]||this.options.locales[\"en\"][\"back\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.showManipulatorToolbar.bind(this))}},{key:\"_createButton\",value:function _createButton(id,className,label){var labelClassName=arguments.length>3&&arguments[3]!==undefined?arguments[3]:\"vis-label\";this.manipulationDOM[id+\"Div\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Div\"].className=className;this.manipulationDOM[id+\"Label\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Label\"].className=labelClassName;this.manipulationDOM[id+\"Label\"].innerHTML=label;this.manipulationDOM[id+\"Div\"].appendChild(this.manipulationDOM[id+\"Label\"]);return this.manipulationDOM[id+\"Div\"]}},{key:\"_createDescription\",value:function _createDescription(label){this.manipulationDiv.appendChild(this._createButton(\"description\",\"vis-button vis-none\",label))}},{key:\"_temporaryBindEvent\",value:function _temporaryBindEvent(event,newFunction){this.temporaryEventFunctions.push({event:event,boundFunction:newFunction});this.body.emitter.on(event,newFunction)}},{key:\"_temporaryBindUI\",value:function _temporaryBindUI(UIfunctionName,newFunction){if(this.body.eventListeners[UIfunctionName]!==undefined){this.temporaryUIFunctions[UIfunctionName]=this.body.eventListeners[UIfunctionName];this.body.eventListeners[UIfunctionName]=newFunction}else{throw new Error(\"This UI function does not exist. Typo? You tried: \"+UIfunctionName+\" possible are: \"+(0,_stringify2[\"default\"])((0,_keys2[\"default\"])(this.body.eventListeners)))}}},{key:\"_unbindTemporaryUIs\",value:function _unbindTemporaryUIs(){for(var functionName in this.temporaryUIFunctions){if(this.temporaryUIFunctions.hasOwnProperty(functionName)){this.body.eventListeners[functionName]=this.temporaryUIFunctions[functionName];delete this.temporaryUIFunctions[functionName]}}this.temporaryUIFunctions={}}},{key:\"_unbindTemporaryEvents\",value:function _unbindTemporaryEvents(){for(var i=0;i<this.temporaryEventFunctions.length;i++){var eventName=this.temporaryEventFunctions[i].event;var boundFunction=this.temporaryEventFunctions[i].boundFunction;this.body.emitter.off(eventName,boundFunction)}this.temporaryEventFunctions=[]}},{key:\"_bindHammerToDiv\",value:function _bindHammerToDiv(domElement,boundFunction){var hammer=new Hammer(domElement,{});hammerUtil.onTouch(hammer,boundFunction);this.manipulationHammers.push(hammer)}},{key:\"_cleanupTemporaryNodesAndEdges\",value:function _cleanupTemporaryNodesAndEdges(){for(var i=0;i<this.temporaryIds.edges.length;i++){this.body.edges[this.temporaryIds.edges[i]].disconnect();delete this.body.edges[this.temporaryIds.edges[i]];var indexTempEdge=this.body.edgeIndices.indexOf(this.temporaryIds.edges[i]);if(indexTempEdge!==-1){this.body.edgeIndices.splice(indexTempEdge,1)}}for(var _i=0;_i<this.temporaryIds.nodes.length;_i++){delete this.body.nodes[this.temporaryIds.nodes[_i]];var indexTempNode=this.body.nodeIndices.indexOf(this.temporaryIds.nodes[_i]);if(indexTempNode!==-1){this.body.nodeIndices.splice(indexTempNode,1)}}this.temporaryIds={nodes:[],edges:[]}}},{key:\"_controlNodeTouch\",value:function _controlNodeTouch(event){this.selectionHandler.unselectAll();this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation)}},{key:\"_controlNodeDragStart\",value:function _controlNodeDragStart(event){var pointer=this.lastTouch;var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var from=this.body.nodes[this.temporaryIds.nodes[0]];var to=this.body.nodes[this.temporaryIds.nodes[1]];var edge=this.body.edges[this.edgeBeingEditedId];this.selectedControlNode=undefined;var fromSelect=from.isOverlappingWith(pointerObj);var toSelect=to.isOverlappingWith(pointerObj);if(fromSelect===true){this.selectedControlNode=from;edge.edgeType.from=from}else if(toSelect===true){this.selectedControlNode=to;edge.edgeType.to=to}if(this.selectedControlNode!==undefined){this.selectionHandler.selectObject(this.selectedControlNode)}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDrag\",value:function _controlNodeDrag(event){this.body.emitter.emit(\"disablePhysics\");var pointer=this.body.functions.getPointer(event.center);var pos=this.canvas.DOMtoCanvas(pointer);if(this.selectedControlNode!==undefined){this.selectedControlNode.x=pos.x;this.selectedControlNode.y=pos.y}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDragEnd\",value:function _controlNodeDragEnd(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var edge=this.body.edges[this.edgeBeingEditedId];if(this.selectedControlNode===undefined){return}this.selectionHandler.unselectAll();var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(overlappingNodeIds[i]!==this.selectedControlNode.id){node=this.body.nodes[overlappingNodeIds[i]];break}}if(node!==undefined&&this.selectedControlNode!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var from=this.body.nodes[this.temporaryIds.nodes[0]];if(this.selectedControlNode.id===from.id){this._performEditEdge(node.id,edge.to.id)}else{this._performEditEdge(edge.from.id,node.id)}}}else{edge.updateEdgeType();this.body.emitter.emit(\"restorePhysics\")}this.body.emitter.emit(\"_redraw\")}},{key:\"_handleConnect\",value:function _handleConnect(event){if((new Date).valueOf()-this.touchTime>100){this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation);var pointer=this.lastTouch;var node=this.selectionHandler.getNodeAt(pointer);if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var targetNode=this._getNewTargetNode(node.x,node.y);this.body.nodes[targetNode.id]=targetNode;this.body.nodeIndices.push(targetNode.id);var connectionEdge=this.body.functions.createEdge({id:\"connectionEdge\"+util.randomUUID(),from:node.id,to:targetNode.id,physics:false,smooth:{enabled:true,type:\"continuous\",roundness:.5}});this.body.edges[connectionEdge.id]=connectionEdge;this.body.edgeIndices.push(connectionEdge.id);this.temporaryIds.nodes.push(targetNode.id);this.temporaryIds.edges.push(connectionEdge.id)}}this.touchTime=(new Date).valueOf()}}},{key:\"_dragControlNode\",value:function _dragControlNode(event){var pointer=this.body.functions.getPointer(event.center);if(this.temporaryIds.nodes[0]!==undefined){var targetNode=this.body.nodes[this.temporaryIds.nodes[0]];targetNode.x=this.canvas._XconvertDOMtoCanvas(pointer.x);targetNode.y=this.canvas._YconvertDOMtoCanvas(pointer.y);this.body.emitter.emit(\"_redraw\")}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}}},{key:\"_finishConnect\",value:function _finishConnect(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var connectFromId=undefined;if(this.temporaryIds.edges[0]!==undefined){connectFromId=this.body.edges[this.temporaryIds.edges[0]].fromId}var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(this.temporaryIds.nodes.indexOf(overlappingNodeIds[i])===-1){node=this.body.nodes[overlappingNodeIds[i]];break}}this._cleanupTemporaryNodesAndEdges();if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{if(this.body.nodes[connectFromId]!==undefined&&this.body.nodes[node.id]!==undefined){this._performAddEdge(connectFromId,node.id)}}}this.body.emitter.emit(\"_redraw\")}},{key:\"_dragStartEdge\",value:function _dragStartEdge(event){var pointer=this.lastTouch;this.selectionHandler._generateClickEvent(\"dragStart\",event,pointer,undefined,true)}},{key:\"_performAddNode\",value:function _performAddNode(clickData){var _this4=this;var defaultData={id:util.randomUUID(),x:clickData.pointer.canvas.x,y:clickData.pointer.canvas.y,label:\"new\"};if(typeof this.options.addNode===\"function\"){if(this.options.addNode.length===2){this.options.addNode(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this4.inMode===\"addNode\"){_this4.body.data.nodes.getDataSet().add(finalizedData);_this4.showManipulatorToolbar()}})}else{this.showManipulatorToolbar();throw new Error(\"The function for add does not support two arguments (data,callback)\")}}else{this.body.data.nodes.getDataSet().add(defaultData);this.showManipulatorToolbar()}}},{key:\"_performAddEdge\",value:function _performAddEdge(sourceNodeId,targetNodeId){var _this5=this;var defaultData={from:sourceNodeId,to:targetNodeId};if(typeof this.options.addEdge===\"function\"){if(this.options.addEdge.length===2){this.options.addEdge(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this5.inMode===\"addEdge\"){_this5.body.data.edges.getDataSet().add(finalizedData);_this5.selectionHandler.unselectAll();_this5.showManipulatorToolbar()}})}else{throw new Error(\"The function for connect does not support two arguments (data,callback)\")}}else{this.body.data.edges.getDataSet().add(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}},{key:\"_performEditEdge\",value:function _performEditEdge(sourceNodeId,targetNodeId){var _this6=this;var defaultData={id:this.edgeBeingEditedId,from:sourceNodeId,to:targetNodeId,label:this.body.data.edges._data[this.edgeBeingEditedId].label};var eeFunct=this.options.editEdge;if((typeof eeFunct===\"undefined\"?\"undefined\":(0,_typeof3[\"default\"])(eeFunct))===\"object\"){eeFunct=eeFunct.editWithoutDrag}if(typeof eeFunct===\"function\"){if(eeFunct.length===2){eeFunct(defaultData,function(finalizedData){if(finalizedData===null||finalizedData===undefined||_this6.inMode!==\"editEdge\"){_this6.body.edges[defaultData.id].updateEdgeType();_this6.body.emitter.emit(\"_redraw\");_this6.showManipulatorToolbar()}else{_this6.body.data.edges.getDataSet().update(finalizedData);_this6.selectionHandler.unselectAll();_this6.showManipulatorToolbar()}})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().update(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}}]);return ManipulationSystem}();exports[\"default\"]=ManipulationSystem},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray2=__webpack_require__(30);var _slicedToArray3=_interopRequireDefault(_slicedToArray2);var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);var _FloydWarshall=__webpack_require__(239);var _FloydWarshall2=_interopRequireDefault(_FloydWarshall);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var KamadaKawai=function(){function KamadaKawai(body,edgeLength,edgeStrength){(0,_classCallCheck3[\"default\"])(this,KamadaKawai);this.body=body;this.springLength=edgeLength;this.springConstant=edgeStrength;this.distanceSolver=new _FloydWarshall2[\"default\"]}(0,_createClass3[\"default\"])(KamadaKawai,[{key:\"setOptions\",value:function setOptions(options){if(options){if(options.springLength){this.springLength=options.springLength}if(options.springConstant){this.springConstant=options.springConstant}}}},{key:\"solve\",value:function solve(nodesArray,edgesArray){var ignoreClusters=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var D_matrix=this.distanceSolver.getDistances(this.body,nodesArray,edgesArray);this._createL_matrix(D_matrix);this._createK_matrix(D_matrix);this._createE_matrix();var threshold=.01;var innerThreshold=1;var iterations=0;var maxIterations=Math.max(1e3,Math.min(10*this.body.nodeIndices.length,6e3));var maxInnerIterations=5;var maxEnergy=1e9;var highE_nodeId=0,dE_dx=0,dE_dy=0,delta_m=0,subIterations=0;while(maxEnergy>threshold&&iterations<maxIterations){iterations+=1;var _getHighestEnergyNode2=this._getHighestEnergyNode(ignoreClusters);var _getHighestEnergyNode3=(0,_slicedToArray3[\"default\"])(_getHighestEnergyNode2,4);highE_nodeId=_getHighestEnergyNode3[0];maxEnergy=_getHighestEnergyNode3[1];dE_dx=_getHighestEnergyNode3[2];dE_dy=_getHighestEnergyNode3[3];delta_m=maxEnergy;subIterations=0;while(delta_m>innerThreshold&&subIterations<maxInnerIterations){subIterations+=1;this._moveNode(highE_nodeId,dE_dx,dE_dy);var _getEnergy2=this._getEnergy(highE_nodeId);var _getEnergy3=(0,_slicedToArray3[\"default\"])(_getEnergy2,3);delta_m=_getEnergy3[0];dE_dx=_getEnergy3[1];dE_dy=_getEnergy3[2]}}}},{key:\"_getHighestEnergyNode\",value:function _getHighestEnergyNode(ignoreClusters){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var maxEnergy=0;var maxEnergyNodeId=nodesArray[0];var dE_dx_max=0,dE_dy_max=0;for(var nodeIdx=0;nodeIdx<nodesArray.length;nodeIdx++){var m=nodesArray[nodeIdx];if(nodes[m].predefinedPosition===false||nodes[m].isCluster===true&&ignoreClusters===true||nodes[m].options.fixed.x===true||nodes[m].options.fixed.y===true){var _getEnergy4=this._getEnergy(m),_getEnergy5=(0,_slicedToArray3[\"default\"])(_getEnergy4,3),delta_m=_getEnergy5[0],dE_dx=_getEnergy5[1],dE_dy=_getEnergy5[2];if(maxEnergy<delta_m){maxEnergy=delta_m;maxEnergyNodeId=m;dE_dx_max=dE_dx;dE_dy_max=dE_dy}}}return[maxEnergyNodeId,maxEnergy,dE_dx_max,dE_dy_max]}},{key:\"_getEnergy\",value:function _getEnergy(m){var _E_sums$m=(0,_slicedToArray3[\"default\"])(this.E_sums[m],2),dE_dx=_E_sums$m[0],dE_dy=_E_sums$m[1];var delta_m=Math.sqrt(Math.pow(dE_dx,2)+Math.pow(dE_dy,2));return[delta_m,dE_dx,dE_dy]}},{key:\"_moveNode\",value:function _moveNode(m,dE_dx,dE_dy){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var d2E_dx2=0;var d2E_dxdy=0;var d2E_dy2=0;var x_m=nodes[m].x;var y_m=nodes[m].y;var km=this.K_matrix[m];var lm=this.L_matrix[m];for(var iIdx=0;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var x_i=nodes[i].x;var y_i=nodes[i].y;var kmat=km[i];var lmat=lm[i];var denominator=1/Math.pow(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2),1.5);d2E_dx2+=kmat*(1-lmat*Math.pow(y_m-y_i,2)*denominator);d2E_dxdy+=kmat*(lmat*(x_m-x_i)*(y_m-y_i)*denominator);d2E_dy2+=kmat*(1-lmat*Math.pow(x_m-x_i,2)*denominator)}}var A=d2E_dx2,B=d2E_dxdy,C=dE_dx,D=d2E_dy2,E=dE_dy;var dy=(C/A+E/B)/(B/A-D/B);var dx=-(B*dy+C)/A;nodes[m].x+=dx;nodes[m].y+=dy;this._updateE_matrix(m)}},{key:\"_createL_matrix\",value:function _createL_matrix(D_matrix){var nodesArray=this.body.nodeIndices;var edgeLength=this.springLength;this.L_matrix=[];for(var i=0;i<nodesArray.length;i++){this.L_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){this.L_matrix[nodesArray[i]][nodesArray[j]]=edgeLength*D_matrix[nodesArray[i]][nodesArray[j]]}}}},{key:\"_createK_matrix\",value:function _createK_matrix(D_matrix){var nodesArray=this.body.nodeIndices;var edgeStrength=this.springConstant;this.K_matrix=[];for(var i=0;i<nodesArray.length;i++){this.K_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){this.K_matrix[nodesArray[i]][nodesArray[j]]=edgeStrength*Math.pow(D_matrix[nodesArray[i]][nodesArray[j]],-2)}}}},{key:\"_createE_matrix\",value:function _createE_matrix(){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;this.E_matrix={};this.E_sums={};for(var mIdx=0;mIdx<nodesArray.length;mIdx++){this.E_matrix[nodesArray[mIdx]]=[]}for(var _mIdx=0;_mIdx<nodesArray.length;_mIdx++){var m=nodesArray[_mIdx];var x_m=nodes[m].x;var y_m=nodes[m].y;var dE_dx=0;var dE_dy=0;for(var iIdx=_mIdx;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var x_i=nodes[i].x;var y_i=nodes[i].y;var denominator=1/Math.sqrt(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2));this.E_matrix[m][iIdx]=[this.K_matrix[m][i]*(x_m-x_i-this.L_matrix[m][i]*(x_m-x_i)*denominator),this.K_matrix[m][i]*(y_m-y_i-this.L_matrix[m][i]*(y_m-y_i)*denominator)];this.E_matrix[i][_mIdx]=this.E_matrix[m][iIdx];dE_dx+=this.E_matrix[m][iIdx][0];dE_dy+=this.E_matrix[m][iIdx][1]}}this.E_sums[m]=[dE_dx,dE_dy]}}},{key:\"_updateE_matrix\",value:function _updateE_matrix(m){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var colm=this.E_matrix[m];var kcolm=this.K_matrix[m];var lcolm=this.L_matrix[m];var x_m=nodes[m].x;var y_m=nodes[m].y;var dE_dx=0;var dE_dy=0;for(var iIdx=0;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var cell=colm[iIdx];var oldDx=cell[0];var oldDy=cell[1];var x_i=nodes[i].x;var y_i=nodes[i].y;var denominator=1/Math.sqrt(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2));var dx=kcolm[i]*(x_m-x_i-lcolm[i]*(x_m-x_i)*denominator);var dy=kcolm[i]*(y_m-y_i-lcolm[i]*(y_m-y_i)*denominator);colm[iIdx]=[dx,dy];dE_dx+=dx;dE_dy+=dy;var sum=this.E_sums[i];sum[0]+=dx-oldDx;sum[1]+=dy-oldDy}}this.E_sums[m]=[dE_dx,dE_dy]}}]);return KamadaKawai}();exports[\"default\"]=KamadaKawai},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _classCallCheck2=__webpack_require__(0);var _classCallCheck3=_interopRequireDefault(_classCallCheck2);var _createClass2=__webpack_require__(1);var _createClass3=_interopRequireDefault(_createClass2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var FloydWarshall=function(){function FloydWarshall(){(0,_classCallCheck3[\"default\"])(this,FloydWarshall)}(0,_createClass3[\"default\"])(FloydWarshall,[{key:\"getDistances\",value:function getDistances(body,nodesArray,edgesArray){var D_matrix={};var edges=body.edges;for(var i=0;i<nodesArray.length;i++){var node=nodesArray[i];var cell={};D_matrix[node]=cell;for(var j=0;j<nodesArray.length;j++){cell[nodesArray[j]]=i==j?0:1e9}}for(var _i=0;_i<edgesArray.length;_i++){var edge=edges[edgesArray[_i]];if(edge.connected===true&&D_matrix[edge.fromId]!==undefined&&D_matrix[edge.toId]!==undefined){D_matrix[edge.fromId][edge.toId]=1;D_matrix[edge.toId][edge.fromId]=1}}var nodeCount=nodesArray.length;for(var k=0;k<nodeCount;k++){var knode=nodesArray[k];var kcolm=D_matrix[knode];for(var _i2=0;_i2<nodeCount-1;_i2++){var inode=nodesArray[_i2];var icolm=D_matrix[inode];for(var _j=_i2+1;_j<nodeCount;_j++){var jnode=nodesArray[_j];var jcolm=D_matrix[jnode];var val=Math.min(icolm[jnode],icolm[knode]+kcolm[jnode]);icolm[jnode]=val;jcolm[inode]=val}}}return D_matrix}}]);return FloydWarshall}();exports[\"default\"]=FloydWarshall}])});\n",
"type": "application/javascript",
"module-type": "library"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/bibtex/deserializer.js": {
"title": "$:/plugins/tiddlywiki/bibtex/deserializer.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/bibtex/deserializer.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nXLSX file deserializer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar bibtexParse = require(\"$:/plugins/tiddlywiki/bibtex/bibtexParse.js\");\n\n/*\nParse an XLSX file into tiddlers\n*/\nexports[\"application/x-bibtex\"] = function(text,fields) {\n\tvar data,\n\t\tresults = [];\n\t// Parse the text\n\ttry {\n\t\tdata = bibtexParse.toJSON(text)\n\t} catch(ex) {\n\t\tdata = ex.toString();\n\t}\n\tif(typeof data === \"string\") {\n\t\treturn [{\n\t\t\ttitle: \"BibTeX import error: \" + data,\n\t\t}];\n\t}\n\t// Convert each entry\n\t$tw.utils.each(data,function(entry) {\n\t\tvar fields = {\n\t\t\ttitle: entry.citationKey,\n\t\t\t\"bibtex-entry-type\": entry.entryType\n\t\t};\n\t\t$tw.utils.each(entry.entryTags,function(value,name) {\n\t\t\tfields[\"bibtex-\" + name] = value;\n\t\t});\n\t\tresults.push(fields);\n\t});\n\t// Return the output tiddlers\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/plugins/tiddlywiki/bibtex/readme": {
"title": "$:/plugins/tiddlywiki/bibtex/readme",
"text": "The BibTeX plugin provides a deserializer that can convert bibliographic entries in `.bib` files into individual tiddlers.\n\nYou can use it in the browser by dragging and dropping a `.bib` file into the TiddlyWiki window. Under Node.js, use the `--load` command to load a `.bib` file.\n\nThe conversion is as follows:\n\n* `title` comes from citationKey\n* `bibtex-entry-type` comes from entryType\n* all `entryTags` are assigned to fields with the prefix `bibtex-`\n\nThe BibTeX plugin is based on the library [[bibtexParseJs by Henrik Muehe and Mikola Lysenko|https://github.com/ORCID/bibtexParseJs]].\n"
},
"$:/plugins/tiddlywiki/bibtex/bibtexParse.js": {
"text": "/* start bibtexParse 0.0.22 */\n\n//Original work by Henrik Muehe (c) 2010\n//\n//CommonJS port by Mikola Lysenko 2013\n//\n//Port to Browser lib by ORCID / RCPETERS\n//\n//Issues:\n//no comment handling within strings\n//no string concatenation\n//no variable values yet\n//Grammar implemented here:\n//bibtex -> (string | preamble | comment | entry)*;\n//string -> '@STRING' '{' key_equals_value '}';\n//preamble -> '@PREAMBLE' '{' value '}';\n//comment -> '@COMMENT' '{' value '}';\n//entry -> '@' key '{' key ',' key_value_list '}';\n//key_value_list -> key_equals_value (',' key_equals_value)*;\n//key_equals_value -> key '=' value;\n//value -> value_quotes | value_braces | key;\n//value_quotes -> '\"' .*? '\"'; // not quite\n//value_braces -> '{' .*? '\"'; // not quite\n(function(exports) {\n\n function BibtexParser() {\n \n this.months = [\"jan\", \"feb\", \"mar\", \"apr\", \"may\", \"jun\", \"jul\", \"aug\", \"sep\", \"oct\", \"nov\", \"dec\"];\n this.notKey = [',','{','}',' ','='];\n this.pos = 0;\n this.input = \"\";\n this.entries = new Array();\n\n this.currentEntry = \"\";\n\n this.setInput = function(t) {\n this.input = t;\n };\n\n this.getEntries = function() {\n return this.entries;\n };\n\n this.isWhitespace = function(s) {\n return (s == ' ' || s == '\\r' || s == '\\t' || s == '\\n');\n };\n\n this.match = function(s, canCommentOut) {\n if (canCommentOut == undefined || canCommentOut == null)\n canCommentOut = true;\n this.skipWhitespace(canCommentOut);\n if (this.input.substring(this.pos, this.pos + s.length) == s) {\n this.pos += s.length;\n } else {\n throw \"Token mismatch, expected \" + s + \", found \"\n + this.input.substring(this.pos);\n };\n this.skipWhitespace(canCommentOut);\n };\n\n this.tryMatch = function(s, canCommentOut) {\n if (canCommentOut == undefined || canCommentOut == null)\n canCommentOut = true;\n this.skipWhitespace(canCommentOut);\n if (this.input.substring(this.pos, this.pos + s.length) == s) {\n return true;\n } else {\n return false;\n };\n this.skipWhitespace(canCommentOut);\n };\n\n /* when search for a match all text can be ignored, not just white space */\n this.matchAt = function() {\n while (this.input.length > this.pos && this.input[this.pos] != '@') {\n this.pos++;\n };\n\n if (this.input[this.pos] == '@') {\n return true;\n };\n return false;\n };\n\n this.skipWhitespace = function(canCommentOut) {\n while (this.isWhitespace(this.input[this.pos])) {\n this.pos++;\n };\n if (this.input[this.pos] == \"%\" && canCommentOut == true) {\n while (this.input[this.pos] != \"\\n\") {\n this.pos++;\n };\n this.skipWhitespace(canCommentOut);\n };\n };\n\n this.value_braces = function() {\n var bracecount = 0;\n this.match(\"{\", false);\n var start = this.pos;\n var escaped = false;\n while (true) {\n if (!escaped) {\n if (this.input[this.pos] == '}') {\n if (bracecount > 0) {\n bracecount--;\n } else {\n var end = this.pos;\n this.match(\"}\", false);\n return this.input.substring(start, end);\n };\n } else if (this.input[this.pos] == '{') {\n bracecount++;\n } else if (this.pos >= this.input.length - 1) {\n throw \"Unterminated value\";\n };\n };\n if (this.input[this.pos] == '\\\\' && escaped == false)\n escaped = true;\n else\n escaped = false;\n this.pos++;\n };\n };\n\n this.value_comment = function() {\n var str = '';\n var brcktCnt = 0;\n while (!(this.tryMatch(\"}\", false) && brcktCnt == 0)) {\n str = str + this.input[this.pos];\n if (this.input[this.pos] == '{')\n brcktCnt++;\n if (this.input[this.pos] == '}')\n brcktCnt--;\n if (this.pos >= this.input.length - 1) {\n throw \"Unterminated value:\" + this.input.substring(start);\n };\n this.pos++;\n };\n return str;\n };\n\n this.value_quotes = function() {\n this.match('\"', false);\n var start = this.pos;\n var escaped = false;\n while (true) {\n if (!escaped) {\n if (this.input[this.pos] == '\"') {\n var end = this.pos;\n this.match('\"', false);\n return this.input.substring(start, end);\n } else if (this.pos >= this.input.length - 1) {\n throw \"Unterminated value:\" + this.input.substring(start);\n };\n }\n if (this.input[this.pos] == '\\\\' && escaped == false)\n escaped = true;\n else\n escaped = false;\n this.pos++;\n };\n };\n\n this.single_value = function() {\n var start = this.pos;\n if (this.tryMatch(\"{\")) {\n return this.value_braces();\n } else if (this.tryMatch('\"')) {\n return this.value_quotes();\n } else {\n var k = this.key();\n if (k.match(\"^[0-9]+$\"))\n return k;\n else if (this.months.indexOf(k.toLowerCase()) >= 0)\n return k.toLowerCase();\n else\n throw \"Value expected:\" + this.input.substring(start) + ' for key: ' + k;\n \n };\n };\n\n this.value = function() {\n var values = [];\n values.push(this.single_value());\n while (this.tryMatch(\"#\")) {\n this.match(\"#\");\n values.push(this.single_value());\n };\n return values.join(\"\");\n };\n\n this.key = function(optional) {\n var start = this.pos;\n while (true) {\n if (this.pos >= this.input.length) {\n throw \"Runaway key\";\n };\n // а-яА-Я is Cyrillic\n //console.log(this.input[this.pos]);\n if (this.notKey.indexOf(this.input[this.pos]) >= 0) {\n if (optional && this.input[this.pos] != ',') {\n this.pos = start;\n return null;\n };\n return this.input.substring(start, this.pos);\n } else {\n this.pos++;\n \n };\n };\n };\n\n this.key_equals_value = function() {\n var key = this.key();\n if (this.tryMatch(\"=\")) {\n this.match(\"=\");\n var val = this.value();\n return [ key, val ];\n } else {\n throw \"... = value expected, equals sign missing:\"\n + this.input.substring(this.pos);\n };\n };\n\n this.key_value_list = function() {\n var kv = this.key_equals_value();\n this.currentEntry['entryTags'] = {};\n this.currentEntry['entryTags'][kv[0]] = kv[1];\n while (this.tryMatch(\",\")) {\n this.match(\",\");\n // fixes problems with commas at the end of a list\n if (this.tryMatch(\"}\")) {\n break;\n }\n ;\n kv = this.key_equals_value();\n this.currentEntry['entryTags'][kv[0]] = kv[1];\n };\n };\n\n this.entry_body = function(d) {\n this.currentEntry = {};\n this.currentEntry['citationKey'] = this.key(true);\n this.currentEntry['entryType'] = d.substring(1);\n if (this.currentEntry['citationKey'] != null) { \n this.match(\",\");\n }\n this.key_value_list();\n this.entries.push(this.currentEntry);\n };\n\n this.directive = function() {\n this.match(\"@\");\n return \"@\" + this.key();\n };\n\n this.preamble = function() {\n this.currentEntry = {};\n this.currentEntry['entryType'] = 'PREAMBLE';\n this.currentEntry['entry'] = this.value_comment();\n this.entries.push(this.currentEntry);\n };\n\n this.comment = function() {\n this.currentEntry = {};\n this.currentEntry['entryType'] = 'COMMENT';\n this.currentEntry['entry'] = this.value_comment();\n this.entries.push(this.currentEntry);\n };\n\n this.entry = function(d) {\n this.entry_body(d);\n };\n\n this.alernativeCitationKey = function () {\n this.entries.forEach(function (entry) {\n if (!entry.citationKey && entry.entryTags) {\n entry.citationKey = '';\n if (entry.entryTags.author) {\n entry.citationKey += entry.entryTags.author.split(',')[0] += ', ';\n }\n entry.citationKey += entry.entryTags.year;\n }\n });\n }\n\n this.bibtex = function() {\n while (this.matchAt()) {\n var d = this.directive();\n this.match(\"{\");\n if (d == \"@STRING\") {\n this.string();\n } else if (d == \"@PREAMBLE\") {\n this.preamble();\n } else if (d == \"@COMMENT\") {\n this.comment();\n } else {\n this.entry(d);\n }\n this.match(\"}\");\n };\n\n this.alernativeCitationKey();\n };\n };\n \n exports.toJSON = function(bibtex) {\n var b = new BibtexParser();\n b.setInput(bibtex);\n b.bibtex();\n return b.entries;\n };\n\n /* added during hackathon don't hate on me */\n exports.toBibtex = function(json) {\n var out = '';\n for ( var i in json) {\n out += \"@\" + json[i].entryType;\n out += '{';\n if (json[i].citationKey)\n out += json[i].citationKey + ', ';\n if (json[i].entry)\n out += json[i].entry ;\n if (json[i].entryTags) {\n var tags = '';\n for (var jdx in json[i].entryTags) {\n if (tags.length != 0)\n tags += ', ';\n tags += jdx + '= {' + json[i].entryTags[jdx] + '}';\n }\n out += tags;\n }\n out += '}\\n\\n';\n }\n return out;\n \n };\n\n})(typeof exports === 'undefined' ? this['bibtexParse'] = {} : exports);\n\n/* end bibtexParse */\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/bibtex/bibtexParse.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/bibtex/license": {
"text": "\nThe MIT License (MIT)\nCopyright (c) 2013 ORCID, Inc.\n\nCopyright (c) 2010 Henrik Muehe\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/bibtex/license"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/blog/docs": {
"title": "$:/plugins/tiddlywiki/blog/docs",
"text": "Until there's more documentation, see an example of the use of this plugin here:\n\n* Blog: http://jermolene-blog.github.io/\n* Repository: https://github.com/Jermolene-blog/blog\n"
},
"$:/plugins/tiddlywiki/blog/readme": {
"title": "$:/plugins/tiddlywiki/blog/readme",
"text": "This plugin contains tools to help publish blogs:\n\n* Templates and tools for building static HTML pages and posts\n"
},
"$:/plugins/tiddlywiki/blog/templates/html-page/page": {
"title": "$:/plugins/tiddlywiki/blog/templates/html-page/page",
"text": "\\define tv-wikilink-template() posts/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$transclude field=\"caption\"><$view field=\"title\"/></$transclude>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/plugins/tiddlywiki/blog/templates/tiddler\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`\n"
},
"$:/plugins/tiddlywiki/blog/templates/html-page/post": {
"title": "$:/plugins/tiddlywiki/blog/templates/html-page/post",
"text": "\\define tv-wikilink-template() /$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"../favicon.ico\">\n<link rel=\"stylesheet\" href=\"../static.css\">\n<title>`<$transclude field=\"caption\"><$view field=\"title\"/></$transclude>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/plugins/tiddlywiki/blog/templates/tiddler\" format=\"htmlwikified\"/>\n<$view tiddler=\"$:/plugins/tiddlywiki/blog/templates/menu\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`\n"
},
"$:/plugins/tiddlywiki/blog/templates/menu": {
"title": "$:/plugins/tiddlywiki/blog/templates/menu",
"text": "<div class=\"tc-blog-menu\">\n\n<div class=\"tc-blog-menu-item\">\n\n<a href=\"../index.html\">\n\n{{$:/core/images/home-button}}\n\n</a>\n\n</div>\n\n</div>\n"
},
"$:/plugins/tiddlywiki/blog/templates/tiddler": {
"title": "$:/plugins/tiddlywiki/blog/templates/tiddler",
"text": "<div class=\"tc-tiddler-frame tc-tiddler-view-frame\">\n\n<div class=\"tc-tiddler-title\">\n\n<div class=\"tc-titlebar\">\n\n<h2 class=\"tc-title\">\n\n<$transclude field=\"caption\" mode=\"inline\">\n\n<$view field=\"title\"/>\n\n</$transclude>\n\n</h2>\n\n</div>\n\n</div>\n\n<div class=\"tc-subtitle\">\n\n<$view field=\"modified\" format=\"date\" template=\"DDth MMM YYYY\"/>\n\n</div>\n\n<div class=\"tc-tiddler-body\">\n\n<$transclude/>\n\n</div>\n\n</div>\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/browser-sniff/sniff.js": {
"title": "$:/plugins/tiddlywiki/browser-sniff/sniff.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/browser-sniff/sniff.js\ntype: application/javascript\nmodule-type: info\n\nInitialise $:/info/browser tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tif($tw.browser) {\n\t\t// Mappings from tiddler titles (prefixed with \"$:/info/browser/\") to bowser.browser property name\n\t\tvar bowser = require(\"$:/plugins/tiddlywiki/browser-sniff/bowser/bowser.js\"),\n\t\t\tmappings = [\n\t\t\t\t[\"name\",\"name\",\"unknown\"],\n\t\t\t\t[\"version\",\"version\"],\n\t\t\t\t[\"is/webkit\",\"webkit\"],\n\t\t\t\t[\"is/gecko\",\"gecko\"],\n\t\t\t\t[\"is/chrome\",\"chrome\"],\n\t\t\t\t[\"is/firefox\",\"firefox\"],\n\t\t\t\t[\"is/ios\",\"ios\"],\n\t\t\t\t[\"is/iphone\",\"iphone\"],\n\t\t\t\t[\"is/ipad\",\"ipad\"],\n\t\t\t\t[\"is/ipod\",\"ios\"],\n\t\t\t\t[\"is/opera\",\"opera\"],\n\t\t\t\t[\"is/phantomjs\",\"phantomjs\"],\n\t\t\t\t[\"is/safari\",\"safari\"],\n\t\t\t\t[\"is/seamonkey\",\"seamonkey\"],\n\t\t\t\t[\"is/blackberry\",\"blackberry\"],\n\t\t\t\t[\"is/webos\",\"webos\"],\n\t\t\t\t[\"is/silk\",\"silk\"],\n\t\t\t\t[\"is/bada\",\"bada\"],\n\t\t\t\t[\"is/tizen\",\"tizen\"],\n\t\t\t\t[\"is/sailfish\",\"sailfish\"],\n\t\t\t\t[\"is/android\",\"android\"],\n\t\t\t\t[\"is/windowsphone\",\"windowsphone\"],\n\t\t\t\t[\"is/firefoxos\",\"firefoxos\"]\n\t\t\t];\n\t\t$tw.utils.each(mappings,function(mapping) {\n\t\t\tvar value = bowser.browser[mapping[1]];\n\t\t\tif(value === undefined) {\n\t\t\t\tvalue = mapping[2];\n\t\t\t}\n\t\t\tif(value === undefined) {\n\t\t\t\tvalue = false;\n\t\t\t}\n\t\t\tif(typeof value === \"boolean\") {\n\t\t\t\tvalue = mapBoolean(value);\n\t\t\t}\n\t\t\tinfoTiddlerFields.push({title: \"$:/info/browser/\" + mapping[0], text: value});\n\t\t});\n\t\t// Set $:/info/browser/name to the platform with some changes from Bowser\n\t\tvar platform = bowser.browser.name;\n\t\tif(\"iPad iPhone iPod\".split(\" \").indexOf(platform) !== -1) {\n\t\t\tplatform = \"iOS\";\n\t\t}\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/name\", text: platform});\n\t\t// Non-bowser settings for TiddlyFox and TiddlyDesktop\n\t\tvar hasTiddlyFox = !!document.getElementById(\"tiddlyfox-message-box\"), // Fails because message box is added after page load\n\t\t\tisTiddlyDesktop = false; // Can't detect it until we update TiddlyDesktop to have a distinct useragent string\n\t\t//infoTiddlerFields.push({title: \"$:/info/browser/has/tiddlyfox\", text: mapBoolean(hasTiddlyFox)});\n\t\t//infoTiddlerFields.push({title: \"$:/info/browser/is/tiddlydesktop\", text: mapBoolean(isTiddlyDesktop)});\n\t\tif(isTiddlyDesktop) {\n\t\t\tinfoTiddlerFields.push({title: \"$:/info/browser/name\", text: \"TiddlyDesktop\"});\n\t\t}\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "info"
},
"$:/plugins/tiddlywiki/browser-sniff/bowser/bowser.js": {
"text": "/*!\n * Bowser - a browser detector\n * https://github.com/ded/bowser\n * MIT License | (c) Dustin Diaz 2014\n */\n\n!function (name, definition) {\n if (typeof module != 'undefined' && module.exports) module.exports['browser'] = definition()\n else if (typeof define == 'function') define(definition)\n else this[name] = definition()\n}('bowser', function () {\n /**\n * See useragents.js for examples of navigator.userAgent\n */\n\n var t = true\n\n function detect(ua) {\n\n function getFirstMatch(regex) {\n var match = ua.match(regex);\n return (match && match.length > 1 && match[1]) || '';\n }\n\n var iosdevice = getFirstMatch(/(ipod|iphone|ipad)/i).toLowerCase()\n , likeAndroid = /like android/i.test(ua)\n , android = !likeAndroid && /android/i.test(ua)\n , versionIdentifier = getFirstMatch(/version\\/(\\d+(\\.\\d+)?)/i)\n , tablet = /tablet/i.test(ua)\n , mobile = !tablet && /[^-]mobi/i.test(ua)\n , result\n\n if (/opera|opr/i.test(ua)) {\n result = {\n name: 'Opera'\n , opera: t\n , version: versionIdentifier || getFirstMatch(/(?:opera|opr)[\\s\\/](\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/windows phone/i.test(ua)) {\n result = {\n name: 'Windows Phone'\n , windowsphone: t\n , msie: t\n , version: getFirstMatch(/iemobile\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/msie|trident/i.test(ua)) {\n result = {\n name: 'Internet Explorer'\n , msie: t\n , version: getFirstMatch(/(?:msie |rv:)(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/chrome|crios|crmo/i.test(ua)) {\n result = {\n name: 'Chrome'\n , chrome: t\n , version: getFirstMatch(/(?:chrome|crios|crmo)\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (iosdevice) {\n result = {\n name : iosdevice == 'iphone' ? 'iPhone' : iosdevice == 'ipad' ? 'iPad' : 'iPod'\n }\n // WTF: version is not part of user agent in web apps\n if (versionIdentifier) {\n result.version = versionIdentifier\n }\n }\n else if (/sailfish/i.test(ua)) {\n result = {\n name: 'Sailfish'\n , sailfish: t\n , version: getFirstMatch(/sailfish\\s?browser\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/seamonkey\\//i.test(ua)) {\n result = {\n name: 'SeaMonkey'\n , seamonkey: t\n , version: getFirstMatch(/seamonkey\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/firefox|iceweasel/i.test(ua)) {\n result = {\n name: 'Firefox'\n , firefox: t\n , version: getFirstMatch(/(?:firefox|iceweasel)[ \\/](\\d+(\\.\\d+)?)/i)\n }\n if (/\\((mobile|tablet);[^\\)]*rv:[\\d\\.]+\\)/i.test(ua)) {\n result.firefoxos = t\n }\n }\n else if (/silk/i.test(ua)) {\n result = {\n name: 'Amazon Silk'\n , silk: t\n , version : getFirstMatch(/silk\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (android) {\n result = {\n name: 'Android'\n , version: versionIdentifier\n }\n }\n else if (/phantom/i.test(ua)) {\n result = {\n name: 'PhantomJS'\n , phantom: t\n , version: getFirstMatch(/phantomjs\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/blackberry|\\bbb\\d+/i.test(ua) || /rim\\stablet/i.test(ua)) {\n result = {\n name: 'BlackBerry'\n , blackberry: t\n , version: versionIdentifier || getFirstMatch(/blackberry[\\d]+\\/(\\d+(\\.\\d+)?)/i)\n }\n }\n else if (/(web|hpw)os/i.test(ua)) {\n result = {\n name: 'WebOS'\n , webos: t\n , version: versionIdentifier || getFirstMatch(/w(?:eb)?osbrowser\\/(\\d+(\\.\\d+)?)/i)\n };\n /touchpad\\//i.test(ua) && (result.touchpad = t)\n }\n else if (/bada/i.test(ua)) {\n result = {\n name: 'Bada'\n , bada: t\n , version: getFirstMatch(/dolfin\\/(\\d+(\\.\\d+)?)/i)\n };\n }\n else if (/tizen/i.test(ua)) {\n result = {\n name: 'Tizen'\n , tizen: t\n , version: getFirstMatch(/(?:tizen\\s?)?browser\\/(\\d+(\\.\\d+)?)/i) || versionIdentifier\n };\n }\n else if (/safari/i.test(ua)) {\n result = {\n name: 'Safari'\n , safari: t\n , version: versionIdentifier\n }\n }\n else result = {}\n\n // set webkit or gecko flag for browsers based on these engines\n if (/(apple)?webkit/i.test(ua)) {\n result.name = result.name || \"Webkit\"\n result.webkit = t\n if (!result.version && versionIdentifier) {\n result.version = versionIdentifier\n }\n } else if (!result.opera && /gecko\\//i.test(ua)) {\n result.name = result.name || \"Gecko\"\n result.gecko = t\n result.version = result.version || getFirstMatch(/gecko\\/(\\d+(\\.\\d+)?)/i)\n }\n\n // set OS flags for platforms that have multiple browsers\n if (android || result.silk) {\n result.android = t\n } else if (iosdevice) {\n result[iosdevice] = t\n result.ios = t\n }\n\n // OS version extraction\n var osVersion = '';\n if (iosdevice) {\n osVersion = getFirstMatch(/os (\\d+([_\\s]\\d+)*) like mac os x/i);\n osVersion = osVersion.replace(/[_\\s]/g, '.');\n } else if (android) {\n osVersion = getFirstMatch(/android[ \\/-](\\d+(\\.\\d+)*)/i);\n } else if (result.windowsphone) {\n osVersion = getFirstMatch(/windows phone (?:os)?\\s?(\\d+(\\.\\d+)*)/i);\n } else if (result.webos) {\n osVersion = getFirstMatch(/(?:web|hpw)os\\/(\\d+(\\.\\d+)*)/i);\n } else if (result.blackberry) {\n osVersion = getFirstMatch(/rim\\stablet\\sos\\s(\\d+(\\.\\d+)*)/i);\n } else if (result.bada) {\n osVersion = getFirstMatch(/bada\\/(\\d+(\\.\\d+)*)/i);\n } else if (result.tizen) {\n osVersion = getFirstMatch(/tizen[\\/\\s](\\d+(\\.\\d+)*)/i);\n }\n if (osVersion) {\n result.osversion = osVersion;\n }\n\n // device type extraction\n var osMajorVersion = osVersion.split('.')[0];\n if (tablet || iosdevice == 'ipad' || (android && (osMajorVersion == 3 || (osMajorVersion == 4 && !mobile))) || result.silk) {\n result.tablet = t\n } else if (mobile || iosdevice == 'iphone' || iosdevice == 'ipod' || android || result.blackberry || result.webos || result.bada) {\n result.mobile = t\n }\n\n // Graded Browser Support\n // http://developer.yahoo.com/yui/articles/gbs\n if ((result.msie && result.version >= 10) ||\n (result.chrome && result.version >= 20) ||\n (result.firefox && result.version >= 20.0) ||\n (result.safari && result.version >= 6) ||\n (result.opera && result.version >= 10.0) ||\n (result.ios && result.osversion && result.osversion.split(\".\")[0] >= 6)\n ) {\n result.a = t;\n }\n else if ((result.msie && result.version < 10) ||\n (result.chrome && result.version < 20) ||\n (result.firefox && result.version < 20.0) ||\n (result.safari && result.version < 6) ||\n (result.opera && result.version < 10.0) ||\n (result.ios && result.osversion && result.osversion.split(\".\")[0] < 6)\n ) {\n result.c = t\n } else result.x = t\n\n return result\n }\n\n var bowser = detect(typeof navigator !== 'undefined' ? navigator.userAgent : '')\n\n\n /*\n * Set our detect method to the main bowser object so we can\n * reuse it to test other user agents.\n * This is needed to implement future tests.\n */\n bowser._detect = detect;\n\n return bowser\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/browser-sniff/bowser/bowser.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/browser-sniff/readme": {
"title": "$:/plugins/tiddlywiki/browser-sniff/readme",
"text": "This plugin adds a number of `$:/info/` tiddlers containing information about the current browser.\n\nIt allows you to create content that is presented in a way that is responsive to different browsers.\n\nFor example, https://tiddlywiki.com uses this plugin to present the user with the best options for getting started depending on their browser.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/browser-sniff]]\n"
},
"$:/plugins/tiddlywiki/browser-sniff/usage": {
"title": "$:/plugins/tiddlywiki/browser-sniff/usage",
"text": "! Information Tiddlers\n\nThe following informational tiddlers are created at startup:\n\n|!Title |!Description |\n|[[$:/info/browser/is/android]] |Running on Android? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/bada]] |Running on Bada? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/blackberry]] |Running on ~BlackBerry? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/chrome]] |Running on Chrome? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/firefox]] |Running on Firefox? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/firefoxos]] |Running on Firefox OS? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/gecko]] |Running on Gecko? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/ios]] |Running on iOS (ie an iPhone, iPad or iPod)? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/ipad]] |Running on iPad? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/iphone]] |Running on iPhone? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/ipod]] |Running on iPod? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/opera]] |Running on Opera? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/phantomjs]] |Running on ~PhantomJS? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/safari]] |Running on Safari? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/sailfish]] |Running on Sailfish? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/seamonkey]] |Running on Sea Monkey? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/silk]] |Running on Amazon's Silk? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/tizen]] |Running on Tizen? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/webkit]] |Running on ~WebKit? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/webos]] |Running on ~WebOS? (\"yes\" or \"no\") |\n|[[$:/info/browser/is/windowsphone]] |Running on Windows Phone? (\"yes\" or \"no\") |\n|[[$:/info/browser/name]] |Platform name (see below) |\n|[[$:/info/browser/version]] |Browser version |\n\nThe browser information is obtained with [[Bowser, a browser detector library from Dustin Diaz|https://github.com/ded/bowser/]]. Possible browser names include:\n\n* ''\"Amazon Silk\"''\n* ''\"Android\"''\n* ''\"Bada\"''\n* ''\"~BlackBerry\"''\n* ''\"Chrome\"''\n* ''\"Firefox\"''\n* ''\"Internet Explorer\"''\n* ''\"iOS\"''\n* ''\"Opera\"''\n* ''\"~PhantomJS\"''\n* ''\"Safari\"''\n* ''\"Sailfish\"''\n* ''\"~SeaMonkey\"''\n* ''\"~TiddlyDesktop\"''\n* ''\"Tizen\"''\n* ''\"~WebOS\"''\n* ''\"Windows Phone\"''\n\nNote that Bowser returns \"iPhone\", \"iPad\" and \"iPod\" as distinct values for the name of the current browser. TiddlyWiki converts all three distinct values into \"iOS\" before copying to [[$:/info/browser/name]].\n"
}
}
}
{
"tiddlers": {
"$:/config/BrowserStorage/SaveFilter": {
"title": "$:/config/BrowserStorage/SaveFilter",
"text": "[prefix[$:/state/]]"
},
"$:/plugins/tiddlywiki/browser-storage/icon": {
"title": "$:/plugins/tiddlywiki/browser-storage/icon",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-down-arrow tc-image-button\" viewBox=\"0 0 128 128\" width=\"22pt\" height=\"22pt\">\n <g stroke=\"none\" stroke-width=\"1\" fill-rule=\"evenodd\">\n <ellipse id=\"Oval\" cx=\"64\" cy=\"16\" rx=\"40\" ry=\"16\"></ellipse>\n <path d=\"M24,96 C24,104.836556 41.90861,112 64,112 C86.09139,112 104,104.836556 104,96 L104,112 C104,120.836556 86.09139,128 64,128 C41.90861,128 24,120.836556 24,112 L24,96 Z\" id=\"Combined-Shape\"></path>\n <path d=\"M24,72 C24,80.836556 41.90861,88 64,88 C86.09139,88 104,80.836556 104,72 L104,88 C104,96.836556 86.09139,104 64,104 C41.90861,104 24,96.836556 24,88 L24,72 Z\" id=\"Combined-Shape-Copy-16\"></path>\n <path d=\"M24,48 C24,56.836556 41.90861,64 64,64 C86.09139,64 104,56.836556 104,48 L104,64 C104,72.836556 86.09139,80 64,80 C41.90861,80 24,72.836556 24,64 L24,48 Z\" id=\"Combined-Shape-Copy-17\"></path>\n <path d=\"M24,24 C24,32.836556 41.90861,40 64,40 C86.09139,40 104,32.836556 104,24 L104,40 C104,48.836556 86.09139,56 64,56 C41.90861,56 24,48.836556 24,40 L24,24 Z\" id=\"Combined-Shape-Copy-18\"></path>\n </g>\n</svg>"
},
"$:/plugins/tiddlywiki/browser-storage/rawmarkup.js": {
"title": "$:/plugins/tiddlywiki/browser-storage/rawmarkup.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/browser-storage/rawmarkup.js\ntype: application/javascript\nmodule-type: library\n\nStartup code injected as raw markup\n\n\\*/\n\n(function() {\n\n// Need to initialise these because we run before bootprefix.js and boot.js\n$tw = window.$tw || Object.create(null);\n$tw.hooks = $tw.hooks || { names: {}};\n$tw.boot = $tw.boot || {};\n$tw.boot.preloadDirty = $tw.boot.preloadDirty || [];\n\n// Hook the point in the startup process when the tiddlers have been loaded but plugins not unpacked\nvar hookName = \"th-boot-tiddlers-loaded\";\nif(Object.prototype.hasOwnProperty.call($tw.hooks.names,hookName)) {\n\t$tw.hooks.names[hookName].push(hookBootTiddlersLoaded);\n} else {\n\t$tw.hooks.names[hookName] = [hookBootTiddlersLoaded];\n}\n\n// Load tiddlers from browser storage\nfunction hookBootTiddlersLoaded() {\n\tvar url = window.location.pathname,\n\t\tlog = [];\n\t// Check that browser storage is available\n\ttry {\n\t\twindow.localStorage;\n\t} catch(e) {\n\t\treturn;\n\t}\n\t// Step through each browsder storage item\n\tfor(var index=0; index<window.localStorage.length; index++) {\n\t\tvar key = window.localStorage.key(index),\n\t\t\tparts = key.split(\"#\");\n\t\t// If it's ours\n\t\tif(parts[0] === \"tw5\" && parts[1] === url) {\n\t\t\t// Read it as JSON\n\t\t\tvar jsonString = window.localStorage.getItem(key),\n\t\t\t\tjsonData;\n\t\t\tif(jsonString) {\n\t\t\t\ttry {\n\t\t\t\t\tjsonData = JSON.parse(jsonString);\n\t\t\t\t} catch(e) {}\n\t\t\t\tif(jsonData) {\n\t\t\t\t\t// Convert it to a tiddler\n\t\t\t\t\tvar incomingTiddler = new $tw.Tiddler(jsonData);\n\t\t\t\t\tif(incomingTiddler) {\n\t\t\t\t\t\t// Get any existing tiddler\n\t\t\t\t\t\tvar title = incomingTiddler.fields.title,\n\t\t\t\t\t\t\texistingTiddler = $tw.wiki.getTiddler(title);\n\t\t\t\t\t\tif(existingTiddler && existingTiddler.isEqual(incomingTiddler)) {\n\t\t\t\t\t\t\t// If the incoming tiddler is the same as the existing then we can delete the local storage version\n\t\t\t\t\t\t\twindow.localStorage.removeItem(key);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(incomingTiddler);\n\t\t\t\t\t\t\tlog.push(title);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\t// Make sure that all the tiddlers we've loaded are marked as dirty at startup\n\tArray.prototype.push.apply($tw.boot.preloadDirty,log);\n\t// Save the log\n\t$tw.wiki.addTiddler({\n\t\ttitle: \"$:/temp/BrowserStorage/Log\",\n\t\ttext: $tw.utils.stringifyList(log)\n\t});\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/browser-storage/rawmarkup": {
"title": "$:/plugins/tiddlywiki/browser-storage/rawmarkup",
"tags": "$:/tags/RawMarkupWikified",
"text": "`<script>`\n{{$:/plugins/tiddlywiki/browser-storage/rawmarkup.js}}\n`</script>`\n"
},
"$:/plugins/tiddlywiki/browser-storage/readme": {
"title": "$:/plugins/tiddlywiki/browser-storage/readme",
"text": "This plugin enables TiddlyWiki to save tiddlers in [[browser local storage|https://en.wikipedia.org/wiki/Web_storage#localStorage]]. This means that changes are stored within the browser, and automatically re-applied any time the base wiki is reloaded.\n\nAt startup, the plugin reads tiddlers from local storage. Any tiddlers that are identical to those built into the file are deleted from local storage. Once the wiki is up and running, any tiddler changes are written straight to local storage.\n\nBrowser local storage is not a panacea for TiddlyWiki:\n\n* Browsers limit the amount of local storage available to a page, typically to 5 or 10MB\n* Keeping personal data in browser local storage can lead to unexpected privacy violations\n* Browsers reserve the right to without warning delete data stored in local storage at any time\n* Browsers tie local storage to a URL which can lead to problems if you move a wiki to a URL previously occupied by a different wiki\n\nPlease use this plugin with caution. There are a number of unresolved issues and open questions:\n\n* Innerwikis read the local storage of their parent wikis\n* This plugin does not interfere with the existing saver mechanism, so you'll still get warnings when refreshing the page, even if your changes are safely committed to local storage\n* Deleted tiddlers will be restored when the wiki is refreshed\n* There is a possibility that tiddlers might be transferred between different wikis if they are accessed via the same URL. This is particularly likely when running in local client server configuration under Node.js\n"
},
"$:/plugins/tiddlywiki/browser-storage/settings": {
"title": "$:/plugins/tiddlywiki/browser-storage/settings",
"text": "! Disable\n\nYou can disable the browser storage plugin:\n\n<$checkbox tiddler=\"$:/config/BrowserStorage/Enabled\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> Use browser local storage</$checkbox>\n\n! Clear\n\nClick this button to clear browser storage and disable its use:\n\n<$button message=\"tm-clear-browser-storage\">Clear browser storage</$button>\n\n! Save Filter\n\nThis filter determines which tiddlers will be saved to local storage. By default, it contains `[prefix[$:/state/]]` to just save state tiddlers, thus preserving selected tabs, and the open/closed status of table of contents entries. Other useful values include `[all[]]` meaning that it will attempt to save all tiddlers.\n\n<$link to=\"$:/config/BrowserStorage/SaveFilter\">Browser Storage Save Filter</$link>: <$edit-text tiddler=\"$:/config/BrowserStorage/SaveFilter\" default=\"\" tag=\"input\" size=\"50\"/>\n\n! Custom Quota Exceeded Alert\n\nThis setting allows a custom alert message to be displayed when an attempt to store a tiddler fails due to the storage quota being exceeded:\n\n<$link to=\"$:/config/BrowserStorage/QuotaExceededAlert\">Quota Exceeded Alert</$link>: <$edit-text tiddler=\"$:/config/BrowserStorage/QuotaExceededAlert\" default=\"\" tag=\"input\" size=\"50\"/>\n\n! Startup Log\n\nThe tiddler $:/temp/BrowserStorage/Log contains a log of the tiddlers that were loaded from local storage at startup:\n\n<<list-links \"[enlist{$:/temp/BrowserStorage/Log}sort[]]\">>\n"
},
"$:/plugins/tiddlywiki/browser-storage/startup.js": {
"title": "$:/plugins/tiddlywiki/browser-storage/startup.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/browser-storage/startup.js\ntype: application/javascript\nmodule-type: startup\n\nStartup initialisation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-storage\";\nexports.platforms = [\"browser\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nvar ENABLED_TITLE = \"$:/config/BrowserStorage/Enabled\",\n\tSAVE_FILTER_TITLE = \"$:/config/BrowserStorage/SaveFilter\",\n\tQUOTA_EXCEEDED_ALERT_TITLE = \"$:/config/BrowserStorage/QuotaExceededAlert\",\n\tDEFAULT_QUOTA_EXCEEDED_ALERT_PREFIX = \"Quota exceeded attempting to store `\",\n\tDEFAULT_QUOTA_EXCEEDED_ALERT_SUFFIX = \"` in browser local storage\";\n\nexports.startup = function() {\n\tvar self = this;\n\t// Compute our prefix for local storage keys\n\tvar prefix = \"tw5#\" + window.location.pathname + \"#\";\n\t// Make a logger\n\tvar logger = new $tw.utils.Logger(\"browser-storage\",{\n\t\t\tcolour: \"cyan\"\n\t\t});\n\t// Function to compile the filter\n\tvar filterFn,\n\t\tcompileFilter = function() {\n\t\t\tfilterFn = $tw.wiki.compileFilter($tw.wiki.getTiddlerText(SAVE_FILTER_TITLE));\n\t}\n\tcompileFilter();\n\t// Listen for tm-clear-browser-storage messages\n\t$tw.rootWidget.addEventListener(\"tm-clear-browser-storage\",function(event) {\n\t\t$tw.wiki.addTiddler({title: ENABLED_TITLE, text: \"no\"});\n\t\tclearLocalStorage();\n\t});\n\t// Track tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t// Bail if browser storage is disabled\n\t\tif($tw.wiki.getTiddlerText(ENABLED_TITLE) === \"no\") {\n\t\t\treturn;\n\t\t}\n\t\t// Recompile the filter if it has changed\n\t\tif(changes[SAVE_FILTER_TITLE]) {\n\t\t\tcompileFilter();\n\t\t}\n\t\t// Filter the changes\n\t\tvar filteredChanges = filterFn.call($tw.wiki,function(iterator) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\titerator(tiddler,title);\n\t\t\t});\n\t\t});\n\t\t$tw.utils.each(filteredChanges,function(title) {\n\t\t\t// Don't try to save changes to our enabled status\n\t\t\t// (If it were enabled in the file but disabled in local storage then we might not realise that distributing a copy of the file would have local storage enabled for other users)\n\t\t\tif(title === ENABLED_TITLE) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Save the tiddler\n\t\t\tsaveTiddlerToLocalStorage(title,{\n\t\t\t\tlogger: logger,\n\t\t\t\tprefix: prefix\n\t\t\t});\n\t\t});\n\t});\n};\n\nfunction saveTiddlerToLocalStorage(title,options) {\n\toptions = options || {};\n\t// Get the tiddler\n\tvar tiddler = $tw.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tconsole.log(\"browser-storage: Saving\",title);\n\t\t// Get the JSON of the tiddler\t\t\t\t\n\t\tvar json = JSON.stringify(tiddler.getFieldStrings());\n\t\t// Try to save it to local storage\n\t\ttry {\n\t\t\twindow.localStorage.setItem(options.prefix + title,json);\n\t\t} catch(e) {\n\t\t\tif(e.name === \"QuotaExceededError\") {\n\t\t\t\t// Complain if we failed\n\t\t\t\tvar msg = $tw.wiki.getTiddlerText(QUOTA_EXCEEDED_ALERT_TITLE,DEFAULT_QUOTA_EXCEEDED_ALERT_PREFIX + title + DEFAULT_QUOTA_EXCEEDED_ALERT_SUFFIX);\n\t\t\t\tif(options.logger) {\n\t\t\t\t\toptions.logger.alert(msg);\n\t\t\t\t}\n\t\t\t\t// No point in keeping old values around for this tiddler\n\t\t\t\twindow.localStorage.removeItem(options.prefix + title);\n\t\t\t} else {\n\t\t\t\tconsole.log(\"Browser-storage error:\",e);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tconsole.log(\"browser-storage: Deleting\",title);\n\t\ttry {\n\t\t\twindow.localStorage.removeItem(options.prefix + title);\n\t\t} catch(e) {\n\t\t\tconsole.log(\"Browser-storage error:\",e);\n\t\t}\n\t}\n}\n\nfunction clearLocalStorage() {\n\tvar url = window.location.pathname,\n\t\tlog = [];\n\t// Step through each browsder storage item\n\tfor(var index=window.localStorage.length - 1; index>=0; index--) {\n\t\tvar key = window.localStorage.key(index),\n\t\t\tparts = key.split(\"#\");\n\t\t// Delete it if it's ours\n\t\tif(parts[0] === \"tw5\" && parts[1] === url) {\n\t\t\twindow.localStorage.removeItem(key);\n\t\t}\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/cecily/cecily.js": {
"title": "$:/plugins/tiddlywiki/cecily/cecily.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/cecily/cecily.js\ntype: application/javascript\nmodule-type: storyview\n\nPositions tiddlers on a 2D map\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CecilyStoryView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Load the map\n\tthis.loadMap();\n\t// Position the existing tiddlers\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\tdomNode.style.position = \"absolute\";\n\t\tvar title = itemWidget.parseTreeNode.itemTitle;\n\t\tself.positionTiddler(title,domNode);\n\t});\n};\n\nCecilyStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nCecilyStoryView.prototype.insert = function(widget) {\n\tvar domNode = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Make the newly inserted node position absolute\n\t$tw.utils.setStyle(domNode,[\n\t\t{position: \"absolute\"},\n\t\t{transition: \"\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Position it\n\tvar title = widget.parseTreeNode.itemTitle;\n\tthis.positionTiddler(title,domNode);\n\t$tw.utils.forceLayout(domNode);\n\t// Animate it in\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nCecilyStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Remove the widget at the end of the transition\n\tsetTimeout(function() {\n\t\twidget.removeChildDomNodes();\n\t},duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.01)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\n/*\nLoad the current map\n*/\nCecilyStoryView.prototype.loadMap = function() {\n\tthis.map = this.listWidget.wiki.getTiddlerData(this.getMapTiddlerTitle(),{\n\t\tpositions: {},\n\t\tnewTiddlerPosition: {x: 0, y: 0},\n\t\twidth: parseInt(this.listWidget.getAttribute(\"cecily-width\",\"600\"),10)\n\t});\n};\n\nCecilyStoryView.prototype.getMapTiddlerTitle = function() {\n\treturn this.listWidget.getAttribute(\"cecily-map\",\"$:/TiddlerMap\");\n};\n\n/*\nPosition a tiddler according to the map\n*/\nCecilyStoryView.prototype.positionTiddler = function(title,domNode) {\n\tvar pos = this.lookupTiddlerInMap(title,domNode),\n\t\tscale = pos.w/domNode.offsetWidth;\n\t$tw.utils.setStyle(domNode,[\n\t\t{width: this.map.width + \"px\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateX(\" + pos.x + \"px) translateY(\" + pos.y + \"px) scale(\" + scale + \") translateX(-50%) rotate(\" + (pos.r || 0) + \"deg) translateX(50%)\"}\n\t]);\n};\n\n// Get the position of a particular tiddler\nCecilyStoryView.prototype.lookupTiddlerInMap = function(title,domNode) {\n\t// If this is a draft tiddler then look for the position of the original tiddler\n\tvar tiddler = this.listWidget.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar draftOf = tiddler.fields[\"draft.of\"];\n\t\tif(draftOf && this.map.positions[draftOf]) {\n\t\t\treturn this.map.positions[draftOf];\n\t\t}\n\t}\n\t// Try looking the target tiddler up in the map\n\tif(this.map.positions[title]) {\n\t\treturn this.map.positions[title];\n\t}\n\t// If the tiddler wasn't in the map we'll have to compute it\n\tvar newPosition;\n\tswitch(this.map.positionNew) {\n\t\tdefault: // \"right\"\n\t\t\tnewPosition = {\n\t\t\t\tx: this.map.newTiddlerPosition.x,\n\t\t\t\ty: this.map.newTiddlerPosition.y,\n\t\t\t\tw: 200,\n\t\t\t\th: 200\n\t\t\t};\n\t\t\tthis.map.newTiddlerPosition.x += newPosition.w * 1.1;\n\t\t\tbreak;\n\t}\n\t// A default position\n\tnewPosition = newPosition || {x: 0,y: 0,w: 100,h: 100};\n\t// Save the position back to the map\n\tthis.map.positions[title] = newPosition;\n\treturn newPosition;\n};\n\nexports.cecily = CecilyStoryView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/plugins/tiddlywiki/cecily/readme": {
"title": "$:/plugins/tiddlywiki/cecily/readme",
"text": "This experimental plugin provides a new story visualisation that displays individual tiddlers as resizable tiles on an infinite canvas.\n\nCecily is based on an earlier plugin for TiddlyWiki Classic: http://jermolene.com/cecily\n\nCecily is currently in the early stages of development with little functionality yet implemented.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/cecily]]\n"
},
"$:/core/images/storyview-cecily": {
"title": "$:/core/images/storyview-cecily",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-storyview-cecily tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M8.00697327,0 C3.58484404,0 0,3.59075293 0,8.00697327 L0,119.993027 C0,124.415156 3.59075293,128 8.00697327,128 L119.993027,128 C124.415156,128 128,124.409247 128,119.993027 L128,8.00697327 C128,3.58484404 124.409247,0 119.993027,0 L8.00697327,0 L8.00697327,0 Z M23.9949725,16 C19.5794711,16 16,19.5776607 16,23.9924054 L16,40.0075946 C16,44.4216782 19.5905136,48 23.9949725,48 L71.0050275,48 C75.4205289,48 79,44.4223393 79,40.0075946 L79,23.9924054 C79,19.5783218 75.4094864,16 71.0050275,16 L23.9949725,16 L23.9949725,16 Z M72.0070969,64 C67.5848994,64 64,67.5881712 64,72.0070969 L64,103.992903 C64,108.415101 67.5881712,112 72.0070969,112 L103.992903,112 C108.415101,112 112,108.411829 112,103.992903 L112,72.0070969 C112,67.5848994 108.411829,64 103.992903,64 L72.0070969,64 L72.0070969,64 Z M24.0034204,80 C19.5832534,80 16,83.5776607 16,87.9924054 L16,104.007595 C16,108.421678 19.5863782,112 24.0034204,112 L38.9965796,112 C43.4167466,112 47,108.422339 47,104.007595 L47,87.9924054 C47,83.5783218 43.4136218,80 38.9965796,80 L24.0034204,80 L24.0034204,80 Z M104,16 C99.581722,16 96,19.5776607 96,23.9924054 L96,40.0075946 C96,44.4216782 99.5907123,48 104,48 C108.418278,48 112,44.4223393 112,40.0075946 L112,23.9924054 C112,19.5783218 108.409288,16 104,16 L104,16 Z\"></path>\n </g>\n</svg>"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/classictools/recipe.js": {
"title": "$:/plugins/tiddlywiki/classictools/recipe.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/classictools/recipe.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nModule to deserialize tiddlers from an old school TiddlyWiki recipe file.\n\nThe idea is to process the recipe file recursively, loading tiddlers into the main store using synchronous file operations. The tiddlers have their titles prefixed with the associated marker in curly brackets (\"{shadow}\", \"{tiddler}\" etc).\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"text/vnd.tiddlywiki2-recipe\"] = function(text,fields) {\n\tvar self = this,\n\t\tpath = require(\"path\"),\n\t\tfs = require(\"fs\"),\n\t\ttiddlers = [],\n\t\tparseRecipe = function(text) {\n\t\t\tvar recipe = [];\n\t\t\ttext.toString().split(/\\r?\\n/mg).forEach(function(line) {\n\t\t\t\t// Check if the line is a comment\n\t\t\t\tif(line.charAt(0) !== \"#\") {\n\t\t\t\t\t// Find the colon splitting the name from the value\n\t\t\t\t\tvar p = line.indexOf(\":\");\n\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\trecipe.push({\n\t\t\t\t\t\t\tname: line.substr(0,p).trim(),\n\t\t\t\t\t\t\tvalue: line.substr(p+1).trim()\n\t\t\t\t\t\t});\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn recipe;\n\t\t},\n\t\tloadTiddlersFromFile = function(sourcePath,prefix) {\n\t\t\tvar ext = path.extname(sourcePath),\n\t\t\t\textensionInfo = $tw.utils.getFileExtensionInfo(ext),\n\t\t\t\ttypeInfo = extensionInfo ? $tw.config.contentTypeInfo[extensionInfo.type] : null,\n\t\t\t\tdata = fs.readFileSync(sourcePath,typeInfo ? typeInfo.encoding : \"utf8\"),\n\t\t\t\tfields = {title: sourcePath},\n\t\t\t\ttids = self.deserializeTiddlers(ext,data,fields),\n\t\t\t\tmetafile = sourcePath + \".meta\";\n\t\t\tif(ext !== \".json\" && tids.length === 1 && fs.existsSync(metafile)) {\n\t\t\t\tvar metadata = fs.readFileSync(metafile,\"utf8\");\n\t\t\t\tif(metadata) {\n\t\t\t\t\ttids = [$tw.utils.parseFields(metadata,tids[0])];\n\t\t\t\t}\n\t\t\t}\n\t\t\ttids.forEach(function(tid) {\n\t\t\t\ttid.title = prefix + tid.title;\n\t\t\t});\n\t\t\ttiddlers.push.apply(tiddlers,tids);\n\t\t},\n\t\tprocessRecipe = function(sourcePath,text) {\n\t\t\tvar recipe = parseRecipe(text);\n\t\t\tfor(var t=0; t<recipe.length; t++) {\n\t\t\t\tif(recipe[t].name === \"recipe\") {\n\t\t\t\t\tvar recipeFile = path.resolve(path.dirname(sourcePath),recipe[t].value);\n\t\t\t\t\tprocessRecipe(recipeFile,fs.readFileSync(recipeFile,\"utf8\"));\n\t\t\t\t} else {\n\t\t\t\t\tvar tiddlerFile = path.resolve(path.dirname(sourcePath),recipe[t].value);\n\t\t\t\t\tloadTiddlersFromFile(tiddlerFile,\"{\" + recipe[t].name + \"}\");\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tsourcePath = fields.title; // Bit of a hack to take advantage of the default title being the path to the tiddler file\n\tprocessRecipe(sourcePath,text);\n\treturn tiddlers;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/plugins/tiddlywiki/classictools/readme": {
"title": "$:/plugins/tiddlywiki/classictools/readme",
"text": "This plugin provides facilities for working with TiddlyWiki Classic. It is used in the build process for TiddlyWiki Classic.\n\nThe additional features are:\n\n* A ''tiddlerdeserializer'' module for reading TiddlyWiki Classic `.recipe` files\n* Templates for building TiddlyWiki Classic.\n\nSee https://github.com/TiddlyWiki/tiddlywiki.com for more details.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/classictools]]\n"
},
"$:/core/templates/html-div-tiddler-remove-prefix": {
"title": "$:/core/templates/html-div-tiddler-remove-prefix",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"' stripTitlePrefix=\"yes\"></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/plain-text-tiddler-strip-comments": {
"title": "$:/core/templates/plain-text-tiddler-strip-comments",
"text": "<$view field=\"text\" format=\"stripcomments\" />"
},
"$:/core/templates/tiddlywiki2.externaljs.template.html": {
"title": "$:/core/templates/tiddlywiki2.externaljs.template.html",
"text": "{{{ [prefix[{prejs}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n{{{ [prefix[{js}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n{{{ [prefix[{postjs}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n{{{ [prefix[{jsext}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n\n"
},
"$:/core/templates/tiddlywiki2.template.html": {
"title": "$:/core/templates/tiddlywiki2.template.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!DOCTYPE html PUBLIC \"-//W3C//DTD XHTML 1.0 Strict//EN\" \"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd\">\n<html xmlns=\"http://www.w3.org/1999/xhtml\" xml:lang=\"en\" lang=\"en\">\n<head>\n<script id=\"versionArea\" type=\"text/javascript\">\n//<![CDATA[\n{{{ [prefix[{version}]] ||$:/core/templates/plain-text-tiddler}}}\n//]]>\n</script>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"copyright\" content=\"\n{{{ [prefix[{copyright}]] ||$:/core/templates/plain-text-tiddler}}}\n\" />\n<!--PRE-HEAD-START-->\n{{{ [prefix[{prehead}]] ||$:/core/templates/plain-text-tiddler}}}\n<!--PRE-HEAD-END-->\n<title>\n{{{ [prefix[{title}]] ||$:/core/templates/plain-text-tiddler}}}\n</title>\n<style id=\"styleArea\" type=\"text/css\">\n{{{ [prefix[{style}]] ||$:/core/templates/plain-text-tiddler}}}\n</style>\n<!--POST-HEAD-START-->\n{{{ [prefix[{posthead}]] ||$:/core/templates/plain-text-tiddler}}}\n<!--POST-HEAD-END-->\n</head>\n<body onload=\"main();\" onunload=\"if(window.unload) unload();\">\n<!--PRE-BODY-START-->\n{{{ [prefix[{prebody}]] ||$:/core/templates/plain-text-tiddler}}}\n<!--PRE-BODY-END-->\n<div id=\"copyright\">\nWelcome to TiddlyWiki created by Jeremy Ruston; Copyright © 2004-2007 Jeremy Ruston, Copyright © 2007-2011 UnaMesa Association\n</div>\n<noscript>\n{{{ [prefix[{noscript}]] ||$:/core/templates/plain-text-tiddler}}}\n</noscript>\n<div id=\"saveTest\"></div>\n<div id=\"backstageCloak\"></div>\n<div id=\"backstageButton\"></div>\n<div id=\"backstageArea\"><div id=\"backstageToolbar\"></div></div>\n<div id=\"backstage\">\n\t<div id=\"backstagePanel\"></div>\n</div>\n<div id=\"contentWrapper\"></div>\n<div id=\"contentStash\"></div>\n<div id=\"shadowArea\">\n{{{ [prefix[{shadow}]] +[sortcs[title]] ||$:/core/templates/html-div-tiddler-remove-prefix}}}\n</div>\n<!--POST-SHADOWAREA-->\n<div id=\"storeArea\">\n{{{ [prefix[{tiddler}]] +[sortcs[title]] ||$:/core/templates/html-div-tiddler-remove-prefix}}}\n{{{ [prefix[{plugin}]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [prefix[{posttiddlers}]] ||$:/core/templates/plain-text-tiddler}}}\n</div>\n<!--POST-STOREAREA-->\n<!--POST-BODY-START-->\n{{{ [prefix[{postbody}]] ||$:/core/templates/plain-text-tiddler}}}\n<!--POST-BODY-END-->\n<script id=\"jsArea\" type=\"text/javascript\">\n//<![CDATA[\n{{{ [prefix[{prejs}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n{{{ [prefix[{js}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n{{{ [prefix[{postjs}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n//]]>\n</script>\n{{{ [prefix[{jsext}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n<script id=\"jsdeprecatedArea\" type=\"text/javascript\">\n//<![CDATA[\n{{{ [prefix[{jsdeprecated}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n//]]>\n</script>\n<script id=\"jslibArea\" type=\"text/javascript\">\n//<![CDATA[\n{{{ [prefix[{jslib}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n//]]>\n</script>\n<script id=\"jqueryArea\" type=\"text/javascript\">\n//<![CDATA[\n{{{ [prefix[{jquery}]] ||$:/core/templates/plain-text-tiddler-strip-comments}}}\n//]]>\n</script>\n<script type=\"text/javascript\">\n//<![CDATA[\nif(useJavaSaver)\n\tdocument.write(\"<applet style='position:absolute;left:-1px' name='TiddlySaver' code='TiddlySaver.class' archive='TiddlySaver.jar' width='1' height='1'></applet>\");\n//]]>\n</script>\n<!--POST-SCRIPT-START-->\n{{{ [prefix[{postscript}]] ||$:/core/templates/plain-text-tiddler}}}\n<!--POST-SCRIPT-END-->\n</body>\n</html>\n"
}
}
}
{
"tiddlers": {
"$:/config/EditorTypeMappings/application/javascript": {
"title": "$:/config/EditorTypeMappings/application/javascript",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/json": {
"title": "$:/config/EditorTypeMappings/application/json",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
"title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/css": {
"title": "$:/config/EditorTypeMappings/text/css",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/html": {
"title": "$:/config/EditorTypeMappings/text/html",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/plain": {
"title": "$:/config/EditorTypeMappings/text/plain",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-markdown": {
"title": "$:/config/EditorTypeMappings/text/x-markdown",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
"text": "codemirror"
},
"$:/config/codemirror/cursorBlinkRate": {
"title": "$:/config/codemirror/cursorBlinkRate",
"type": "integer",
"text": "530"
},
"$:/config/codemirror/extraKeysTW": {
"title": "$:/config/codemirror/extraKeysTW",
"extend": "extraKeys",
"type": "json",
"text": "{\n\t\"Ctrl-Esc\": \"singleSelection\",\n\t\"Esc\": \"\",\n\t\"Ctrl-S\": \"\",\n\t\"Ctrl-U\": \"\",\n\t\"Ctrl-T\": \"\",\n\t\"Alt-T\": \"transposeChars\",\n\t\"Alt-U\": \"undoSelection\",\n\t\"Shift-Alt-U\": \"redoSelection\",\n\t\"Cmd-U\": \"\",\n\t\"Tab\": \"indentAuto()\",\n\t\"Enter\": \"newLineAndIndent()\"\n}\n"
},
"$:/config/codemirror/indentUnit": {
"title": "$:/config/codemirror/indentUnit",
"type": "integer",
"text": "2"
},
"$:/config/codemirror/indentWithTabs": {
"title": "$:/config/codemirror/indentWithTabs",
"type": "bool",
"text": "true"
},
"$:/config/codemirror/inputStyle": {
"title": "$:/config/codemirror/inputStyle",
"type": "string",
"text": "textarea"
},
"$:/config/codemirror/keyMap": {
"title": "$:/config/codemirror/keyMap",
"type": "string",
"text": "default"
},
"$:/config/codemirror/lineNumbers": {
"title": "$:/config/codemirror/lineNumbers",
"type": "bool",
"text": "false"
},
"$:/config/codemirror/lineWrapping": {
"title": "$:/config/codemirror/lineWrapping",
"type": "bool",
"text": "true"
},
"$:/config/codemirror/showCursorWhenSelecting": {
"title": "$:/config/codemirror/showCursorWhenSelecting",
"type": "bool",
"text": "true"
},
"$:/config/codemirror/smartIndent": {
"title": "$:/config/codemirror/smartIndent",
"type": "bool",
"text": "true"
},
"$:/config/codemirror/styleActiveLine": {
"title": "$:/config/codemirror/styleActiveLine",
"type": "bool",
"text": "false"
},
"$:/config/codemirror/tabSize": {
"title": "$:/config/codemirror/tabSize",
"type": "integer",
"text": "2"
},
"$:/config/codemirror/theme": {
"title": "$:/config/codemirror/theme",
"type": "string",
"text": "default"
},
"$:/language/codemirror/homeUrl": {
"title": "$:/language/codemirror/homeUrl",
"text": "http://codemirror.net"
},
"$:/language/codemirror/addOnUrl": {
"title": "$:/language/codemirror/addOnUrl",
"text": "http://codemirror.net/doc/manual.html#addons"
},
"$:/language/codemirror/configUrl": {
"title": "$:/language/codemirror/configUrl",
"text": "http://codemirror.net/doc/manual.html#config"
},
"$:/language/codemirror/controlPanel/hint": {
"title": "$:/language/codemirror/controlPanel/hint",
"text": "These settings let you customise the behaviour of [[CodeMirror|$:/plugins/tiddlywiki/codemirror]]."
},
"$:/language/codemirror/controlPanel/usage": {
"title": "$:/language/codemirror/controlPanel/usage",
"text": "Usage information"
},
"$:/language/codemirror/editorFont/hint": {
"title": "$:/language/codemirror/editorFont/hint",
"text": "Editor font family"
},
"$:/language/codemirror/editorFont/info": {
"title": "$:/language/codemirror/editorFont/info",
"text": "Set the font family for the ~CodeMirror text-editor"
},
"$:/language/codemirror/controlPanel/keyboard": {
"title": "$:/language/codemirror/controlPanel/keyboard",
"text": "Keyboard shortcuts"
},
"$:/language/codemirror/keyMap/hint": {
"title": "$:/language/codemirror/keyMap/hint",
"text": "~CodeMirror keymap"
},
"$:/language/codemirror/keyMap/info": {
"title": "$:/language/codemirror/keyMap/info",
"text": "~The Keyboard KeyMap used within the ~CodeMirror text-editor"
},
"$:/language/codemirror/lineNumbers/hint": {
"title": "$:/language/codemirror/lineNumbers/hint",
"text": "Enable line numbers"
},
"$:/language/codemirror/lineNumbers/info": {
"title": "$:/language/codemirror/lineNumbers/info",
"text": "Whether to show line numbers to the left of the editor."
},
"$:/language/codemirror/lineWrapping/hint": {
"title": "$:/language/codemirror/lineWrapping/hint",
"text": "Enable line wrapping"
},
"$:/language/codemirror/lineWrapping/info": {
"title": "$:/language/codemirror/lineWrapping/info",
"text": "Whether CodeMirror should scroll or wrap for long lines. Defaults to `false` (scroll)."
},
"$:/language/codemirror/showCursorWhenSelecting/hint": {
"title": "$:/language/codemirror/showCursorWhenSelecting/hint",
"text": "Show cursor, when selecting"
},
"$:/language/codemirror/showCursorWhenSelecting/info": {
"title": "$:/language/codemirror/showCursorWhenSelecting/info",
"text": "Whether the cursor should be drawn when a selection is active."
},
"$:/language/codemirror/styleActiveLine/hint": {
"title": "$:/language/codemirror/styleActiveLine/hint",
"text": "Highlight active line"
},
"$:/language/codemirror/styleActiveLine/info": {
"title": "$:/language/codemirror/styleActiveLine/info",
"text": "Whether or not to highlight the active text-editor line"
},
"$:/language/codemirror/theme/hint": {
"title": "$:/language/codemirror/theme/hint",
"text": "Select a theme"
},
"$:/language/codemirror/theme/info": {
"title": "$:/language/codemirror/theme/info",
"text": "Choose between ~CodeMirror themes"
},
"$:/plugins/tiddlywiki/codemirror/edit-codemirror.js": {
"title": "$:/plugins/tiddlywiki/codemirror/edit-codemirror.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-codemirror widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tCodeMirrorEngine = require(\"$:/plugins/tiddlywiki/codemirror/engine.js\").CodeMirrorEngine;\n\nexports[\"edit-codemirror\"] = editTextWidgetFactory(CodeMirrorEngine,CodeMirrorEngine);\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/codemirror/engine.js": {
"title": "$:/plugins/tiddlywiki/codemirror/engine.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/engine.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a CodeMirror instance\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\",\nHEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\",\nCONFIG_FILTER = \"[all[shadows+tiddlers]prefix[$:/config/codemirror/]]\"\n\t\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\n\tvar modules = $tw.modules.types[\"codemirror\"];\n\tvar req = Object.getOwnPropertyNames(modules);\n\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nfunction getCmConfig() {\n\tvar type,\n\t\ttest,\n\t\tvalue,\n\t\telement,\n\t\textend,\n\t\ttiddler,\n\t\tconfig = {},\n\t\tconfigTiddlers = $tw.wiki.filterTiddlers(CONFIG_FILTER);\n\n\tif ($tw.utils.isArray(configTiddlers)) {\n\t\tfor (var i=0; i<configTiddlers.length; i++) {\n\t\t\ttiddler = $tw.wiki.getTiddler(configTiddlers[i]);\n\t\t\t\tif (tiddler) {\n\t\t\t\telement = configTiddlers[i].replace(/\\$:\\/config\\/codemirror\\//ig,\"\");\n\t\t\t\t\ttype = (tiddler.fields.type) ? tiddler.fields.type.trim().toLocaleLowerCase() : \"string\";\n\t\t\t\tswitch (type) {\n\t\t\t\t\tcase \"bool\":\n\t\t\t\t\ttest = tiddler.fields.text.trim().toLowerCase();\n\t\t\t\t\tvalue = (test === \"true\") ? true : false;\n\t\t\t\t\tconfig[element] = value;\n\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"string\":\n\t\t\t\t\tvalue = tiddler.fields.text.trim();\n\t\t\t\t\tconfig[element] = value;\n\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"integer\":\n\t\t\t\t\tvalue = parseInt(tiddler.fields.text.trim(), 10);\n\t\t\t\t\tconfig[element] = value;\n\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"json\":\n\t\t\t\t\tvalue = JSON.parse(tiddler.fields.text.trim());\n\t\t\t\t\t\textend = (tiddler.fields.extend) ? tiddler.fields.extend : element;\n\n\t\t\t\t\tif (config[extend]) {\n\t\t\t\t\t\t$tw.utils.extend(config[extend], value);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tconfig[extend] = value;\n\t\t\t\t\t}\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn config;\n}\n\nfunction CodeMirrorEngine(options) {\n\n\t// Save our options\n\tvar self = this;\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create the wrapper DIV\n\tthis.domNode = this.widget.document.createElement(\"div\");\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tthis.domNode.style.display = \"inline-block\";\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n\t\n\t// Set all cm-plugin defaults\n\t// Get the configuration options for the CodeMirror object\n\tvar config = getCmConfig();\n\n\tconfig.mode = options.type;\n\tconfig.value = options.value;\n\tif(this.widget.editTabIndex) {\n\t\tconfig[\"tabindex\"] = this.widget.editTabIndex;\n\t}\n\t// Create the CodeMirror instance\n\tthis.cm = window.CodeMirror(function(cmDomNode) {\n\t\t// Note that this is a synchronous callback that is called before the constructor returns\n\t\tif(!self.widget.document.isTiddlyWikiFakeDom) {\n\t\t\tself.domNode.appendChild(cmDomNode);\n\t\t}\n\t},config);\n\n\t// Set up a change event handler\n\tthis.cm.on(\"change\",function() {\n\t\tself.widget.saveChanges(self.getText());\n\t});\n\tthis.cm.on(\"drop\",function(cm,event) {\n\t\tevent.stopPropagation(); // Otherwise TW's dropzone widget sees the drop event\n\t\treturn false;\n\t});\n\tthis.cm.on(\"focus\",function() {\n\t\tself.widget.cancelPopups();\n\t});\n\tthis.cm.on(\"keydown\",function(cm,event) {\n\t\treturn self.widget.handleKeydownEvent.call(self.widget,event);\n\t});\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nCodeMirrorEngine.prototype.setText = function(text,type) {\n\tvar self = this;\n\tself.cm.setOption(\"mode\",type);\n\tif(!this.cm.hasFocus()) {\n\t\tthis.cm.setValue(text);\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nCodeMirrorEngine.prototype.getText = function() {\n\treturn this.cm.getValue();\n};\n\n/*\nFix the height of textarea to fit content\n*/\nCodeMirrorEngine.prototype.fixHeight = function() {\n\tif(this.widget.editAutoHeight) {\n\t\t// Resize to fit\n\t\tthis.cm.setSize(null,null);\n\t} else {\n\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\tthis.cm.setSize(null,fixedHeight);\n\t}\n};\n\n/*\nFocus the engine node\n*/\nCodeMirrorEngine.prototype.focus = function() {\n\tthis.cm.focus();\n}\n\n/*\nCreate a blank structure representing a text operation\n*/\nCodeMirrorEngine.prototype.createTextOperation = function() {\n\tvar selections = this.cm.listSelections();\n\tif(selections.length > 0) {\n\t\tvar anchorPos = this.cm.indexFromPos(selections[0].anchor),\n\t\theadPos = this.cm.indexFromPos(selections[0].head);\n\t}\n\tvar operation = {\n\t\ttext: this.cm.getValue(),\n\t\tselStart: Math.min(anchorPos,headPos),\n\t\tselEnd: Math.max(anchorPos,headPos),\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nCodeMirrorEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tthis.cm.replaceRange(operation.replacement,this.cm.posFromIndex(operation.cutStart),this.cm.posFromIndex(operation.cutEnd));\n\t\tthis.cm.setSelection(this.cm.posFromIndex(operation.newSelStart),this.cm.posFromIndex(operation.newSelEnd));\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t}\n\tthis.cm.focus();\n\treturn newText;\n};\n\nexports.CodeMirrorEngine = CodeMirrorEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
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n=zt(e,he(t)),i=t.text.length>e.options.maxHighlightLength&&Ot(e.doc.mode,n.state),o=Pt(e,t,n);i&&(n.state=i),t.stateAfter=n.save(!i),t.styles=o.styles,o.classes?t.styleClasses=o.classes:t.styleClasses&&(t.styleClasses=null),r===e.doc.highlightFrontier&&(e.doc.modeFrontier=Math.max(e.doc.modeFrontier,++e.doc.highlightFrontier))}return t.styles}function zt(e,t,r){var n=e.doc,i=e.display;if(!n.mode.startState)return new Ft(n,!0,t);var o=function(e,t,r){for(var n,i,o=e.doc,l=r?-1:t-(e.doc.mode.innerMode?1e3:100),s=t;s>l;--s){if(s<=o.first)return o.first;var a=se(o,s-1),u=a.stateAfter;if(u&&(!r||s+(u instanceof Ht?u.lookAhead:0)<=o.modeFrontier))return s;var c=I(a.text,null,e.options.tabSize);(null==i||n>c)&&(i=s-1,n=c)}return i}(e,t,r),l=o>n.first&&se(n,o-1).stateAfter,s=l?Ft.fromSaved(n,l,o):new Ft(n,Dt(n.mode),o);return n.iter(o,t,function(r){It(e,r.text,s);var n=s.line;r.stateAfter=n==t-1||n%5==0||n>=i.viewFrom&&n<i.viewTo?s.save():null,s.nextLine()}),r&&(n.modeFrontier=s.line),s}function It(e,t,r,n){var i=e.doc.mode,o=new Wt(t,e.options.tabSize,r);for(o.start=o.pos=n||0,\"\"==t&&Rt(i,r.state);!o.eol();)Bt(i,o,r.state),o.start=o.pos}function Rt(e,t){if(e.blankLine)return e.blankLine(t);if(e.innerMode){var r=At(e,t);return r.mode.blankLine?r.mode.blankLine(r.state):void 0}}function Bt(e,t,r,n){for(var i=0;i<10;i++){n&&(n[0]=At(e,r).mode);var o=e.token(t,r);if(t.pos>t.start)return o}throw new Error(\"Mode \"+e.name+\" failed to advance stream.\")}Ft.prototype.lookAhead=function(e){var t=this.doc.getLine(this.line+e);return null!=t&&e>this.maxLookAhead&&(this.maxLookAhead=e),t},Ft.prototype.baseToken=function(e){if(!this.baseTokens)return null;for(;this.baseTokens[this.baseTokenPos]<=e;)this.baseTokenPos+=2;var t=this.baseTokens[this.baseTokenPos+1];return{type:t&&t.replace(/( |^)overlay .*/,\"\"),size:this.baseTokens[this.baseTokenPos]-e}},Ft.prototype.nextLine=function(){this.line++,this.maxLookAhead>0&&this.maxLookAhead--},Ft.fromSaved=function(e,t,r){return t instanceof Ht?new Ft(e,Ot(e.mode,t.state),r,t.lookAhead):new Ft(e,Ot(e.mode,t),r)},Ft.prototype.save=function(e){var t=!1!==e?Ot(this.doc.mode,this.state):this.state;return this.maxLookAhead>0?new Ht(t,this.maxLookAhead):t};var Gt=function(e,t,r){this.start=e.start,this.end=e.pos,this.string=e.current(),this.type=t||null,this.state=r};function Ut(e,t,r,n){var i,o,l=e.doc,s=l.mode,a=se(l,(t=Ce(l,t)).line),u=zt(e,t.line,r),c=new Wt(a.text,e.options.tabSize,u);for(n&&(o=[]);(n||c.pos<t.ch)&&!c.eol();)c.start=c.pos,i=Bt(s,c,u.state),n&&o.push(new Gt(c,i,Ot(l.mode,u.state)));return n?o:new Gt(c,i,u.state)}function Vt(e,t){if(e)for(;;){var r=e.match(/(?:^|\\s+)line-(background-)?(\\S+)/);if(!r)break;e=e.slice(0,r.index)+e.slice(r.index+r[0].length);var n=r[1]?\"bgClass\":\"textClass\";null==t[n]?t[n]=r[2]:new RegExp(\"(?:^|s)\"+r[2]+\"(?:$|s)\").test(t[n])||(t[n]+=\" \"+r[2])}return e}function Kt(e,t,r,n,i,o,l){var s=r.flattenSpans;null==s&&(s=e.options.flattenSpans);var a,u=0,c=null,h=new Wt(t,e.options.tabSize,n),f=e.options.addModeClass&&[null];for(\"\"==t&&Vt(Rt(r,n.state),o);!h.eol();){if(h.pos>e.options.maxHighlightLength?(s=!1,l&&It(e,t,n,h.pos),h.pos=t.length,a=null):a=Vt(Bt(r,h,n.state,f),o),f){var d=f[0].name;d&&(a=\"m-\"+(a?d+\" \"+a:d))}if(!s||c!=a){for(;u<h.start;)i(u=Math.min(h.start,u+5e3),c);c=a}h.start=h.pos}for(;u<h.pos;){var p=Math.min(h.pos,u+5e3);i(p,c),u=p}}var jt=function(e,t,r){this.text=e,We(this,t),this.height=r?r(this):1};jt.prototype.lineNo=function(){return he(this)},lt(jt);var Xt={},Yt={};function _t(e,t){if(!e||/^\\s*$/.test(e))return null;var r=t.addModeClass?Yt:Xt;return r[e]||(r[e]=e.replace(/\\S+/g,\"cm-$&\"))}function qt(e,t){var r=A(\"span\",null,null,a?\"padding-right: .1px\":null),n={pre:A(\"pre\",[r],\"CodeMirror-line\"),content:r,col:0,pos:0,cm:e,trailingSpace:!1,splitSpaces:(l||a)&&e.getOption(\"lineWrapping\")};t.measure={};for(var i=0;i<=(t.rest?t.rest.length:0);i++){var o=i?t.rest[i-1]:t.line,s=void 0;n.pos=0,n.addToken=Zt,mt(e.display.measure)&&(s=Ze(o,e.doc.direction))&&(n.addToken=Qt(n.addToken,s)),n.map=[],er(o,n,Et(e,o,t!=e.display.externalMeasured&&he(o))),o.styleClasses&&(o.styleClasses.bgClass&&(n.bgClass=F(o.styleClasses.bgClass,n.bgClass||\"\")),o.styleClasses.textClass&&(n.textClass=F(o.styleClasses.textClass,n.textClass||\"\"))),0==n.map.length&&n.map.push(0,0,n.content.appendChild(vt(e.display.measure))),0==i?(t.measure.map=n.map,t.measure.cache={}):((t.measure.maps||(t.measure.maps=[])).push(n.map),(t.measure.caches||(t.measure.caches=[])).push({}))}if(a){var u=n.content.lastChild;(/\\bcm-tab\\b/.test(u.className)||u.querySelector&&u.querySelector(\".cm-tab\"))&&(n.content.className=\"cm-tab-wrap-hack\")}return rt(e,\"renderLine\",e,t.line,n.pre),n.pre.className&&(n.textClass=F(n.pre.className,n.textClass||\"\")),n}function $t(e){var t=O(\"span\",\"•\",\"cm-invalidchar\");return t.title=\"\\\\u\"+e.charCodeAt(0).toString(16),t.setAttribute(\"aria-label\",t.title),t}function Zt(e,t,r,n,i,o,a){if(t){var u,c=e.splitSpaces?function(e,t){if(e.length>1&&!/ /.test(e))return e;for(var r=t,n=\"\",i=0;i<e.length;i++){var o=e.charAt(i);\" \"!=o||!r||i!=e.length-1&&32!=e.charCodeAt(i+1)||(o=\" \"),n+=o,r=\" \"==o}return n}(t,e.trailingSpace):t,h=e.cm.state.specialChars,f=!1;if(h.test(t)){u=document.createDocumentFragment();for(var d=0;;){h.lastIndex=d;var p=h.exec(t),g=p?p.index-d:t.length-d;if(g){var v=document.createTextNode(c.slice(d,d+g));l&&s<9?u.appendChild(O(\"span\",[v])):u.appendChild(v),e.map.push(e.pos,e.pos+g,v),e.col+=g,e.pos+=g}if(!p)break;d+=g+1;var m=void 0;if(\"\\t\"==p[0]){var y=e.cm.options.tabSize,b=y-e.col%y;(m=u.appendChild(O(\"span\",_(b),\"cm-tab\"))).setAttribute(\"role\",\"presentation\"),m.setAttribute(\"cm-text\",\"\\t\"),e.col+=b}else\"\\r\"==p[0]||\"\\n\"==p[0]?((m=u.appendChild(O(\"span\",\"\\r\"==p[0]?\"␍\":\"\",\"cm-invalidchar\"))).setAttribute(\"cm-text\",p[0]),e.col+=1):((m=e.cm.options.specialCharPlaceholder(p[0])).setAttribute(\"cm-text\",p[0]),l&&s<9?u.appendChild(O(\"span\",[m])):u.appendChild(m),e.col+=1);e.map.push(e.pos,e.pos+1,m),e.pos++}}else e.col+=t.length,u=document.createTextNode(c),e.map.push(e.pos,e.pos+t.length,u),l&&s<9&&(f=!0),e.pos+=t.length;if(e.trailingSpace=32==c.charCodeAt(t.length-1),r||n||i||f||a){var w=r||\"\";n&&(w+=n),i&&(w+=i);var x=O(\"span\",[u],w,a);return o&&(x.title=o),e.content.appendChild(x)}e.content.appendChild(u)}}function Qt(e,t){return function(r,n,i,o,l,s,a){i=i?i+\" cm-force-border\":\"cm-force-border\";for(var u=r.pos,c=u+n.length;;){for(var h=void 0,f=0;f<t.length&&!((h=t[f]).to>u&&h.from<=u);f++);if(h.to>=c)return e(r,n,i,o,l,s,a);e(r,n.slice(0,h.to-u),i,o,null,s,a),o=null,n=n.slice(h.to-u),u=h.to}}}function Jt(e,t,r,n){var i=!n&&r.widgetNode;i&&e.map.push(e.pos,e.pos+t,i),!n&&e.cm.display.input.needsContentAttribute&&(i||(i=e.content.appendChild(document.createElement(\"span\"))),i.setAttribute(\"cm-marker\",r.id)),i&&(e.cm.display.input.setUneditable(i),e.content.appendChild(i)),e.pos+=t,e.trailingSpace=!1}function er(e,t,r){var n=e.markedSpans,i=e.text,o=0;if(n)for(var l,s,a,u,c,h,f,d=i.length,p=0,g=1,v=\"\",m=0;;){if(m==p){a=u=c=h=s=\"\",f=null,m=1/0;for(var y=[],b=void 0,w=0;w<n.length;++w){var x=n[w],C=x.marker;\"bookmark\"==C.type&&x.from==p&&C.widgetNode?y.push(C):x.from<=p&&(null==x.to||x.to>p||C.collapsed&&x.to==p&&x.from==p)?(null!=x.to&&x.to!=p&&m>x.to&&(m=x.to,u=\"\"),C.className&&(a+=\" \"+C.className),C.css&&(s=(s?s+\";\":\"\")+C.css),C.startStyle&&x.from==p&&(c+=\" \"+C.startStyle),C.endStyle&&x.to==m&&(b||(b=[])).push(C.endStyle,x.to),C.title&&!h&&(h=C.title),C.collapsed&&(!f||Pe(f.marker,C)<0)&&(f=x)):x.from>p&&m>x.from&&(m=x.from)}if(b)for(var S=0;S<b.length;S+=2)b[S+1]==m&&(u+=\" \"+b[S]);if(!f||f.from==p)for(var L=0;L<y.length;++L)Jt(t,0,y[L]);if(f&&(f.from||0)==p){if(Jt(t,(null==f.to?d+1:f.to)-p,f.marker,null==f.from),null==f.to)return;f.to==p&&(f=!1)}}if(p>=d)break;for(var k=Math.min(d,m);;){if(v){var T=p+v.length;if(!f){var M=T>k?v.slice(0,k-p):v;t.addToken(t,M,l?l+a:a,c,p+M.length==m?u:\"\",h,s)}if(T>=k){v=v.slice(k-p),p=k;break}p=T,c=\"\"}v=i.slice(o,o=r[g++]),l=_t(r[g++],t.cm.options)}}else for(var N=1;N<r.length;N+=2)t.addToken(t,i.slice(o,o=r[N]),_t(r[N+1],t.cm.options))}function tr(e,t,r){this.line=t,this.rest=function(e){for(var t,r;t=Ie(e);)e=t.find(1,!0).line,(r||(r=[])).push(e);return r}(t),this.size=this.rest?he(q(this.rest))-r+1:1,this.node=this.text=null,this.hidden=Ve(e,t)}function rr(e,t,r){for(var n,i=[],o=t;o<r;o=n){var l=new tr(e.doc,se(e.doc,o),o);n=o+l.size,i.push(l)}return i}var nr=null;var ir=null;function or(e,t){var r=et(e,t);if(r.length){var n,i=Array.prototype.slice.call(arguments,2);nr?n=nr.delayedCallbacks:ir?n=ir:(n=ir=[],setTimeout(lr,0));for(var o=function(e){n.push(function(){return r[e].apply(null,i)})},l=0;l<r.length;++l)o(l)}}function lr(){var e=ir;ir=null;for(var t=0;t<e.length;++t)e[t]()}function sr(e,t,r,n){for(var i=0;i<t.changes.length;i++){var o=t.changes[i];\"text\"==o?cr(e,t):\"gutter\"==o?fr(e,t,r,n):\"class\"==o?hr(e,t):\"widget\"==o&&dr(e,t,n)}t.changes=null}function ar(e){return e.node==e.text&&(e.node=O(\"div\",null,null,\"position: relative\"),e.text.parentNode&&e.text.parentNode.replaceChild(e.node,e.text),e.node.appendChild(e.text),l&&s<8&&(e.node.style.zIndex=2)),e.node}function ur(e,t){var r=e.display.externalMeasured;return r&&r.line==t.line?(e.display.externalMeasured=null,t.measure=r.measure,r.built):qt(e,t)}function cr(e,t){var r=t.text.className,n=ur(e,t);t.text==t.node&&(t.node=n.pre),t.text.parentNode.replaceChild(n.pre,t.text),t.text=n.pre,n.bgClass!=t.bgClass||n.textClass!=t.textClass?(t.bgClass=n.bgClass,t.textClass=n.textClass,hr(e,t)):r&&(t.text.className=r)}function hr(e,t){!function(e,t){var r=t.bgClass?t.bgClass+\" \"+(t.line.bgClass||\"\"):t.line.bgClass;if(r&&(r+=\" CodeMirror-linebackground\"),t.background)r?t.background.className=r:(t.background.parentNode.removeChild(t.background),t.background=null);else if(r){var n=ar(t);t.background=n.insertBefore(O(\"div\",null,r),n.firstChild),e.display.input.setUneditable(t.background)}}(e,t),t.line.wrapClass?ar(t).className=t.line.wrapClass:t.node!=t.text&&(t.node.className=\"\");var r=t.textClass?t.textClass+\" \"+(t.line.textClass||\"\"):t.line.textClass;t.text.className=r||\"\"}function fr(e,t,r,n){if(t.gutter&&(t.node.removeChild(t.gutter),t.gutter=null),t.gutterBackground&&(t.node.removeChild(t.gutterBackground),t.gutterBackground=null),t.line.gutterClass){var i=ar(t);t.gutterBackground=O(\"div\",null,\"CodeMirror-gutter-background \"+t.line.gutterClass,\"left: \"+(e.options.fixedGutter?n.fixedPos:-n.gutterTotalWidth)+\"px; width: \"+n.gutterTotalWidth+\"px\"),e.display.input.setUneditable(t.gutterBackground),i.insertBefore(t.gutterBackground,t.text)}var o=t.line.gutterMarkers;if(e.options.lineNumbers||o){var l=ar(t),s=t.gutter=O(\"div\",null,\"CodeMirror-gutter-wrapper\",\"left: \"+(e.options.fixedGutter?n.fixedPos:-n.gutterTotalWidth)+\"px\");if(e.display.input.setUneditable(s),l.insertBefore(s,t.text),t.line.gutterClass&&(s.className+=\" \"+t.line.gutterClass),!e.options.lineNumbers||o&&o[\"CodeMirror-linenumbers\"]||(t.lineNumber=s.appendChild(O(\"div\",pe(e.options,r),\"CodeMirror-linenumber CodeMirror-gutter-elt\",\"left: \"+n.gutterLeft[\"CodeMirror-linenumbers\"]+\"px; width: \"+e.display.lineNumInnerWidth+\"px\"))),o)for(var a=0;a<e.options.gutters.length;++a){var u=e.options.gutters[a],c=o.hasOwnProperty(u)&&o[u];c&&s.appendChild(O(\"div\",[c],\"CodeMirror-gutter-elt\",\"left: \"+n.gutterLeft[u]+\"px; width: \"+n.gutterWidth[u]+\"px\"))}}}function dr(e,t,r){t.alignable&&(t.alignable=null);for(var n=t.node.firstChild,i=void 0;n;n=i)i=n.nextSibling,\"CodeMirror-linewidget\"==n.className&&t.node.removeChild(n);pr(e,t,r)}function pr(e,t,r){if(gr(e,t.line,t,r,!0),t.rest)for(var n=0;n<t.rest.length;n++)gr(e,t.rest[n],t,r,!1)}function gr(e,t,r,n,i){if(t.widgets)for(var o=ar(r),l=0,s=t.widgets;l<s.length;++l){var a=s[l],u=O(\"div\",[a.node],\"CodeMirror-linewidget\");a.handleMouseEvents||u.setAttribute(\"cm-ignore-events\",\"true\"),vr(a,u,r,n),e.display.input.setUneditable(u),i&&a.above?o.insertBefore(u,r.gutter||r.text):o.appendChild(u),or(a,\"redraw\")}}function vr(e,t,r,n){if(e.noHScroll){(r.alignable||(r.alignable=[])).push(t);var i=n.wrapperWidth;t.style.left=n.fixedPos+\"px\",e.coverGutter||(i-=n.gutterTotalWidth,t.style.paddingLeft=n.gutterTotalWidth+\"px\"),t.style.width=i+\"px\"}e.coverGutter&&(t.style.zIndex=5,t.style.position=\"relative\",e.noHScroll||(t.style.marginLeft=-n.gutterTotalWidth+\"px\"))}function mr(e){if(null!=e.height)return e.height;var t=e.doc.cm;if(!t)return 0;if(!D(document.body,e.node)){var r=\"position: relative;\";e.coverGutter&&(r+=\"margin-left: -\"+t.display.gutters.offsetWidth+\"px;\"),e.noHScroll&&(r+=\"width: \"+t.display.wrapper.clientWidth+\"px;\"),N(t.display.measure,O(\"div\",[e.node],null,r))}return e.height=e.node.parentNode.offsetHeight}function yr(e,t){for(var r=ht(t);r!=e.wrapper;r=r.parentNode)if(!r||1==r.nodeType&&\"true\"==r.getAttribute(\"cm-ignore-events\")||r.parentNode==e.sizer&&r!=e.mover)return!0}function br(e){return e.lineSpace.offsetTop}function wr(e){return e.mover.offsetHeight-e.lineSpace.offsetHeight}function xr(e){if(e.cachedPaddingH)return e.cachedPaddingH;var t=N(e.measure,O(\"pre\",\"x\")),r=window.getComputedStyle?window.getComputedStyle(t):t.currentStyle,n={left:parseInt(r.paddingLeft),right:parseInt(r.paddingRight)};return isNaN(n.left)||isNaN(n.right)||(e.cachedPaddingH=n),n}function Cr(e){return G-e.display.nativeBarWidth}function Sr(e){return e.display.scroller.clientWidth-Cr(e)-e.display.barWidth}function Lr(e){return e.display.scroller.clientHeight-Cr(e)-e.display.barHeight}function kr(e,t,r){if(e.line==t)return{map:e.measure.map,cache:e.measure.cache};for(var n=0;n<e.rest.length;n++)if(e.rest[n]==t)return{map:e.measure.maps[n],cache:e.measure.caches[n]};for(var i=0;i<e.rest.length;i++)if(he(e.rest[i])>r)return{map:e.measure.maps[i],cache:e.measure.caches[i],before:!0}}function Tr(e,t,r,n){return Or(e,Nr(e,t),r,n)}function Mr(e,t){if(t>=e.display.viewFrom&&t<e.display.viewTo)return e.display.view[on(e,t)];var r=e.display.externalMeasured;return r&&t>=r.lineN&&t<r.lineN+r.size?r:void 0}function Nr(e,t){var r=he(t),n=Mr(e,r);n&&!n.text?n=null:n&&n.changes&&(sr(e,n,r,Jr(e)),e.curOp.forceUpdate=!0),n||(n=function(e,t){var r=he(t=Be(t)),n=e.display.externalMeasured=new tr(e.doc,t,r);n.lineN=r;var i=n.built=qt(e,n);return n.text=i.pre,N(e.display.lineMeasure,i.pre),n}(e,t));var i=kr(n,t,r);return{line:t,view:n,rect:null,map:i.map,cache:i.cache,before:i.before,hasHeights:!1}}function Or(e,t,r,n,i){t.before&&(r=-1);var o,a=r+(n||\"\");return t.cache.hasOwnProperty(a)?o=t.cache[a]:(t.rect||(t.rect=t.view.text.getBoundingClientRect()),t.hasHeights||(!function(e,t,r){var n=e.options.lineWrapping,i=n&&Sr(e);if(!t.measure.heights||n&&t.measure.width!=i){var o=t.measure.heights=[];if(n){t.measure.width=i;for(var l=t.text.firstChild.getClientRects(),s=0;s<l.length-1;s++){var a=l[s],u=l[s+1];Math.abs(a.bottom-u.bottom)>2&&o.push((a.bottom+u.top)/2-r.top)}}o.push(r.bottom-r.top)}}(e,t.view,t.rect),t.hasHeights=!0),(o=function(e,t,r,n){var i,o=Wr(t.map,r,n),a=o.node,u=o.start,c=o.end,h=o.collapse;if(3==a.nodeType){for(var f=0;f<4;f++){for(;u&&ie(t.line.text.charAt(o.coverStart+u));)--u;for(;o.coverStart+c<o.coverEnd&&ie(t.line.text.charAt(o.coverStart+c));)++c;if((i=l&&s<9&&0==u&&c==o.coverEnd-o.coverStart?a.parentNode.getBoundingClientRect():Hr(k(a,u,c).getClientRects(),n)).left||i.right||0==u)break;c=u,u-=1,h=\"right\"}l&&s<11&&(i=function(e,t){if(!window.screen||null==screen.logicalXDPI||screen.logicalXDPI==screen.deviceXDPI||!function(e){if(null!=Ct)return Ct;var t=N(e,O(\"span\",\"x\")),r=t.getBoundingClientRect(),n=k(t,0,1).getBoundingClientRect();return Ct=Math.abs(r.left-n.left)>1}(e))return t;var r=screen.logicalXDPI/screen.deviceXDPI,n=screen.logicalYDPI/screen.deviceYDPI;return{left:t.left*r,right:t.right*r,top:t.top*n,bottom:t.bottom*n}}(e.display.measure,i))}else{var d;u>0&&(h=n=\"right\"),i=e.options.lineWrapping&&(d=a.getClientRects()).length>1?d[\"right\"==n?d.length-1:0]:a.getBoundingClientRect()}if(l&&s<9&&!u&&(!i||!i.left&&!i.right)){var p=a.parentNode.getClientRects()[0];i=p?{left:p.left,right:p.left+Qr(e.display),top:p.top,bottom:p.bottom}:Dr}for(var g=i.top-t.rect.top,v=i.bottom-t.rect.top,m=(g+v)/2,y=t.view.measure.heights,b=0;b<y.length-1&&!(m<y[b]);b++);var w=b?y[b-1]:0,x=y[b],C={left:(\"right\"==h?i.right:i.left)-t.rect.left,right:(\"left\"==h?i.left:i.right)-t.rect.left,top:w,bottom:x};i.left||i.right||(C.bogus=!0);e.options.singleCursorHeightPerLine||(C.rtop=g,C.rbottom=v);return C}(e,t,r,n)).bogus||(t.cache[a]=o)),{left:o.left,right:o.right,top:i?o.rtop:o.top,bottom:i?o.rbottom:o.bottom}}var Ar,Dr={left:0,right:0,top:0,bottom:0};function Wr(e,t,r){for(var n,i,o,l,s,a,u=0;u<e.length;u+=3)if(s=e[u],a=e[u+1],t<s?(i=0,o=1,l=\"left\"):t<a?o=(i=t-s)+1:(u==e.length-3||t==a&&e[u+3]>t)&&(i=(o=a-s)-1,t>=a&&(l=\"right\")),null!=i){if(n=e[u+2],s==a&&r==(n.insertLeft?\"left\":\"right\")&&(l=r),\"left\"==r&&0==i)for(;u&&e[u-2]==e[u-3]&&e[u-1].insertLeft;)n=e[2+(u-=3)],l=\"left\";if(\"right\"==r&&i==a-s)for(;u<e.length-3&&e[u+3]==e[u+4]&&!e[u+5].insertLeft;)n=e[(u+=3)+2],l=\"right\";break}return{node:n,start:i,end:o,collapse:l,coverStart:s,coverEnd:a}}function Hr(e,t){var r=Dr;if(\"left\"==t)for(var n=0;n<e.length&&(r=e[n]).left==r.right;n++);else for(var i=e.length-1;i>=0&&(r=e[i]).left==r.right;i--);return r}function Fr(e){if(e.measure&&(e.measure.cache={},e.measure.heights=null,e.rest))for(var t=0;t<e.rest.length;t++)e.measure.caches[t]={}}function Pr(e){e.display.externalMeasure=null,M(e.display.lineMeasure);for(var t=0;t<e.display.view.length;t++)Fr(e.display.view[t])}function Er(e){Pr(e),e.display.cachedCharWidth=e.display.cachedTextHeight=e.display.cachedPaddingH=null,e.options.lineWrapping||(e.display.maxLineChanged=!0),e.display.lineNumChars=null}function zr(){return c&&v?-(document.body.getBoundingClientRect().left-parseInt(getComputedStyle(document.body).marginLeft)):window.pageXOffset||(document.documentElement||document.body).scrollLeft}function Ir(){return c&&v?-(document.body.getBoundingClientRect().top-parseInt(getComputedStyle(document.body).marginTop)):window.pageYOffset||(document.documentElement||document.body).scrollTop}function Rr(e){var t=0;if(e.widgets)for(var r=0;r<e.widgets.length;++r)e.widgets[r].above&&(t+=mr(e.widgets[r]));return t}function Br(e,t,r,n,i){if(!i){var o=Rr(t);r.top+=o,r.bottom+=o}if(\"line\"==n)return r;n||(n=\"local\");var l=je(t);if(\"local\"==n?l+=br(e.display):l-=e.display.viewOffset,\"page\"==n||\"window\"==n){var s=e.display.lineSpace.getBoundingClientRect();l+=s.top+(\"window\"==n?0:Ir());var a=s.left+(\"window\"==n?0:zr());r.left+=a,r.right+=a}return r.top+=l,r.bottom+=l,r}function Gr(e,t,r){if(\"div\"==r)return t;var n=t.left,i=t.top;if(\"page\"==r)n-=zr(),i-=Ir();else if(\"local\"==r||!r){var o=e.display.sizer.getBoundingClientRect();n+=o.left,i+=o.top}var l=e.display.lineSpace.getBoundingClientRect();return{left:n-l.left,top:i-l.top}}function Ur(e,t,r,n,i){return n||(n=se(e.doc,t.line)),Br(e,n,Tr(e,n,t.ch,i),r)}function Vr(e,t,r,n,i,o){function l(t,l){var s=Or(e,i,t,l?\"right\":\"left\",o);return l?s.left=s.right:s.right=s.left,Br(e,n,s,r)}n=n||se(e.doc,t.line),i||(i=Nr(e,n));var s=Ze(n,e.doc.direction),a=t.ch,u=t.sticky;if(a>=n.text.length?(a=n.text.length,u=\"before\"):a<=0&&(a=0,u=\"after\"),!s)return l(\"before\"==u?a-1:a,\"before\"==u);function c(e,t,r){return l(r?e-1:e,1==s[t].level!=r)}var h=qe(s,a,u),f=_e,d=c(a,h,\"before\"==u);return null!=f&&(d.other=c(a,f,\"before\"!=u)),d}function Kr(e,t){var r=0;t=Ce(e.doc,t),e.options.lineWrapping||(r=Qr(e.display)*t.ch);var n=se(e.doc,t.line),i=je(n)+br(e.display);return{left:r,right:r,top:i,bottom:i+n.height}}function jr(e,t,r,n,i){var o=ge(e,t,r);return o.xRel=i,n&&(o.outside=!0),o}function Xr(e,t,r){var n=e.doc;if((r+=e.display.viewOffset)<0)return jr(n.first,0,null,!0,-1);var i=fe(n,r),o=n.first+n.size-1;if(i>o)return jr(n.first+n.size-1,se(n,o).text.length,null,!0,1);t<0&&(t=0);for(var l=se(n,i);;){var s=$r(e,l,i,t,r),a=Ie(l),u=a&&a.find(0,!0);if(!a||!(s.ch>u.from.ch||s.ch==u.from.ch&&s.xRel>0))return s;i=he(l=u.to.line)}}function Yr(e,t,r,n){n-=Rr(t);var i=t.text.length,o=le(function(t){return Or(e,r,t-1).bottom<=n},i,0);return{begin:o,end:i=le(function(t){return Or(e,r,t).top>n},o,i)}}function _r(e,t,r,n){return r||(r=Nr(e,t)),Yr(e,t,r,Br(e,t,Or(e,r,n),\"line\").top)}function qr(e,t,r,n){return!(e.bottom<=r)&&(e.top>r||(n?e.left:e.right)>t)}function $r(e,t,r,n,i){i-=je(t);var o=Nr(e,t),l=Rr(t),s=0,a=t.text.length,u=!0,c=Ze(t,e.doc.direction);if(c){var h=(e.options.lineWrapping?function(e,t,r,n,i,o,l){var s=Yr(e,t,n,l),a=s.begin,u=s.end;/\\s/.test(t.text.charAt(u-1))&&u--;for(var c=null,h=null,f=0;f<i.length;f++){var d=i[f];if(!(d.from>=u||d.to<=a)){var p=1!=d.level,g=Or(e,n,p?Math.min(u,d.to)-1:Math.max(a,d.from)).right,v=g<o?o-g+1e9:g-o;(!c||h>v)&&(c=d,h=v)}}c||(c=i[i.length-1]);c.from<a&&(c={from:a,to:c.to,level:c.level});c.to>u&&(c={from:c.from,to:u,level:c.level});return c}:function(e,t,r,n,i,o,l){var s=le(function(s){var a=i[s],u=1!=a.level;return qr(Vr(e,ge(r,u?a.to:a.from,u?\"before\":\"after\"),\"line\",t,n),o,l,!0)},0,i.length-1),a=i[s];if(s>0){var u=1!=a.level,c=Vr(e,ge(r,u?a.from:a.to,u?\"after\":\"before\"),\"line\",t,n);qr(c,o,l,!0)&&c.top>l&&(a=i[s-1])}return a})(e,t,r,o,c,n,i);s=(u=1!=h.level)?h.from:h.to-1,a=u?h.to:h.from-1}var f,d,p=null,g=null,v=le(function(t){var r=Or(e,o,t);return r.top+=l,r.bottom+=l,!!qr(r,n,i,!1)&&(r.top<=i&&r.left<=n&&(p=t,g=r),!0)},s,a),m=!1;if(g){var y=n-g.left<g.right-n,b=y==u;v=p+(b?0:1),d=b?\"after\":\"before\",f=y?g.left:g.right}else{u||v!=a&&v!=s||v++,d=0==v?\"after\":v==t.text.length?\"before\":Or(e,o,v-(u?1:0)).bottom+l<=i==u?\"after\":\"before\";var w=Vr(e,ge(r,v,d),\"line\",t,o);f=w.left,m=i<w.top||i>=w.bottom}return jr(r,v=oe(t.text,v,1),d,m,n-f)}function Zr(e){if(null!=e.cachedTextHeight)return e.cachedTextHeight;if(null==Ar){Ar=O(\"pre\");for(var t=0;t<49;++t)Ar.appendChild(document.createTextNode(\"x\")),Ar.appendChild(O(\"br\"));Ar.appendChild(document.createTextNode(\"x\"))}N(e.measure,Ar);var r=Ar.offsetHeight/50;return r>3&&(e.cachedTextHeight=r),M(e.measure),r||1}function Qr(e){if(null!=e.cachedCharWidth)return e.cachedCharWidth;var t=O(\"span\",\"xxxxxxxxxx\"),r=O(\"pre\",[t]);N(e.measure,r);var n=t.getBoundingClientRect(),i=(n.right-n.left)/10;return i>2&&(e.cachedCharWidth=i),i||10}function Jr(e){for(var t=e.display,r={},n={},i=t.gutters.clientLeft,o=t.gutters.firstChild,l=0;o;o=o.nextSibling,++l)r[e.options.gutters[l]]=o.offsetLeft+o.clientLeft+i,n[e.options.gutters[l]]=o.clientWidth;return{fixedPos:en(t),gutterTotalWidth:t.gutters.offsetWidth,gutterLeft:r,gutterWidth:n,wrapperWidth:t.wrapper.clientWidth}}function en(e){return e.scroller.getBoundingClientRect().left-e.sizer.getBoundingClientRect().left}function tn(e){var t=Zr(e.display),r=e.options.lineWrapping,n=r&&Math.max(5,e.display.scroller.clientWidth/Qr(e.display)-3);return function(i){if(Ve(e.doc,i))return 0;var o=0;if(i.widgets)for(var l=0;l<i.widgets.length;l++)i.widgets[l].height&&(o+=i.widgets[l].height);return r?o+(Math.ceil(i.text.length/n)||1)*t:o+t}}function rn(e){var t=e.doc,r=tn(e);t.iter(function(e){var t=r(e);t!=e.height&&ce(e,t)})}function nn(e,t,r,n){var i=e.display;if(!r&&\"true\"==ht(t).getAttribute(\"cm-not-content\"))return null;var o,l,s=i.lineSpace.getBoundingClientRect();try{o=t.clientX-s.left,l=t.clientY-s.top}catch(t){return null}var a,u=Xr(e,o,l);if(n&&1==u.xRel&&(a=se(e.doc,u.line).text).length==u.ch){var c=I(a,a.length,e.options.tabSize)-a.length;u=ge(u.line,Math.max(0,Math.round((o-xr(e.display).left)/Qr(e.display))-c))}return u}function on(e,t){if(t>=e.display.viewTo)return null;if((t-=e.display.viewFrom)<0)return null;for(var r=e.display.view,n=0;n<r.length;n++)if((t-=r[n].size)<0)return n}function ln(e){e.display.input.showSelection(e.display.input.prepareSelection())}function sn(e,t){void 0===t&&(t=!0);for(var r=e.doc,n={},i=n.cursors=document.createDocumentFragment(),o=n.selection=document.createDocumentFragment(),l=0;l<r.sel.ranges.length;l++)if(t||l!=r.sel.primIndex){var s=r.sel.ranges[l];if(!(s.from().line>=e.display.viewTo||s.to().line<e.display.viewFrom)){var a=s.empty();(a||e.options.showCursorWhenSelecting)&&an(e,s.head,i),a||cn(e,s,o)}}return n}function an(e,t,r){var n=Vr(e,t,\"div\",null,null,!e.options.singleCursorHeightPerLine),i=r.appendChild(O(\"div\",\" \",\"CodeMirror-cursor\"));if(i.style.left=n.left+\"px\",i.style.top=n.top+\"px\",i.style.height=Math.max(0,n.bottom-n.top)*e.options.cursorHeight+\"px\",n.other){var o=r.appendChild(O(\"div\",\" \",\"CodeMirror-cursor CodeMirror-secondarycursor\"));o.style.display=\"\",o.style.left=n.other.left+\"px\",o.style.top=n.other.top+\"px\",o.style.height=.85*(n.other.bottom-n.other.top)+\"px\"}}function un(e,t){return e.top-t.top||e.left-t.left}function cn(e,t,r){var n=e.display,i=e.doc,o=document.createDocumentFragment(),l=xr(e.display),s=l.left,a=Math.max(n.sizerWidth,Sr(e)-n.sizer.offsetLeft)-l.right,u=\"ltr\"==i.direction;function c(e,t,r,n){t<0&&(t=0),t=Math.round(t),n=Math.round(n),o.appendChild(O(\"div\",null,\"CodeMirror-selected\",\"position: absolute; left: \"+e+\"px;\\n top: \"+t+\"px; width: \"+(null==r?a-e:r)+\"px;\\n height: \"+(n-t)+\"px\"))}function h(t,r,n){var o,l,h=se(i,t),f=h.text.length;function d(r,n){return Ur(e,ge(t,r),\"div\",h,n)}function p(t,r,n){var i=_r(e,h,null,t),o=\"ltr\"==r==(\"after\"==n)?\"left\":\"right\";return d(\"after\"==n?i.begin:i.end-(/\\s/.test(h.text.charAt(i.end-1))?2:1),o)[o]}var g=Ze(h,i.direction);return function(e,t,r,n){if(!e)return n(t,r,\"ltr\",0);for(var i=!1,o=0;o<e.length;++o){var l=e[o];(l.from<r&&l.to>t||t==r&&l.to==t)&&(n(Math.max(l.from,t),Math.min(l.to,r),1==l.level?\"rtl\":\"ltr\",o),i=!0)}i||n(t,r,\"ltr\")}(g,r||0,null==n?f:n,function(e,t,i,h){var v=\"ltr\"==i,m=d(e,v?\"left\":\"right\"),y=d(t-1,v?\"right\":\"left\"),b=null==r&&0==e,w=null==n&&t==f,x=0==h,C=!g||h==g.length-1;if(y.top-m.top<=3){var S=(u?w:b)&&C,L=(u?b:w)&&x?s:(v?m:y).left,k=S?a:(v?y:m).right;c(L,m.top,k-L,m.bottom)}else{var T,M,N,O;v?(T=u&&b&&x?s:m.left,M=u?a:p(e,i,\"before\"),N=u?s:p(t,i,\"after\"),O=u&&w&&C?a:y.right):(T=u?p(e,i,\"before\"):s,M=!u&&b&&x?a:m.right,N=!u&&w&&C?s:y.left,O=u?p(t,i,\"after\"):a),c(T,m.top,M-T,m.bottom),m.bottom<y.top&&c(s,m.bottom,null,y.top),c(N,y.top,O-N,y.bottom)}(!o||un(m,o)<0)&&(o=m),un(y,o)<0&&(o=y),(!l||un(m,l)<0)&&(l=m),un(y,l)<0&&(l=y)}),{start:o,end:l}}var f=t.from(),d=t.to();if(f.line==d.line)h(f.line,f.ch,d.ch);else{var p=se(i,f.line),g=se(i,d.line),v=Be(p)==Be(g),m=h(f.line,f.ch,v?p.text.length+1:null).end,y=h(d.line,v?0:null,d.ch).start;v&&(m.top<y.top-2?(c(m.right,m.top,null,m.bottom),c(s,y.top,y.left,y.bottom)):c(m.right,m.top,y.left-m.right,m.bottom)),m.bottom<y.top&&c(s,m.bottom,null,y.top)}r.appendChild(o)}function hn(e){if(e.state.focused){var t=e.display;clearInterval(t.blinker);var r=!0;t.cursorDiv.style.visibility=\"\",e.options.cursorBlinkRate>0?t.blinker=setInterval(function(){return t.cursorDiv.style.visibility=(r=!r)?\"\":\"hidden\"},e.options.cursorBlinkRate):e.options.cursorBlinkRate<0&&(t.cursorDiv.style.visibility=\"hidden\")}}function fn(e){e.state.focused||(e.display.input.focus(),pn(e))}function dn(e){e.state.delayingBlurEvent=!0,setTimeout(function(){e.state.delayingBlurEvent&&(e.state.delayingBlurEvent=!1,gn(e))},100)}function pn(e,t){e.state.delayingBlurEvent&&(e.state.delayingBlurEvent=!1),\"nocursor\"!=e.options.readOnly&&(e.state.focused||(rt(e,\"focus\",e,t),e.state.focused=!0,H(e.display.wrapper,\"CodeMirror-focused\"),e.curOp||e.display.selForContextMenu==e.doc.sel||(e.display.input.reset(),a&&setTimeout(function(){return e.display.input.reset(!0)},20)),e.display.input.receivedFocus()),hn(e))}function gn(e,t){e.state.delayingBlurEvent||(e.state.focused&&(rt(e,\"blur\",e,t),e.state.focused=!1,T(e.display.wrapper,\"CodeMirror-focused\")),clearInterval(e.display.blinker),setTimeout(function(){e.state.focused||(e.display.shift=!1)},150))}function vn(e){for(var t=e.display,r=t.lineDiv.offsetTop,n=0;n<t.view.length;n++){var i=t.view[n],o=void 0;if(!i.hidden){if(l&&s<8){var a=i.node.offsetTop+i.node.offsetHeight;o=a-r,r=a}else{var u=i.node.getBoundingClientRect();o=u.bottom-u.top}var c=i.line.height-o;if(o<2&&(o=Zr(t)),(c>.005||c<-.005)&&(ce(i.line,o),mn(i.line),i.rest))for(var h=0;h<i.rest.length;h++)mn(i.rest[h])}}}function mn(e){if(e.widgets)for(var t=0;t<e.widgets.length;++t){var r=e.widgets[t],n=r.node.parentNode;n&&(r.height=n.offsetHeight)}}function yn(e,t,r){var n=r&&null!=r.top?Math.max(0,r.top):e.scroller.scrollTop;n=Math.floor(n-br(e));var i=r&&null!=r.bottom?r.bottom:n+e.wrapper.clientHeight,o=fe(t,n),l=fe(t,i);if(r&&r.ensure){var s=r.ensure.from.line,a=r.ensure.to.line;s<o?(o=s,l=fe(t,je(se(t,s))+e.wrapper.clientHeight)):Math.min(a,t.lastLine())>=l&&(o=fe(t,je(se(t,a))-e.wrapper.clientHeight),l=a)}return{from:o,to:Math.max(l,o+1)}}function bn(e){var t=e.display,r=t.view;if(t.alignWidgets||t.gutters.firstChild&&e.options.fixedGutter){for(var n=en(t)-t.scroller.scrollLeft+e.doc.scrollLeft,i=t.gutters.offsetWidth,o=n+\"px\",l=0;l<r.length;l++)if(!r[l].hidden){e.options.fixedGutter&&(r[l].gutter&&(r[l].gutter.style.left=o),r[l].gutterBackground&&(r[l].gutterBackground.style.left=o));var s=r[l].alignable;if(s)for(var a=0;a<s.length;a++)s[a].style.left=o}e.options.fixedGutter&&(t.gutters.style.left=n+i+\"px\")}}function wn(e){if(!e.options.lineNumbers)return!1;var t=e.doc,r=pe(e.options,t.first+t.size-1),n=e.display;if(r.length!=n.lineNumChars){var i=n.measure.appendChild(O(\"div\",[O(\"div\",r)],\"CodeMirror-linenumber CodeMirror-gutter-elt\")),o=i.firstChild.offsetWidth,l=i.offsetWidth-o;return n.lineGutter.style.width=\"\",n.lineNumInnerWidth=Math.max(o,n.lineGutter.offsetWidth-l)+1,n.lineNumWidth=n.lineNumInnerWidth+l,n.lineNumChars=n.lineNumInnerWidth?r.length:-1,n.lineGutter.style.width=n.lineNumWidth+\"px\",oi(e),!0}return!1}function xn(e,t){var r=e.display,n=Zr(e.display);t.top<0&&(t.top=0);var i=e.curOp&&null!=e.curOp.scrollTop?e.curOp.scrollTop:r.scroller.scrollTop,o=Lr(e),l={};t.bottom-t.top>o&&(t.bottom=t.top+o);var s=e.doc.height+wr(r),a=t.top<n,u=t.bottom>s-n;if(t.top<i)l.scrollTop=a?0:t.top;else if(t.bottom>i+o){var c=Math.min(t.top,(u?s:t.bottom)-o);c!=i&&(l.scrollTop=c)}var h=e.curOp&&null!=e.curOp.scrollLeft?e.curOp.scrollLeft:r.scroller.scrollLeft,f=Sr(e)-(e.options.fixedGutter?r.gutters.offsetWidth:0),d=t.right-t.left>f;return d&&(t.right=t.left+f),t.left<10?l.scrollLeft=0:t.left<h?l.scrollLeft=Math.max(0,t.left-(d?0:10)):t.right>f+h-3&&(l.scrollLeft=t.right+(d?0:10)-f),l}function Cn(e,t){null!=t&&(kn(e),e.curOp.scrollTop=(null==e.curOp.scrollTop?e.doc.scrollTop:e.curOp.scrollTop)+t)}function Sn(e){kn(e);var t=e.getCursor();e.curOp.scrollToPos={from:t,to:t,margin:e.options.cursorScrollMargin}}function Ln(e,t,r){null==t&&null==r||kn(e),null!=t&&(e.curOp.scrollLeft=t),null!=r&&(e.curOp.scrollTop=r)}function kn(e){var t=e.curOp.scrollToPos;t&&(e.curOp.scrollToPos=null,Tn(e,Kr(e,t.from),Kr(e,t.to),t.margin))}function Tn(e,t,r,n){var i=xn(e,{left:Math.min(t.left,r.left),top:Math.min(t.top,r.top)-n,right:Math.max(t.right,r.right),bottom:Math.max(t.bottom,r.bottom)+n});Ln(e,i.scrollLeft,i.scrollTop)}function Mn(e,t){Math.abs(e.doc.scrollTop-t)<2||(r||ii(e,{top:t}),Nn(e,t,!0),r&&ii(e),Jn(e,100))}function Nn(e,t,r){t=Math.min(e.display.scroller.scrollHeight-e.display.scroller.clientHeight,t),(e.display.scroller.scrollTop!=t||r)&&(e.doc.scrollTop=t,e.display.scrollbars.setScrollTop(t),e.display.scroller.scrollTop!=t&&(e.display.scroller.scrollTop=t))}function On(e,t,r,n){t=Math.min(t,e.display.scroller.scrollWidth-e.display.scroller.clientWidth),(r?t==e.doc.scrollLeft:Math.abs(e.doc.scrollLeft-t)<2)&&!n||(e.doc.scrollLeft=t,bn(e),e.display.scroller.scrollLeft!=t&&(e.display.scroller.scrollLeft=t),e.display.scrollbars.setScrollLeft(t))}function An(e){var t=e.display,r=t.gutters.offsetWidth,n=Math.round(e.doc.height+wr(e.display));return{clientHeight:t.scroller.clientHeight,viewHeight:t.wrapper.clientHeight,scrollWidth:t.scroller.scrollWidth,clientWidth:t.scroller.clientWidth,viewWidth:t.wrapper.clientWidth,barLeft:e.options.fixedGutter?r:0,docHeight:n,scrollHeight:n+Cr(e)+t.barHeight,nativeBarWidth:t.nativeBarWidth,gutterWidth:r}}var Dn=function(e,t,r){this.cm=r;var n=this.vert=O(\"div\",[O(\"div\",null,null,\"min-width: 1px\")],\"CodeMirror-vscrollbar\"),i=this.horiz=O(\"div\",[O(\"div\",null,null,\"height: 100%; min-height: 1px\")],\"CodeMirror-hscrollbar\");e(n),e(i),Je(n,\"scroll\",function(){n.clientHeight&&t(n.scrollTop,\"vertical\")}),Je(i,\"scroll\",function(){i.clientWidth&&t(i.scrollLeft,\"horizontal\")}),this.checkedZeroWidth=!1,l&&s<8&&(this.horiz.style.minHeight=this.vert.style.minWidth=\"18px\")};Dn.prototype.update=function(e){var t=e.scrollWidth>e.clientWidth+1,r=e.scrollHeight>e.clientHeight+1,n=e.nativeBarWidth;if(r){this.vert.style.display=\"block\",this.vert.style.bottom=t?n+\"px\":\"0\";var i=e.viewHeight-(t?n:0);this.vert.firstChild.style.height=Math.max(0,e.scrollHeight-e.clientHeight+i)+\"px\"}else this.vert.style.display=\"\",this.vert.firstChild.style.height=\"0\";if(t){this.horiz.style.display=\"block\",this.horiz.style.right=r?n+\"px\":\"0\",this.horiz.style.left=e.barLeft+\"px\";var o=e.viewWidth-e.barLeft-(r?n:0);this.horiz.firstChild.style.width=Math.max(0,e.scrollWidth-e.clientWidth+o)+\"px\"}else this.horiz.style.display=\"\",this.horiz.firstChild.style.width=\"0\";return!this.checkedZeroWidth&&e.clientHeight>0&&(0==n&&this.zeroWidthHack(),this.checkedZeroWidth=!0),{right:r?n:0,bottom:t?n:0}},Dn.prototype.setScrollLeft=function(e){this.horiz.scrollLeft!=e&&(this.horiz.scrollLeft=e),this.disableHoriz&&this.enableZeroWidthBar(this.horiz,this.disableHoriz,\"horiz\")},Dn.prototype.setScrollTop=function(e){this.vert.scrollTop!=e&&(this.vert.scrollTop=e),this.disableVert&&this.enableZeroWidthBar(this.vert,this.disableVert,\"vert\")},Dn.prototype.zeroWidthHack=function(){var e=y&&!d?\"12px\":\"18px\";this.horiz.style.height=this.vert.style.width=e,this.horiz.style.pointerEvents=this.vert.style.pointerEvents=\"none\",this.disableHoriz=new R,this.disableVert=new R},Dn.prototype.enableZeroWidthBar=function(e,t,r){e.style.pointerEvents=\"auto\",t.set(1e3,function n(){var i=e.getBoundingClientRect();(\"vert\"==r?document.elementFromPoint(i.right-1,(i.top+i.bottom)/2):document.elementFromPoint((i.right+i.left)/2,i.bottom-1))!=e?e.style.pointerEvents=\"none\":t.set(1e3,n)})},Dn.prototype.clear=function(){var e=this.horiz.parentNode;e.removeChild(this.horiz),e.removeChild(this.vert)};var Wn=function(){};function Hn(e,t){t||(t=An(e));var r=e.display.barWidth,n=e.display.barHeight;Fn(e,t);for(var i=0;i<4&&r!=e.display.barWidth||n!=e.display.barHeight;i++)r!=e.display.barWidth&&e.options.lineWrapping&&vn(e),Fn(e,An(e)),r=e.display.barWidth,n=e.display.barHeight}function Fn(e,t){var r=e.display,n=r.scrollbars.update(t);r.sizer.style.paddingRight=(r.barWidth=n.right)+\"px\",r.sizer.style.paddingBottom=(r.barHeight=n.bottom)+\"px\",r.heightForcer.style.borderBottom=n.bottom+\"px solid transparent\",n.right&&n.bottom?(r.scrollbarFiller.style.display=\"block\",r.scrollbarFiller.style.height=n.bottom+\"px\",r.scrollbarFiller.style.width=n.right+\"px\"):r.scrollbarFiller.style.display=\"\",n.bottom&&e.options.coverGutterNextToScrollbar&&e.options.fixedGutter?(r.gutterFiller.style.display=\"block\",r.gutterFiller.style.height=n.bottom+\"px\",r.gutterFiller.style.width=t.gutterWidth+\"px\"):r.gutterFiller.style.display=\"\"}Wn.prototype.update=function(){return{bottom:0,right:0}},Wn.prototype.setScrollLeft=function(){},Wn.prototype.setScrollTop=function(){},Wn.prototype.clear=function(){};var Pn={native:Dn,null:Wn};function En(e){e.display.scrollbars&&(e.display.scrollbars.clear(),e.display.scrollbars.addClass&&T(e.display.wrapper,e.display.scrollbars.addClass)),e.display.scrollbars=new Pn[e.options.scrollbarStyle](function(t){e.display.wrapper.insertBefore(t,e.display.scrollbarFiller),Je(t,\"mousedown\",function(){e.state.focused&&setTimeout(function(){return e.display.input.focus()},0)}),t.setAttribute(\"cm-not-content\",\"true\")},function(t,r){\"horizontal\"==r?On(e,t):Mn(e,t)},e),e.display.scrollbars.addClass&&H(e.display.wrapper,e.display.scrollbars.addClass)}var zn=0;function In(e){var t;e.curOp={cm:e,viewChanged:!1,startHeight:e.doc.height,forceUpdate:!1,updateInput:null,typing:!1,changeObjs:null,cursorActivityHandlers:null,cursorActivityCalled:0,selectionChanged:!1,updateMaxLine:!1,scrollLeft:null,scrollTop:null,scrollToPos:null,focus:!1,id:++zn},t=e.curOp,nr?nr.ops.push(t):t.ownsGroup=nr={ops:[t],delayedCallbacks:[]}}function Rn(e){!function(e,t){var r=e.ownsGroup;if(r)try{!function(e){var t=e.delayedCallbacks,r=0;do{for(;r<t.length;r++)t[r].call(null);for(var n=0;n<e.ops.length;n++){var i=e.ops[n];if(i.cursorActivityHandlers)for(;i.cursorActivityCalled<i.cursorActivityHandlers.length;)i.cursorActivityHandlers[i.cursorActivityCalled++].call(null,i.cm)}}while(r<t.length)}(r)}finally{nr=null,t(r)}}(e.curOp,function(e){for(var t=0;t<e.ops.length;t++)e.ops[t].cm.curOp=null;!function(e){for(var t=e.ops,r=0;r<t.length;r++)Bn(t[r]);for(var n=0;n<t.length;n++)(i=t[n]).updatedDisplay=i.mustUpdate&&ri(i.cm,i.update);var i;for(var o=0;o<t.length;o++)Gn(t[o]);for(var l=0;l<t.length;l++)Un(t[l]);for(var s=0;s<t.length;s++)Vn(t[s])}(e)})}function Bn(e){var t,r,n=e.cm,i=n.display;!(r=(t=n).display).scrollbarsClipped&&r.scroller.offsetWidth&&(r.nativeBarWidth=r.scroller.offsetWidth-r.scroller.clientWidth,r.heightForcer.style.height=Cr(t)+\"px\",r.sizer.style.marginBottom=-r.nativeBarWidth+\"px\",r.sizer.style.borderRightWidth=Cr(t)+\"px\",r.scrollbarsClipped=!0),e.updateMaxLine&&Ye(n),e.mustUpdate=e.viewChanged||e.forceUpdate||null!=e.scrollTop||e.scrollToPos&&(e.scrollToPos.from.line<i.viewFrom||e.scrollToPos.to.line>=i.viewTo)||i.maxLineChanged&&n.options.lineWrapping,e.update=e.mustUpdate&&new ti(n,e.mustUpdate&&{top:e.scrollTop,ensure:e.scrollToPos},e.forceUpdate)}function Gn(e){var t=e.cm,r=t.display;e.updatedDisplay&&vn(t),e.barMeasure=An(t),r.maxLineChanged&&!t.options.lineWrapping&&(e.adjustWidthTo=Tr(t,r.maxLine,r.maxLine.text.length).left+3,t.display.sizerWidth=e.adjustWidthTo,e.barMeasure.scrollWidth=Math.max(r.scroller.clientWidth,r.sizer.offsetLeft+e.adjustWidthTo+Cr(t)+t.display.barWidth),e.maxScrollLeft=Math.max(0,r.sizer.offsetLeft+e.adjustWidthTo-Sr(t))),(e.updatedDisplay||e.selectionChanged)&&(e.preparedSelection=r.input.prepareSelection())}function Un(e){var t=e.cm;null!=e.adjustWidthTo&&(t.display.sizer.style.minWidth=e.adjustWidthTo+\"px\",e.maxScrollLeft<t.doc.scrollLeft&&On(t,Math.min(t.display.scroller.scrollLeft,e.maxScrollLeft),!0),t.display.maxLineChanged=!1);var r=e.focus&&e.focus==W();e.preparedSelection&&t.display.input.showSelection(e.preparedSelection,r),(e.updatedDisplay||e.startHeight!=t.doc.height)&&Hn(t,e.barMeasure),e.updatedDisplay&&li(t,e.barMeasure),e.selectionChanged&&hn(t),t.state.focused&&e.updateInput&&t.display.input.reset(e.typing),r&&fn(e.cm)}function Vn(e){var t=e.cm,r=t.display,n=t.doc;(e.updatedDisplay&&ni(t,e.update),null==r.wheelStartX||null==e.scrollTop&&null==e.scrollLeft&&!e.scrollToPos||(r.wheelStartX=r.wheelStartY=null),null!=e.scrollTop&&Nn(t,e.scrollTop,e.forceScroll),null!=e.scrollLeft&&On(t,e.scrollLeft,!0,!0),e.scrollToPos)&&function(e,t){if(!nt(e,\"scrollCursorIntoView\")){var r=e.display,n=r.sizer.getBoundingClientRect(),i=null;if(t.top+n.top<0?i=!0:t.bottom+n.top>(window.innerHeight||document.documentElement.clientHeight)&&(i=!1),null!=i&&!p){var o=O(\"div\",\"\",null,\"position: absolute;\\n top: \"+(t.top-r.viewOffset-br(e.display))+\"px;\\n height: \"+(t.bottom-t.top+Cr(e)+r.barHeight)+\"px;\\n left: \"+t.left+\"px; width: \"+Math.max(2,t.right-t.left)+\"px;\");e.display.lineSpace.appendChild(o),o.scrollIntoView(i),e.display.lineSpace.removeChild(o)}}}(t,function(e,t,r,n){var i;null==n&&(n=0),e.options.lineWrapping||t!=r||(r=\"before\"==(t=t.ch?ge(t.line,\"before\"==t.sticky?t.ch-1:t.ch,\"after\"):t).sticky?ge(t.line,t.ch+1,\"before\"):t);for(var o=0;o<5;o++){var l=!1,s=Vr(e,t),a=r&&r!=t?Vr(e,r):s,u=xn(e,i={left:Math.min(s.left,a.left),top:Math.min(s.top,a.top)-n,right:Math.max(s.left,a.left),bottom:Math.max(s.bottom,a.bottom)+n}),c=e.doc.scrollTop,h=e.doc.scrollLeft;if(null!=u.scrollTop&&(Mn(e,u.scrollTop),Math.abs(e.doc.scrollTop-c)>1&&(l=!0)),null!=u.scrollLeft&&(On(e,u.scrollLeft),Math.abs(e.doc.scrollLeft-h)>1&&(l=!0)),!l)break}return i}(t,Ce(n,e.scrollToPos.from),Ce(n,e.scrollToPos.to),e.scrollToPos.margin));var i=e.maybeHiddenMarkers,o=e.maybeUnhiddenMarkers;if(i)for(var l=0;l<i.length;++l)i[l].lines.length||rt(i[l],\"hide\");if(o)for(var s=0;s<o.length;++s)o[s].lines.length&&rt(o[s],\"unhide\");r.wrapper.offsetHeight&&(n.scrollTop=t.display.scroller.scrollTop),e.changeObjs&&rt(t,\"changes\",t,e.changeObjs),e.update&&e.update.finish()}function Kn(e,t){if(e.curOp)return t();In(e);try{return t()}finally{Rn(e)}}function jn(e,t){return function(){if(e.curOp)return t.apply(e,arguments);In(e);try{return t.apply(e,arguments)}finally{Rn(e)}}}function Xn(e){return function(){if(this.curOp)return e.apply(this,arguments);In(this);try{return e.apply(this,arguments)}finally{Rn(this)}}}function Yn(e){return function(){var t=this.cm;if(!t||t.curOp)return e.apply(this,arguments);In(t);try{return e.apply(this,arguments)}finally{Rn(t)}}}function _n(e,t,r,n){null==t&&(t=e.doc.first),null==r&&(r=e.doc.first+e.doc.size),n||(n=0);var i=e.display;if(n&&r<i.viewTo&&(null==i.updateLineNumbers||i.updateLineNumbers>t)&&(i.updateLineNumbers=t),e.curOp.viewChanged=!0,t>=i.viewTo)ke&&Ge(e.doc,t)<i.viewTo&&$n(e);else if(r<=i.viewFrom)ke&&Ue(e.doc,r+n)>i.viewFrom?$n(e):(i.viewFrom+=n,i.viewTo+=n);else if(t<=i.viewFrom&&r>=i.viewTo)$n(e);else if(t<=i.viewFrom){var o=Zn(e,r,r+n,1);o?(i.view=i.view.slice(o.index),i.viewFrom=o.lineN,i.viewTo+=n):$n(e)}else if(r>=i.viewTo){var l=Zn(e,t,t,-1);l?(i.view=i.view.slice(0,l.index),i.viewTo=l.lineN):$n(e)}else{var s=Zn(e,t,t,-1),a=Zn(e,r,r+n,1);s&&a?(i.view=i.view.slice(0,s.index).concat(rr(e,s.lineN,a.lineN)).concat(i.view.slice(a.index)),i.viewTo+=n):$n(e)}var u=i.externalMeasured;u&&(r<u.lineN?u.lineN+=n:t<u.lineN+u.size&&(i.externalMeasured=null))}function qn(e,t,r){e.curOp.viewChanged=!0;var n=e.display,i=e.display.externalMeasured;if(i&&t>=i.lineN&&t<i.lineN+i.size&&(n.externalMeasured=null),!(t<n.viewFrom||t>=n.viewTo)){var o=n.view[on(e,t)];if(null!=o.node){var l=o.changes||(o.changes=[]);-1==B(l,r)&&l.push(r)}}}function $n(e){e.display.viewFrom=e.display.viewTo=e.doc.first,e.display.view=[],e.display.viewOffset=0}function Zn(e,t,r,n){var i,o=on(e,t),l=e.display.view;if(!ke||r==e.doc.first+e.doc.size)return{index:o,lineN:r};for(var s=e.display.viewFrom,a=0;a<o;a++)s+=l[a].size;if(s!=t){if(n>0){if(o==l.length-1)return null;i=s+l[o].size-t,o++}else i=s-t;t+=i,r+=i}for(;Ge(e.doc,r)!=r;){if(o==(n<0?0:l.length-1))return null;r+=n*l[o-(n<0?1:0)].size,o+=n}return{index:o,lineN:r}}function Qn(e){for(var t=e.display.view,r=0,n=0;n<t.length;n++){var i=t[n];i.hidden||i.node&&!i.changes||++r}return r}function Jn(e,t){e.doc.highlightFrontier<e.display.viewTo&&e.state.highlight.set(t,E(ei,e))}function ei(e){var t=e.doc;if(!(t.highlightFrontier>=e.display.viewTo)){var r=+new Date+e.options.workTime,n=zt(e,t.highlightFrontier),i=[];t.iter(n.line,Math.min(t.first+t.size,e.display.viewTo+500),function(o){if(n.line>=e.display.viewFrom){var l=o.styles,s=o.text.length>e.options.maxHighlightLength?Ot(t.mode,n.state):null,a=Pt(e,o,n,!0);s&&(n.state=s),o.styles=a.styles;var u=o.styleClasses,c=a.classes;c?o.styleClasses=c:u&&(o.styleClasses=null);for(var h=!l||l.length!=o.styles.length||u!=c&&(!u||!c||u.bgClass!=c.bgClass||u.textClass!=c.textClass),f=0;!h&&f<l.length;++f)h=l[f]!=o.styles[f];h&&i.push(n.line),o.stateAfter=n.save(),n.nextLine()}else o.text.length<=e.options.maxHighlightLength&&It(e,o.text,n),o.stateAfter=n.line%5==0?n.save():null,n.nextLine();if(+new Date>r)return Jn(e,e.options.workDelay),!0}),t.highlightFrontier=n.line,t.modeFrontier=Math.max(t.modeFrontier,n.line),i.length&&Kn(e,function(){for(var t=0;t<i.length;t++)qn(e,i[t],\"text\")})}}var ti=function(e,t,r){var n=e.display;this.viewport=t,this.visible=yn(n,e.doc,t),this.editorIsHidden=!n.wrapper.offsetWidth,this.wrapperHeight=n.wrapper.clientHeight,this.wrapperWidth=n.wrapper.clientWidth,this.oldDisplayWidth=Sr(e),this.force=r,this.dims=Jr(e),this.events=[]};function ri(e,t){var r=e.display,n=e.doc;if(t.editorIsHidden)return $n(e),!1;if(!t.force&&t.visible.from>=r.viewFrom&&t.visible.to<=r.viewTo&&(null==r.updateLineNumbers||r.updateLineNumbers>=r.viewTo)&&r.renderedView==r.view&&0==Qn(e))return!1;wn(e)&&($n(e),t.dims=Jr(e));var i=n.first+n.size,o=Math.max(t.visible.from-e.options.viewportMargin,n.first),l=Math.min(i,t.visible.to+e.options.viewportMargin);r.viewFrom<o&&o-r.viewFrom<20&&(o=Math.max(n.first,r.viewFrom)),r.viewTo>l&&r.viewTo-l<20&&(l=Math.min(i,r.viewTo)),ke&&(o=Ge(e.doc,o),l=Ue(e.doc,l));var s,u,c,h,f=o!=r.viewFrom||l!=r.viewTo||r.lastWrapHeight!=t.wrapperHeight||r.lastWrapWidth!=t.wrapperWidth;u=o,c=l,0==(h=(s=e).display).view.length||u>=h.viewTo||c<=h.viewFrom?(h.view=rr(s,u,c),h.viewFrom=u):(h.viewFrom>u?h.view=rr(s,u,h.viewFrom).concat(h.view):h.viewFrom<u&&(h.view=h.view.slice(on(s,u))),h.viewFrom=u,h.viewTo<c?h.view=h.view.concat(rr(s,h.viewTo,c)):h.viewTo>c&&(h.view=h.view.slice(0,on(s,c)))),h.viewTo=c,r.viewOffset=je(se(e.doc,r.viewFrom)),e.display.mover.style.top=r.viewOffset+\"px\";var d=Qn(e);if(!f&&0==d&&!t.force&&r.renderedView==r.view&&(null==r.updateLineNumbers||r.updateLineNumbers>=r.viewTo))return!1;var p=function(e){if(e.hasFocus())return null;var t=W();if(!t||!D(e.display.lineDiv,t))return null;var r={activeElt:t};if(window.getSelection){var n=window.getSelection();n.anchorNode&&n.extend&&D(e.display.lineDiv,n.anchorNode)&&(r.anchorNode=n.anchorNode,r.anchorOffset=n.anchorOffset,r.focusNode=n.focusNode,r.focusOffset=n.focusOffset)}return r}(e);return d>4&&(r.lineDiv.style.display=\"none\"),function(e,t,r){var n=e.display,i=e.options.lineNumbers,o=n.lineDiv,l=o.firstChild;function s(t){var r=t.nextSibling;return a&&y&&e.display.currentWheelTarget==t?t.style.display=\"none\":t.parentNode.removeChild(t),r}for(var u=n.view,c=n.viewFrom,h=0;h<u.length;h++){var f=u[h];if(f.hidden);else if(f.node&&f.node.parentNode==o){for(;l!=f.node;)l=s(l);var d=i&&null!=t&&t<=c&&f.lineNumber;f.changes&&(B(f.changes,\"gutter\")>-1&&(d=!1),sr(e,f,c,r)),d&&(M(f.lineNumber),f.lineNumber.appendChild(document.createTextNode(pe(e.options,c)))),l=f.node.nextSibling}else{var p=(m=c,b=r,void 0,w=ur(g=e,v=f),v.text=v.node=w.pre,w.bgClass&&(v.bgClass=w.bgClass),w.textClass&&(v.textClass=w.textClass),hr(g,v),fr(g,v,m,b),pr(g,v,b),v.node);o.insertBefore(p,l)}c+=f.size}var g,v,m,b,w;for(;l;)l=s(l)}(e,r.updateLineNumbers,t.dims),d>4&&(r.lineDiv.style.display=\"\"),r.renderedView=r.view,function(e){if(e&&e.activeElt&&e.activeElt!=W()&&(e.activeElt.focus(),e.anchorNode&&D(document.body,e.anchorNode)&&D(document.body,e.focusNode))){var t=window.getSelection(),r=document.createRange();r.setEnd(e.anchorNode,e.anchorOffset),r.collapse(!1),t.removeAllRanges(),t.addRange(r),t.extend(e.focusNode,e.focusOffset)}}(p),M(r.cursorDiv),M(r.selectionDiv),r.gutters.style.height=r.sizer.style.minHeight=0,f&&(r.lastWrapHeight=t.wrapperHeight,r.lastWrapWidth=t.wrapperWidth,Jn(e,400)),r.updateLineNumbers=null,!0}function ni(e,t){for(var r=t.viewport,n=!0;(n&&e.options.lineWrapping&&t.oldDisplayWidth!=Sr(e)||(r&&null!=r.top&&(r={top:Math.min(e.doc.height+wr(e.display)-Lr(e),r.top)}),t.visible=yn(e.display,e.doc,r),!(t.visible.from>=e.display.viewFrom&&t.visible.to<=e.display.viewTo)))&&ri(e,t);n=!1){vn(e);var i=An(e);ln(e),Hn(e,i),li(e,i),t.force=!1}t.signal(e,\"update\",e),e.display.viewFrom==e.display.reportedViewFrom&&e.display.viewTo==e.display.reportedViewTo||(t.signal(e,\"viewportChange\",e,e.display.viewFrom,e.display.viewTo),e.display.reportedViewFrom=e.display.viewFrom,e.display.reportedViewTo=e.display.viewTo)}function ii(e,t){var r=new ti(e,t);if(ri(e,r)){vn(e),ni(e,r);var n=An(e);ln(e),Hn(e,n),li(e,n),r.finish()}}function oi(e){var t=e.display.gutters.offsetWidth;e.display.sizer.style.marginLeft=t+\"px\"}function li(e,t){e.display.sizer.style.minHeight=t.docHeight+\"px\",e.display.heightForcer.style.top=t.docHeight+\"px\",e.display.gutters.style.height=t.docHeight+e.display.barHeight+Cr(e)+\"px\"}function si(e){var t=e.display.gutters,r=e.options.gutters;M(t);for(var n=0;n<r.length;++n){var i=r[n],o=t.appendChild(O(\"div\",null,\"CodeMirror-gutter 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f=t.target,d=l.view;f!=s;f=f.parentNode)for(var p=0;p<d.length;p++)if(d[p].node==f){e.display.currentWheelTarget=f;break e}if(i&&!r&&!h&&null!=ci)return o&&c&&Mn(e,Math.max(0,s.scrollTop+o*ci)),On(e,Math.max(0,s.scrollLeft+i*ci)),(!o||o&&c)&&st(t),void(l.wheelStartX=null);if(o&&null!=ci){var g=o*ci,v=e.doc.scrollTop,m=v+l.wrapper.clientHeight;g<0?v=Math.max(0,v+g-50):m=Math.min(e.doc.height,m+g+50),ii(e,{top:v,bottom:m})}ui<20&&(null==l.wheelStartX?(l.wheelStartX=s.scrollLeft,l.wheelStartY=s.scrollTop,l.wheelDX=i,l.wheelDY=o,setTimeout(function(){if(null!=l.wheelStartX){var e=s.scrollLeft-l.wheelStartX,t=s.scrollTop-l.wheelStartY,r=t&&l.wheelDY&&t/l.wheelDY||e&&l.wheelDX&&e/l.wheelDX;l.wheelStartX=l.wheelStartY=null,r&&(ci=(ci*ui+r)/(ui+1),++ui)}},200)):(l.wheelDX+=i,l.wheelDY+=o))}}l?ci=-.53:r?ci=15:c?ci=-.7:f&&(ci=-1/3);var pi=function(e,t){this.ranges=e,this.primIndex=t};pi.prototype.primary=function(){return this.ranges[this.primIndex]},pi.prototype.equals=function(e){if(e==this)return!0;if(e.primIndex!=this.primIndex||e.ranges.length!=this.ranges.length)return!1;for(var t=0;t<this.ranges.length;t++){var r=this.ranges[t],n=e.ranges[t];if(!me(r.anchor,n.anchor)||!me(r.head,n.head))return!1}return!0},pi.prototype.deepCopy=function(){for(var e=[],t=0;t<this.ranges.length;t++)e[t]=new gi(ye(this.ranges[t].anchor),ye(this.ranges[t].head));return new pi(e,this.primIndex)},pi.prototype.somethingSelected=function(){for(var e=0;e<this.ranges.length;e++)if(!this.ranges[e].empty())return!0;return!1},pi.prototype.contains=function(e,t){t||(t=e);for(var r=0;r<this.ranges.length;r++){var n=this.ranges[r];if(ve(t,n.from())>=0&&ve(e,n.to())<=0)return r}return-1};var gi=function(e,t){this.anchor=e,this.head=t};function vi(e,t){var r=e[t];e.sort(function(e,t){return ve(e.from(),t.from())}),t=B(e,r);for(var n=1;n<e.length;n++){var i=e[n],o=e[n-1];if(ve(o.to(),i.from())>=0){var l=we(o.from(),i.from()),s=be(o.to(),i.to()),a=o.empty()?i.from()==i.head:o.from()==o.head;n<=t&&--t,e.splice(--n,2,new gi(a?s:l,a?l:s))}}return new pi(e,t)}function mi(e,t){return new pi([new gi(e,t||e)],0)}function yi(e){return e.text?ge(e.from.line+e.text.length-1,q(e.text).length+(1==e.text.length?e.from.ch:0)):e.to}function bi(e,t){if(ve(e,t.from)<0)return e;if(ve(e,t.to)<=0)return yi(t);var r=e.line+t.text.length-(t.to.line-t.from.line)-1,n=e.ch;return e.line==t.to.line&&(n+=yi(t).ch-t.to.ch),ge(r,n)}function wi(e,t){for(var r=[],n=0;n<e.sel.ranges.length;n++){var i=e.sel.ranges[n];r.push(new gi(bi(i.anchor,t),bi(i.head,t)))}return vi(r,e.sel.primIndex)}function xi(e,t,r){return e.line==t.line?ge(r.line,e.ch-t.ch+r.ch):ge(r.line+(e.line-t.line),e.ch)}function Ci(e){e.doc.mode=Tt(e.options,e.doc.modeOption),Si(e)}function 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s=o.markedSpans[l],a=s.marker;if((null==s.from||(a.inclusiveLeft?s.from<=t.ch:s.from<t.ch))&&(null==s.to||(a.inclusiveRight?s.to>=t.ch:s.to>t.ch))){if(i&&(rt(a,\"beforeCursorEnter\"),a.explicitlyCleared)){if(o.markedSpans){--l;continue}break}if(!a.atomic)continue;if(r){var u=a.find(n<0?1:-1),c=void 0;if((n<0?a.inclusiveRight:a.inclusiveLeft)&&(u=Qi(e,u,-n,u&&u.line==t.line?o:null)),u&&u.line==t.line&&(c=ve(u,r))&&(n<0?c<0:c>0))return $i(e,u,t,n,i)}var h=a.find(n<0?-1:1);return(n<0?a.inclusiveLeft:a.inclusiveRight)&&(h=Qi(e,h,n,h.line==t.line?o:null)),h?$i(e,h,t,n,i):null}}return t}function Zi(e,t,r,n,i){var o=n||1,l=$i(e,t,r,o,i)||!i&&$i(e,t,r,o,!0)||$i(e,t,r,-o,i)||!i&&$i(e,t,r,-o,!0);return l||(e.cantEdit=!0,ge(e.first,0))}function Qi(e,t,r,n){return r<0&&0==t.ch?t.line>e.first?Ce(e,ge(t.line-1)):null:r>0&&t.ch==(n||se(e,t.line)).text.length?t.line<e.first+e.size-1?ge(t.line+1,0):null:new ge(t.line,t.ch+r)}function Ji(e){e.setSelection(ge(e.firstLine(),0),ge(e.lastLine()),V)}function 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c=[a,1],h=ve(u.from,s.from),f=ve(u.to,s.to);(h<0||!l.inclusiveLeft&&!h)&&c.push({from:u.from,to:s.from}),(f>0||!l.inclusiveRight&&!f)&&c.push({from:s.to,to:u.to}),i.splice.apply(i,c),a+=c.length-3}}return i}(e,t.from,t.to);if(n)for(var i=n.length-1;i>=0;--i)ro(e,{from:n[i].from,to:n[i].to,text:i?[\"\"]:t.text,origin:t.origin});else ro(e,t)}}function ro(e,t){if(1!=t.text.length||\"\"!=t.text[0]||0!=ve(t.from,t.to)){var r=wi(e,t);Wi(e,t,r,e.cm?e.cm.curOp.id:NaN),oo(e,t,r,Oe(e,t));var n=[];Ti(e,function(e,r){r||-1!=B(n,e.history)||(uo(e.history,t),n.push(e.history)),oo(e,t,null,Oe(e,t))})}}function no(e,t,r){var n=e.cm&&e.cm.state.suppressEdits;if(!n||r){for(var i,o=e.history,l=e.sel,s=\"undo\"==t?o.done:o.undone,a=\"undo\"==t?o.undone:o.done,u=0;u<s.length&&(i=s[u],r?!i.ranges||i.equals(e.sel):i.ranges);u++);if(u!=s.length){for(o.lastOrigin=o.lastSelOrigin=null;;){if(!(i=s.pop()).ranges){if(n)return void s.push(i);break}if(Fi(i,a),r&&!i.equals(e.sel))return void ji(e,i,{clearRedo:!1});l=i}var c=[];Fi(l,a),a.push({changes:c,generation:o.generation}),o.generation=i.generation||++o.maxGeneration;for(var h=ot(e,\"beforeChange\")||e.cm&&ot(e.cm,\"beforeChange\"),f=function(r){var n=i.changes[r];if(n.origin=t,h&&!eo(e,n,!1))return s.length=0,{};c.push(Ai(e,n));var o=r?wi(e,n):q(s);oo(e,n,o,zi(e,n)),!r&&e.cm&&e.cm.scrollIntoView({from:n.from,to:yi(n)});var l=[];Ti(e,function(e,t){t||-1!=B(l,e.history)||(uo(e.history,n),l.push(e.history)),oo(e,n,null,zi(e,n))})},d=i.changes.length-1;d>=0;--d){var p=f(d);if(p)return p.v}}}}function io(e,t){if(0!=t&&(e.first+=t,e.sel=new pi($(e.sel.ranges,function(e){return new gi(ge(e.anchor.line+t,e.anchor.ch),ge(e.head.line+t,e.head.ch))}),e.sel.primIndex),e.cm)){_n(e.cm,e.first,e.first-t,t);for(var r=e.cm.display,n=r.viewFrom;n<r.viewTo;n++)qn(e.cm,n,\"gutter\")}}function oo(e,t,r,n){if(e.cm&&!e.cm.curOp)return jn(e.cm,oo)(e,t,r,n);if(t.to.line<e.first)io(e,t.text.length-1-(t.to.line-t.from.line));else if(!(t.from.line>e.lastLine())){if(t.from.line<e.first){var i=t.text.length-1-(e.first-t.from.line);io(e,i),t={from:ge(e.first,0),to:ge(t.to.line+i,t.to.ch),text:[q(t.text)],origin:t.origin}}var o=e.lastLine();t.to.line>o&&(t={from:t.from,to:ge(o,se(e,o).text.length),text:[t.text[0]],origin:t.origin}),t.removed=ae(e,t.from,t.to),r||(r=wi(e,t)),e.cm?function(e,t,r){var n=e.doc,i=e.display,o=t.from,l=t.to,s=!1,a=o.line;e.options.lineWrapping||(a=he(Be(se(n,o.line))),n.iter(a,l.line+1,function(e){if(e==i.maxLine)return s=!0,!0}));n.sel.contains(t.from,t.to)>-1&&it(e);ki(n,t,r,tn(e)),e.options.lineWrapping||(n.iter(a,o.line+t.text.length,function(e){var t=Xe(e);t>i.maxLineLength&&(i.maxLine=e,i.maxLineLength=t,i.maxLineChanged=!0,s=!1)}),s&&(e.curOp.updateMaxLine=!0));(function(e,t){if(e.modeFrontier=Math.min(e.modeFrontier,t),!(e.highlightFrontier<t-10)){for(var r=e.first,n=t-1;n>r;n--){var i=se(e,n).stateAfter;if(i&&(!(i instanceof Ht)||n+i.lookAhead<t)){r=n+1;break}}e.highlightFrontier=Math.min(e.highlightFrontier,r)}})(n,o.line),Jn(e,400);var u=t.text.length-(l.line-o.line)-1;t.full?_n(e):o.line!=l.line||1!=t.text.length||Li(e.doc,t)?_n(e,o.line,l.line+1,u):qn(e,o.line,\"text\");var c=ot(e,\"changes\"),h=ot(e,\"change\");if(h||c){var f={from:o,to:l,text:t.text,removed:t.removed,origin:t.origin};h&&or(e,\"change\",e,f),c&&(e.curOp.changeObjs||(e.curOp.changeObjs=[])).push(f)}e.display.selForContextMenu=null}(e.cm,t,n):ki(e,t,n),Xi(e,r,V)}}function lo(e,t,r,n,i){var o;(n||(n=r),ve(n,r)<0)&&(r=(o=[n,r])[0],n=o[1]);\"string\"==typeof t&&(t=e.splitLines(t)),to(e,{from:r,to:n,text:t,origin:i})}function so(e,t,r,n){r<e.line?e.line+=n:t<e.line&&(e.line=t,e.ch=0)}function ao(e,t,r,n){for(var i=0;i<e.length;++i){var o=e[i],l=!0;if(o.ranges){o.copied||((o=e[i]=o.deepCopy()).copied=!0);for(var s=0;s<o.ranges.length;s++)so(o.ranges[s].anchor,t,r,n),so(o.ranges[s].head,t,r,n)}else{for(var a=0;a<o.changes.length;++a){var u=o.changes[a];if(r<u.from.line)u.from=ge(u.from.line+n,u.from.ch),u.to=ge(u.to.line+n,u.to.ch);else if(t<=u.to.line){l=!1;break}}l||(e.splice(0,i+1),i=0)}}}function uo(e,t){var r=t.from.line,n=t.to.line,i=t.text.length-(n-r)-1;ao(e.done,r,n,i),ao(e.undone,r,n,i)}function co(e,t,r,n){var i=t,o=t;return\"number\"==typeof t?o=se(e,xe(e,t)):i=he(t),null==i?null:(n(o,i)&&e.cm&&qn(e.cm,i,r),o)}function ho(e){this.lines=e,this.parent=null;for(var t=0,r=0;r<e.length;++r)e[r].parent=this,t+=e[r].height;this.height=t}function fo(e){this.children=e;for(var t=0,r=0,n=0;n<e.length;++n){var i=e[n];t+=i.chunkSize(),r+=i.height,i.parent=this}this.size=t,this.height=r,this.parent=null}gi.prototype.from=function(){return we(this.anchor,this.head)},gi.prototype.to=function(){return be(this.anchor,this.head)},gi.prototype.empty=function(){return this.head.line==this.anchor.line&&this.head.ch==this.anchor.ch},ho.prototype={chunkSize:function(){return this.lines.length},removeInner:function(e,t){for(var r,n=e,i=e+t;n<i;++n){var o=this.lines[n];this.height-=o.height,(r=o).parent=null,De(r),or(o,\"delete\")}this.lines.splice(e,t)},collapse:function(e){e.push.apply(e,this.lines)},insertInner:function(e,t,r){this.height+=r,this.lines=this.lines.slice(0,e).concat(t).concat(this.lines.slice(e));for(var n=0;n<t.length;++n)t[n].parent=this},iterN:function(e,t,r){for(var n=e+t;e<n;++e)if(r(this.lines[e]))return!0}},fo.prototype={chunkSize:function(){return this.size},removeInner:function(e,t){this.size-=t;for(var r=0;r<this.children.length;++r){var n=this.children[r],i=n.chunkSize();if(e<i){var o=Math.min(t,i-e),l=n.height;if(n.removeInner(e,o),this.height-=l-n.height,i==o&&(this.children.splice(r--,1),n.parent=null),0==(t-=o))break;e=0}else e-=i}if(this.size-t<25&&(this.children.length>1||!(this.children[0]instanceof ho))){var s=[];this.collapse(s),this.children=[new ho(s)],this.children[0].parent=this}},collapse:function(e){for(var t=0;t<this.children.length;++t)this.children[t].collapse(e)},insertInner:function(e,t,r){this.size+=t.length,this.height+=r;for(var n=0;n<this.children.length;++n){var i=this.children[n],o=i.chunkSize();if(e<=o){if(i.insertInner(e,t,r),i.lines&&i.lines.length>50){for(var l=i.lines.length%25+25,s=l;s<i.lines.length;){var a=new ho(i.lines.slice(s,s+=25));i.height-=a.height,this.children.splice(++n,0,a),a.parent=this}i.lines=i.lines.slice(0,l),this.maybeSpill()}break}e-=o}},maybeSpill:function(){if(!(this.children.length<=10)){var e=this;do{var t=new fo(e.children.splice(e.children.length-5,5));if(e.parent){e.size-=t.size,e.height-=t.height;var r=B(e.parent.children,e);e.parent.children.splice(r+1,0,t)}else{var n=new fo(e.children);n.parent=e,e.children=[n,t],e=n}t.parent=e.parent}while(e.children.length>10);e.parent.maybeSpill()}},iterN:function(e,t,r){for(var n=0;n<this.children.length;++n){var i=this.children[n],o=i.chunkSize();if(e<o){var l=Math.min(t,o-e);if(i.iterN(e,l,r))return!0;if(0==(t-=l))break;e=0}else e-=o}}};var po=function(e,t,r){if(r)for(var n in r)r.hasOwnProperty(n)&&(this[n]=r[n]);this.doc=e,this.node=t};function go(e,t,r){je(t)<(e.curOp&&e.curOp.scrollTop||e.doc.scrollTop)&&Cn(e,r)}po.prototype.clear=function(){var e=this.doc.cm,t=this.line.widgets,r=this.line,n=he(r);if(null!=n&&t){for(var i=0;i<t.length;++i)t[i]==this&&t.splice(i--,1);t.length||(r.widgets=null);var o=mr(this);ce(r,Math.max(0,r.height-o)),e&&(Kn(e,function(){go(e,r,-o),qn(e,n,\"widget\")}),or(e,\"lineWidgetCleared\",e,this,n))}},po.prototype.changed=function(){var e=this,t=this.height,r=this.doc.cm,n=this.line;this.height=null;var i=mr(this)-t;i&&(ce(n,n.height+i),r&&Kn(r,function(){r.curOp.forceUpdate=!0,go(r,n,i),or(r,\"lineWidgetChanged\",r,e,he(n))}))},lt(po);var vo=0,mo=function(e,t){this.lines=[],this.type=t,this.doc=e,this.id=++vo};function yo(e,t,r,n,i){if(n&&n.shared)return function(e,t,r,n,i){(n=z(n)).shared=!1;var o=[yo(e,t,r,n,i)],l=o[0],s=n.widgetNode;return Ti(e,function(e){s&&(n.widgetNode=s.cloneNode(!0)),o.push(yo(e,Ce(e,t),Ce(e,r),n,i));for(var a=0;a<e.linked.length;++a)if(e.linked[a].isParent)return;l=q(o)}),new bo(o,l)}(e,t,r,n,i);if(e.cm&&!e.cm.curOp)return jn(e.cm,yo)(e,t,r,n,i);var o=new mo(e,i),l=ve(t,r);if(n&&z(n,o,!1),l>0||0==l&&!1!==o.clearWhenEmpty)return o;if(o.replacedWith&&(o.collapsed=!0,o.widgetNode=A(\"span\",[o.replacedWith],\"CodeMirror-widget\"),n.handleMouseEvents||o.widgetNode.setAttribute(\"cm-ignore-events\",\"true\"),n.insertLeft&&(o.widgetNode.insertLeft=!0)),o.collapsed){if(Re(e,t.line,t,r,o)||t.line!=r.line&&Re(e,r.line,t,r,o))throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");ke=!0}o.addToHistory&&Wi(e,{from:t,to:r,origin:\"markText\"},e.sel,NaN);var s,a=t.line,u=e.cm;if(e.iter(a,r.line+1,function(e){var n,i;u&&o.collapsed&&!u.options.lineWrapping&&Be(e)==u.display.maxLine&&(s=!0),o.collapsed&&a!=t.line&&ce(e,0),n=e,i=new Te(o,a==t.line?t.ch:null,a==r.line?r.ch:null),n.markedSpans=n.markedSpans?n.markedSpans.concat([i]):[i],i.marker.attachLine(n),++a}),o.collapsed&&e.iter(t.line,r.line+1,function(t){Ve(e,t)&&ce(t,0)}),o.clearOnEnter&&Je(o,\"beforeCursorEnter\",function(){return o.clear()}),o.readOnly&&(Le=!0,(e.history.done.length||e.history.undone.length)&&e.clearHistory()),o.collapsed&&(o.id=++vo,o.atomic=!0),u){if(s&&(u.curOp.updateMaxLine=!0),o.collapsed)_n(u,t.line,r.line+1);else if(o.className||o.title||o.startStyle||o.endStyle||o.css)for(var c=t.line;c<=r.line;c++)qn(u,c,\"text\");o.atomic&&_i(u.doc),or(u,\"markerAdded\",u,o)}return o}mo.prototype.clear=function(){var e=this;if(!this.explicitlyCleared){var t=this.doc.cm,r=t&&!t.curOp;if(r&&In(t),ot(this,\"clear\")){var n=this.find();n&&or(this,\"clear\",n.from,n.to)}for(var i=null,o=null,l=0;l<this.lines.length;++l){var s=e.lines[l],a=Me(s.markedSpans,e);t&&!e.collapsed?qn(t,he(s),\"text\"):t&&(null!=a.to&&(o=he(s)),null!=a.from&&(i=he(s))),s.markedSpans=Ne(s.markedSpans,a),null==a.from&&e.collapsed&&!Ve(e.doc,s)&&t&&ce(s,Zr(t.display))}if(t&&this.collapsed&&!t.options.lineWrapping)for(var u=0;u<this.lines.length;++u){var c=Be(e.lines[u]),h=Xe(c);h>t.display.maxLineLength&&(t.display.maxLine=c,t.display.maxLineLength=h,t.display.maxLineChanged=!0)}null!=i&&t&&this.collapsed&&_n(t,i,o+1),this.lines.length=0,this.explicitlyCleared=!0,this.atomic&&this.doc.cantEdit&&(this.doc.cantEdit=!1,t&&_i(t.doc)),t&&or(t,\"markerCleared\",t,this,i,o),r&&Rn(t),this.parent&&this.parent.clear()}},mo.prototype.find=function(e,t){var r,n;null==e&&\"bookmark\"==this.type&&(e=1);for(var i=0;i<this.lines.length;++i){var o=this.lines[i],l=Me(o.markedSpans,this);if(null!=l.from&&(r=ge(t?o:he(o),l.from),-1==e))return r;if(null!=l.to&&(n=ge(t?o:he(o),l.to),1==e))return n}return r&&{from:r,to:n}},mo.prototype.changed=function(){var e=this,t=this.find(-1,!0),r=this,n=this.doc.cm;t&&n&&Kn(n,function(){var i=t.line,o=he(t.line),l=Mr(n,o);if(l&&(Fr(l),n.curOp.selectionChanged=n.curOp.forceUpdate=!0),n.curOp.updateMaxLine=!0,!Ve(r.doc,i)&&null!=r.height){var s=r.height;r.height=null;var a=mr(r)-s;a&&ce(i,i.height+a)}or(n,\"markerChanged\",n,e)})},mo.prototype.attachLine=function(e){if(!this.lines.length&&this.doc.cm){var t=this.doc.cm.curOp;t.maybeHiddenMarkers&&-1!=B(t.maybeHiddenMarkers,this)||(t.maybeUnhiddenMarkers||(t.maybeUnhiddenMarkers=[])).push(this)}this.lines.push(e)},mo.prototype.detachLine=function(e){if(this.lines.splice(B(this.lines,e),1),!this.lines.length&&this.doc.cm){var t=this.doc.cm.curOp;(t.maybeHiddenMarkers||(t.maybeHiddenMarkers=[])).push(this)}},lt(mo);var bo=function(e,t){this.markers=e,this.primary=t;for(var r=0;r<e.length;++r)e[r].parent=this};function wo(e){return e.findMarks(ge(e.first,0),e.clipPos(ge(e.lastLine())),function(e){return e.parent})}function xo(e){for(var t=function(t){var r=e[t],n=[r.primary.doc];Ti(r.primary.doc,function(e){return n.push(e)});for(var i=0;i<r.markers.length;i++){var o=r.markers[i];-1==B(n,o.doc)&&(o.parent=null,r.markers.splice(i--,1))}},r=0;r<e.length;r++)t(r)}bo.prototype.clear=function(){if(!this.explicitlyCleared){this.explicitlyCleared=!0;for(var e=0;e<this.markers.length;++e)this.markers[e].clear();or(this,\"clear\")}},bo.prototype.find=function(e,t){return this.primary.find(e,t)},lt(bo);var Co=0,So=function(e,t,r,n,i){if(!(this instanceof So))return new So(e,t,r,n,i);null==r&&(r=0),fo.call(this,[new ho([new jt(\"\",null)])]),this.first=r,this.scrollTop=this.scrollLeft=0,this.cantEdit=!1,this.cleanGeneration=1,this.modeFrontier=this.highlightFrontier=r;var o=ge(r,0);this.sel=mi(o),this.history=new Oi(null),this.id=++Co,this.modeOption=t,this.lineSep=n,this.direction=\"rtl\"==i?\"rtl\":\"ltr\",this.extend=!1,\"string\"==typeof e&&(e=this.splitLines(e)),ki(this,{from:o,to:o,text:e}),ji(this,mi(o),V)};So.prototype=Q(fo.prototype,{constructor:So,iter:function(e,t,r){r?this.iterN(e-this.first,t-e,r):this.iterN(this.first,this.first+this.size,e)},insert:function(e,t){for(var r=0,n=0;n<t.length;++n)r+=t[n].height;this.insertInner(e-this.first,t,r)},remove:function(e,t){this.removeInner(e-this.first,t)},getValue:function(e){var t=ue(this,this.first,this.first+this.size);return!1===e?t:t.join(e||this.lineSeparator())},setValue:Yn(function(e){var t=ge(this.first,0),r=this.first+this.size-1;to(this,{from:t,to:ge(r,se(this,r).text.length),text:this.splitLines(e),origin:\"setValue\",full:!0},!0),this.cm&&Ln(this.cm,0,0),ji(this,mi(t),V)}),replaceRange:function(e,t,r,n){lo(this,e,t=Ce(this,t),r=r?Ce(this,r):t,n)},getRange:function(e,t,r){var n=ae(this,Ce(this,e),Ce(this,t));return!1===r?n:n.join(r||this.lineSeparator())},getLine:function(e){var t=this.getLineHandle(e);return t&&t.text},getLineHandle:function(e){if(de(this,e))return se(this,e)},getLineNumber:function(e){return he(e)},getLineHandleVisualStart:function(e){return\"number\"==typeof e&&(e=se(this,e)),Be(e)},lineCount:function(){return this.size},firstLine:function(){return this.first},lastLine:function(){return this.first+this.size-1},clipPos:function(e){return Ce(this,e)},getCursor:function(e){var t=this.sel.primary();return null==e||\"head\"==e?t.head:\"anchor\"==e?t.anchor:\"end\"==e||\"to\"==e||!1===e?t.to():t.from()},listSelections:function(){return this.sel.ranges},somethingSelected:function(){return this.sel.somethingSelected()},setCursor:Yn(function(e,t,r){Vi(this,Ce(this,\"number\"==typeof e?ge(e,t||0):e),null,r)}),setSelection:Yn(function(e,t,r){Vi(this,Ce(this,e),Ce(this,t||e),r)}),extendSelection:Yn(function(e,t,r){Bi(this,Ce(this,e),t&&Ce(this,t),r)}),extendSelections:Yn(function(e,t){Gi(this,Se(this,e),t)}),extendSelectionsBy:Yn(function(e,t){Gi(this,Se(this,$(this.sel.ranges,e)),t)}),setSelections:Yn(function(e,t,r){if(e.length){for(var n=[],i=0;i<e.length;i++)n[i]=new gi(Ce(this,e[i].anchor),Ce(this,e[i].head));null==t&&(t=Math.min(e.length-1,this.sel.primIndex)),ji(this,vi(n,t),r)}}),addSelection:Yn(function(e,t,r){var n=this.sel.ranges.slice(0);n.push(new gi(Ce(this,e),Ce(this,t||e))),ji(this,vi(n,n.length-1),r)}),getSelection:function(e){for(var t,r=this.sel.ranges,n=0;n<r.length;n++){var i=ae(this,r[n].from(),r[n].to());t=t?t.concat(i):i}return!1===e?t:t.join(e||this.lineSeparator())},getSelections:function(e){for(var t=[],r=this.sel.ranges,n=0;n<r.length;n++){var i=ae(this,r[n].from(),r[n].to());!1!==e&&(i=i.join(e||this.lineSeparator())),t[n]=i}return t},replaceSelection:function(e,t,r){for(var n=[],i=0;i<this.sel.ranges.length;i++)n[i]=e;this.replaceSelections(n,t,r||\"+input\")},replaceSelections:Yn(function(e,t,r){for(var n=[],i=this.sel,o=0;o<i.ranges.length;o++){var l=i.ranges[o];n[o]={from:l.from(),to:l.to(),text:this.splitLines(e[o]),origin:r}}for(var s=t&&\"end\"!=t&&function(e,t,r){for(var n=[],i=ge(e.first,0),o=i,l=0;l<t.length;l++){var s=t[l],a=xi(s.from,i,o),u=xi(yi(s),i,o);if(i=s.to,o=u,\"around\"==r){var c=e.sel.ranges[l],h=ve(c.head,c.anchor)<0;n[l]=new gi(h?u:a,h?a:u)}else n[l]=new gi(a,a)}return new pi(n,e.sel.primIndex)}(this,n,t),a=n.length-1;a>=0;a--)to(this,n[a]);s?Ki(this,s):this.cm&&Sn(this.cm)}),undo:Yn(function(){no(this,\"undo\")}),redo:Yn(function(){no(this,\"redo\")}),undoSelection:Yn(function(){no(this,\"undo\",!0)}),redoSelection:Yn(function(){no(this,\"redo\",!0)}),setExtending:function(e){this.extend=e},getExtending:function(){return this.extend},historySize:function(){for(var e=this.history,t=0,r=0,n=0;n<e.done.length;n++)e.done[n].ranges||++t;for(var i=0;i<e.undone.length;i++)e.undone[i].ranges||++r;return{undo:t,redo:r}},clearHistory:function(){this.history=new Oi(this.history.maxGeneration)},markClean:function(){this.cleanGeneration=this.changeGeneration(!0)},changeGeneration:function(e){return e&&(this.history.lastOp=this.history.lastSelOp=this.history.lastOrigin=null),this.history.generation},isClean:function(e){return this.history.generation==(e||this.cleanGeneration)},getHistory:function(){return{done:Ii(this.history.done),undone:Ii(this.history.undone)}},setHistory:function(e){var t=this.history=new Oi(this.history.maxGeneration);t.done=Ii(e.done.slice(0),null,!0),t.undone=Ii(e.undone.slice(0),null,!0)},setGutterMarker:Yn(function(e,t,r){return co(this,e,\"gutter\",function(e){var n=e.gutterMarkers||(e.gutterMarkers={});return n[t]=r,!r&&re(n)&&(e.gutterMarkers=null),!0})}),clearGutter:Yn(function(e){var t=this;this.iter(function(r){r.gutterMarkers&&r.gutterMarkers[e]&&co(t,r,\"gutter\",function(){return r.gutterMarkers[e]=null,re(r.gutterMarkers)&&(r.gutterMarkers=null),!0})})}),lineInfo:function(e){var t;if(\"number\"==typeof e){if(!de(this,e))return null;if(t=e,!(e=se(this,e)))return null}else if(null==(t=he(e)))return null;return{line:t,handle:e,text:e.text,gutterMarkers:e.gutterMarkers,textClass:e.textClass,bgClass:e.bgClass,wrapClass:e.wrapClass,widgets:e.widgets}},addLineClass:Yn(function(e,t,r){return co(this,e,\"gutter\"==t?\"gutter\":\"class\",function(e){var n=\"text\"==t?\"textClass\":\"background\"==t?\"bgClass\":\"gutter\"==t?\"gutterClass\":\"wrapClass\";if(e[n]){if(L(r).test(e[n]))return!1;e[n]+=\" \"+r}else e[n]=r;return!0})}),removeLineClass:Yn(function(e,t,r){return co(this,e,\"gutter\"==t?\"gutter\":\"class\",function(e){var n=\"text\"==t?\"textClass\":\"background\"==t?\"bgClass\":\"gutter\"==t?\"gutterClass\":\"wrapClass\",i=e[n];if(!i)return!1;if(null==r)e[n]=null;else{var o=i.match(L(r));if(!o)return!1;var l=o.index+o[0].length;e[n]=i.slice(0,o.index)+(o.index&&l!=i.length?\" \":\"\")+i.slice(l)||null}return!0})}),addLineWidget:Yn(function(e,t,r){return i=e,o=new po(n=this,t,r),(l=n.cm)&&o.noHScroll&&(l.display.alignWidgets=!0),co(n,i,\"widget\",function(e){var t=e.widgets||(e.widgets=[]);if(null==o.insertAt?t.push(o):t.splice(Math.min(t.length-1,Math.max(0,o.insertAt)),0,o),o.line=e,l&&!Ve(n,e)){var r=je(e)<n.scrollTop;ce(e,e.height+mr(o)),r&&Cn(l,o.height),l.curOp.forceUpdate=!0}return!0}),l&&or(l,\"lineWidgetAdded\",l,o,\"number\"==typeof i?i:he(i)),o;var n,i,o,l}),removeLineWidget:function(e){e.clear()},markText:function(e,t,r){return yo(this,Ce(this,e),Ce(this,t),r,r&&r.type||\"range\")},setBookmark:function(e,t){var r={replacedWith:t&&(null==t.nodeType?t.widget:t),insertLeft:t&&t.insertLeft,clearWhenEmpty:!1,shared:t&&t.shared,handleMouseEvents:t&&t.handleMouseEvents};return yo(this,e=Ce(this,e),e,r,\"bookmark\")},findMarksAt:function(e){var t=[],r=se(this,(e=Ce(this,e)).line).markedSpans;if(r)for(var n=0;n<r.length;++n){var i=r[n];(null==i.from||i.from<=e.ch)&&(null==i.to||i.to>=e.ch)&&t.push(i.marker.parent||i.marker)}return t},findMarks:function(e,t,r){e=Ce(this,e),t=Ce(this,t);var n=[],i=e.line;return this.iter(e.line,t.line+1,function(o){var l=o.markedSpans;if(l)for(var s=0;s<l.length;s++){var a=l[s];null!=a.to&&i==e.line&&e.ch>=a.to||null==a.from&&i!=e.line||null!=a.from&&i==t.line&&a.from>=t.ch||r&&!r(a.marker)||n.push(a.marker.parent||a.marker)}++i}),n},getAllMarks:function(){var e=[];return this.iter(function(t){var r=t.markedSpans;if(r)for(var n=0;n<r.length;++n)null!=r[n].from&&e.push(r[n].marker)}),e},posFromIndex:function(e){var t,r=this.first,n=this.lineSeparator().length;return this.iter(function(i){var o=i.text.length+n;if(o>e)return t=e,!0;e-=o,++r}),Ce(this,ge(r,t))},indexFromPos:function(e){var t=(e=Ce(this,e)).ch;if(e.line<this.first||e.ch<0)return 0;var r=this.lineSeparator().length;return this.iter(this.first,e.line,function(e){t+=e.text.length+r}),t},copy:function(e){var t=new So(ue(this,this.first,this.first+this.size),this.modeOption,this.first,this.lineSep,this.direction);return t.scrollTop=this.scrollTop,t.scrollLeft=this.scrollLeft,t.sel=this.sel,t.extend=!1,e&&(t.history.undoDepth=this.history.undoDepth,t.setHistory(this.getHistory())),t},linkedDoc:function(e){e||(e={});var t=this.first,r=this.first+this.size;null!=e.from&&e.from>t&&(t=e.from),null!=e.to&&e.to<r&&(r=e.to);var n=new So(ue(this,t,r),e.mode||this.modeOption,t,this.lineSep,this.direction);return e.sharedHist&&(n.history=this.history),(this.linked||(this.linked=[])).push({doc:n,sharedHist:e.sharedHist}),n.linked=[{doc:this,isParent:!0,sharedHist:e.sharedHist}],function(e,t){for(var r=0;r<t.length;r++){var n=t[r],i=n.find(),o=e.clipPos(i.from),l=e.clipPos(i.to);if(ve(o,l)){var s=yo(e,o,l,n.primary,n.primary.type);n.markers.push(s),s.parent=n}}}(n,wo(this)),n},unlinkDoc:function(e){if(e instanceof wl&&(e=e.doc),this.linked)for(var t=0;t<this.linked.length;++t){if(this.linked[t].doc==e){this.linked.splice(t,1),e.unlinkDoc(this),xo(wo(this));break}}if(e.history==this.history){var r=[e.id];Ti(e,function(e){return r.push(e.id)},!0),e.history=new Oi(null),e.history.done=Ii(this.history.done,r),e.history.undone=Ii(this.history.undone,r)}},iterLinkedDocs:function(e){Ti(this,e)},getMode:function(){return this.mode},getEditor:function(){return this.cm},splitLines:function(e){return this.lineSep?e.split(this.lineSep):bt(e)},lineSeparator:function(){return this.lineSep||\"\\n\"},setDirection:Yn(function(e){var t;(\"rtl\"!=e&&(e=\"ltr\"),e!=this.direction)&&(this.direction=e,this.iter(function(e){return e.order=null}),this.cm&&Kn(t=this.cm,function(){Ni(t),_n(t)}))})}),So.prototype.eachLine=So.prototype.iter;var Lo=0;function ko(e){var t=this;if(To(t),!nt(t,e)&&!yr(t.display,e)){st(e),l&&(Lo=+new Date);var r=nn(t,e,!0),n=e.dataTransfer.files;if(r&&!t.isReadOnly())if(n&&n.length&&window.FileReader&&window.File)for(var i=n.length,o=Array(i),s=0,a=function(e,n){if(!t.options.allowDropFileTypes||-1!=B(t.options.allowDropFileTypes,e.type)){var l=new FileReader;l.onload=jn(t,function(){var e=l.result;if(/[\\x00-\\x08\\x0e-\\x1f]{2}/.test(e)&&(e=\"\"),o[n]=e,++s==i){var a={from:r=Ce(t.doc,r),to:r,text:t.doc.splitLines(o.join(t.doc.lineSeparator())),origin:\"paste\"};to(t.doc,a),Ki(t.doc,mi(r,yi(a)))}}),l.readAsText(e)}},u=0;u<i;++u)a(n[u],u);else{if(t.state.draggingText&&t.doc.sel.contains(r)>-1)return t.state.draggingText(e),void setTimeout(function(){return t.display.input.focus()},20);try{var c=e.dataTransfer.getData(\"Text\");if(c){var h;if(t.state.draggingText&&!t.state.draggingText.copy&&(h=t.listSelections()),Xi(t.doc,mi(r,r)),h)for(var f=0;f<h.length;++f)lo(t.doc,\"\",h[f].anchor,h[f].head,\"drag\");t.replaceSelection(c,\"around\",\"paste\"),t.display.input.focus()}}catch(e){}}}}function To(e){e.display.dragCursor&&(e.display.lineSpace.removeChild(e.display.dragCursor),e.display.dragCursor=null)}function Mo(e){if(document.getElementsByClassName)for(var t=document.getElementsByClassName(\"CodeMirror\"),r=0;r<t.length;r++){var n=t[r].CodeMirror;n&&e(n)}}var No=!1;function Oo(){var e;No||(Je(window,\"resize\",function(){null==e&&(e=setTimeout(function(){e=null,Mo(Ao)},100))}),Je(window,\"blur\",function(){return Mo(gn)}),No=!0)}function Ao(e){var t=e.display;t.lastWrapHeight==t.wrapper.clientHeight&&t.lastWrapWidth==t.wrapper.clientWidth||(t.cachedCharWidth=t.cachedTextHeight=t.cachedPaddingH=null,t.scrollbarsClipped=!1,e.setSize())}for(var Do={3:\"Pause\",8:\"Backspace\",9:\"Tab\",13:\"Enter\",16:\"Shift\",17:\"Ctrl\",18:\"Alt\",19:\"Pause\",20:\"CapsLock\",27:\"Esc\",32:\"Space\",33:\"PageUp\",34:\"PageDown\",35:\"End\",36:\"Home\",37:\"Left\",38:\"Up\",39:\"Right\",40:\"Down\",44:\"PrintScrn\",45:\"Insert\",46:\"Delete\",59:\";\",61:\"=\",91:\"Mod\",92:\"Mod\",93:\"Mod\",106:\"*\",107:\"=\",109:\"-\",110:\".\",111:\"/\",127:\"Delete\",145:\"ScrollLock\",173:\"-\",186:\";\",187:\"=\",188:\",\",189:\"-\",190:\".\",191:\"/\",192:\"`\",219:\"[\",220:\"\\\\\",221:\"]\",222:\"'\",63232:\"Up\",63233:\"Down\",63234:\"Left\",63235:\"Right\",63272:\"Delete\",63273:\"Home\",63275:\"End\",63276:\"PageUp\",63277:\"PageDown\",63302:\"Insert\"},Wo=0;Wo<10;Wo++)Do[Wo+48]=Do[Wo+96]=String(Wo);for(var Ho=65;Ho<=90;Ho++)Do[Ho]=String.fromCharCode(Ho);for(var Fo=1;Fo<=12;Fo++)Do[Fo+111]=Do[Fo+63235]=\"F\"+Fo;var Po={};function Eo(e){var t,r,n,i,o=e.split(/-(?!$)/);e=o[o.length-1];for(var l=0;l<o.length-1;l++){var s=o[l];if(/^(cmd|meta|m)$/i.test(s))i=!0;else if(/^a(lt)?$/i.test(s))t=!0;else if(/^(c|ctrl|control)$/i.test(s))r=!0;else{if(!/^s(hift)?$/i.test(s))throw new Error(\"Unrecognized modifier name: \"+s);n=!0}}return t&&(e=\"Alt-\"+e),r&&(e=\"Ctrl-\"+e),i&&(e=\"Cmd-\"+e),n&&(e=\"Shift-\"+e),e}function zo(e){var t={};for(var r in e)if(e.hasOwnProperty(r)){var n=e[r];if(/^(name|fallthrough|(de|at)tach)$/.test(r))continue;if(\"...\"==n){delete e[r];continue}for(var i=$(r.split(\" \"),Eo),o=0;o<i.length;o++){var l=void 0,s=void 0;o==i.length-1?(s=i.join(\" \"),l=n):(s=i.slice(0,o+1).join(\" \"),l=\"...\");var a=t[s];if(a){if(a!=l)throw new Error(\"Inconsistent bindings for \"+s)}else t[s]=l}delete e[r]}for(var u in t)e[u]=t[u];return e}function Io(e,t,r,n){var i=(t=Uo(t)).call?t.call(e,n):t[e];if(!1===i)return\"nothing\";if(\"...\"===i)return\"multi\";if(null!=i&&r(i))return\"handled\";if(t.fallthrough){if(\"[object Array]\"!=Object.prototype.toString.call(t.fallthrough))return Io(e,t.fallthrough,r,n);for(var o=0;o<t.fallthrough.length;o++){var l=Io(e,t.fallthrough[o],r,n);if(l)return l}}}function Ro(e){var t=\"string\"==typeof e?e:Do[e.keyCode];return\"Ctrl\"==t||\"Alt\"==t||\"Shift\"==t||\"Mod\"==t}function Bo(e,t,r){var n=e;return t.altKey&&\"Alt\"!=n&&(e=\"Alt-\"+e),(C?t.metaKey:t.ctrlKey)&&\"Ctrl\"!=n&&(e=\"Ctrl-\"+e),(C?t.ctrlKey:t.metaKey)&&\"Cmd\"!=n&&(e=\"Cmd-\"+e),!r&&t.shiftKey&&\"Shift\"!=n&&(e=\"Shift-\"+e),e}function Go(e,t){if(h&&34==e.keyCode&&e.char)return!1;var r=Do[e.keyCode];return null!=r&&!e.altGraphKey&&(3==e.keyCode&&e.code&&(r=e.code),Bo(r,e,t))}function Uo(e){return\"string\"==typeof e?Po[e]:e}function Vo(e,t){for(var r=e.doc.sel.ranges,n=[],i=0;i<r.length;i++){for(var o=t(r[i]);n.length&&ve(o.from,q(n).to)<=0;){var l=n.pop();if(ve(l.from,o.from)<0){o.from=l.from;break}}n.push(o)}Kn(e,function(){for(var t=n.length-1;t>=0;t--)lo(e.doc,\"\",n[t].from,n[t].to,\"+delete\");Sn(e)})}function Ko(e,t,r){var n=oe(e.text,t+r,r);return n<0||n>e.text.length?null:n}function jo(e,t,r){var n=Ko(e,t.ch,r);return null==n?null:new ge(t.line,n,r<0?\"after\":\"before\")}function Xo(e,t,r,n,i){if(e){var o=Ze(r,t.doc.direction);if(o){var l,s=i<0?q(o):o[0],a=i<0==(1==s.level)?\"after\":\"before\";if(s.level>0||\"rtl\"==t.doc.direction){var u=Nr(t,r);l=i<0?r.text.length-1:0;var c=Or(t,u,l).top;l=le(function(e){return Or(t,u,e).top==c},i<0==(1==s.level)?s.from:s.to-1,l),\"before\"==a&&(l=Ko(r,l,1))}else l=i<0?s.to:s.from;return new ge(n,l,a)}}return new ge(n,i<0?r.text.length:0,i<0?\"before\":\"after\")}Po.basic={Left:\"goCharLeft\",Right:\"goCharRight\",Up:\"goLineUp\",Down:\"goLineDown\",End:\"goLineEnd\",Home:\"goLineStartSmart\",PageUp:\"goPageUp\",PageDown:\"goPageDown\",Delete:\"delCharAfter\",Backspace:\"delCharBefore\",\"Shift-Backspace\":\"delCharBefore\",Tab:\"defaultTab\",\"Shift-Tab\":\"indentAuto\",Enter:\"newlineAndIndent\",Insert:\"toggleOverwrite\",Esc:\"singleSelection\"},Po.pcDefault={\"Ctrl-A\":\"selectAll\",\"Ctrl-D\":\"deleteLine\",\"Ctrl-Z\":\"undo\",\"Shift-Ctrl-Z\":\"redo\",\"Ctrl-Y\":\"redo\",\"Ctrl-Home\":\"goDocStart\",\"Ctrl-End\":\"goDocEnd\",\"Ctrl-Up\":\"goLineUp\",\"Ctrl-Down\":\"goLineDown\",\"Ctrl-Left\":\"goGroupLeft\",\"Ctrl-Right\":\"goGroupRight\",\"Alt-Left\":\"goLineStart\",\"Alt-Right\":\"goLineEnd\",\"Ctrl-Backspace\":\"delGroupBefore\",\"Ctrl-Delete\":\"delGroupAfter\",\"Ctrl-S\":\"save\",\"Ctrl-F\":\"find\",\"Ctrl-G\":\"findNext\",\"Shift-Ctrl-G\":\"findPrev\",\"Shift-Ctrl-F\":\"replace\",\"Shift-Ctrl-R\":\"replaceAll\",\"Ctrl-[\":\"indentLess\",\"Ctrl-]\":\"indentMore\",\"Ctrl-U\":\"undoSelection\",\"Shift-Ctrl-U\":\"redoSelection\",\"Alt-U\":\"redoSelection\",fallthrough:\"basic\"},Po.emacsy={\"Ctrl-F\":\"goCharRight\",\"Ctrl-B\":\"goCharLeft\",\"Ctrl-P\":\"goLineUp\",\"Ctrl-N\":\"goLineDown\",\"Alt-F\":\"goWordRight\",\"Alt-B\":\"goWordLeft\",\"Ctrl-A\":\"goLineStart\",\"Ctrl-E\":\"goLineEnd\",\"Ctrl-V\":\"goPageDown\",\"Shift-Ctrl-V\":\"goPageUp\",\"Ctrl-D\":\"delCharAfter\",\"Ctrl-H\":\"delCharBefore\",\"Alt-D\":\"delWordAfter\",\"Alt-Backspace\":\"delWordBefore\",\"Ctrl-K\":\"killLine\",\"Ctrl-T\":\"transposeChars\",\"Ctrl-O\":\"openLine\"},Po.macDefault={\"Cmd-A\":\"selectAll\",\"Cmd-D\":\"deleteLine\",\"Cmd-Z\":\"undo\",\"Shift-Cmd-Z\":\"redo\",\"Cmd-Y\":\"redo\",\"Cmd-Home\":\"goDocStart\",\"Cmd-Up\":\"goDocStart\",\"Cmd-End\":\"goDocEnd\",\"Cmd-Down\":\"goDocEnd\",\"Alt-Left\":\"goGroupLeft\",\"Alt-Right\":\"goGroupRight\",\"Cmd-Left\":\"goLineLeft\",\"Cmd-Right\":\"goLineRight\",\"Alt-Backspace\":\"delGroupBefore\",\"Ctrl-Alt-Backspace\":\"delGroupAfter\",\"Alt-Delete\":\"delGroupAfter\",\"Cmd-S\":\"save\",\"Cmd-F\":\"find\",\"Cmd-G\":\"findNext\",\"Shift-Cmd-G\":\"findPrev\",\"Cmd-Alt-F\":\"replace\",\"Shift-Cmd-Alt-F\":\"replaceAll\",\"Cmd-[\":\"indentLess\",\"Cmd-]\":\"indentMore\",\"Cmd-Backspace\":\"delWrappedLineLeft\",\"Cmd-Delete\":\"delWrappedLineRight\",\"Cmd-U\":\"undoSelection\",\"Shift-Cmd-U\":\"redoSelection\",\"Ctrl-Up\":\"goDocStart\",\"Ctrl-Down\":\"goDocEnd\",fallthrough:[\"basic\",\"emacsy\"]},Po.default=y?Po.macDefault:Po.pcDefault;var Yo={selectAll:Ji,singleSelection:function(e){return e.setSelection(e.getCursor(\"anchor\"),e.getCursor(\"head\"),V)},killLine:function(e){return Vo(e,function(t){if(t.empty()){var r=se(e.doc,t.head.line).text.length;return t.head.ch==r&&t.head.line<e.lastLine()?{from:t.head,to:ge(t.head.line+1,0)}:{from:t.head,to:ge(t.head.line,r)}}return{from:t.from(),to:t.to()}})},deleteLine:function(e){return Vo(e,function(t){return{from:ge(t.from().line,0),to:Ce(e.doc,ge(t.to().line+1,0))}})},delLineLeft:function(e){return Vo(e,function(e){return{from:ge(e.from().line,0),to:e.from()}})},delWrappedLineLeft:function(e){return Vo(e,function(t){var r=e.charCoords(t.head,\"div\").top+5;return{from:e.coordsChar({left:0,top:r},\"div\"),to:t.from()}})},delWrappedLineRight:function(e){return Vo(e,function(t){var r=e.charCoords(t.head,\"div\").top+5,n=e.coordsChar({left:e.display.lineDiv.offsetWidth+100,top:r},\"div\");return{from:t.from(),to:n}})},undo:function(e){return e.undo()},redo:function(e){return e.redo()},undoSelection:function(e){return e.undoSelection()},redoSelection:function(e){return e.redoSelection()},goDocStart:function(e){return e.extendSelection(ge(e.firstLine(),0))},goDocEnd:function(e){return e.extendSelection(ge(e.lastLine()))},goLineStart:function(e){return e.extendSelectionsBy(function(t){return _o(e,t.head.line)},{origin:\"+move\",bias:1})},goLineStartSmart:function(e){return e.extendSelectionsBy(function(t){return qo(e,t.head)},{origin:\"+move\",bias:1})},goLineEnd:function(e){return e.extendSelectionsBy(function(t){return function(e,t){var r=se(e.doc,t),n=function(e){for(var t;t=Ie(e);)e=t.find(1,!0).line;return e}(r);n!=r&&(t=he(n));return Xo(!0,e,r,t,-1)}(e,t.head.line)},{origin:\"+move\",bias:-1})},goLineRight:function(e){return e.extendSelectionsBy(function(t){var r=e.cursorCoords(t.head,\"div\").top+5;return e.coordsChar({left:e.display.lineDiv.offsetWidth+100,top:r},\"div\")},j)},goLineLeft:function(e){return e.extendSelectionsBy(function(t){var r=e.cursorCoords(t.head,\"div\").top+5;return e.coordsChar({left:0,top:r},\"div\")},j)},goLineLeftSmart:function(e){return e.extendSelectionsBy(function(t){var r=e.cursorCoords(t.head,\"div\").top+5,n=e.coordsChar({left:0,top:r},\"div\");return n.ch<e.getLine(n.line).search(/\\S/)?qo(e,t.head):n},j)},goLineUp:function(e){return e.moveV(-1,\"line\")},goLineDown:function(e){return e.moveV(1,\"line\")},goPageUp:function(e){return e.moveV(-1,\"page\")},goPageDown:function(e){return e.moveV(1,\"page\")},goCharLeft:function(e){return e.moveH(-1,\"char\")},goCharRight:function(e){return e.moveH(1,\"char\")},goColumnLeft:function(e){return e.moveH(-1,\"column\")},goColumnRight:function(e){return e.moveH(1,\"column\")},goWordLeft:function(e){return e.moveH(-1,\"word\")},goGroupRight:function(e){return e.moveH(1,\"group\")},goGroupLeft:function(e){return e.moveH(-1,\"group\")},goWordRight:function(e){return e.moveH(1,\"word\")},delCharBefore:function(e){return e.deleteH(-1,\"char\")},delCharAfter:function(e){return e.deleteH(1,\"char\")},delWordBefore:function(e){return e.deleteH(-1,\"word\")},delWordAfter:function(e){return e.deleteH(1,\"word\")},delGroupBefore:function(e){return e.deleteH(-1,\"group\")},delGroupAfter:function(e){return e.deleteH(1,\"group\")},indentAuto:function(e){return e.indentSelection(\"smart\")},indentMore:function(e){return e.indentSelection(\"add\")},indentLess:function(e){return e.indentSelection(\"subtract\")},insertTab:function(e){return e.replaceSelection(\"\\t\")},insertSoftTab:function(e){for(var t=[],r=e.listSelections(),n=e.options.tabSize,i=0;i<r.length;i++){var o=r[i].from(),l=I(e.getLine(o.line),o.ch,n);t.push(_(n-l%n))}e.replaceSelections(t)},defaultTab:function(e){e.somethingSelected()?e.indentSelection(\"add\"):e.execCommand(\"insertTab\")},transposeChars:function(e){return Kn(e,function(){for(var t=e.listSelections(),r=[],n=0;n<t.length;n++)if(t[n].empty()){var i=t[n].head,o=se(e.doc,i.line).text;if(o)if(i.ch==o.length&&(i=new ge(i.line,i.ch-1)),i.ch>0)i=new ge(i.line,i.ch+1),e.replaceRange(o.charAt(i.ch-1)+o.charAt(i.ch-2),ge(i.line,i.ch-2),i,\"+transpose\");else if(i.line>e.doc.first){var l=se(e.doc,i.line-1).text;l&&(i=new ge(i.line,1),e.replaceRange(o.charAt(0)+e.doc.lineSeparator()+l.charAt(l.length-1),ge(i.line-1,l.length-1),i,\"+transpose\"))}r.push(new gi(i,i))}e.setSelections(r)})},newlineAndIndent:function(e){return Kn(e,function(){for(var t=e.listSelections(),r=t.length-1;r>=0;r--)e.replaceRange(e.doc.lineSeparator(),t[r].anchor,t[r].head,\"+input\");t=e.listSelections();for(var n=0;n<t.length;n++)e.indentLine(t[n].from().line,null,!0);Sn(e)})},openLine:function(e){return e.replaceSelection(\"\\n\",\"start\")},toggleOverwrite:function(e){return e.toggleOverwrite()}};function _o(e,t){var r=se(e.doc,t),n=Be(r);return n!=r&&(t=he(n)),Xo(!0,e,n,t,1)}function qo(e,t){var r=_o(e,t.line),n=se(e.doc,r.line),i=Ze(n,e.doc.direction);if(!i||0==i[0].level){var o=Math.max(0,n.text.search(/\\S/)),l=t.line==r.line&&t.ch<=o&&t.ch;return ge(r.line,l?0:o,r.sticky)}return r}function $o(e,t,r){if(\"string\"==typeof t&&!(t=Yo[t]))return!1;e.display.input.ensurePolled();var n=e.display.shift,i=!1;try{e.isReadOnly()&&(e.state.suppressEdits=!0),r&&(e.display.shift=!1),i=t(e)!=U}finally{e.display.shift=n,e.state.suppressEdits=!1}return i}var Zo=new R;function Qo(e,t,r,n){var i=e.state.keySeq;if(i){if(Ro(t))return\"handled\";if(/\\'$/.test(t)?e.state.keySeq=null:Zo.set(50,function(){e.state.keySeq==i&&(e.state.keySeq=null,e.display.input.reset())}),Jo(e,i+\" \"+t,r,n))return!0}return Jo(e,t,r,n)}function Jo(e,t,r,n){var i=function(e,t,r){for(var n=0;n<e.state.keyMaps.length;n++){var i=Io(t,e.state.keyMaps[n],r,e);if(i)return i}return 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r(e){18!=e.keyCode&&e.altKey||(T(t,\"CodeMirror-crosshair\"),tt(document,\"keyup\",r),tt(document,\"mouseover\",r))}H(t,\"CodeMirror-crosshair\"),Je(document,\"keyup\",r),Je(document,\"mouseover\",r)}(t)}}function nl(e){16==e.keyCode&&(this.doc.sel.shift=!1),nt(this,e)}function il(e){var t=this;if(!(yr(t.display,e)||nt(t,e)||e.ctrlKey&&!e.altKey||y&&e.metaKey)){var r=e.keyCode,n=e.charCode;if(h&&r==tl)return tl=null,void st(e);if(!h||e.which&&!(e.which<10)||!el(t,e)){var i,o=String.fromCharCode(null==n?r:n);if(\"\\b\"!=o)if(!Qo(i=t,\"'\"+o+\"'\",e,function(e){return $o(i,e,!0)}))t.display.input.onKeyPress(e)}}}var ol,ll,sl=function(e,t,r){this.time=e,this.pos=t,this.button=r};function al(e){var t=this,r=t.display;if(!(nt(t,e)||r.activeTouch&&r.input.supportsTouch()))if(r.input.ensurePolled(),r.shift=e.shiftKey,yr(r,e))a||(r.scroller.draggable=!1,setTimeout(function(){return r.scroller.draggable=!0},100));else if(!hl(t,e)){var n,i,o,u=nn(t,e),c=ft(e),h=u?(n=u,i=c,o=+new 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o=b?r.shiftKey&&r.metaKey:r.altKey;i.unit=o?\"rectangle\":\"single\"==t?\"char\":\"double\"==t?\"word\":\"line\"}(null==i.extend||e.doc.extend)&&(i.extend=e.doc.extend||r.shiftKey);null==i.addNew&&(i.addNew=y?r.metaKey:r.ctrlKey);null==i.moveOnDrag&&(i.moveOnDrag=!(y?r.altKey:r.ctrlKey));return i}(e,r,n),u=e.doc.sel;e.options.dragDrop&>&&!e.isReadOnly()&&\"single\"==r&&(i=u.contains(t))>-1&&(ve((i=u.ranges[i]).from(),t)<0||t.xRel>0)&&(ve(i.to(),t)>0||t.xRel<0)?function(e,t,r,n){var i=e.display,o=!1,u=jn(e,function(t){a&&(i.scroller.draggable=!1),e.state.draggingText=!1,tt(i.wrapper.ownerDocument,\"mouseup\",u),tt(i.wrapper.ownerDocument,\"mousemove\",c),tt(i.scroller,\"dragstart\",h),tt(i.scroller,\"drop\",u),o||(st(t),n.addNew||Bi(e.doc,r,null,null,n.extend),a||l&&9==s?setTimeout(function(){i.wrapper.ownerDocument.body.focus(),i.input.focus()},20):i.input.focus())}),c=function(e){o=o||Math.abs(t.clientX-e.clientX)+Math.abs(t.clientY-e.clientY)>=10},h=function(){return o=!0};a&&(i.scroller.draggable=!0);e.state.draggingText=u,u.copy=!n.moveOnDrag,i.scroller.dragDrop&&i.scroller.dragDrop();Je(i.wrapper.ownerDocument,\"mouseup\",u),Je(i.wrapper.ownerDocument,\"mousemove\",c),Je(i.scroller,\"dragstart\",h),Je(i.scroller,\"drop\",u),dn(e),setTimeout(function(){return i.input.focus()},20)}(e,n,t,o):function(e,t,r,n){var i=e.display,o=e.doc;st(t);var l,s,a=o.sel,u=a.ranges;n.addNew&&!n.extend?(s=o.sel.contains(r),l=s>-1?u[s]:new gi(r,r)):(l=o.sel.primary(),s=o.sel.primIndex);if(\"rectangle\"==n.unit)n.addNew||(l=new gi(r,r)),r=nn(e,t,!0,!0),s=-1;else{var c=ul(e,r,n.unit);l=n.extend?Ri(l,c.anchor,c.head,n.extend):c}n.addNew?-1==s?(s=u.length,ji(o,vi(u.concat([l]),s),{scroll:!1,origin:\"*mouse\"})):u.length>1&&u[s].empty()&&\"char\"==n.unit&&!n.extend?(ji(o,vi(u.slice(0,s).concat(u.slice(s+1)),0),{scroll:!1,origin:\"*mouse\"}),a=o.sel):Ui(o,s,l,K):(s=0,ji(o,new pi([l],0),K),a=o.sel);var h=r;function f(t){if(0!=ve(h,t))if(h=t,\"rectangle\"==n.unit){for(var i=[],u=e.options.tabSize,c=I(se(o,r.line).text,r.ch,u),f=I(se(o,t.line).text,t.ch,u),d=Math.min(c,f),p=Math.max(c,f),g=Math.min(r.line,t.line),v=Math.min(e.lastLine(),Math.max(r.line,t.line));g<=v;g++){var m=se(o,g).text,y=X(m,d,u);d==p?i.push(new gi(ge(g,y),ge(g,y))):m.length>y&&i.push(new gi(ge(g,y),ge(g,X(m,p,u))))}i.length||i.push(new gi(r,r)),ji(o,vi(a.ranges.slice(0,s).concat(i),s),{origin:\"*mouse\",scroll:!1}),e.scrollIntoView(t)}else{var b,w=l,x=ul(e,t,n.unit),C=w.anchor;ve(x.anchor,C)>0?(b=x.head,C=we(w.from(),x.anchor)):(b=x.anchor,C=be(w.to(),x.head));var S=a.ranges.slice(0);S[s]=function(e,t){var r=t.anchor,n=t.head,i=se(e.doc,r.line);if(0==ve(r,n)&&r.sticky==n.sticky)return t;var o=Ze(i);if(!o)return t;var l=qe(o,r.ch,r.sticky),s=o[l];if(s.from!=r.ch&&s.to!=r.ch)return t;var a,u=l+(s.from==r.ch==(1!=s.level)?0:1);if(0==u||u==o.length)return t;if(n.line!=r.line)a=(n.line-r.line)*(\"ltr\"==e.doc.direction?1:-1)>0;else{var c=qe(o,n.ch,n.sticky),h=c-l||(n.ch-r.ch)*(1==s.level?-1:1);a=c==u-1||c==u?h<0:h>0}var f=o[u+(a?-1:0)],d=a==(1==f.level),p=d?f.from:f.to,g=d?\"after\":\"before\";return r.ch==p&&r.sticky==g?t:new gi(new ge(r.line,p,g),n)}(e,new gi(Ce(o,C),b)),ji(o,vi(S,s),K)}}var d=i.wrapper.getBoundingClientRect(),p=0;function g(t){e.state.selectingText=!1,p=1/0,st(t),i.input.focus(),tt(i.wrapper.ownerDocument,\"mousemove\",v),tt(i.wrapper.ownerDocument,\"mouseup\",m),o.history.lastSelOrigin=null}var v=jn(e,function(t){ft(t)?function t(r){var l=++p;var s=nn(e,r,!0,\"rectangle\"==n.unit);if(!s)return;if(0!=ve(s,h)){e.curOp.focus=W(),f(s);var a=yn(i,o);(s.line>=a.to||s.line<a.from)&&setTimeout(jn(e,function(){p==l&&t(r)}),150)}else{var u=r.clientY<d.top?-20:r.clientY>d.bottom?20:0;u&&setTimeout(jn(e,function(){p==l&&(i.scroller.scrollTop+=u,t(r))}),50)}}(t):g(t)}),m=jn(e,g);e.state.selectingText=m,Je(i.wrapper.ownerDocument,\"mousemove\",v),Je(i.wrapper.ownerDocument,\"mouseup\",m)}(e,n,t,o)}(t,u,h,e):ht(e)==r.scroller&&st(e):2==c?(u&&Bi(t.doc,u),setTimeout(function(){return r.input.focus()},20)):3==c&&(S?fl(t,e):dn(t)))}}function ul(e,t,r){if(\"char\"==r)return new gi(t,t);if(\"word\"==r)return e.findWordAt(t);if(\"line\"==r)return new gi(ge(t.line,0),Ce(e.doc,ge(t.line+1,0)));var n=r(e,t);return new gi(n.from,n.to)}function cl(e,t,r,n){var i,o;if(t.touches)i=t.touches[0].clientX,o=t.touches[0].clientY;else try{i=t.clientX,o=t.clientY}catch(t){return!1}if(i>=Math.floor(e.display.gutters.getBoundingClientRect().right))return!1;n&&st(t);var l=e.display,s=l.lineDiv.getBoundingClientRect();if(o>s.bottom||!ot(e,r))return ut(t);o-=s.top-l.viewOffset;for(var a=0;a<e.options.gutters.length;++a){var u=l.gutters.childNodes[a];if(u&&u.getBoundingClientRect().right>=i)return rt(e,r,e,fe(e.doc,o),e.options.gutters[a],t),ut(t)}}function hl(e,t){return cl(e,t,\"gutterClick\",!0)}function fl(e,t){yr(e.display,t)||function(e,t){if(!ot(e,\"gutterContextMenu\"))return!1;return cl(e,t,\"gutterContextMenu\",!1)}(e,t)||nt(e,t,\"contextmenu\")||e.display.input.onContextMenu(t)}function dl(e){e.display.wrapper.className=e.display.wrapper.className.replace(/\\s*cm-s-\\S+/g,\"\")+e.options.theme.replace(/(^|\\s)\\s*/g,\" cm-s-\"),Er(e)}sl.prototype.compare=function(e,t,r){return this.time+400>e&&0==ve(t,this.pos)&&r==this.button};var pl={toString:function(){return\"CodeMirror.Init\"}},gl={},vl={};function ml(e){si(e),_n(e),bn(e)}function yl(e,t,r){if(!t!=!(r&&r!=pl)){var n=e.display.dragFunctions,i=t?Je:tt;i(e.display.scroller,\"dragstart\",n.start),i(e.display.scroller,\"dragenter\",n.enter),i(e.display.scroller,\"dragover\",n.over),i(e.display.scroller,\"dragleave\",n.leave),i(e.display.scroller,\"drop\",n.drop)}}function bl(e){e.options.lineWrapping?(H(e.display.wrapper,\"CodeMirror-wrap\"),e.display.sizer.style.minWidth=\"\",e.display.sizerWidth=null):(T(e.display.wrapper,\"CodeMirror-wrap\"),Ye(e)),rn(e),_n(e),Er(e),setTimeout(function(){return Hn(e)},100)}function wl(e,t){var n=this;if(!(this instanceof wl))return new wl(e,t);this.options=t=t?z(t):{},z(gl,t,!1),ai(t);var i=t.value;\"string\"==typeof i&&(i=new So(i,t.mode,null,t.lineSeparator,t.direction)),this.doc=i;var o=new wl.inputStyles[t.inputStyle](this),u=this.display=new function(e,t,n){var i=this;this.input=n,i.scrollbarFiller=O(\"div\",null,\"CodeMirror-scrollbar-filler\"),i.scrollbarFiller.setAttribute(\"cm-not-content\",\"true\"),i.gutterFiller=O(\"div\",null,\"CodeMirror-gutter-filler\"),i.gutterFiller.setAttribute(\"cm-not-content\",\"true\"),i.lineDiv=A(\"div\",null,\"CodeMirror-code\"),i.selectionDiv=O(\"div\",null,null,\"position: relative; z-index: 1\"),i.cursorDiv=O(\"div\",null,\"CodeMirror-cursors\"),i.measure=O(\"div\",null,\"CodeMirror-measure\"),i.lineMeasure=O(\"div\",null,\"CodeMirror-measure\"),i.lineSpace=A(\"div\",[i.measure,i.lineMeasure,i.selectionDiv,i.cursorDiv,i.lineDiv],null,\"position: relative; outline: none\");var o=A(\"div\",[i.lineSpace],\"CodeMirror-lines\");i.mover=O(\"div\",[o],null,\"position: relative\"),i.sizer=O(\"div\",[i.mover],\"CodeMirror-sizer\"),i.sizerWidth=null,i.heightForcer=O(\"div\",null,null,\"position: absolute; height: \"+G+\"px; width: 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c in u.wrapper.CodeMirror=this,si(this),dl(this),t.lineWrapping&&(this.display.wrapper.className+=\" CodeMirror-wrap\"),En(this),this.state={keyMaps:[],overlays:[],modeGen:0,overwrite:!1,delayingBlurEvent:!1,focused:!1,suppressEdits:!1,pasteIncoming:!1,cutIncoming:!1,selectingText:!1,draggingText:!1,highlight:new R,keySeq:null,specialChars:null},t.autofocus&&!m&&u.input.focus(),l&&s<11&&setTimeout(function(){return n.display.input.reset(!0)},20),function(e){var t=e.display;Je(t.scroller,\"mousedown\",jn(e,al)),Je(t.scroller,\"dblclick\",l&&s<11?jn(e,function(t){if(!nt(e,t)){var r=nn(e,t);if(r&&!hl(e,t)&&!yr(e.display,t)){st(t);var n=e.findWordAt(r);Bi(e.doc,n.anchor,n.head)}}}):function(t){return nt(e,t)||st(t)});S||Je(t.scroller,\"contextmenu\",function(t){return fl(e,t)});var r,n={end:0};function i(){t.activeTouch&&(r=setTimeout(function(){return t.activeTouch=null},1e3),(n=t.activeTouch).end=+new Date)}function o(e,t){if(null==t.left)return!0;var r=t.left-e.left,n=t.top-e.top;return r*r+n*n>400}Je(t.scroller,\"touchstart\",function(i){if(!nt(e,i)&&!function(e){if(1!=e.touches.length)return!1;var t=e.touches[0];return t.radiusX<=1&&t.radiusY<=1}(i)&&!hl(e,i)){t.input.ensurePolled(),clearTimeout(r);var o=+new Date;t.activeTouch={start:o,moved:!1,prev:o-n.end<=300?n:null},1==i.touches.length&&(t.activeTouch.left=i.touches[0].pageX,t.activeTouch.top=i.touches[0].pageY)}}),Je(t.scroller,\"touchmove\",function(){t.activeTouch&&(t.activeTouch.moved=!0)}),Je(t.scroller,\"touchend\",function(r){var n=t.activeTouch;if(n&&!yr(t,r)&&null!=n.left&&!n.moved&&new Date-n.start<300){var l,s=e.coordsChar(t.activeTouch,\"page\");l=!n.prev||o(n,n.prev)?new gi(s,s):!n.prev.prev||o(n,n.prev.prev)?e.findWordAt(s):new gi(ge(s.line,0),Ce(e.doc,ge(s.line+1,0))),e.setSelection(l.anchor,l.head),e.focus(),st(r)}i()}),Je(t.scroller,\"touchcancel\",i),Je(t.scroller,\"scroll\",function(){t.scroller.clientHeight&&(Mn(e,t.scroller.scrollTop),On(e,t.scroller.scrollLeft,!0),rt(e,\"scroll\",e))}),Je(t.scroller,\"mousewheel\",function(t){return di(e,t)}),Je(t.scroller,\"DOMMouseScroll\",function(t){return di(e,t)}),Je(t.wrapper,\"scroll\",function(){return t.wrapper.scrollTop=t.wrapper.scrollLeft=0}),t.dragFunctions={enter:function(t){nt(e,t)||ct(t)},over:function(t){nt(e,t)||(!function(e,t){var r=nn(e,t);if(r){var n=document.createDocumentFragment();an(e,r,n),e.display.dragCursor||(e.display.dragCursor=O(\"div\",null,\"CodeMirror-cursors CodeMirror-dragcursors\"),e.display.lineSpace.insertBefore(e.display.dragCursor,e.display.cursorDiv)),N(e.display.dragCursor,n)}}(e,t),ct(t))},start:function(t){return function(e,t){if(l&&(!e.state.draggingText||+new Date-Lo<100))ct(t);else if(!nt(e,t)&&!yr(e.display,t)&&(t.dataTransfer.setData(\"Text\",e.getSelection()),t.dataTransfer.effectAllowed=\"copyMove\",t.dataTransfer.setDragImage&&!f)){var r=O(\"img\",null,null,\"position: fixed; left: 0; top: 0;\");r.src=\"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\",h&&(r.width=r.height=1,e.display.wrapper.appendChild(r),r._top=r.offsetTop),t.dataTransfer.setDragImage(r,0,0),h&&r.parentNode.removeChild(r)}}(e,t)},drop:jn(e,ko),leave:function(t){nt(e,t)||To(e)}};var a=t.input.getField();Je(a,\"keyup\",function(t){return nl.call(e,t)}),Je(a,\"keydown\",jn(e,rl)),Je(a,\"keypress\",jn(e,il)),Je(a,\"focus\",function(t){return pn(e,t)}),Je(a,\"blur\",function(t){return gn(e,t)})}(this),Oo(),In(this),this.curOp.forceUpdate=!0,Mi(this,i),t.autofocus&&!m||this.hasFocus()?setTimeout(E(pn,this),20):gn(this),vl)vl.hasOwnProperty(c)&&vl[c](n,t[c],pl);wn(this),t.finishInit&&t.finishInit(this);for(var d=0;d<xl.length;++d)xl[d](n);Rn(this),a&&t.lineWrapping&&\"optimizelegibility\"==getComputedStyle(u.lineDiv).textRendering&&(u.lineDiv.style.textRendering=\"auto\")}wl.defaults=gl,wl.optionHandlers=vl;var xl=[];function Cl(e,t,r,n){var i,o=e.doc;null==r&&(r=\"add\"),\"smart\"==r&&(o.mode.indent?i=zt(e,t).state:r=\"prev\");var l=e.options.tabSize,s=se(o,t),a=I(s.text,null,l);s.stateAfter&&(s.stateAfter=null);var u,c=s.text.match(/^\\s*/)[0];if(n||/\\S/.test(s.text)){if(\"smart\"==r&&((u=o.mode.indent(i,s.text.slice(c.length),s.text))==U||u>150)){if(!n)return;r=\"prev\"}}else u=0,r=\"not\";\"prev\"==r?u=t>o.first?I(se(o,t-1).text,null,l):0:\"add\"==r?u=a+e.options.indentUnit:\"subtract\"==r?u=a-e.options.indentUnit:\"number\"==typeof r&&(u=a+r),u=Math.max(0,u);var h=\"\",f=0;if(e.options.indentWithTabs)for(var d=Math.floor(u/l);d;--d)f+=l,h+=\"\\t\";if(f<u&&(h+=_(u-f)),h!=c)return lo(o,h,ge(t,0),ge(t,c.length),\"+input\"),s.stateAfter=null,!0;for(var p=0;p<o.sel.ranges.length;p++){var g=o.sel.ranges[p];if(g.head.line==t&&g.head.ch<c.length){var v=ge(t,c.length);Ui(o,p,new gi(v,v));break}}}wl.defineInitHook=function(e){return xl.push(e)};var Sl=null;function Ll(e){Sl=e}function kl(e,t,r,n,i){var o=e.doc;e.display.shift=!1,n||(n=o.sel);var l,s=e.state.pasteIncoming||\"paste\"==i,a=bt(t),u=null;if(s&&n.ranges.length>1)if(Sl&&Sl.text.join(\"\\n\")==t){if(n.ranges.length%Sl.text.length==0){u=[];for(var c=0;c<Sl.text.length;c++)u.push(o.splitLines(Sl.text[c]))}}else a.length==n.ranges.length&&e.options.pasteLinesPerSelection&&(u=$(a,function(e){return[e]}));for(var h=n.ranges.length-1;h>=0;h--){var f=n.ranges[h],d=f.from(),p=f.to();f.empty()&&(r&&r>0?d=ge(d.line,d.ch-r):e.state.overwrite&&!s?p=ge(p.line,Math.min(se(o,p.line).text.length,p.ch+q(a).length)):Sl&&Sl.lineWise&&Sl.text.join(\"\\n\")==t&&(d=p=ge(d.line,0))),l=e.curOp.updateInput;var g={from:d,to:p,text:u?u[h%u.length]:a,origin:i||(s?\"paste\":e.state.cutIncoming?\"cut\":\"+input\")};to(e.doc,g),or(e,\"inputRead\",e,g)}t&&!s&&Ml(e,t),Sn(e),e.curOp.updateInput=l,e.curOp.typing=!0,e.state.pasteIncoming=e.state.cutIncoming=!1}function Tl(e,t){var r=e.clipboardData&&e.clipboardData.getData(\"Text\");if(r)return e.preventDefault(),t.isReadOnly()||t.options.disableInput||Kn(t,function(){return kl(t,r,0,null,\"paste\")}),!0}function Ml(e,t){if(e.options.electricChars&&e.options.smartIndent)for(var r=e.doc.sel,n=r.ranges.length-1;n>=0;n--){var i=r.ranges[n];if(!(i.head.ch>100||n&&r.ranges[n-1].head.line==i.head.line)){var o=e.getModeAt(i.head),l=!1;if(o.electricChars){for(var s=0;s<o.electricChars.length;s++)if(t.indexOf(o.electricChars.charAt(s))>-1){l=Cl(e,i.head.line,\"smart\");break}}else o.electricInput&&o.electricInput.test(se(e.doc,i.head.line).text.slice(0,i.head.ch))&&(l=Cl(e,i.head.line,\"smart\"));l&&or(e,\"electricInput\",e,i.head.line)}}}function Nl(e){for(var t=[],r=[],n=0;n<e.doc.sel.ranges.length;n++){var i=e.doc.sel.ranges[n].head.line,o={anchor:ge(i,0),head:ge(i+1,0)};r.push(o),t.push(e.getRange(o.anchor,o.head))}return{text:t,ranges:r}}function Ol(e,t){e.setAttribute(\"autocorrect\",\"off\"),e.setAttribute(\"autocapitalize\",\"off\"),e.setAttribute(\"spellcheck\",!!t)}function Al(){var e=O(\"textarea\",null,null,\"position: absolute; bottom: -1em; padding: 0; width: 1px; height: 1em; outline: none\"),t=O(\"div\",[e],null,\"overflow: hidden; position: relative; width: 3px; height: 0px;\");return a?e.style.width=\"1000px\":e.setAttribute(\"wrap\",\"off\"),g&&(e.style.border=\"1px solid black\"),Ol(e),t}function Dl(e,t,r,n,i){var o=t,l=r,s=se(e,t.line);function a(n){var o,l;if(null==(o=i?function(e,t,r,n){var i=Ze(t,e.doc.direction);if(!i)return jo(t,r,n);r.ch>=t.text.length?(r.ch=t.text.length,r.sticky=\"before\"):r.ch<=0&&(r.ch=0,r.sticky=\"after\");var o=qe(i,r.ch,r.sticky),l=i[o];if(\"ltr\"==e.doc.direction&&l.level%2==0&&(n>0?l.to>r.ch:l.from<r.ch))return jo(t,r,n);var s,a=function(e,r){return Ko(t,e instanceof ge?e.ch:e,r)},u=function(r){return e.options.lineWrapping?(s=s||Nr(e,t),_r(e,t,s,r)):{begin:0,end:t.text.length}},c=u(\"before\"==r.sticky?a(r,-1):r.ch);if(\"rtl\"==e.doc.direction||1==l.level){var h=1==l.level==n<0,f=a(r,h?1:-1);if(null!=f&&(h?f<=l.to&&f<=c.end:f>=l.from&&f>=c.begin)){var d=h?\"before\":\"after\";return new ge(r.line,f,d)}}var p=function(e,t,n){for(var o=function(e,t){return t?new ge(r.line,a(e,1),\"before\"):new ge(r.line,e,\"after\")};e>=0&&e<i.length;e+=t){var l=i[e],s=t>0==(1!=l.level),u=s?n.begin:a(n.end,-1);if(l.from<=u&&u<l.to)return o(u,s);if(u=s?l.from:a(l.to,-1),n.begin<=u&&u<n.end)return o(u,s)}},g=p(o+n,n,c);if(g)return g;var v=n>0?c.end:a(c.begin,-1);return null==v||n>0&&v==t.text.length||!(g=p(n>0?0:i.length-1,n,u(v)))?null:g}(e.cm,s,t,r):jo(s,t,r))){if(n||(l=t.line+r)<e.first||l>=e.first+e.size||(t=new ge(l,t.ch,t.sticky),!(s=se(e,l))))return!1;t=Xo(i,e.cm,s,t.line,r)}else t=o;return!0}if(\"char\"==n)a();else if(\"column\"==n)a(!0);else if(\"word\"==n||\"group\"==n)for(var u=null,c=\"group\"==n,h=e.cm&&e.cm.getHelper(t,\"wordChars\"),f=!0;!(r<0)||a(!f);f=!1){var d=s.text.charAt(t.ch)||\"\\n\",p=te(d,h)?\"w\":c&&\"\\n\"==d?\"n\":!c||/\\s/.test(d)?null:\"p\";if(!c||f||p||(p=\"s\"),u&&u!=p){r<0&&(r=1,a(),t.sticky=\"after\");break}if(p&&(u=p),r>0&&!a(!f))break}var g=Zi(e,t,o,l,!0);return me(o,g)&&(g.hitSide=!0),g}function Wl(e,t,r,n){var i,o,l=e.doc,s=t.left;if(\"page\"==n){var a=Math.min(e.display.wrapper.clientHeight,window.innerHeight||document.documentElement.clientHeight),u=Math.max(a-.5*Zr(e.display),3);i=(r>0?t.bottom:t.top)+r*u}else\"line\"==n&&(i=r>0?t.bottom+3:t.top-3);for(;(o=Xr(e,s,i)).outside;){if(r<0?i<=0:i>=l.height){o.hitSide=!0;break}i+=5*r}return o}var Hl=function(e){this.cm=e,this.lastAnchorNode=this.lastAnchorOffset=this.lastFocusNode=this.lastFocusOffset=null,this.polling=new R,this.composing=null,this.gracePeriod=!1,this.readDOMTimeout=null};function Fl(e,t){var r=Mr(e,t.line);if(!r||r.hidden)return null;var n=se(e.doc,t.line),i=kr(r,n,t.line),o=Ze(n,e.doc.direction),l=\"left\";o&&(l=qe(o,t.ch)%2?\"right\":\"left\");var s=Wr(i.map,t.ch,l);return s.offset=\"right\"==s.collapse?s.end:s.start,s}function Pl(e,t){return t&&(e.bad=!0),e}function El(e,t,r){var n;if(t==e.display.lineDiv){if(!(n=e.display.lineDiv.childNodes[r]))return Pl(e.clipPos(ge(e.display.viewTo-1)),!0);t=null,r=0}else for(n=t;;n=n.parentNode){if(!n||n==e.display.lineDiv)return null;if(n.parentNode&&n.parentNode==e.display.lineDiv)break}for(var i=0;i<e.display.view.length;i++){var o=e.display.view[i];if(o.node==n)return zl(o,t,r)}}function zl(e,t,r){var n=e.text.firstChild,i=!1;if(!t||!D(n,t))return Pl(ge(he(e.line),0),!0);if(t==n&&(i=!0,t=n.childNodes[r],r=0,!t)){var o=e.rest?q(e.rest):e.line;return Pl(ge(he(o),o.text.length),i)}var l=3==t.nodeType?t:null,s=t;for(l||1!=t.childNodes.length||3!=t.firstChild.nodeType||(l=t.firstChild,r&&(r=l.nodeValue.length));s.parentNode!=n;)s=s.parentNode;var a=e.measure,u=a.maps;function c(t,r,n){for(var i=-1;i<(u?u.length:0);i++)for(var o=i<0?a.map:u[i],l=0;l<o.length;l+=3){var s=o[l+2];if(s==t||s==r){var c=he(i<0?e.line:e.rest[i]),h=o[l]+n;return(n<0||s!=t)&&(h=o[l+(n?1:0)]),ge(c,h)}}}var h=c(l,s,r);if(h)return Pl(h,i);for(var f=s.nextSibling,d=l?l.nodeValue.length-r:0;f;f=f.nextSibling){if(h=c(f,f.firstChild,0))return Pl(ge(h.line,h.ch-d),i);d+=f.textContent.length}for(var p=s.previousSibling,g=r;p;p=p.previousSibling){if(h=c(p,p.firstChild,-1))return Pl(ge(h.line,h.ch+g),i);g+=p.textContent.length}}Hl.prototype.init=function(e){var t=this,r=this,n=r.cm,i=r.div=e.lineDiv;function o(e){if(!nt(n,e)){if(n.somethingSelected())Ll({lineWise:!1,text:n.getSelections()}),\"cut\"==e.type&&n.replaceSelection(\"\",null,\"cut\");else{if(!n.options.lineWiseCopyCut)return;var t=Nl(n);Ll({lineWise:!0,text:t.text}),\"cut\"==e.type&&n.operation(function(){n.setSelections(t.ranges,0,V),n.replaceSelection(\"\",null,\"cut\")})}if(e.clipboardData){e.clipboardData.clearData();var o=Sl.text.join(\"\\n\");if(e.clipboardData.setData(\"Text\",o),e.clipboardData.getData(\"Text\")==o)return void e.preventDefault()}var l=Al(),s=l.firstChild;n.display.lineSpace.insertBefore(l,n.display.lineSpace.firstChild),s.value=Sl.text.join(\"\\n\");var a=document.activeElement;P(s),setTimeout(function(){n.display.lineSpace.removeChild(l),a.focus(),a==i&&r.showPrimarySelection()},50)}}Ol(i,n.options.spellcheck),Je(i,\"paste\",function(e){nt(n,e)||Tl(e,n)||s<=11&&setTimeout(jn(n,function(){return t.updateFromDOM()}),20)}),Je(i,\"compositionstart\",function(e){t.composing={data:e.data,done:!1}}),Je(i,\"compositionupdate\",function(e){t.composing||(t.composing={data:e.data,done:!1})}),Je(i,\"compositionend\",function(e){t.composing&&(e.data!=t.composing.data&&t.readFromDOMSoon(),t.composing.done=!0)}),Je(i,\"touchstart\",function(){return r.forceCompositionEnd()}),Je(i,\"input\",function(){t.composing||t.readFromDOMSoon()}),Je(i,\"copy\",o),Je(i,\"cut\",o)},Hl.prototype.prepareSelection=function(){var e=sn(this.cm,!1);return e.focus=this.cm.state.focused,e},Hl.prototype.showSelection=function(e,t){e&&this.cm.display.view.length&&((e.focus||t)&&this.showPrimarySelection(),this.showMultipleSelections(e))},Hl.prototype.showPrimarySelection=function(){var e=window.getSelection(),t=this.cm,n=t.doc.sel.primary(),i=n.from(),o=n.to();if(t.display.viewTo==t.display.viewFrom||i.line>=t.display.viewTo||o.line<t.display.viewFrom)e.removeAllRanges();else{var l=El(t,e.anchorNode,e.anchorOffset),s=El(t,e.focusNode,e.focusOffset);if(!l||l.bad||!s||s.bad||0!=ve(we(l,s),i)||0!=ve(be(l,s),o)){var a=t.display.view,u=i.line>=t.display.viewFrom&&Fl(t,i)||{node:a[0].measure.map[2],offset:0},c=o.line<t.display.viewTo&&Fl(t,o);if(!c){var h=a[a.length-1].measure,f=h.maps?h.maps[h.maps.length-1]:h.map;c={node:f[f.length-1],offset:f[f.length-2]-f[f.length-3]}}if(u&&c){var d,p=e.rangeCount&&e.getRangeAt(0);try{d=k(u.node,u.offset,c.offset,c.node)}catch(e){}d&&(!r&&t.state.focused?(e.collapse(u.node,u.offset),d.collapsed||(e.removeAllRanges(),e.addRange(d))):(e.removeAllRanges(),e.addRange(d)),p&&null==e.anchorNode?e.addRange(p):r&&this.startGracePeriod()),this.rememberSelection()}else e.removeAllRanges()}}},Hl.prototype.startGracePeriod=function(){var e=this;clearTimeout(this.gracePeriod),this.gracePeriod=setTimeout(function(){e.gracePeriod=!1,e.selectionChanged()&&e.cm.operation(function(){return e.cm.curOp.selectionChanged=!0})},20)},Hl.prototype.showMultipleSelections=function(e){N(this.cm.display.cursorDiv,e.cursors),N(this.cm.display.selectionDiv,e.selection)},Hl.prototype.rememberSelection=function(){var e=window.getSelection();this.lastAnchorNode=e.anchorNode,this.lastAnchorOffset=e.anchorOffset,this.lastFocusNode=e.focusNode,this.lastFocusOffset=e.focusOffset},Hl.prototype.selectionInEditor=function(){var e=window.getSelection();if(!e.rangeCount)return!1;var t=e.getRangeAt(0).commonAncestorContainer;return D(this.div,t)},Hl.prototype.focus=function(){\"nocursor\"!=this.cm.options.readOnly&&(this.selectionInEditor()||this.showSelection(this.prepareSelection(),!0),this.div.focus())},Hl.prototype.blur=function(){this.div.blur()},Hl.prototype.getField=function(){return this.div},Hl.prototype.supportsTouch=function(){return!0},Hl.prototype.receivedFocus=function(){var e=this;this.selectionInEditor()?this.pollSelection():Kn(this.cm,function(){return e.cm.curOp.selectionChanged=!0}),this.polling.set(this.cm.options.pollInterval,function t(){e.cm.state.focused&&(e.pollSelection(),e.polling.set(e.cm.options.pollInterval,t))})},Hl.prototype.selectionChanged=function(){var e=window.getSelection();return e.anchorNode!=this.lastAnchorNode||e.anchorOffset!=this.lastAnchorOffset||e.focusNode!=this.lastFocusNode||e.focusOffset!=this.lastFocusOffset},Hl.prototype.pollSelection=function(){if(null==this.readDOMTimeout&&!this.gracePeriod&&this.selectionChanged()){var e=window.getSelection(),t=this.cm;if(v&&c&&this.cm.options.gutters.length&&function(e){for(var t=e;t;t=t.parentNode)if(/CodeMirror-gutter-wrapper/.test(t.className))return!0;return!1}(e.anchorNode))return this.cm.triggerOnKeyDown({type:\"keydown\",keyCode:8,preventDefault:Math.abs}),this.blur(),void this.focus();if(!this.composing){this.rememberSelection();var r=El(t,e.anchorNode,e.anchorOffset),n=El(t,e.focusNode,e.focusOffset);r&&n&&Kn(t,function(){ji(t.doc,mi(r,n),V),(r.bad||n.bad)&&(t.curOp.selectionChanged=!0)})}}},Hl.prototype.pollContent=function(){null!=this.readDOMTimeout&&(clearTimeout(this.readDOMTimeout),this.readDOMTimeout=null);var e,t,r,n=this.cm,i=n.display,o=n.doc.sel.primary(),l=o.from(),s=o.to();if(0==l.ch&&l.line>n.firstLine()&&(l=ge(l.line-1,se(n.doc,l.line-1).length)),s.ch==se(n.doc,s.line).text.length&&s.line<n.lastLine()&&(s=ge(s.line+1,0)),l.line<i.viewFrom||s.line>i.viewTo-1)return!1;l.line==i.viewFrom||0==(e=on(n,l.line))?(t=he(i.view[0].line),r=i.view[0].node):(t=he(i.view[e].line),r=i.view[e-1].node.nextSibling);var a,u,c=on(n,s.line);if(c==i.view.length-1?(a=i.viewTo-1,u=i.lineDiv.lastChild):(a=he(i.view[c+1].line)-1,u=i.view[c+1].node.previousSibling),!r)return!1;for(var h=n.doc.splitLines(function(e,t,r,n,i){var o=\"\",l=!1,s=e.doc.lineSeparator();function a(){l&&(o+=s,l=!1)}function u(e){e&&(a(),o+=e)}function c(t){if(1==t.nodeType){var r=t.getAttribute(\"cm-text\");if(null!=r)return void u(r||t.textContent.replace(/\\u200b/g,\"\"));var o,h=t.getAttribute(\"cm-marker\");if(h){var f=e.findMarks(ge(n,0),ge(i+1,0),(g=+h,function(e){return e.id==g}));return void(f.length&&(o=f[0].find(0))&&u(ae(e.doc,o.from,o.to).join(s)))}if(\"false\"==t.getAttribute(\"contenteditable\"))return;var d=/^(pre|div|p)$/i.test(t.nodeName);d&&a();for(var p=0;p<t.childNodes.length;p++)c(t.childNodes[p]);d&&(l=!0)}else 3==t.nodeType&&u(t.nodeValue);var g}for(;c(t),t!=r;)t=t.nextSibling;return o}(n,r,u,t,a)),f=ae(n.doc,ge(t,0),ge(a,se(n.doc,a).text.length));h.length>1&&f.length>1;)if(q(h)==q(f))h.pop(),f.pop(),a--;else{if(h[0]!=f[0])break;h.shift(),f.shift(),t++}for(var d=0,p=0,g=h[0],v=f[0],m=Math.min(g.length,v.length);d<m&&g.charCodeAt(d)==v.charCodeAt(d);)++d;for(var y=q(h),b=q(f),w=Math.min(y.length-(1==h.length?d:0),b.length-(1==f.length?d:0));p<w&&y.charCodeAt(y.length-p-1)==b.charCodeAt(b.length-p-1);)++p;if(1==h.length&&1==f.length&&t==l.line)for(;d&&d>l.ch&&y.charCodeAt(y.length-p-1)==b.charCodeAt(b.length-p-1);)d--,p++;h[h.length-1]=y.slice(0,y.length-p).replace(/^\\u200b+/,\"\"),h[0]=h[0].slice(d).replace(/\\u200b+$/,\"\");var x=ge(t,d),C=ge(a,f.length?q(f).length-p:0);return h.length>1||h[0]||ve(x,C)?(lo(n.doc,h,x,C,\"+input\"),!0):void 0},Hl.prototype.ensurePolled=function(){this.forceCompositionEnd()},Hl.prototype.reset=function(){this.forceCompositionEnd()},Hl.prototype.forceCompositionEnd=function(){this.composing&&(clearTimeout(this.readDOMTimeout),this.composing=null,this.updateFromDOM(),this.div.blur(),this.div.focus())},Hl.prototype.readFromDOMSoon=function(){var e=this;null==this.readDOMTimeout&&(this.readDOMTimeout=setTimeout(function(){if(e.readDOMTimeout=null,e.composing){if(!e.composing.done)return;e.composing=null}e.updateFromDOM()},80))},Hl.prototype.updateFromDOM=function(){var e=this;!this.cm.isReadOnly()&&this.pollContent()||Kn(this.cm,function(){return _n(e.cm)})},Hl.prototype.setUneditable=function(e){e.contentEditable=\"false\"},Hl.prototype.onKeyPress=function(e){0==e.charCode||this.composing||(e.preventDefault(),this.cm.isReadOnly()||jn(this.cm,kl)(this.cm,String.fromCharCode(null==e.charCode?e.keyCode:e.charCode),0))},Hl.prototype.readOnlyChanged=function(e){this.div.contentEditable=String(\"nocursor\"!=e)},Hl.prototype.onContextMenu=function(){},Hl.prototype.resetPosition=function(){},Hl.prototype.needsContentAttribute=!0;var Il,Rl,Bl,Gl=function(e){this.cm=e,this.prevInput=\"\",this.pollingFast=!1,this.polling=new R,this.hasSelection=!1,this.composing=null};Gl.prototype.init=function(e){var t=this,r=this,n=this.cm;this.createField(e);var i=this.textarea;function o(e){if(!nt(n,e)){if(n.somethingSelected())Ll({lineWise:!1,text:n.getSelections()});else{if(!n.options.lineWiseCopyCut)return;var t=Nl(n);Ll({lineWise:!0,text:t.text}),\"cut\"==e.type?n.setSelections(t.ranges,null,V):(r.prevInput=\"\",i.value=t.text.join(\"\\n\"),P(i))}\"cut\"==e.type&&(n.state.cutIncoming=!0)}}e.wrapper.insertBefore(this.wrapper,e.wrapper.firstChild),g&&(i.style.width=\"0px\"),Je(i,\"input\",function(){l&&s>=9&&t.hasSelection&&(t.hasSelection=null),r.poll()}),Je(i,\"paste\",function(e){nt(n,e)||Tl(e,n)||(n.state.pasteIncoming=!0,r.fastPoll())}),Je(i,\"cut\",o),Je(i,\"copy\",o),Je(e.scroller,\"paste\",function(t){yr(e,t)||nt(n,t)||(n.state.pasteIncoming=!0,r.focus())}),Je(e.lineSpace,\"selectstart\",function(t){yr(e,t)||st(t)}),Je(i,\"compositionstart\",function(){var e=n.getCursor(\"from\");r.composing&&r.composing.range.clear(),r.composing={start:e,range:n.markText(e,n.getCursor(\"to\"),{className:\"CodeMirror-composing\"})}}),Je(i,\"compositionend\",function(){r.composing&&(r.poll(),r.composing.range.clear(),r.composing=null)})},Gl.prototype.createField=function(e){this.wrapper=Al(),this.textarea=this.wrapper.firstChild},Gl.prototype.prepareSelection=function(){var e=this.cm,t=e.display,r=e.doc,n=sn(e);if(e.options.moveInputWithCursor){var i=Vr(e,r.sel.primary().head,\"div\"),o=t.wrapper.getBoundingClientRect(),l=t.lineDiv.getBoundingClientRect();n.teTop=Math.max(0,Math.min(t.wrapper.clientHeight-10,i.top+l.top-o.top)),n.teLeft=Math.max(0,Math.min(t.wrapper.clientWidth-10,i.left+l.left-o.left))}return n},Gl.prototype.showSelection=function(e){var t=this.cm.display;N(t.cursorDiv,e.cursors),N(t.selectionDiv,e.selection),null!=e.teTop&&(this.wrapper.style.top=e.teTop+\"px\",this.wrapper.style.left=e.teLeft+\"px\")},Gl.prototype.reset=function(e){if(!this.contextMenuPending&&!this.composing){var t=this.cm;if(t.somethingSelected()){this.prevInput=\"\";var r=t.getSelection();this.textarea.value=r,t.state.focused&&P(this.textarea),l&&s>=9&&(this.hasSelection=r)}else e||(this.prevInput=this.textarea.value=\"\",l&&s>=9&&(this.hasSelection=null))}},Gl.prototype.getField=function(){return this.textarea},Gl.prototype.supportsTouch=function(){return!1},Gl.prototype.focus=function(){if(\"nocursor\"!=this.cm.options.readOnly&&(!m||W()!=this.textarea))try{this.textarea.focus()}catch(e){}},Gl.prototype.blur=function(){this.textarea.blur()},Gl.prototype.resetPosition=function(){this.wrapper.style.top=this.wrapper.style.left=0},Gl.prototype.receivedFocus=function(){this.slowPoll()},Gl.prototype.slowPoll=function(){var e=this;this.pollingFast||this.polling.set(this.cm.options.pollInterval,function(){e.poll(),e.cm.state.focused&&e.slowPoll()})},Gl.prototype.fastPoll=function(){var e=!1,t=this;t.pollingFast=!0,t.polling.set(20,function r(){t.poll()||e?(t.pollingFast=!1,t.slowPoll()):(e=!0,t.polling.set(60,r))})},Gl.prototype.poll=function(){var e=this,t=this.cm,r=this.textarea,n=this.prevInput;if(this.contextMenuPending||!t.state.focused||wt(r)&&!n&&!this.composing||t.isReadOnly()||t.options.disableInput||t.state.keySeq)return!1;var i=r.value;if(i==n&&!t.somethingSelected())return!1;if(l&&s>=9&&this.hasSelection===i||y&&/[\\uf700-\\uf7ff]/.test(i))return t.display.input.reset(),!1;if(t.doc.sel==t.display.selForContextMenu){var o=i.charCodeAt(0);if(8203!=o||n||(n=\"\"),8666==o)return this.reset(),this.cm.execCommand(\"undo\")}for(var a=0,u=Math.min(n.length,i.length);a<u&&n.charCodeAt(a)==i.charCodeAt(a);)++a;return Kn(t,function(){kl(t,i.slice(a),n.length-a,null,e.composing?\"*compose\":null),i.length>1e3||i.indexOf(\"\\n\")>-1?r.value=e.prevInput=\"\":e.prevInput=i,e.composing&&(e.composing.range.clear(),e.composing.range=t.markText(e.composing.start,t.getCursor(\"to\"),{className:\"CodeMirror-composing\"}))}),!0},Gl.prototype.ensurePolled=function(){this.pollingFast&&this.poll()&&(this.pollingFast=!1)},Gl.prototype.onKeyPress=function(){l&&s>=9&&(this.hasSelection=null),this.fastPoll()},Gl.prototype.onContextMenu=function(e){var t=this,r=t.cm,n=r.display,i=t.textarea,o=nn(r,e),u=n.scroller.scrollTop;if(o&&!h){r.options.resetSelectionOnContextMenu&&-1==r.doc.sel.contains(o)&&jn(r,ji)(r.doc,mi(o),V);var c=i.style.cssText,f=t.wrapper.style.cssText;t.wrapper.style.cssText=\"position: absolute\";var d,p=t.wrapper.getBoundingClientRect();if(i.style.cssText=\"position: absolute; width: 30px; height: 30px;\\n top: \"+(e.clientY-p.top-5)+\"px; left: \"+(e.clientX-p.left-5)+\"px;\\n z-index: 1000; background: \"+(l?\"rgba(255, 255, 255, .05)\":\"transparent\")+\";\\n outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\",a&&(d=window.scrollY),n.input.focus(),a&&window.scrollTo(null,d),n.input.reset(),r.somethingSelected()||(i.value=t.prevInput=\" \"),t.contextMenuPending=!0,n.selForContextMenu=r.doc.sel,clearTimeout(n.detectingSelectAll),l&&s>=9&&v(),S){ct(e);var g=function(){tt(window,\"mouseup\",g),setTimeout(m,20)};Je(window,\"mouseup\",g)}else setTimeout(m,50)}function v(){if(null!=i.selectionStart){var e=r.somethingSelected(),o=\"\"+(e?i.value:\"\");i.value=\"⇚\",i.value=o,t.prevInput=e?\"\":\"\",i.selectionStart=1,i.selectionEnd=o.length,n.selForContextMenu=r.doc.sel}}function m(){if(t.contextMenuPending=!1,t.wrapper.style.cssText=f,i.style.cssText=c,l&&s<9&&n.scrollbars.setScrollTop(n.scroller.scrollTop=u),null!=i.selectionStart){(!l||l&&s<9)&&v();var e=0,o=function(){n.selForContextMenu==r.doc.sel&&0==i.selectionStart&&i.selectionEnd>0&&\"\"==t.prevInput?jn(r,Ji)(r):e++<10?n.detectingSelectAll=setTimeout(o,500):(n.selForContextMenu=null,n.input.reset())};n.detectingSelectAll=setTimeout(o,200)}}},Gl.prototype.readOnlyChanged=function(e){e||this.reset(),this.textarea.disabled=\"nocursor\"==e},Gl.prototype.setUneditable=function(){},Gl.prototype.needsContentAttribute=!1,function(e){var t=e.optionHandlers;function r(r,n,i,o){e.defaults[r]=n,i&&(t[r]=o?function(e,t,r){r!=pl&&i(e,t,r)}:i)}e.defineOption=r,e.Init=pl,r(\"value\",\"\",function(e,t){return e.setValue(t)},!0),r(\"mode\",null,function(e,t){e.doc.modeOption=t,Ci(e)},!0),r(\"indentUnit\",2,Ci,!0),r(\"indentWithTabs\",!1),r(\"smartIndent\",!0),r(\"tabSize\",4,function(e){Si(e),Er(e),_n(e)},!0),r(\"lineSeparator\",null,function(e,t){if(e.doc.lineSep=t,t){var r=[],n=e.doc.first;e.doc.iter(function(e){for(var i=0;;){var o=e.text.indexOf(t,i);if(-1==o)break;i=o+t.length,r.push(ge(n,o))}n++});for(var i=r.length-1;i>=0;i--)lo(e.doc,t,r[i],ge(r[i].line,r[i].ch+t.length))}}),r(\"specialChars\",/[\\u0000-\\u001f\\u007f-\\u009f\\u00ad\\u061c\\u200b-\\u200f\\u2028\\u2029\\ufeff]/g,function(e,t,r){e.state.specialChars=new RegExp(t.source+(t.test(\"\\t\")?\"\":\"|\\t\"),\"g\"),r!=pl&&e.refresh()}),r(\"specialCharPlaceholder\",$t,function(e){return e.refresh()},!0),r(\"electricChars\",!0),r(\"inputStyle\",m?\"contenteditable\":\"textarea\",function(){throw new Error(\"inputStyle can not (yet) be changed in a running editor\")},!0),r(\"spellcheck\",!1,function(e,t){return e.getInputField().spellcheck=t},!0),r(\"rtlMoveVisually\",!w),r(\"wholeLineUpdateBefore\",!0),r(\"theme\",\"default\",function(e){dl(e),ml(e)},!0),r(\"keyMap\",\"default\",function(e,t,r){var n=Uo(t),i=r!=pl&&Uo(r);i&&i.detach&&i.detach(e,n),n.attach&&n.attach(e,i||null)}),r(\"extraKeys\",null),r(\"configureMouse\",null),r(\"lineWrapping\",!1,bl,!0),r(\"gutters\",[],function(e){ai(e.options),ml(e)},!0),r(\"fixedGutter\",!0,function(e,t){e.display.gutters.style.left=t?en(e.display)+\"px\":\"0\",e.refresh()},!0),r(\"coverGutterNextToScrollbar\",!1,function(e){return Hn(e)},!0),r(\"scrollbarStyle\",\"native\",function(e){En(e),Hn(e),e.display.scrollbars.setScrollTop(e.doc.scrollTop),e.display.scrollbars.setScrollLeft(e.doc.scrollLeft)},!0),r(\"lineNumbers\",!1,function(e){ai(e.options),ml(e)},!0),r(\"firstLineNumber\",1,ml,!0),r(\"lineNumberFormatter\",function(e){return e},ml,!0),r(\"showCursorWhenSelecting\",!1,ln,!0),r(\"resetSelectionOnContextMenu\",!0),r(\"lineWiseCopyCut\",!0),r(\"pasteLinesPerSelection\",!0),r(\"readOnly\",!1,function(e,t){\"nocursor\"==t&&(gn(e),e.display.input.blur()),e.display.input.readOnlyChanged(t)}),r(\"disableInput\",!1,function(e,t){t||e.display.input.reset()},!0),r(\"dragDrop\",!0,yl),r(\"allowDropFileTypes\",null),r(\"cursorBlinkRate\",530),r(\"cursorScrollMargin\",0),r(\"cursorHeight\",1,ln,!0),r(\"singleCursorHeightPerLine\",!0,ln,!0),r(\"workTime\",100),r(\"workDelay\",100),r(\"flattenSpans\",!0,Si,!0),r(\"addModeClass\",!1,Si,!0),r(\"pollInterval\",100),r(\"undoDepth\",200,function(e,t){return e.doc.history.undoDepth=t}),r(\"historyEventDelay\",1250),r(\"viewportMargin\",10,function(e){return e.refresh()},!0),r(\"maxHighlightLength\",1e4,Si,!0),r(\"moveInputWithCursor\",!0,function(e,t){t||e.display.input.resetPosition()}),r(\"tabindex\",null,function(e,t){return e.display.input.getField().tabIndex=t||\"\"}),r(\"autofocus\",null),r(\"direction\",\"ltr\",function(e,t){return e.doc.setDirection(t)},!0)}(wl),Rl=(Il=wl).optionHandlers,Bl=Il.helpers={},Il.prototype={constructor:Il,focus:function(){window.focus(),this.display.input.focus()},setOption:function(e,t){var r=this.options,n=r[e];r[e]==t&&\"mode\"!=e||(r[e]=t,Rl.hasOwnProperty(e)&&jn(this,Rl[e])(this,t,n),rt(this,\"optionChange\",this,e))},getOption:function(e){return this.options[e]},getDoc:function(){return this.doc},addKeyMap:function(e,t){this.state.keyMaps[t?\"push\":\"unshift\"](Uo(e))},removeKeyMap:function(e){for(var t=this.state.keyMaps,r=0;r<t.length;++r)if(t[r]==e||t[r].name==e)return t.splice(r,1),!0},addOverlay:Xn(function(e,t){var r=e.token?e:Il.getMode(this.options,e);if(r.startState)throw new Error(\"Overlays may not be stateful.\");!function(e,t,r){for(var n=0,i=r(t);n<e.length&&r(e[n])<=i;)n++;e.splice(n,0,t)}(this.state.overlays,{mode:r,modeSpec:e,opaque:t&&t.opaque,priority:t&&t.priority||0},function(e){return e.priority}),this.state.modeGen++,_n(this)}),removeOverlay:Xn(function(e){for(var t=this.state.overlays,r=0;r<t.length;++r){var n=t[r].modeSpec;if(n==e||\"string\"==typeof e&&n.name==e)return t.splice(r,1),this.state.modeGen++,void _n(this)}}),indentLine:Xn(function(e,t,r){\"string\"!=typeof t&&\"number\"!=typeof t&&(t=null==t?this.options.smartIndent?\"smart\":\"prev\":t?\"add\":\"subtract\"),de(this.doc,e)&&Cl(this,e,t,r)}),indentSelection:Xn(function(e){for(var t=this,r=this.doc.sel.ranges,n=-1,i=0;i<r.length;i++){var o=r[i];if(o.empty())o.head.line>n&&(Cl(t,o.head.line,e,!0),n=o.head.line,i==t.doc.sel.primIndex&&Sn(t));else{var l=o.from(),s=o.to(),a=Math.max(n,l.line);n=Math.min(t.lastLine(),s.line-(s.ch?0:1))+1;for(var u=a;u<n;++u)Cl(t,u,e);var c=t.doc.sel.ranges;0==l.ch&&r.length==c.length&&c[i].from().ch>0&&Ui(t.doc,i,new gi(l,c[i].to()),V)}}}),getTokenAt:function(e,t){return Ut(this,e,t)},getLineTokens:function(e,t){return Ut(this,ge(e),t,!0)},getTokenTypeAt:function(e){e=Ce(this.doc,e);var t,r=Et(this,se(this.doc,e.line)),n=0,i=(r.length-1)/2,o=e.ch;if(0==o)t=r[2];else for(;;){var l=n+i>>1;if((l?r[2*l-1]:0)>=o)i=l;else{if(!(r[2*l+1]<o)){t=r[2*l+2];break}n=l+1}}var s=t?t.indexOf(\"overlay \"):-1;return s<0?t:0==s?null:t.slice(0,s-1)},getModeAt:function(e){var t=this.doc.mode;return t.innerMode?Il.innerMode(t,this.getTokenAt(e).state).mode:t},getHelper:function(e,t){return this.getHelpers(e,t)[0]},getHelpers:function(e,t){var r=[];if(!Bl.hasOwnProperty(t))return r;var n=Bl[t],i=this.getModeAt(e);if(\"string\"==typeof i[t])n[i[t]]&&r.push(n[i[t]]);else if(i[t])for(var o=0;o<i[t].length;o++){var l=n[i[t][o]];l&&r.push(l)}else i.helperType&&n[i.helperType]?r.push(n[i.helperType]):n[i.name]&&r.push(n[i.name]);for(var s=0;s<n._global.length;s++){var 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"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
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},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
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},
"$:/plugins/tiddlywiki/codemirror/mode/tw-meta.js": {
"text": "!function(e){\"object\"==typeof exports&&\"object\"==typeof module?e(require(\"../lib/codemirror\")):\"function\"==typeof define&&define.amd?define([\"../lib/codemirror\"],e):e(CodeMirror)}(function(e){\"use strict\";e.modeInfo=[{name:\"CMake\",mime:\"text/x-cmake\",mode:\"cmake\",ext:[\"cmake\",\"cmake.in\"],file:/^CMakeLists.txt$/},{name:\"Cython\",mime:\"text/x-cython\",mode:\"python\",ext:[\"pyx\",\"pxd\",\"pxi\"]},{name:\"CSS\",mime:\"text/css\",mode:\"css\",ext:[\"css\"]},{name:\"diff\",mime:\"text/x-diff\",mode:\"diff\",ext:[\"diff\",\"patch\"]},{name:\"Embedded Javascript\",mime:\"application/x-ejs\",mode:\"htmlembedded\",ext:[\"ejs\"]},{name:\"Embedded Ruby\",mime:\"application/x-erb\",mode:\"htmlembedded\",ext:[\"erb\"]},{name:\"Erlang\",mime:\"text/x-erlang\",mode:\"erlang\",ext:[\"erl\"]},{name:\"GitHub Flavored Markdown\",mime:\"text/x-gfm\",mode:\"gfm\",file:/^(readme|contributing|history).md$/i},{name:\"Go\",mime:\"text/x-go\",mode:\"go\",ext:[\"go\"]},{name:\"ASP.NET\",mime:\"application/x-aspx\",mode:\"htmlembedded\",ext:[\"aspx\"],alias:[\"asp\",\"aspx\"]},{name:\"HTML\",mime:\"text/html\",mode:\"htmlmixed\",ext:[\"html\",\"htm\",\"handlebars\",\"hbs\"],alias:[\"xhtml\"]},{name:\"HTTP\",mime:\"message/http\",mode:\"http\"},{name:\"JavaScript\",mimes:[\"text/javascript\",\"text/ecmascript\",\"application/javascript\",\"application/x-javascript\",\"application/ecmascript\"],mode:\"javascript\",ext:[\"js\"],alias:[\"ecmascript\",\"js\",\"node\"]},{name:\"JSON\",mimes:[\"application/json\",\"application/x-json\"],mode:\"javascript\",ext:[\"json\",\"map\"],alias:[\"json5\"]},{name:\"JSON-LD\",mime:\"application/ld+json\",mode:\"javascript\",ext:[\"jsonld\"],alias:[\"jsonld\"]},{name:\"Lua\",mime:\"text/x-lua\",mode:\"lua\",ext:[\"lua\"]},{name:\"Markdown\",mime:\"text/x-markdown\",mode:\"markdown\",ext:[\"markdown\",\"md\",\"mkd\"]},{name:\"MySQL\",mime:\"text/x-mysql\",mode:\"sql\"},{name:\"Plain Text\",mime:\"text/plain\",mode:\"null\",ext:[\"txt\",\"text\",\"conf\",\"def\",\"list\",\"log\"]},{name:\"Python\",mime:\"text/x-python\",mode:\"python\",ext:[\"BUILD\",\"bzl\",\"py\",\"pyw\"],file:/^(BUCK|BUILD)$/},{name:\"SCSS\",mime:\"text/x-scss\",mode:\"css\",ext:[\"scss\"]},{name:\"LaTeX\",mime:\"text/x-latex\",mode:\"stex\",ext:[\"text\",\"ltx\",\"tex\"],alias:[\"tex\"]},{name:\"TiddlyWiki \",mime:\"text/x-tiddlywiki\",mode:\"tiddlywiki\"}];for(var t=0;t<e.modeInfo.length;t++){var m=e.modeInfo[t];m.mimes&&(m.mime=m.mimes[0])}e.findModeByMIME=function(t){t=t.toLowerCase();for(var m=0;m<e.modeInfo.length;m++){var i=e.modeInfo[m];if(i.mime==t)return i;if(i.mimes)for(var a=0;a<i.mimes.length;a++)if(i.mimes[a]==t)return i}return/\\+xml$/.test(t)?e.findModeByMIME(\"application/xml\"):/\\+json$/.test(t)?e.findModeByMIME(\"application/json\"):void 0},e.findModeByExtension=function(t){for(var m=0;m<e.modeInfo.length;m++){var i=e.modeInfo[m];if(i.ext)for(var a=0;a<i.ext.length;a++)if(i.ext[a]==t)return i}},e.findModeByFileName=function(t){for(var m=0;m<e.modeInfo.length;m++){var i=e.modeInfo[m];if(i.file&&i.file.test(t))return i}var a=t.lastIndexOf(\".\"),o=a>-1&&t.substring(a+1,t.length);if(o)return e.findModeByExtension(o)},e.findModeByName=function(t){t=t.toLowerCase();for(var m=0;m<e.modeInfo.length;m++){var i=e.modeInfo[m];if(i.name.toLowerCase()==t)return i;if(i.alias)for(var a=0;a<i.alias.length;a++)if(i.alias[a].toLowerCase()==t)return i}}});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/tw-meta.js",
"module-type": "codemirror"
},
"$:/plugins/tiddlywiki/codemirror/keyboard": {
"title": "$:/plugins/tiddlywiki/codemirror/keyboard",
"text": "\n!!Default keyboard shortcuts\n\n!!!Basic shortcuts\n\n|Shortcut |Function |h\n|Left |goCharLeft |\n|Right |goCharRight |\n|Up |goLineUp |\n|Down |goLineDown |\n|End |goLineEnd |\n|Home |goLineStartSmart |\n|~PageUp |goPageUp |\n|~PageDown |goPageDown |\n|Delete |delCharAfter |\n|Backspace |delCharBefore |\n|Shift-Backspace |delCharBefore |\n|Tab |defaultTab |\n|Shift-Tab |indentAuto |\n|Enter |newlineAndIndent |\n|Insert |toggleOverwrite |\n|Ctrl-Esc |singleSelection |\n\n\n!!!Shortcuts on Windows and Linux\n\n|Shortcut |Function |h\n|Ctrl-A |selectAll |\n|Ctrl-D |deleteLine |\n|Ctrl-Z |undo |\n|Shift-Ctrl-Z |redo |\n|Ctrl-Y |redo |\n|Ctrl-Home |goDocStart |\n|Ctrl-End |goDocEnd |\n|Ctrl-Up |goLineUp |\n|Ctrl-Down |goLineDown |\n|Ctrl-Left |goGroupLeft |\n|Ctrl-Right |goGroupRight |\n|Alt-Left |goLineStart |\n|Alt-Right |goLineEnd |\n|Ctrl-Backspace |delGroupBefore |\n|Ctrl-Delete |delGroupAfter |\n|Ctrl-F |find |\n|Ctrl-G |findNext |\n|Shift-Ctrl-G |findPrev |\n|Shift-Ctrl-F |replace |\n|Shift-Ctrl-R |replaceAll |\n|Ctrl-[ |indentLess |\n|Ctrl-] |indentMore |\n|Alt-U |undoSelection |\n|Shift-Ctrl-U |redoSelection |\n|Shift-Alt-U |redoSelection |\n\n\n!!!Shortcuts on ~MacOs\n\n|Shortcut |Function |h\n|Cmd-A |selectAll |\n|Cmd-D |deleteLine |\n|Cmd-Z |undo |\n|Shift-Cmd-Z |redo |\n|Cmd-Y |redo |\n|Cmd-Home |goDocStart |\n|Cmd-Up |goDocStart |\n|Cmd-End |goDocEnd |\n|Cmd-Down |goDocEnd |\n|Alt-Left |goGroupLeft |\n|Alt-Right |goGroupRight |\n|Cmd-Left |goLineLeft |\n|Cmd-Right |goLineRight |\n|Alt-Backspace |delGroupBefore |\n|Ctrl-Alt-Backspace |delGroupAfter |\n|Alt-Delete |delGroupAfter |\n|Cmd-F |find |\n|Cmd-G |findNext |\n|Shift-Cmd-G |findPrev |\n|Cmd-Alt-F |replace |\n|Shift-Cmd-Alt-F |replaceAll |\n|Cmd-[ |indentLess |\n|Cmd-] |indentMore |\n|Cmd-Backspace |delWrappedLineLeft |\n|Cmd-Delete |delWrappedLineRight |\n|Alt-U |undoSelection |\n|Shift-Alt-U |redoSelection |\n|Ctrl-Up |goDocStart |\n|Ctrl-Down |goDocEnd |\n|Ctrl-F |goCharRight |\n|Ctrl-B |goCharLeft |\n|Ctrl-P |goLineUp |\n|Ctrl-N |goLineDown |\n|Alt-F |goWordRight |\n|Alt-B |goWordLeft |\n|Ctrl-A |goLineStart |\n|Ctrl-E |goLineEnd |\n|Ctrl-V |goPageDown |\n|Shift-Ctrl-V |goPageUp |\n|Ctrl-D |delCharAfter |\n|Ctrl-H |delCharBefore |\n|Alt-D |delWordAfter |\n|Alt-Backspace |delWordBefore |\n|Ctrl-K |killLine |\n|Alt-T |transposeChars |\n|Ctrl-O |openLine |\n\n\n"
},
"$:/plugins/tiddlywiki/codemirror/license": {
"title": "$:/plugins/tiddlywiki/codemirror/license",
"text": "\"\"\"\n~CodeMirror, copyright (c) by Marijn Haverbeke and others\nDistributed under an MIT license: http://codemirror.net/LICENSE\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2018, UnaMesa Association\nDistributed under an BSD license: https://tiddlywiki.com/#License\n\"\"\"\n"
},
"$:/plugins/tiddlywiki/codemirror/readme": {
"title": "$:/plugins/tiddlywiki/codemirror/readme",
"text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]].\nThe basic configuration is designed to be as lightweight as possible and is just around 235kb of size.\nAdditional features can be installed with ~CodeMirror ~AddOns from the plugin library:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n* Search and Replace\n* Fullscreen Editing\n* Optional Emacs, Sublime Text or Vim Keymaps\n\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n\nBased on ~CodeMirror version 5.37.0\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/editorFont": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/editorFont",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/editorFont/hint}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/keyMap": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/keyMap",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/keyMap/hint}}",
"text": "\\define lingo-base() $:/language/codemirror/keyMap\n\n<$link to=\"$:/config/codemirror/keyMap\"><<lingo hint>></$link>\n\n<$select tiddler=\"$:/config/codemirror/keyMap\" default=\"default\">\n<option value=\"default\">default</option>\n<$list filter=\"[all[shadows+tiddlers]module-type[codemirror-keymap]!has[draft.of]get[text]]\">\n<option value=<<currentTiddler>>><$transclude><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/lineNumbers": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/lineNumbers",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/lineNumbers/hint}}",
"text": "\\define lingo-base() $:/language/codemirror/lineNumbers/\n<<lingo hint>>\n\n<$checkbox tiddler=\"$:/config/codemirror/lineNumbers\" field=\"text\" checked=\"true\" unchecked=\"false\" default=\"false\"> <$link to=\"$:/config/codemirror/lineNumbers\"><<lingo info>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/lineWrapping": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/lineWrapping",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/lineWrapping/hint}}",
"text": "\\define lingo-base() $:/language/codemirror/lineWrapping/\n<<lingo hint>>\n\n<$checkbox tiddler=\"$:/config/codemirror/lineWrapping\" field=\"text\" checked=\"true\" unchecked=\"false\" default=\"true\"> <$link to=\"$:/config/codemirror/lineWrapping\"><<lingo info>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/showCursorWhenSelecting": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/showCursorWhenSelecting",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/showCursorWhenSelecting/hint}}",
"text": "\\define lingo-base() $:/language/codemirror/showCursorWhenSelecting/\n<<lingo hint>>\n\n<$checkbox tiddler=\"$:/config/codemirror/showCursorWhenSelecting\" field=\"text\" checked=\"true\" unchecked=\"false\" default=\"true\"> <$link to=\"$:/config/codemirror/showCursorWhenSelecting\"><<lingo info>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/styleActiveLine": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/styleActiveLine",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/styleActiveLine/hint}}",
"text": "\\define lingo-base() $:/language/codemirror/styleActiveLine/\n<<lingo hint>>\n\n<$checkbox tiddler=\"$:/config/codemirror/styleActiveLine\" field=\"text\" checked=\"true\" unchecked=\"false\" default=\"false\"> <$link to=\"$:/config/codemirror/styleActiveLine\"><<lingo info>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/codemirror/theme": {
"title": "$:/core/ui/ControlPanel/Settings/codemirror/theme",
"tags": "$:/tags/ControlPanel/Settings/CodeMirror",
"caption": "{{$:/language/codemirror/theme/hint}}",
"text": "\\define lingo-base() $:/language/codemirror/\n\n<$link to=\"$:/config/codemirror/theme\"><<lingo hint>></$link>\n\n<$select tiddler=\"$:/config/codemirror/theme\" default=\"default\">\n<option value=\"default\">default</option>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]module-type[codemirror-theme]!has[draft.of]get[name]]\">\n<option value=<<currentTiddler>>><$transclude field=\"name\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n\n//see the [[CodeMirror Usage|$:/plugins/tiddlywiki/codemirror/usage]] how to add themes//\n"
},
"$:/plugins/tiddlywiki/codemirror/styles": {
"title": "$:/plugins/tiddlywiki/codemirror/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.5;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
},
"$:/core/ui/ControlPanel/Settings/CodeMirror": {
"title": "$:/core/ui/ControlPanel/Settings/CodeMirror",
"tags": "$:/tags/ControlPanel/SettingsTab",
"caption": "CodeMirror",
"list-after": "$:/core/ui/ControlPanel/Settings/TiddlyWiki",
"text": "\\define lingo-base() $:/language/codemirror/controlPanel/\n\n<<lingo hint>>\n\n<$link to=\"$:/plugins/tiddlywiki/codemirror/usage\"><<lingo usage>></$link>\n\n<$link to=\"$:/plugins/tiddlywiki/codemirror/keyboard\"><<lingo keyboard>></$link>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings/CodeMirror]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/SettingsTab]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Settings/TiddlyWiki\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Settings/TiddlyWiki": {
"title": "$:/core/ui/ControlPanel/Settings/TiddlyWiki",
"tags": "$:/tags/ControlPanel/SettingsTab",
"caption": "TiddlyWiki",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/plugins/tiddlywiki/codemirror/usage": {
"title": "$:/plugins/tiddlywiki/codemirror/usage",
"text": "! Configuration\n\nConfiguration for the ~CodeMirror text-editor can be done from within the CodeMirror Settings Tab in the [[ControlPanel|$:/ControlPanel]] (Settings - ~CodeMirror)\n\n\n!!Setting a different Theme\n\n~CodeMirror themes are available in the [ext[official GitHub repository|https://github.com/codemirror/CodeMirror/tree/master/theme]]\n\nMore themes can be found at https://github.com/FarhadG/code-mirror-themes/tree/master/themes and previewed [ext[here|http://farhadg.github.io/code-mirror-themes/]]\n\n\nTo add a theme to your wiki, follow these four steps:\n\n* choose one of the CSS files and copy its content to a new tiddler\n* remove all comments from the top and tag the tiddler with <<tag-pill \"$:/tags/Stylesheet\">>\n* add a field \"module-type\" with the value \"codemirror-theme\". add a field \"name\" with the exact ''name'' of the theme as value\n* save the tiddler and go to the Settings tab in $:/ControlPanel - look for the \"theme\" dropdown to select your newly added theme\n\n\n!!Line Numbers\n\nTo show or hide the Line Numbers at the left, go to ~ControlPanel - Settings - ~CodeMirror and look for the \"Line Numbers\" checkbox\n\n\n!!Line Wrapping\n\nControls if long lines get visually wrapped to a new line if they're too long to fit the editor width or if the editor should scroll horizontally\n\nTo change the line-wrapping behaviour, go to ~ControlPanel - Settings - ~CodeMirror and look for the \"Line Wrapping\" checkbox\n\n\n!!Show Cursor when selecting\n\nDefines whether the Mouse cursor should be visually shown or hidden when making a text-selection\n\nTo change the show-cursor-when-selecting behaviour, go to ~ControlPanel - Settings - ~CodeMirror and look for the \"Show cursor when selecting\" checkbox\n\n\n!!~CodeMirror Font Family\n\nThe Font-Family used within the ~CodeMirror text-editor defaults to \"monospace\" which will choose your configured monospace system-font\n\nThat setting can be overridden entering one or more Font-Families in the \"Font Family\" input field at ~ControlPanel - Settings - ~CodeMirror\n\n* The entries must be separated by semicolons ','\n* Font-Family Names that contain spaces must be quoted like \"My Font\"\n* If a list of Font-Families is specified, the last Font-Family found on the user-system gets used, non-existing fonts get ignored\n* If none of the specified Font-Families is available, ~CodeMirror uses the default \"monospace\"\n\n\n!!\"Hidden\" Settings:\n\n!!!Cursor Blink Rate\n\nThe cursor blink-rate defines how fast (in milliseconds) the cursor blinks inside the textarea\n\nYou can change it by editing $:/config/codemirror/cursorBlinkRate\n\"0\" disables blinking\n\n!!!Tabsize\n\nThe Tabsize defines the width of a tab character. Default is 4.\n\nYou can change it by editing $:/config/codemirror/tabSize\n\n!!!Indent Unit\n\nNot enabled for vnd.tiddlywiki and x-tiddlywiki\n\nDefines how many spaces a text-block should be indented. Defaults to 2.\n\nYou can change it by editing $:/config/codemirror/indentUnit\n\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/d3/barwidget.js": {
"title": "$:/plugins/tiddlywiki/d3/barwidget.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/d3/barwidget.js\ntype: application/javascript\nmodule-type: widget\n\nA widget for displaying stacked or grouped bar charts. Derived from http://bl.ocks.org/mbostock/3943967\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\td3 = require(\"$:/plugins/tiddlywiki/d3/d3.js\").d3;\n\nvar BarWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBarWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBarWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the chart\n\tvar chart = this.createChart(parent,nextSibling);\n\tthis.updateChart = chart.updateChart;\n\tif(this.updateChart) {\n\t\tthis.updateChart();\n\t}\n\t// Insert the chart into the DOM and render any children\n\tparent.insertBefore(chart.domNode,nextSibling);\n\tthis.domNodes.push(chart.domNode);\n};\n\nBarWidget.prototype.createChart = function(parent,nextSibling) {\n\t// Get the data we're plotting\n\tvar data = this.wiki.getTiddlerData(this.barData),\n\t\tn,m,stack,layers;\n\tif(data) {\n\t\tn = data.layers;\n\t\tm = data.samples;\n\t\tlayers = data.data;\n\t} else { // Use randomly generated data if we don't have any\n\t\tn = 4; // number of layers\n\t\tm = 58; // number of samples per layer\n\t\tstack = d3.layout.stack();\n\t\tlayers = stack(d3.range(n).map(function() { return bumpLayer(m, 0.1); }));\n\t}\n\t// Calculate the maximum data values\n\tvar yGroupMax = d3.max(layers, function(layer) { return d3.max(layer, function(d) { return d.y; }); }),\n\t\tyStackMax = d3.max(layers, function(layer) { return d3.max(layer, function(d) { return d.y0 + d.y; }); });\n\t// Calculate margins and width and height\n\tvar margin = {top: 40, right: 10, bottom: 20, left: 10},\n\t\twidth = 960 - margin.left - margin.right,\n\t\theight = 500 - margin.top - margin.bottom;\n\t// x-scale\n\tvar x = d3.scale.ordinal()\n\t\t.domain(d3.range(m))\n\t\t.rangeRoundBands([0, width], 0.08);\n\t// y-scale\n\tvar y = d3.scale.linear()\n\t\t.domain([0, yStackMax])\n\t\t.range([height, 0]);\n\t// Array of colour values\n\tvar color = d3.scale.linear()\n\t\t.domain([0, n - 1])\n\t\t.range([\"#aad\", \"#556\"]);\n\t// x-axis\n\tvar xAxis = d3.svg.axis()\n\t\t.scale(x)\n\t\t.tickSize(0)\n\t\t.tickPadding(6)\n\t\t.orient(\"bottom\");\n\t// Create SVG element\n\tvar svgElement = d3.select(parent).insert(\"svg\",function() {return nextSibling;})\n\t\t.attr(\"viewBox\", \"0 0 960 500\")\n\t\t.attr(\"preserveAspectRatio\", \"xMinYMin meet\")\n\t\t.attr(\"width\", width + margin.left + margin.right)\n\t\t.attr(\"height\", height + margin.top + margin.bottom);\n\t// Create main group\n\tvar mainGroup = svgElement.append(\"g\")\n\t\t.attr(\"transform\", \"translate(\" + margin.left + \",\" + margin.top + \")\");\n\t// Create the layers\n\tvar layer = mainGroup.selectAll(\".layer\")\n\t\t.data(layers)\n\t.enter().append(\"g\")\n\t\t.attr(\"class\", \"layer\")\n\t\t.style(\"fill\", function(d, i) { return color(i); });\n\t// Create the rectangles in each layer\n\tvar rect = layer.selectAll(\"rect\")\n\t\t.data(function(d) { return d; })\n\t.enter().append(\"rect\")\n\t\t.attr(\"x\", function(d) { return x(d.x); })\n\t\t.attr(\"y\", height)\n\t\t.attr(\"width\", x.rangeBand())\n\t\t.attr(\"height\", 0);\n\t// Transition the rectangles to their final height\n\trect.transition()\n\t\t.delay(function(d, i) { return i * 10; })\n\t\t.attr(\"y\", function(d) { return y(d.y0 + d.y); })\n\t\t.attr(\"height\", function(d) { return y(d.y0) - y(d.y0 + d.y); });\n\t// Add to the DOM\n\tmainGroup.append(\"g\")\n\t\t.attr(\"class\", \"x axis\")\n\t\t.attr(\"transform\", \"translate(0,\" + height + \")\")\n\t\t.call(xAxis);\n\tvar self = this;\n\t// Return the svg node\n\treturn {\n\t\tdomNode: svgElement[0][0],\n\t\tupdateChart: function() {\n\t\t\tif (self.barGrouped !== \"no\") {\n\t\t\t\ttransitionGrouped();\n\t\t\t} else {\n\t\t\t\ttransitionStacked();\n\t\t\t}\n\t\t}\n\t};\n\n\tfunction transitionGrouped() {\n\t\ty.domain([0, yGroupMax]);\n\t\trect.transition()\n\t\t\t.duration(500)\n\t\t\t.delay(function(d, i) { return i * 10; })\n\t\t\t.attr(\"x\", function(d, i, j) { return x(d.x) + x.rangeBand() / n * j; })\n\t\t\t.attr(\"width\", x.rangeBand() / n)\n\t\t\t.transition()\n\t\t\t.attr(\"y\", function(d) { return y(d.y); })\n\t\t\t.attr(\"height\", function(d) { return height - y(d.y); });\n\t}\n\n\tfunction transitionStacked() {\n\t\ty.domain([0, yStackMax]);\n\t\trect.transition()\n\t\t\t.duration(500)\n\t\t\t.delay(function(d, i) { return i * 10; })\n\t\t\t.attr(\"y\", function(d) { return y(d.y0 + d.y); })\n\t\t\t.attr(\"height\", function(d) { return y(d.y0) - y(d.y0 + d.y); })\n\t\t\t.transition()\n\t\t\t.attr(\"x\", function(d) { return x(d.x); })\n\t\t\t.attr(\"width\", x.rangeBand());\n\t}\n\n\t// Inspired by Lee Byron's test data generator.\n\tfunction bumpLayer(n, o) {\n\t\tfunction bump(a) {\n\t\t\tvar x = 1 / (0.1 + Math.random()),\n\t\t\t\ty = 2 * Math.random() - 0.5,\n\t\t\t\tz = 10 / (0.1 + Math.random());\n\t\t\tfor (var i = 0; i < n; i++) {\n\t\t\tvar w = (i / n - y) * z;\n\t\t\ta[i] += x * Math.exp(-w * w);\n\t\t\t}\n\t\t}\n\t\tvar a = [], i;\n\t\tfor (i = 0; i < n; ++i) a[i] = o + o * Math.random();\n\t\tfor (i = 0; i < 5; ++i) bump(a);\n\t\treturn a.map(function(d, i) { return {x: i, y: Math.max(0, d)}; });\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nBarWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.barData = this.getAttribute(\"data\");\n\tthis.barGrouped = this.getAttribute(\"grouped\",\"no\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBarWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.data || changedTiddlers[this.barData]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedAttributes.grouped) {\n\t\tthis.execute();\n\t\tif(this.updateChart) {\n\t\t\tthis.updateChart();\n\t\t}\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nexports.d3bar = BarWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
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"$:/plugins/tiddlywiki/d3/base.tid": {
"title": "$:/plugins/tiddlywiki/d3/base.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-barwidget {\n}\n\n.tc-barwidget text {\n font: 8px sans-serif;\n}\n\n.tc-barwidget .axis path,\n.tc-barwidget .axis line {\n fill: none;\n stroke: #000;\n shape-rendering: crispEdges;\n}\n"
},
"$:/plugins/tiddlywiki/d3/cloudwidget.js": {
"title": "$:/plugins/tiddlywiki/d3/cloudwidget.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/d3/cloudwidget.js\ntype: application/javascript\nmodule-type: widget\n\nA widget for displaying word clouds. Derived from https://github.com/jasondavies/d3-cloud\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\td3 = require(\"$:/plugins/tiddlywiki/d3/d3.js\").d3;\n\nif($tw.browser) {\n\t// Frightful hack to give the cloud plugin the global d3 variable it needs\n\twindow.d3 = d3;\n\td3.layout.cloud = require(\"$:/plugins/tiddlywiki/d3/d3.layout.cloud.js\").cloud;\n}\n\nvar CloudWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCloudWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCloudWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the chart\n\tvar chart = this.createChart(parent,nextSibling);\n\tthis.updateChart = chart.updateChart;\n\tif(this.updateChart) {\n\t\tthis.updateChart();\n\t}\n\t// Insert the chart into the DOM and render any children\n\tparent.insertBefore(chart.domNode,nextSibling);\n\tthis.domNodes.push(chart.domNode);\n};\n\nCloudWidget.prototype.createChart = function(parent,nextSibling) {\n\tvar self = this,\n\t\tfill = d3.scale.category20(),\n\t\tdata = this.wiki.getTiddlerData(this.cloudData);\n\t// Use dummy data if none provided\n\tif(!data) {\n\t\tdata = \"This word cloud does not have any data in it\".split(\" \").map(function(d) {\n\t\t\treturn {text: d, size: 10 + Math.random() * 90};\n\t\t});\n\t}\n\t// Create the svg element\n\tvar svgElement = d3.select(parent).insert(\"svg\",function() {return nextSibling;})\n\t\t.attr(\"width\", 600)\n\t\t.attr(\"height\", 400);\n\t// Create the main group\n\tvar mainGroup = svgElement\n\t\t.append(\"g\")\n\t\t.attr(\"transform\", \"translate(300,200)\");\n\t// Create the layout\n\tvar layout = d3.layout.cloud().size([600, 400])\n\t\t.words(data)\n\t\t.padding(5)\n\t\t.rotate(function() { return ~~(Math.random() * 5) * 30 - 60; })\n\t\t.font(\"Impact\")\n\t\t.fontSize(function(d) { return d.size*2; })\n\t\t.on(\"end\", draw)\n\t\t.start();\n\t// Function to draw all the words\n\tfunction draw(words) {\n\t\tmainGroup.selectAll(\"text\")\n\t\t\t.data(words)\n\t\t\t.enter().append(\"text\")\n\t\t\t.style(\"font-size\", function(d) { return d.size + \"px\"; })\n\t\t\t.style(\"font-family\", \"Impact\")\n\t\t\t.style(\"fill\", function(d, i) { return fill(i); })\n\t\t\t.attr(\"text-anchor\", \"middle\")\n\t\t\t.attr(\"transform\", function(d) {\n\t\t\t\treturn \"translate(\" + [d.x, d.y] + \")rotate(\" + d.rotate + \")\";\n\t\t\t})\n\t\t\t.text(function(d) { return d.text; });\n\t}\n\tfunction updateChart() {\n\t\tlayout.spiral(self.spiral);\n\t}\n\treturn {\n\t\tdomNode: svgElement[0][0],\n\t\tupdateChart: updateChart\n\t};\n};\n\n/*\nCompute the internal state of the widget\n*/\nCloudWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.cloudData = this.getAttribute(\"data\");\n\tthis.cloudSpiral = this.getAttribute(\"spiral\",\"archimedean\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCloudWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.data || changedTiddlers[this.cloudData]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedAttributes.spiral) {\n\t\tthis.execute();\n\t\tif(this.updateChart) {\n\t\t\tthis.updateChart();\n\t\t}\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nexports.d3cloud = CloudWidget;\n\n})();\n",
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"module-type": "widget"
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yl.year=function(n,t){return ml.domain(n.map(ha)).ticks(t).map(fa)},da.time.scale.utc=function(){return aa(da.scale.linear(),yl,xl)},da.text=pt(function(n){return n.responseText}),da.json=function(n,t){return dt(n,\"application/json\",ga,t)},da.html=function(n,t){return dt(n,\"text/html\",pa,t)},da.xml=pt(function(n){return n.responseXML}),da}();}\nexports.d3 = d3;\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/d3/d3.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/d3/d3.layout.cloud.js": {
"text": "// Word cloud layout by Jason Davies, http://www.jasondavies.com/word-cloud/\n// Algorithm due to Jonathan Feinberg, http://static.mrfeinberg.com/bv_ch03.pdf\n(function(exports) {\n function cloud() {\n var size = [256, 256],\n text = cloudText,\n font = cloudFont,\n fontSize = cloudFontSize,\n fontStyle = cloudFontNormal,\n fontWeight = cloudFontNormal,\n rotate = cloudRotate,\n padding = cloudPadding,\n spiral = archimedeanSpiral,\n words = [],\n timeInterval = Infinity,\n event = d3.dispatch(\"word\", \"end\"),\n timer = null,\n cloud = {};\n\n cloud.start = function() {\n var board = zeroArray((size[0] >> 5) * size[1]),\n bounds = null,\n n = words.length,\n i = -1,\n tags = [],\n data = words.map(function(d, i) {\n d.text = text.call(this, d, i);\n d.font = font.call(this, d, i);\n d.style = fontStyle.call(this, d, i);\n d.weight = fontWeight.call(this, d, i);\n d.rotate = rotate.call(this, d, i);\n d.size = ~~fontSize.call(this, d, i);\n d.padding = padding.call(this, d, i);\n return d;\n }).sort(function(a, b) { return b.size - a.size; });\n\n if (timer) clearInterval(timer);\n timer = setInterval(step, 0);\n step();\n\n return cloud;\n\n function step() {\n var start = +new Date,\n d;\n while (+new Date - start < timeInterval && ++i < n && timer) {\n d = data[i];\n d.x = (size[0] * (Math.random() + .5)) >> 1;\n d.y = (size[1] * (Math.random() + .5)) >> 1;\n cloudSprite(d, data, i);\n if (d.hasText && place(board, d, bounds)) {\n tags.push(d);\n event.word(d);\n if (bounds) cloudBounds(bounds, d);\n else bounds = [{x: d.x + d.x0, y: d.y + d.y0}, {x: d.x + d.x1, y: d.y + d.y1}];\n // Temporary hack\n d.x -= size[0] >> 1;\n d.y -= size[1] >> 1;\n }\n }\n if (i >= n) {\n cloud.stop();\n event.end(tags, bounds);\n }\n }\n }\n\n cloud.stop = function() {\n if (timer) {\n clearInterval(timer);\n timer = null;\n }\n return cloud;\n };\n\n cloud.timeInterval = function(x) {\n if (!arguments.length) return timeInterval;\n timeInterval = x == null ? Infinity : x;\n return cloud;\n };\n\n function place(board, tag, bounds) {\n var perimeter = [{x: 0, y: 0}, {x: size[0], y: size[1]}],\n startX = tag.x,\n startY = tag.y,\n maxDelta = Math.sqrt(size[0] * size[0] + size[1] * size[1]),\n s = spiral(size),\n dt = Math.random() < .5 ? 1 : -1,\n t = -dt,\n dxdy,\n dx,\n dy;\n\n while (dxdy = s(t += dt)) {\n dx = ~~dxdy[0];\n dy = ~~dxdy[1];\n\n if (Math.min(dx, dy) > maxDelta) break;\n\n tag.x = startX + dx;\n tag.y = startY + dy;\n\n if (tag.x + tag.x0 < 0 || tag.y + tag.y0 < 0 ||\n tag.x + tag.x1 > size[0] || tag.y + tag.y1 > size[1]) continue;\n // TODO only check for collisions within current bounds.\n if (!bounds || !cloudCollide(tag, board, size[0])) {\n if (!bounds || collideRects(tag, bounds)) {\n var sprite = tag.sprite,\n w = tag.width >> 5,\n sw = size[0] >> 5,\n lx = tag.x - (w << 4),\n sx = lx & 0x7f,\n msx = 32 - sx,\n h = tag.y1 - tag.y0,\n x = (tag.y + tag.y0) * sw + (lx >> 5),\n last;\n for (var j = 0; j < h; j++) {\n last = 0;\n for (var i = 0; i <= w; i++) {\n board[x + i] |= (last << msx) | (i < w ? (last = sprite[j * w + i]) >>> sx : 0);\n }\n x += sw;\n }\n delete tag.sprite;\n return true;\n }\n }\n }\n return false;\n }\n\n cloud.words = function(x) {\n if (!arguments.length) return words;\n words = x;\n return cloud;\n };\n\n cloud.size = function(x) {\n if (!arguments.length) return size;\n size = [+x[0], +x[1]];\n return cloud;\n };\n\n cloud.font = function(x) {\n if (!arguments.length) return font;\n font = d3.functor(x);\n return cloud;\n };\n\n cloud.fontStyle = function(x) {\n if (!arguments.length) return fontStyle;\n fontStyle = d3.functor(x);\n return cloud;\n };\n\n cloud.fontWeight = function(x) {\n if (!arguments.length) return fontWeight;\n fontWeight = d3.functor(x);\n return cloud;\n };\n\n cloud.rotate = function(x) {\n if (!arguments.length) return rotate;\n rotate = d3.functor(x);\n return cloud;\n };\n\n cloud.text = function(x) {\n if (!arguments.length) return text;\n text = d3.functor(x);\n return cloud;\n };\n\n cloud.spiral = function(x) {\n if (!arguments.length) return spiral;\n spiral = spirals[x + \"\"] || x;\n return cloud;\n };\n\n cloud.fontSize = function(x) {\n if (!arguments.length) return fontSize;\n fontSize = d3.functor(x);\n return cloud;\n };\n\n cloud.padding = function(x) {\n if (!arguments.length) return padding;\n padding = d3.functor(x);\n return cloud;\n };\n\n return d3.rebind(cloud, event, \"on\");\n }\n\n function cloudText(d) {\n return d.text;\n }\n\n function cloudFont() {\n return \"serif\";\n }\n\n function cloudFontNormal() {\n return \"normal\";\n }\n\n function cloudFontSize(d) {\n return Math.sqrt(d.value);\n }\n\n function cloudRotate() {\n return (~~(Math.random() * 6) - 3) * 30;\n }\n\n function cloudPadding() {\n return 1;\n }\n\n // Fetches a monochrome sprite bitmap for the specified text.\n // Load in batches for speed.\n function cloudSprite(d, data, di) {\n if (d.sprite) return;\n c.clearRect(0, 0, (cw << 5) / ratio, ch / ratio);\n var x = 0,\n y = 0,\n maxh = 0,\n n = data.length;\n --di;\n while (++di < n) {\n d = data[di];\n c.save();\n c.font = d.style + \" \" + d.weight + \" \" + ~~((d.size + 1) / ratio) + \"px \" + d.font;\n var w = c.measureText(d.text + \"m\").width * ratio,\n h = d.size << 1;\n if (d.rotate) {\n var sr = Math.sin(d.rotate * cloudRadians),\n cr = Math.cos(d.rotate * cloudRadians),\n wcr = w * cr,\n wsr = w * sr,\n hcr = h * cr,\n hsr = h * sr;\n w = (Math.max(Math.abs(wcr + hsr), Math.abs(wcr - hsr)) + 0x1f) >> 5 << 5;\n h = ~~Math.max(Math.abs(wsr + hcr), Math.abs(wsr - hcr));\n } else {\n w = (w + 0x1f) >> 5 << 5;\n }\n if (h > maxh) maxh = h;\n if (x + w >= (cw << 5)) {\n x = 0;\n y += maxh;\n maxh = 0;\n }\n if (y + h >= ch) break;\n c.translate((x + (w >> 1)) / ratio, (y + (h >> 1)) / ratio);\n if (d.rotate) c.rotate(d.rotate * cloudRadians);\n c.fillText(d.text, 0, 0);\n if (d.padding) c.lineWidth = 2 * d.padding, c.strokeText(d.text, 0, 0);\n c.restore();\n d.width = w;\n d.height = h;\n d.xoff = x;\n d.yoff = y;\n d.x1 = w >> 1;\n d.y1 = h >> 1;\n d.x0 = -d.x1;\n d.y0 = -d.y1;\n d.hasText = true;\n x += w;\n }\n var pixels = c.getImageData(0, 0, (cw << 5) / ratio, ch / ratio).data,\n sprite = [];\n while (--di >= 0) {\n d = data[di];\n if (!d.hasText) continue;\n var w = d.width,\n w32 = w >> 5,\n h = d.y1 - d.y0;\n // Zero the buffer\n for (var i = 0; i < h * w32; i++) sprite[i] = 0;\n x = d.xoff;\n if (x == null) return;\n y = d.yoff;\n var seen = 0,\n seenRow = -1;\n for (var j = 0; j < h; j++) {\n for (var i = 0; i < w; i++) {\n var k = w32 * j + (i >> 5),\n m = pixels[((y + j) * (cw << 5) + (x + i)) << 2] ? 1 << (31 - (i % 32)) : 0;\n sprite[k] |= m;\n seen |= m;\n }\n if (seen) seenRow = j;\n else {\n d.y0++;\n h--;\n j--;\n y++;\n }\n }\n d.y1 = d.y0 + seenRow;\n d.sprite = sprite.slice(0, (d.y1 - d.y0) * w32);\n }\n }\n\n // Use mask-based collision detection.\n function cloudCollide(tag, board, sw) {\n sw >>= 5;\n var sprite = tag.sprite,\n w = tag.width >> 5,\n lx = tag.x - (w << 4),\n sx = lx & 0x7f,\n msx = 32 - sx,\n h = tag.y1 - tag.y0,\n x = (tag.y + tag.y0) * sw + (lx >> 5),\n last;\n for (var j = 0; j < h; j++) {\n last = 0;\n for (var i = 0; i <= w; i++) {\n if (((last << msx) | (i < w ? (last = sprite[j * w + i]) >>> sx : 0))\n & board[x + i]) return true;\n }\n x += sw;\n }\n return false;\n }\n\n function cloudBounds(bounds, d) {\n var b0 = bounds[0],\n b1 = bounds[1];\n if (d.x + d.x0 < b0.x) b0.x = d.x + d.x0;\n if (d.y + d.y0 < b0.y) b0.y = d.y + d.y0;\n if (d.x + d.x1 > b1.x) b1.x = d.x + d.x1;\n if (d.y + d.y1 > b1.y) b1.y = d.y + d.y1;\n }\n\n function collideRects(a, b) {\n return a.x + a.x1 > b[0].x && a.x + a.x0 < b[1].x && a.y + a.y1 > b[0].y && a.y + a.y0 < b[1].y;\n }\n\n function archimedeanSpiral(size) {\n var e = size[0] / size[1];\n return function(t) {\n return [e * (t *= .1) * Math.cos(t), t * Math.sin(t)];\n };\n }\n\n function rectangularSpiral(size) {\n var dy = 4,\n dx = dy * size[0] / size[1],\n x = 0,\n y = 0;\n return function(t) {\n var sign = t < 0 ? -1 : 1;\n // See triangular numbers: T_n = n * (n + 1) / 2.\n switch ((Math.sqrt(1 + 4 * sign * t) - sign) & 3) {\n case 0: x += dx; break;\n case 1: y += dy; break;\n case 2: x -= dx; break;\n default: y -= dy; break;\n }\n return [x, y];\n };\n }\n\n // TODO reuse arrays?\n function zeroArray(n) {\n var a = [],\n i = -1;\n while (++i < n) a[i] = 0;\n return a;\n }\n\n var cloudRadians = Math.PI / 180,\n cw = 1 << 11 >> 5,\n ch = 1 << 11,\n canvas,\n ratio = 1;\n\n if (typeof document !== \"undefined\") {\n canvas = document.createElement(\"canvas\");\n canvas.width = 1;\n canvas.height = 1;\n ratio = Math.sqrt(canvas.getContext(\"2d\").getImageData(0, 0, 1, 1).data.length >> 2);\n canvas.width = (cw << 5) / ratio;\n canvas.height = ch / ratio;\n } else {\n // node-canvas support\n var Canvas = require(\"canvas\");\n canvas = new Canvas(cw << 5, ch);\n }\n\n var c = canvas.getContext(\"2d\"),\n spirals = {\n archimedean: archimedeanSpiral,\n rectangular: rectangularSpiral\n };\n c.fillStyle = c.strokeStyle = \"red\";\n c.textAlign = \"center\";\n\n exports.cloud = cloud;\n})(typeof exports === \"undefined\" ? d3.layout || (d3.layout = {}) : exports);\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/d3/d3.layout.cloud.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/d3/readme": {
"title": "$:/plugins/tiddlywiki/d3/readme",
"text": "The D3 plugin is a proof-of-concept demo of integration with the D3.js data visualisation framework (http://d3js.org).\n\nIt is not currently in a state where it can be used for anything useful.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/d3]]\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/github-fork-ribbon/readme": {
"title": "$:/plugins/tiddlywiki/github-fork-ribbon/readme",
"text": "This plugin provides a diagonal ribbon across the corner of the window. It resembles the design used by ~GitHub for their \"Fork me on ~GitHub\" ribbons.\n\nThe ribbon can be positioned over any corner, and can incorporate user defined text, colours and a link.\n\nThe CSS stylesheet is adapted from work by Simon Whitaker:\n\nhttps://github.com/simonwhitaker/github-fork-ribbon-css/\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/github-fork-ribbon]]\n"
},
"$:/plugins/tiddlywiki/github-fork-ribbon/styles": {
"title": "$:/plugins/tiddlywiki/github-fork-ribbon/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* Left will inherit from right (so we don't need to duplicate code */\n.github-fork-ribbon {\n /* The right and left lasses determine the side we attach our banner to */\n position: absolute;\n\n /* Add a bit of padding to give some substance outside the \"stitching\" */\n padding: 2px 0;\n\n /* Set the base colour */\n background-color: #a00;\n\n /* Set a gradient: transparent black at the top to almost-transparent black at the bottom */\n background-image: -webkit-gradient(linear, left top, left bottom, from(rgba(0, 0, 0, 0.00)), to(rgba(0, 0, 0, 0.15)));\n background-image: -webkit-linear-gradient(top, rgba(0, 0, 0, 0.00), rgba(0, 0, 0, 0.15));\n background-image: -moz-linear-gradient(top, rgba(0, 0, 0, 0.00), rgba(0, 0, 0, 0.15));\n background-image: -o-linear-gradient(top, rgba(0, 0, 0, 0.00), rgba(0, 0, 0, 0.15));\n background-image: -ms-linear-gradient(top, rgba(0, 0, 0, 0.00), rgba(0, 0, 0, 0.15));\n background-image: linear-gradient(top, rgba(0, 0, 0, 0.00), rgba(0, 0, 0, 0.15));\n filter: progid:DXImageTransform.Microsoft.gradient(GradientType=0,StartColorStr='#000000', EndColorStr='#000000');\n\n /* Add a drop shadow */\n -webkit-box-shadow: 0px 2px 3px 0px rgba(0, 0, 0, 0.5);\n box-shadow: 0px 2px 3px 0px rgba(0, 0, 0, 0.5);\n\n z-index: 999;\n pointer-events: auto;\n}\n\n.github-fork-ribbon a, .github-fork-ribbon a.tc-tiddlylink,\n.github-fork-ribbon a:hover, .github-fork-ribbon a.tc-tiddlylink:hover {\n /* Set the font */\n font-family: \"Helvetica Neue\", Helvetica, Arial, sans-serif;\n font-size: 13px;\n font-weight: 700;\n color: white;\n\n /* Set the text properties */\n text-decoration: none;\n text-shadow: 0 -1px rgba(0,0,0,0.5);\n text-align: center;\n\n /* Set the geometry. If you fiddle with these you'll also need to tweak the top and right values in #github-fork-ribbon. */\n width: 200px;\n line-height: 20px;\n\n /* Set the layout properties */\n display: inline-block;\n padding: 2px 0;\n\n /* Add \"stitching\" effect */\n border-width: 1px 0;\n border-style: dotted;\n border-color: rgba(255,255,255,0.7);\n}\n\n.github-fork-ribbon-wrapper {\n width: 150px;\n height: 150px;\n position: absolute;\n overflow: hidden;\n top: 0;\n z-index: 999;\n pointer-events: none;\n}\n\n.github-fork-ribbon-wrapper.fixed {\n position: fixed;\n}\n\n.github-fork-ribbon-wrapper.left {\n left: 0;\n}\n\n.github-fork-ribbon-wrapper.right {\n right: 0;\n}\n\n.github-fork-ribbon-wrapper.left-bottom {\n position: fixed;\n top: inherit;\n bottom: 0;\n left: 0;\n}\n\n.github-fork-ribbon-wrapper.right-bottom {\n position: fixed;\n top: inherit;\n bottom: 0;\n right: 0;\n}\n\n.github-fork-ribbon-wrapper.right .github-fork-ribbon {\n top: 42px;\n right: -43px;\n\n /* Rotate the banner 45 degrees */\n -webkit-transform: rotate(45deg);\n -moz-transform: rotate(45deg);\n -o-transform: rotate(45deg);\n transform: rotate(45deg);\n}\n\n.github-fork-ribbon-wrapper.left .github-fork-ribbon {\n top: 42px;\n left: -43px;\n\n /* Rotate the banner -45 degrees */\n -webkit-transform: rotate(-45deg);\n -moz-transform: rotate(-45deg);\n -o-transform: rotate(-45deg);\n transform: rotate(-45deg);\n}\n\n\n.github-fork-ribbon-wrapper.left-bottom .github-fork-ribbon {\n top: 80px;\n left: -43px;\n\n /* Rotate the banner -45 degrees */\n -webkit-transform: rotate(45deg);\n -moz-transform: rotate(45deg);\n -o-transform: rotate(45deg);\n transform: rotate(45deg);\n}\n\n.github-fork-ribbon-wrapper.right-bottom .github-fork-ribbon {\n top: 80px;\n right: -43px;\n\n /* Rotate the banner -45 degrees */\n -webkit-transform: rotate(-45deg);\n -moz-transform: rotate(-45deg);\n -o-transform: rotate(-45deg);\n transform: rotate(-45deg);\n}\n"
},
"$:/plugins/tiddlywiki/github-fork-ribbon/usage": {
"title": "$:/plugins/tiddlywiki/github-fork-ribbon/usage",
"text": "```\n<!-- TOP RIGHT RIBBON: START COPYING HERE -->\n<div class=\"github-fork-ribbon-wrapper right\"><div class=\"github-fork-ribbon\"><a href=\"https://github.com/simonwhitaker/github-fork-ribbon-css\">Fork me on ~GitHub</a></div>\n</div>\n<!-- TOP RIGHT RIBBON: END COPYING HERE -->\n\n<!-- TOP LEFT RIBBON: START COPYING HERE -->\n<div class=\"github-fork-ribbon-wrapper left\"><div class=\"github-fork-ribbon\"><a href=\"https://github.com/simonwhitaker/github-fork-ribbon-css\">Fork me on ~GitHub</a></div>\n</div>\n<!-- TOP LEFT RIBBON: END COPYING HERE -->\n\n\n<!-- BOTTOM RIGHT RIBBON: START COPYING HERE -->\n<div class=\"github-fork-ribbon-wrapper right-bottom\"><div class=\"github-fork-ribbon\"><a href=\"https://github.com/simonwhitaker/github-fork-ribbon-css\">Fork me on ~GitHub</a></div>\n</div>\n<!-- BOTTOM RIGHT RIBBON: END COPYING HERE -->\n\n<!-- BOTTOM LEFT RIBBON: START COPYING HERE -->\n<div class=\"github-fork-ribbon-wrapper left-bottom\"><div class=\"github-fork-ribbon\"><a href=\"https://github.com/simonwhitaker/github-fork-ribbon-css\">Fork me on ~GitHub</a></div>\n</div>\n<!-- BOTTOM LEFT RIBBON: END COPYING HERE -->\n```\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/help/HelpPanel": {
"title": "$:/plugins/tiddlywiki/help/HelpPanel",
"tags": "$:/tags/PageTemplate",
"text": "<$reveal type=\"match\" state=\"$:/config/ShowHelp\" text=\"yes\">\n<div class=\"tc-help-panel\">\n<div class=\"tc-tiddler-controls\">\n<$button set=\"$:/config/ShowHelp\" setTo=\"no\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button> ''Help Panel''\n</div>\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/HelpPanel]!has[draft.of]]\" \"$:/plugins/tiddlywiki/help/HelpPanel/Support\" \"$:/state/tab/help\">>\n</div>\n</$reveal>\n\n"
},
"$:/config/Help/CurrentVideo": {
"title": "$:/config/Help/CurrentVideo",
"text": "$:/plugins/tiddlywiki/help/Videos/Introduction"
},
"$:/config/ShowHelp": {
"title": "$:/config/ShowHelp",
"text": "no"
},
"$:/plugins/help/Buttons/help": {
"title": "$:/plugins/help/Buttons/help",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/help}} {{$:/language/Buttons/Help/Caption}}",
"description": "{{$:/language/Buttons/Help/Hint}}",
"text": "\\define help-inner()\n<$reveal type=\"match\" state=\"$:/config/ShowHelp\" text=\"yes\">\n<$button set=\"$:/config/ShowHelp\" setTo=\"no\" tooltip={{$:/language/Buttons/Help/Hint}} aria-label={{$:/language/Buttons/Help/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ tc-selected\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/help}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Help/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/config/ShowHelp\" text=\"yes\">\n<$button set=\"$:/config/ShowHelp\" setTo=\"yes\" tooltip={{$:/language/Buttons/Help/Hint}} aria-label={{$:/language/Buttons/Help/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/help}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Help/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n\\end\n<<help-inner>>\n"
},
"$:/plugins/tiddlywiki/help/readme": {
"title": "$:/plugins/tiddlywiki/help/readme",
"text": "This plugin provides an overlay help panel at the bottom right of the window.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/help]]\n"
},
"$:/plugins/tiddlywiki/help/styles": {
"title": "$:/plugins/tiddlywiki/help/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-help-panel {\n\tposition: fixed;\n\tbottom: 0;\n\tright: 0;\n\twidth: 310px;\n\theight: 400px;\n\toverflow: auto;\n\t-webkit-overflow-scrolling: touch;\n\t<<box-shadow \"0px 0px 5px rgba(0, 0, 0, 0.3)\">>\n\tborder: 1px solid <<colour tiddler-border>>;\n\tbackground: <<colour tiddler-background>>;\n\tpadding: 1em;\n\tmargin: 0.5em;\n\tz-index: 1000;\n}\n\ndl.tc-help-cheatsheet {\n\toverflow: hidden;\n}\n\ndl.tc-help-cheatsheet .red {\n\tcolor: red;\n}\n\n.tc-help-cheatsheet > dt {\n\tdisplay: block;\n\tfloat: left;\n\tclear: left;\n\tmargin: 2% 1em 0 0;\n\tpadding;\n\tfont-weight: normal;\n\twidth: 45%;\n}\n\n.tc-help-cheatsheet > dt > pre {\n\tmargin: 0;\n}\n\n.tc-help-cheatsheet > dd {\n\tdisplay: block;\n\tfloat: left;\n\twidth: 45%;\n\tmargin: 1em 0 0 0;\n\tpadding: 0;\n}\n\n.tc-help-cheatsheet > dd > p,\n.tc-help-cheatsheet > dd > h1,\n.tc-help-cheatsheet > dd > pre,\n.tc-help-cheatsheet > dd > ul,\n.tc-help-cheatsheet > dd > ol,\n.tc-help-cheatsheet > dd > dl,\n.tc-help-cheatsheet > dd > table,\n.tc-help-cheatsheet > dd > blockquote,\n.tc-help-cheatsheet > dd > blockquote >p {\n\tmargin: 0;\n}\n\n.tc-help-cheatsheet .tc-image {\n\twidth: 16px;\n}\n"
},
"$:/plugins/tiddlywiki/help/HelpPanel/Support": {
"title": "$:/plugins/tiddlywiki/help/HelpPanel/Support",
"tags": "$:/tags/HelpPanel",
"caption": "Support",
"text": "~TiddlyWiki is an open source project with a vibrant community of users and developers. We're always happy to help new users get the most from ~TiddlyWiki.\n\nJoin the ~TiddlyWiki mailing list:\n\nhttp://groups.google.com/group/TiddlyWiki\n\nPost bug reports to the ~TiddlyWiki ~GitHub repository:\n\nhttps://github.com/Jermolene/TiddlyWiki5\n"
},
"$:/plugins/tiddlywiki/help/HelpPanel/Videos": {
"title": "$:/plugins/tiddlywiki/help/HelpPanel/Videos",
"tags": "$:/tags/HelpPanel",
"caption": "Videos",
"text": "\\define show-video-inner(embed)\n<iframe width=\"280\" height=\"157\" src=\"\"\"https://www.youtube.com/embed/$embed$?autoplay=0&showinfo=0&theme=light&rel=0&modestbranding=1&autohide=1\"\"\" frameborder=\"0\" allowfullscreen></iframe>\n\\end\n\n\\define show-video(title)\n<$macrocall $name=\"show-video-inner\" embed={{$title$!!embed}}/>\n<p>{{$title$!!text}}</p>\n\\end\n\n<div class=\"tc-help-panel-inner\">\n\nChoose video: <$select tiddler=\"$:/config/Help/CurrentVideo\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/HelpPanel/Videos]]\">\n<option value=<<currentTiddler>>><$view field=\"caption\"/></option>\n</$list>\n</$select>\n\n<$macrocall $name=\"show-video\" title={{$:/config/Help/CurrentVideo}}>>\n\n</div>\n"
},
"$:/plugins/tiddlywiki/help/Videos/FirefoxAndroid": {
"title": "$:/plugins/tiddlywiki/help/Videos/FirefoxAndroid",
"tags": "$:/tags/HelpPanel/Videos",
"caption": "Firefox for Android",
"embed": "iikkv9orGGI",
"text": "How to get started with using TiddlyWiki as a standalone HTML file with the TiddlyFox add-on for Firefox for Android.\n"
},
"$:/plugins/tiddlywiki/help/Videos/GettingStarted": {
"title": "$:/plugins/tiddlywiki/help/Videos/GettingStarted",
"tags": "$:/tags/HelpPanel/Videos",
"caption": "GettingStarted",
"embed": "1g66s7UbyuU",
"text": "How to get started with using TiddlyWiki as a standalone HTML file.\n"
},
"$:/plugins/tiddlywiki/help/Videos/Introduction": {
"title": "$:/plugins/tiddlywiki/help/Videos/Introduction",
"tags": "$:/tags/HelpPanel/Videos",
"caption": "Introduction",
"embed": "KtCUr83XgyE",
"text": "An introduction to the concepts of TiddlyWiki.\n"
},
"$:/plugins/tiddlywiki/help/Videos/TiddlyDesktop": {
"title": "$:/plugins/tiddlywiki/help/Videos/TiddlyDesktop",
"tags": "$:/tags/HelpPanel/Videos",
"caption": "TiddlyDesktop",
"embed": "i3Bggkm7paA",
"text": "Using TiddlyDesktop, the custom desktop TiddlyWiki application for Windows, OS X and Linux.\n"
}
}
}
{
"tiddlers": {
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"title": "$:/config/HighlightPlugin/TypeMappings/application/javascript",
"text": "javascript"
},
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"title": "$:/config/HighlightPlugin/TypeMappings/application/json",
"text": "json"
},
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"title": "$:/config/HighlightPlugin/TypeMappings/text/css",
"text": "css"
},
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"title": "$:/config/HighlightPlugin/TypeMappings/text/html",
"text": "html"
},
"$:/config/HighlightPlugin/TypeMappings/image/svg+xml": {
"title": "$:/config/HighlightPlugin/TypeMappings/image/svg+xml",
"text": "xml"
},
"$:/config/HighlightPlugin/TypeMappings/text/x-markdown": {
"title": "$:/config/HighlightPlugin/TypeMappings/text/x-markdown",
"text": "markdown"
},
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DihedralGroup Dilation Dimensions DiracComb DiracDelta DirectedEdge DirectedEdges DirectedGraph DirectedGraphQ DirectedInfinity Direction Directive Directory DirectoryName DirectoryQ DirectoryStack DirichletCharacter DirichletConvolve DirichletDistribution DirichletL DirichletTransform DirichletWindow DisableConsolePrintPacket DiscreteChirpZTransform DiscreteConvolve DiscreteDelta DiscreteHadamardTransform DiscreteIndicator DiscreteLQEstimatorGains DiscreteLQRegulatorGains DiscreteLyapunovSolve DiscreteMarkovProcess DiscretePlot DiscretePlot3D DiscreteRatio DiscreteRiccatiSolve DiscreteShift DiscreteTimeModelQ DiscreteUniformDistribution DiscreteVariables DiscreteWaveletData DiscreteWaveletPacketTransform DiscreteWaveletTransform Discriminant Disjunction Disk DiskBox DiskMatrix Dispatch DispersionEstimatorFunction Display DisplayAllSteps DisplayEndPacket DisplayFlushImagePacket DisplayForm DisplayFunction DisplayPacket DisplayRules DisplaySetSizePacket DisplayString DisplayTemporary DisplayWith DisplayWithRef DisplayWithVariable DistanceFunction DistanceTransform Distribute Distributed DistributedContexts DistributeDefinitions DistributionChart DistributionDomain DistributionFitTest DistributionParameterAssumptions DistributionParameterQ Dithering Div Divergence Divide DivideBy Dividers Divisible Divisors DivisorSigma DivisorSum DMSList DMSString Do DockedCells DocumentNotebook DominantColors DOSTextFormat Dot DotDashed DotEqual Dotted DoubleBracketingBar DoubleContourIntegral DoubleDownArrow DoubleLeftArrow DoubleLeftRightArrow DoubleLeftTee DoubleLongLeftArrow DoubleLongLeftRightArrow DoubleLongRightArrow DoubleRightArrow DoubleRightTee DoubleUpArrow DoubleUpDownArrow DoubleVerticalBar DoublyInfinite Down DownArrow DownArrowBar DownArrowUpArrow DownLeftRightVector DownLeftTeeVector DownLeftVector DownLeftVectorBar DownRightTeeVector DownRightVector DownRightVectorBar Downsample DownTee DownTeeArrow DownValues DragAndDrop DrawEdges DrawFrontFaces DrawHighlighted Drop DSolve Dt DualLinearProgramming DualSystemsModel DumpGet DumpSave DuplicateFreeQ Dynamic DynamicBox DynamicBoxOptions DynamicEvaluationTimeout DynamicLocation DynamicModule DynamicModuleBox DynamicModuleBoxOptions DynamicModuleParent DynamicModuleValues DynamicName DynamicNamespace DynamicReference DynamicSetting DynamicUpdating DynamicWrapper DynamicWrapperBox DynamicWrapperBoxOptions E EccentricityCentrality EdgeAdd EdgeBetweennessCentrality EdgeCapacity EdgeCapForm EdgeColor EdgeConnectivity EdgeCost EdgeCount EdgeCoverQ EdgeDashing EdgeDelete EdgeDetect EdgeForm EdgeIndex EdgeJoinForm EdgeLabeling EdgeLabels EdgeLabelStyle EdgeList EdgeOpacity EdgeQ EdgeRenderingFunction EdgeRules EdgeShapeFunction EdgeStyle EdgeThickness EdgeWeight Editable EditButtonSettings EditCellTagsSettings EditDistance EffectiveInterest Eigensystem Eigenvalues EigenvectorCentrality Eigenvectors Element ElementData Eliminate EliminationOrder EllipticE EllipticExp EllipticExpPrime EllipticF EllipticFilterModel EllipticK EllipticLog EllipticNomeQ EllipticPi EllipticReducedHalfPeriods EllipticTheta EllipticThetaPrime EmitSound EmphasizeSyntaxErrors EmpiricalDistribution Empty EmptyGraphQ EnableConsolePrintPacket Enabled Encode End EndAdd EndDialogPacket EndFrontEndInteractionPacket EndOfFile EndOfLine EndOfString EndPackage EngineeringForm Enter EnterExpressionPacket EnterTextPacket Entropy EntropyFilter Environment Epilog Equal EqualColumns EqualRows EqualTilde EquatedTo Equilibrium EquirippleFilterKernel Equivalent Erf Erfc Erfi ErlangB ErlangC ErlangDistribution Erosion ErrorBox ErrorBoxOptions ErrorNorm ErrorPacket ErrorsDialogSettings EstimatedDistribution EstimatedProcess EstimatorGains EstimatorRegulator EuclideanDistance EulerE EulerGamma EulerianGraphQ EulerPhi Evaluatable Evaluate Evaluated EvaluatePacket EvaluationCell EvaluationCompletionAction EvaluationElements EvaluationMode EvaluationMonitor EvaluationNotebook EvaluationObject EvaluationOrder Evaluator EvaluatorNames EvenQ EventData EventEvaluator EventHandler EventHandlerTag EventLabels ExactBlackmanWindow ExactNumberQ ExactRootIsolation ExampleData Except ExcludedForms ExcludePods Exclusions ExclusionsStyle Exists Exit ExitDialog Exp Expand ExpandAll ExpandDenominator ExpandFileName ExpandNumerator Expectation ExpectationE ExpectedValue ExpGammaDistribution ExpIntegralE ExpIntegralEi Exponent ExponentFunction ExponentialDistribution ExponentialFamily ExponentialGeneratingFunction ExponentialMovingAverage ExponentialPowerDistribution ExponentPosition ExponentStep Export ExportAutoReplacements ExportPacket ExportString Expression ExpressionCell ExpressionPacket ExpToTrig ExtendedGCD Extension ExtentElementFunction ExtentMarkers ExtentSize ExternalCall ExternalDataCharacterEncoding Extract ExtractArchive ExtremeValueDistribution FaceForm FaceGrids FaceGridsStyle Factor FactorComplete Factorial Factorial2 FactorialMoment FactorialMomentGeneratingFunction FactorialPower FactorInteger FactorList FactorSquareFree FactorSquareFreeList FactorTerms FactorTermsList Fail FailureDistribution False FARIMAProcess FEDisableConsolePrintPacket FeedbackSector FeedbackSectorStyle FeedbackType FEEnableConsolePrintPacket Fibonacci FieldHint FieldHintStyle FieldMasked FieldSize File FileBaseName FileByteCount FileDate FileExistsQ FileExtension FileFormat FileHash FileInformation FileName FileNameDepth FileNameDialogSettings FileNameDrop FileNameJoin FileNames FileNameSetter FileNameSplit FileNameTake FilePrint FileType FilledCurve FilledCurveBox Filling FillingStyle FillingTransform FilterRules FinancialBond FinancialData FinancialDerivative FinancialIndicator Find FindArgMax FindArgMin FindClique FindClusters FindCurvePath FindDistributionParameters FindDivisions FindEdgeCover FindEdgeCut FindEulerianCycle FindFaces FindFile FindFit FindGeneratingFunction FindGeoLocation FindGeometricTransform FindGraphCommunities FindGraphIsomorphism FindGraphPartition FindHamiltonianCycle FindIndependentEdgeSet FindIndependentVertexSet FindInstance FindIntegerNullVector FindKClan FindKClique FindKClub FindKPlex FindLibrary FindLinearRecurrence FindList FindMaximum FindMaximumFlow FindMaxValue FindMinimum FindMinimumCostFlow FindMinimumCut FindMinValue FindPermutation FindPostmanTour FindProcessParameters FindRoot FindSequenceFunction FindSettings FindShortestPath FindShortestTour FindThreshold FindVertexCover FindVertexCut Fine FinishDynamic FiniteAbelianGroupCount FiniteGroupCount FiniteGroupData First FirstPassageTimeDistribution FischerGroupFi22 FischerGroupFi23 FischerGroupFi24Prime FisherHypergeometricDistribution FisherRatioTest FisherZDistribution Fit FitAll FittedModel FixedPoint FixedPointList FlashSelection Flat Flatten FlattenAt FlatTopWindow FlipView Floor FlushPrintOutputPacket Fold FoldList Font FontColor FontFamily FontForm FontName FontOpacity FontPostScriptName FontProperties FontReencoding FontSize FontSlant FontSubstitutions FontTracking FontVariations FontWeight For ForAll Format FormatRules FormatType FormatTypeAutoConvert FormatValues FormBox FormBoxOptions FortranForm Forward ForwardBackward Fourier FourierCoefficient FourierCosCoefficient FourierCosSeries FourierCosTransform FourierDCT FourierDCTFilter FourierDCTMatrix FourierDST FourierDSTMatrix FourierMatrix FourierParameters FourierSequenceTransform FourierSeries FourierSinCoefficient FourierSinSeries FourierSinTransform FourierTransform FourierTrigSeries FractionalBrownianMotionProcess FractionalPart FractionBox FractionBoxOptions FractionLine Frame FrameBox FrameBoxOptions Framed FrameInset FrameLabel Frameless FrameMargins FrameStyle FrameTicks FrameTicksStyle FRatioDistribution FrechetDistribution FreeQ FrequencySamplingFilterKernel FresnelC FresnelS Friday FrobeniusNumber FrobeniusSolve FromCharacterCode FromCoefficientRules FromContinuedFraction FromDate FromDigits FromDMS Front FrontEndDynamicExpression FrontEndEventActions FrontEndExecute FrontEndObject FrontEndResource FrontEndResourceString FrontEndStackSize FrontEndToken FrontEndTokenExecute FrontEndValueCache FrontEndVersion FrontFaceColor FrontFaceOpacity Full FullAxes FullDefinition FullForm FullGraphics FullOptions FullSimplify Function FunctionExpand FunctionInterpolation FunctionSpace FussellVeselyImportance GaborFilter GaborMatrix GaborWavelet GainMargins GainPhaseMargins Gamma GammaDistribution GammaRegularized GapPenalty Gather GatherBy GaugeFaceElementFunction GaugeFaceStyle GaugeFrameElementFunction GaugeFrameSize GaugeFrameStyle GaugeLabels GaugeMarkers GaugeStyle GaussianFilter GaussianIntegers GaussianMatrix GaussianWindow GCD GegenbauerC General GeneralizedLinearModelFit GenerateConditions GeneratedCell GeneratedParameters GeneratingFunction Generic GenericCylindricalDecomposition GenomeData GenomeLookup GeodesicClosing GeodesicDilation GeodesicErosion GeodesicOpening GeoDestination GeodesyData GeoDirection GeoDistance GeoGridPosition GeometricBrownianMotionProcess GeometricDistribution GeometricMean GeometricMeanFilter GeometricTransformation GeometricTransformation3DBox GeometricTransformation3DBoxOptions GeometricTransformationBox GeometricTransformationBoxOptions GeoPosition GeoPositionENU GeoPositionXYZ GeoProjectionData GestureHandler GestureHandlerTag Get GetBoundingBoxSizePacket GetContext GetEnvironment GetFileName GetFrontEndOptionsDataPacket GetLinebreakInformationPacket GetMenusPacket GetPageBreakInformationPacket Glaisher GlobalClusteringCoefficient GlobalPreferences GlobalSession Glow GoldenRatio GompertzMakehamDistribution GoodmanKruskalGamma GoodmanKruskalGammaTest Goto Grad Gradient GradientFilter GradientOrientationFilter Graph GraphAssortativity GraphCenter GraphComplement GraphData GraphDensity GraphDiameter GraphDifference GraphDisjointUnion GraphDistance GraphDistanceMatrix GraphElementData GraphEmbedding GraphHighlight GraphHighlightStyle GraphHub Graphics Graphics3D Graphics3DBox Graphics3DBoxOptions GraphicsArray GraphicsBaseline GraphicsBox GraphicsBoxOptions GraphicsColor GraphicsColumn GraphicsComplex GraphicsComplex3DBox GraphicsComplex3DBoxOptions GraphicsComplexBox GraphicsComplexBoxOptions GraphicsContents GraphicsData GraphicsGrid GraphicsGridBox GraphicsGroup GraphicsGroup3DBox GraphicsGroup3DBoxOptions GraphicsGroupBox GraphicsGroupBoxOptions GraphicsGrouping GraphicsHighlightColor GraphicsRow GraphicsSpacing GraphicsStyle GraphIntersection GraphLayout GraphLinkEfficiency GraphPeriphery GraphPlot GraphPlot3D GraphPower GraphPropertyDistribution GraphQ GraphRadius GraphReciprocity GraphRoot GraphStyle GraphUnion Gray GrayLevel GreatCircleDistance Greater GreaterEqual GreaterEqualLess GreaterFullEqual GreaterGreater GreaterLess GreaterSlantEqual GreaterTilde Green Grid GridBaseline GridBox GridBoxAlignment GridBoxBackground GridBoxDividers GridBoxFrame GridBoxItemSize GridBoxItemStyle GridBoxOptions GridBoxSpacings GridCreationSettings GridDefaultElement GridElementStyleOptions GridFrame GridFrameMargins GridGraph GridLines GridLinesStyle GroebnerBasis GroupActionBase GroupCentralizer GroupElementFromWord GroupElementPosition GroupElementQ GroupElements GroupElementToWord GroupGenerators GroupMultiplicationTable GroupOrbits GroupOrder GroupPageBreakWithin GroupSetwiseStabilizer GroupStabilizer GroupStabilizerChain Gudermannian GumbelDistribution HaarWavelet HadamardMatrix HalfNormalDistribution HamiltonianGraphQ HammingDistance HammingWindow HankelH1 HankelH2 HankelMatrix HannPoissonWindow HannWindow HaradaNortonGroupHN HararyGraph HarmonicMean HarmonicMeanFilter HarmonicNumber Hash HashTable Haversine HazardFunction Head HeadCompose Heads HeavisideLambda HeavisidePi HeavisideTheta HeldGroupHe HeldPart HelpBrowserLookup HelpBrowserNotebook HelpBrowserSettings HermiteDecomposition HermiteH HermitianMatrixQ HessenbergDecomposition Hessian HexadecimalCharacter Hexahedron HexahedronBox HexahedronBoxOptions HiddenSurface HighlightGraph HighlightImage HighpassFilter HigmanSimsGroupHS HilbertFilter HilbertMatrix Histogram Histogram3D HistogramDistribution HistogramList HistogramTransform HistogramTransformInterpolation HitMissTransform HITSCentrality HodgeDual HoeffdingD HoeffdingDTest Hold HoldAll HoldAllComplete HoldComplete HoldFirst HoldForm HoldPattern HoldRest HolidayCalendar HomeDirectory HomePage Horizontal HorizontalForm HorizontalGauge HorizontalScrollPosition HornerForm HotellingTSquareDistribution HoytDistribution HTMLSave Hue HumpDownHump HumpEqual HurwitzLerchPhi HurwitzZeta HyperbolicDistribution HypercubeGraph HyperexponentialDistribution Hyperfactorial Hypergeometric0F1 Hypergeometric0F1Regularized Hypergeometric1F1 Hypergeometric1F1Regularized Hypergeometric2F1 Hypergeometric2F1Regularized HypergeometricDistribution HypergeometricPFQ HypergeometricPFQRegularized HypergeometricU Hyperlink HyperlinkCreationSettings Hyphenation HyphenationOptions HypoexponentialDistribution HypothesisTestData I Identity IdentityMatrix If IgnoreCase Im Image Image3D Image3DSlices ImageAccumulate ImageAdd ImageAdjust ImageAlign ImageApply ImageAspectRatio ImageAssemble ImageCache ImageCacheValid ImageCapture ImageChannels ImageClip ImageColorSpace ImageCompose ImageConvolve ImageCooccurrence ImageCorners ImageCorrelate ImageCorrespondingPoints ImageCrop ImageData ImageDataPacket ImageDeconvolve ImageDemosaic ImageDifference ImageDimensions ImageDistance ImageEffect ImageFeatureTrack ImageFileApply ImageFileFilter ImageFileScan ImageFilter ImageForestingComponents ImageForwardTransformation ImageHistogram ImageKeypoints ImageLevels ImageLines ImageMargins ImageMarkers ImageMeasurements ImageMultiply ImageOffset ImagePad ImagePadding ImagePartition ImagePeriodogram ImagePerspectiveTransformation ImageQ ImageRangeCache ImageReflect ImageRegion ImageResize ImageResolution ImageRotate ImageRotated ImageScaled ImageScan ImageSize ImageSizeAction ImageSizeCache ImageSizeMultipliers ImageSizeRaw ImageSubtract ImageTake ImageTransformation ImageTrim ImageType ImageValue ImageValuePositions Implies Import ImportAutoReplacements ImportString ImprovementImportance In IncidenceGraph IncidenceList IncidenceMatrix IncludeConstantBasis IncludeFileExtension IncludePods IncludeSingularTerm Increment Indent IndentingNewlineSpacings IndentMaxFraction IndependenceTest IndependentEdgeSetQ IndependentUnit IndependentVertexSetQ Indeterminate IndexCreationOptions Indexed IndexGraph IndexTag Inequality InexactNumberQ InexactNumbers Infinity Infix Information Inherited InheritScope Initialization InitializationCell InitializationCellEvaluation InitializationCellWarning InlineCounterAssignments InlineCounterIncrements InlineRules Inner Inpaint Input InputAliases InputAssumptions InputAutoReplacements InputField InputFieldBox InputFieldBoxOptions InputForm InputGrouping InputNamePacket InputNotebook InputPacket InputSettings InputStream InputString InputStringPacket InputToBoxFormPacket Insert InsertionPointObject InsertResults Inset Inset3DBox Inset3DBoxOptions InsetBox InsetBoxOptions Install InstallService InString Integer IntegerDigits IntegerExponent IntegerLength IntegerPart IntegerPartitions IntegerQ Integers IntegerString Integral Integrate Interactive InteractiveTradingChart Interlaced Interleaving InternallyBalancedDecomposition InterpolatingFunction InterpolatingPolynomial Interpolation InterpolationOrder InterpolationPoints InterpolationPrecision Interpretation InterpretationBox InterpretationBoxOptions InterpretationFunction InterpretTemplate InterquartileRange Interrupt InterruptSettings Intersection Interval IntervalIntersection IntervalMemberQ IntervalUnion Inverse InverseBetaRegularized InverseCDF InverseChiSquareDistribution InverseContinuousWaveletTransform InverseDistanceTransform InverseEllipticNomeQ InverseErf InverseErfc InverseFourier InverseFourierCosTransform InverseFourierSequenceTransform InverseFourierSinTransform InverseFourierTransform InverseFunction InverseFunctions InverseGammaDistribution InverseGammaRegularized InverseGaussianDistribution InverseGudermannian InverseHaversine InverseJacobiCD InverseJacobiCN InverseJacobiCS InverseJacobiDC InverseJacobiDN InverseJacobiDS InverseJacobiNC InverseJacobiND InverseJacobiNS InverseJacobiSC InverseJacobiSD InverseJacobiSN InverseLaplaceTransform InversePermutation InverseRadon InverseSeries InverseSurvivalFunction InverseWaveletTransform InverseWeierstrassP InverseZTransform Invisible InvisibleApplication InvisibleTimes IrreduciblePolynomialQ IsolatingInterval IsomorphicGraphQ IsotopeData Italic Item ItemBox ItemBoxOptions ItemSize ItemStyle ItoProcess JaccardDissimilarity JacobiAmplitude Jacobian JacobiCD JacobiCN JacobiCS JacobiDC JacobiDN JacobiDS JacobiNC JacobiND JacobiNS JacobiP JacobiSC JacobiSD JacobiSN JacobiSymbol JacobiZeta JankoGroupJ1 JankoGroupJ2 JankoGroupJ3 JankoGroupJ4 JarqueBeraALMTest JohnsonDistribution Join Joined JoinedCurve JoinedCurveBox JoinForm JordanDecomposition JordanModelDecomposition K KagiChart KaiserBesselWindow KaiserWindow KalmanEstimator KalmanFilter KarhunenLoeveDecomposition KaryTree KatzCentrality KCoreComponents KDistribution KelvinBei KelvinBer KelvinKei KelvinKer KendallTau KendallTauTest KernelExecute KernelMixtureDistribution KernelObject Kernels Ket Khinchin KirchhoffGraph KirchhoffMatrix KleinInvariantJ KnightTourGraph KnotData KnownUnitQ KolmogorovSmirnovTest KroneckerDelta KroneckerModelDecomposition KroneckerProduct KroneckerSymbol KuiperTest KumaraswamyDistribution Kurtosis KuwaharaFilter Label Labeled LabeledSlider LabelingFunction LabelStyle LaguerreL LambdaComponents LambertW LanczosWindow LandauDistribution Language LanguageCategory LaplaceDistribution LaplaceTransform Laplacian LaplacianFilter LaplacianGaussianFilter Large Larger Last Latitude LatitudeLongitude LatticeData LatticeReduce Launch LaunchKernels LayeredGraphPlot LayerSizeFunction LayoutInformation LCM LeafCount LeapYearQ LeastSquares LeastSquaresFilterKernel Left LeftArrow LeftArrowBar LeftArrowRightArrow LeftDownTeeVector LeftDownVector LeftDownVectorBar LeftRightArrow LeftRightVector LeftTee LeftTeeArrow LeftTeeVector LeftTriangle LeftTriangleBar LeftTriangleEqual LeftUpDownVector LeftUpTeeVector LeftUpVector LeftUpVectorBar LeftVector LeftVectorBar LegendAppearance Legended LegendFunction LegendLabel LegendLayout LegendMargins LegendMarkers LegendMarkerSize LegendreP LegendreQ LegendreType Length LengthWhile LerchPhi Less LessEqual LessEqualGreater LessFullEqual LessGreater LessLess LessSlantEqual LessTilde LetterCharacter LetterQ Level LeveneTest LeviCivitaTensor LevyDistribution Lexicographic LibraryFunction LibraryFunctionError LibraryFunctionInformation LibraryFunctionLoad LibraryFunctionUnload LibraryLoad LibraryUnload LicenseID LiftingFilterData LiftingWaveletTransform LightBlue LightBrown LightCyan Lighter LightGray LightGreen Lighting LightingAngle LightMagenta LightOrange LightPink LightPurple LightRed LightSources LightYellow Likelihood Limit LimitsPositioning LimitsPositioningTokens LindleyDistribution Line Line3DBox LinearFilter LinearFractionalTransform LinearModelFit LinearOffsetFunction LinearProgramming LinearRecurrence LinearSolve LinearSolveFunction LineBox LineBreak LinebreakAdjustments LineBreakChart LineBreakWithin LineColor LineForm LineGraph LineIndent LineIndentMaxFraction LineIntegralConvolutionPlot LineIntegralConvolutionScale LineLegend LineOpacity LineSpacing LineWrapParts LinkActivate LinkClose LinkConnect LinkConnectedQ LinkCreate LinkError LinkFlush LinkFunction LinkHost LinkInterrupt LinkLaunch LinkMode LinkObject LinkOpen LinkOptions LinkPatterns LinkProtocol LinkRead LinkReadHeld LinkReadyQ Links LinkWrite LinkWriteHeld LiouvilleLambda List Listable ListAnimate ListContourPlot ListContourPlot3D ListConvolve ListCorrelate ListCurvePathPlot ListDeconvolve ListDensityPlot Listen ListFourierSequenceTransform ListInterpolation ListLineIntegralConvolutionPlot ListLinePlot ListLogLinearPlot ListLogLogPlot ListLogPlot ListPicker ListPickerBox ListPickerBoxBackground ListPickerBoxOptions ListPlay ListPlot ListPlot3D ListPointPlot3D ListPolarPlot ListQ ListStreamDensityPlot ListStreamPlot ListSurfacePlot3D ListVectorDensityPlot ListVectorPlot ListVectorPlot3D ListZTransform Literal LiteralSearch LocalClusteringCoefficient LocalizeVariables LocationEquivalenceTest LocationTest Locator LocatorAutoCreate LocatorBox LocatorBoxOptions LocatorCentering LocatorPane LocatorPaneBox LocatorPaneBoxOptions LocatorRegion Locked Log Log10 Log2 LogBarnesG LogGamma LogGammaDistribution LogicalExpand LogIntegral LogisticDistribution LogitModelFit LogLikelihood LogLinearPlot LogLogisticDistribution LogLogPlot LogMultinormalDistribution LogNormalDistribution LogPlot LogRankTest LogSeriesDistribution LongEqual Longest LongestAscendingSequence LongestCommonSequence LongestCommonSequencePositions LongestCommonSubsequence LongestCommonSubsequencePositions LongestMatch LongForm Longitude LongLeftArrow LongLeftRightArrow LongRightArrow Loopback LoopFreeGraphQ LowerCaseQ LowerLeftArrow LowerRightArrow LowerTriangularize LowpassFilter LQEstimatorGains LQGRegulator LQOutputRegulatorGains LQRegulatorGains LUBackSubstitution LucasL LuccioSamiComponents LUDecomposition LyapunovSolve LyonsGroupLy MachineID MachineName MachineNumberQ MachinePrecision MacintoshSystemPageSetup Magenta Magnification Magnify MainSolve MaintainDynamicCaches Majority MakeBoxes MakeExpression MakeRules MangoldtLambda ManhattanDistance Manipulate Manipulator MannWhitneyTest MantissaExponent Manual Map MapAll MapAt MapIndexed MAProcess MapThread MarcumQ MardiaCombinedTest MardiaKurtosisTest MardiaSkewnessTest MarginalDistribution MarkovProcessProperties Masking MatchingDissimilarity MatchLocalNameQ MatchLocalNames MatchQ Material MathematicaNotation MathieuC MathieuCharacteristicA MathieuCharacteristicB MathieuCharacteristicExponent MathieuCPrime MathieuGroupM11 MathieuGroupM12 MathieuGroupM22 MathieuGroupM23 MathieuGroupM24 MathieuS MathieuSPrime MathMLForm MathMLText Matrices MatrixExp MatrixForm MatrixFunction MatrixLog MatrixPlot MatrixPower MatrixQ MatrixRank Max MaxBend MaxDetect MaxExtraBandwidths MaxExtraConditions MaxFeatures MaxFilter Maximize MaxIterations MaxMemoryUsed MaxMixtureKernels MaxPlotPoints MaxPoints MaxRecursion MaxStableDistribution MaxStepFraction MaxSteps MaxStepSize MaxValue MaxwellDistribution McLaughlinGroupMcL Mean MeanClusteringCoefficient MeanDegreeConnectivity MeanDeviation MeanFilter MeanGraphDistance MeanNeighborDegree MeanShift MeanShiftFilter Median MedianDeviation MedianFilter Medium MeijerG MeixnerDistribution MemberQ MemoryConstrained MemoryInUse Menu MenuAppearance MenuCommandKey MenuEvaluator MenuItem MenuPacket MenuSortingValue MenuStyle MenuView MergeDifferences Mesh MeshFunctions MeshRange MeshShading MeshStyle Message MessageDialog MessageList MessageName MessageOptions MessagePacket Messages MessagesNotebook MetaCharacters MetaInformation Method MethodOptions MexicanHatWavelet MeyerWavelet Min MinDetect MinFilter MinimalPolynomial MinimalStateSpaceModel Minimize Minors MinRecursion MinSize MinStableDistribution Minus MinusPlus MinValue Missing MissingDataMethod MittagLefflerE MixedRadix MixedRadixQuantity MixtureDistribution Mod Modal Mode Modular ModularLambda Module Modulus MoebiusMu Moment Momentary MomentConvert MomentEvaluate MomentGeneratingFunction Monday Monitor MonomialList MonomialOrder MonsterGroupM MorletWavelet MorphologicalBinarize MorphologicalBranchPoints MorphologicalComponents MorphologicalEulerNumber MorphologicalGraph MorphologicalPerimeter MorphologicalTransform Most MouseAnnotation MouseAppearance MouseAppearanceTag MouseButtons Mouseover MousePointerNote MousePosition MovingAverage MovingMedian MoyalDistribution MultiedgeStyle MultilaunchWarning MultiLetterItalics MultiLetterStyle MultilineFunction Multinomial MultinomialDistribution MultinormalDistribution MultiplicativeOrder Multiplicity Multiselection MultivariateHypergeometricDistribution MultivariatePoissonDistribution MultivariateTDistribution N NakagamiDistribution NameQ Names NamespaceBox Nand NArgMax NArgMin NBernoulliB NCache NDSolve NDSolveValue Nearest NearestFunction NeedCurrentFrontEndPackagePacket NeedCurrentFrontEndSymbolsPacket NeedlemanWunschSimilarity Needs Negative NegativeBinomialDistribution NegativeMultinomialDistribution NeighborhoodGraph Nest NestedGreaterGreater NestedLessLess NestedScriptRules NestList NestWhile NestWhileList NevilleThetaC NevilleThetaD NevilleThetaN NevilleThetaS NewPrimitiveStyle NExpectation Next NextPrime NHoldAll NHoldFirst NHoldRest NicholsGridLines NicholsPlot NIntegrate NMaximize NMaxValue NMinimize NMinValue NominalVariables NonAssociative NoncentralBetaDistribution NoncentralChiSquareDistribution NoncentralFRatioDistribution NoncentralStudentTDistribution NonCommutativeMultiply NonConstants None NonlinearModelFit NonlocalMeansFilter NonNegative NonPositive Nor NorlundB Norm Normal NormalDistribution NormalGrouping Normalize NormalizedSquaredEuclideanDistance NormalsFunction NormFunction Not NotCongruent NotCupCap NotDoubleVerticalBar Notebook NotebookApply NotebookAutoSave NotebookClose NotebookConvertSettings NotebookCreate NotebookCreateReturnObject NotebookDefault NotebookDelete NotebookDirectory NotebookDynamicExpression NotebookEvaluate NotebookEventActions NotebookFileName NotebookFind NotebookFindReturnObject NotebookGet NotebookGetLayoutInformationPacket NotebookGetMisspellingsPacket NotebookInformation NotebookInterfaceObject NotebookLocate NotebookObject NotebookOpen NotebookOpenReturnObject NotebookPath NotebookPrint NotebookPut NotebookPutReturnObject NotebookRead NotebookResetGeneratedCells Notebooks NotebookSave NotebookSaveAs NotebookSelection NotebookSetupLayoutInformationPacket NotebooksMenu NotebookWrite NotElement NotEqualTilde NotExists NotGreater NotGreaterEqual NotGreaterFullEqual NotGreaterGreater NotGreaterLess NotGreaterSlantEqual NotGreaterTilde NotHumpDownHump NotHumpEqual NotLeftTriangle NotLeftTriangleBar NotLeftTriangleEqual NotLess NotLessEqual NotLessFullEqual NotLessGreater NotLessLess NotLessSlantEqual NotLessTilde NotNestedGreaterGreater NotNestedLessLess NotPrecedes NotPrecedesEqual NotPrecedesSlantEqual NotPrecedesTilde NotReverseElement NotRightTriangle NotRightTriangleBar NotRightTriangleEqual NotSquareSubset NotSquareSubsetEqual NotSquareSuperset NotSquareSupersetEqual NotSubset NotSubsetEqual NotSucceeds NotSucceedsEqual NotSucceedsSlantEqual NotSucceedsTilde NotSuperset NotSupersetEqual NotTilde NotTildeEqual NotTildeFullEqual NotTildeTilde NotVerticalBar NProbability NProduct NProductFactors NRoots NSolve NSum NSumTerms Null NullRecords NullSpace NullWords Number NumberFieldClassNumber NumberFieldDiscriminant NumberFieldFundamentalUnits NumberFieldIntegralBasis NumberFieldNormRepresentatives NumberFieldRegulator NumberFieldRootsOfUnity NumberFieldSignature NumberForm NumberFormat NumberMarks NumberMultiplier NumberPadding NumberPoint NumberQ NumberSeparator NumberSigns NumberString Numerator NumericFunction NumericQ NuttallWindow NValues NyquistGridLines NyquistPlot O ObservabilityGramian ObservabilityMatrix ObservableDecomposition ObservableModelQ OddQ Off Offset OLEData On ONanGroupON OneIdentity Opacity Open OpenAppend Opener OpenerBox OpenerBoxOptions OpenerView OpenFunctionInspectorPacket Opening OpenRead OpenSpecialOptions OpenTemporary OpenWrite Operate OperatingSystem OptimumFlowData Optional OptionInspectorSettings OptionQ Options OptionsPacket OptionsPattern OptionValue OptionValueBox OptionValueBoxOptions Or Orange Order OrderDistribution OrderedQ Ordering Orderless OrnsteinUhlenbeckProcess Orthogonalize Out Outer OutputAutoOverwrite OutputControllabilityMatrix OutputControllableModelQ OutputForm OutputFormData OutputGrouping OutputMathEditExpression OutputNamePacket OutputResponse OutputSizeLimit OutputStream Over OverBar OverDot Overflow OverHat Overlaps Overlay OverlayBox OverlayBoxOptions Overscript OverscriptBox OverscriptBoxOptions OverTilde OverVector OwenT OwnValues PackingMethod PaddedForm Padding PadeApproximant PadLeft PadRight PageBreakAbove PageBreakBelow PageBreakWithin PageFooterLines PageFooters PageHeaderLines PageHeaders PageHeight PageRankCentrality PageWidth PairedBarChart PairedHistogram PairedSmoothHistogram PairedTTest PairedZTest PaletteNotebook PalettePath Pane PaneBox PaneBoxOptions Panel PanelBox PanelBoxOptions Paneled PaneSelector PaneSelectorBox PaneSelectorBoxOptions PaperWidth ParabolicCylinderD ParagraphIndent ParagraphSpacing ParallelArray ParallelCombine ParallelDo ParallelEvaluate Parallelization Parallelize ParallelMap ParallelNeeds ParallelProduct ParallelSubmit ParallelSum ParallelTable ParallelTry Parameter ParameterEstimator ParameterMixtureDistribution ParameterVariables ParametricFunction ParametricNDSolve ParametricNDSolveValue ParametricPlot ParametricPlot3D ParentConnect ParentDirectory ParentForm Parenthesize ParentList ParetoDistribution Part PartialCorrelationFunction PartialD ParticleData Partition PartitionsP PartitionsQ ParzenWindow PascalDistribution PassEventsDown PassEventsUp Paste PasteBoxFormInlineCells PasteButton Path PathGraph PathGraphQ Pattern PatternSequence PatternTest PauliMatrix PaulWavelet Pause PausedTime PDF PearsonChiSquareTest PearsonCorrelationTest PearsonDistribution PerformanceGoal PeriodicInterpolation Periodogram PeriodogramArray PermutationCycles PermutationCyclesQ PermutationGroup PermutationLength PermutationList PermutationListQ PermutationMax PermutationMin PermutationOrder PermutationPower PermutationProduct PermutationReplace Permutations PermutationSupport Permute PeronaMalikFilter Perpendicular PERTDistribution PetersenGraph PhaseMargins Pi Pick PIDData PIDDerivativeFilter PIDFeedforward PIDTune Piecewise PiecewiseExpand PieChart PieChart3D PillaiTrace PillaiTraceTest Pink Pivoting PixelConstrained PixelValue PixelValuePositions Placed Placeholder PlaceholderReplace Plain PlanarGraphQ Play PlayRange Plot Plot3D Plot3Matrix PlotDivision PlotJoined PlotLabel PlotLayout PlotLegends PlotMarkers PlotPoints PlotRange PlotRangeClipping PlotRangePadding PlotRegion PlotStyle Plus PlusMinus Pochhammer PodStates PodWidth Point Point3DBox PointBox PointFigureChart PointForm PointLegend PointSize PoissonConsulDistribution PoissonDistribution PoissonProcess PoissonWindow PolarAxes PolarAxesOrigin PolarGridLines PolarPlot PolarTicks PoleZeroMarkers PolyaAeppliDistribution PolyGamma Polygon Polygon3DBox Polygon3DBoxOptions PolygonBox PolygonBoxOptions PolygonHoleScale PolygonIntersections PolygonScale PolyhedronData PolyLog PolynomialExtendedGCD PolynomialForm PolynomialGCD PolynomialLCM PolynomialMod PolynomialQ PolynomialQuotient PolynomialQuotientRemainder PolynomialReduce PolynomialRemainder Polynomials PopupMenu PopupMenuBox PopupMenuBoxOptions PopupView PopupWindow Position Positive PositiveDefiniteMatrixQ PossibleZeroQ Postfix PostScript Power PowerDistribution PowerExpand PowerMod PowerModList PowerSpectralDensity PowersRepresentations PowerSymmetricPolynomial Precedence PrecedenceForm Precedes PrecedesEqual PrecedesSlantEqual PrecedesTilde Precision PrecisionGoal PreDecrement PredictionRoot PreemptProtect PreferencesPath Prefix PreIncrement Prepend PrependTo PreserveImageOptions Previous PriceGraphDistribution PrimaryPlaceholder Prime PrimeNu PrimeOmega PrimePi PrimePowerQ PrimeQ Primes PrimeZetaP PrimitiveRoot PrincipalComponents PrincipalValue Print PrintAction PrintForm PrintingCopies PrintingOptions PrintingPageRange PrintingStartingPageNumber PrintingStyleEnvironment PrintPrecision PrintTemporary Prism PrismBox PrismBoxOptions PrivateCellOptions PrivateEvaluationOptions PrivateFontOptions PrivateFrontEndOptions PrivateNotebookOptions PrivatePaths Probability ProbabilityDistribution ProbabilityPlot ProbabilityPr ProbabilityScalePlot ProbitModelFit ProcessEstimator ProcessParameterAssumptions ProcessParameterQ ProcessStateDomain ProcessTimeDomain Product ProductDistribution ProductLog ProgressIndicator ProgressIndicatorBox ProgressIndicatorBoxOptions Projection Prolog PromptForm Properties Property PropertyList PropertyValue Proportion Proportional Protect Protected ProteinData Pruning PseudoInverse Purple Put PutAppend Pyramid PyramidBox PyramidBoxOptions QBinomial QFactorial QGamma QHypergeometricPFQ QPochhammer QPolyGamma QRDecomposition QuadraticIrrationalQ Quantile QuantilePlot Quantity QuantityForm QuantityMagnitude QuantityQ QuantityUnit Quartics QuartileDeviation Quartiles QuartileSkewness QueueingNetworkProcess QueueingProcess QueueProperties Quiet Quit Quotient QuotientRemainder RadialityCentrality RadicalBox RadicalBoxOptions RadioButton RadioButtonBar RadioButtonBox RadioButtonBoxOptions Radon RamanujanTau RamanujanTauL RamanujanTauTheta RamanujanTauZ Random RandomChoice RandomComplex RandomFunction RandomGraph RandomImage RandomInteger RandomPermutation RandomPrime RandomReal RandomSample RandomSeed RandomVariate RandomWalkProcess Range RangeFilter RangeSpecification RankedMax RankedMin Raster Raster3D Raster3DBox Raster3DBoxOptions RasterArray RasterBox RasterBoxOptions Rasterize RasterSize Rational RationalFunctions Rationalize Rationals Ratios Raw RawArray RawBoxes RawData RawMedium RayleighDistribution Re Read ReadList ReadProtected Real RealBlockDiagonalForm RealDigits RealExponent Reals Reap Record RecordLists RecordSeparators Rectangle RectangleBox RectangleBoxOptions RectangleChart RectangleChart3D RecurrenceFilter RecurrenceTable RecurringDigitsForm Red Reduce RefBox ReferenceLineStyle ReferenceMarkers ReferenceMarkerStyle Refine ReflectionMatrix ReflectionTransform Refresh RefreshRate RegionBinarize RegionFunction RegionPlot RegionPlot3D RegularExpression Regularization Reinstall Release ReleaseHold ReliabilityDistribution ReliefImage ReliefPlot Remove RemoveAlphaChannel RemoveAsynchronousTask Removed RemoveInputStreamMethod RemoveOutputStreamMethod RemoveProperty RemoveScheduledTask RenameDirectory RenameFile RenderAll RenderingOptions RenewalProcess RenkoChart Repeated RepeatedNull RepeatedString Replace ReplaceAll ReplaceHeldPart ReplaceImageValue ReplaceList ReplacePart ReplacePixelValue ReplaceRepeated Resampling Rescale RescalingTransform ResetDirectory ResetMenusPacket ResetScheduledTask Residue Resolve Rest Resultant ResumePacket Return ReturnExpressionPacket ReturnInputFormPacket ReturnPacket ReturnTextPacket Reverse ReverseBiorthogonalSplineWavelet ReverseElement ReverseEquilibrium ReverseGraph ReverseUpEquilibrium RevolutionAxis RevolutionPlot3D RGBColor RiccatiSolve RiceDistribution RidgeFilter RiemannR RiemannSiegelTheta RiemannSiegelZ Riffle Right RightArrow RightArrowBar RightArrowLeftArrow RightCosetRepresentative RightDownTeeVector RightDownVector RightDownVectorBar RightTee RightTeeArrow RightTeeVector RightTriangle RightTriangleBar RightTriangleEqual RightUpDownVector RightUpTeeVector RightUpVector RightUpVectorBar RightVector RightVectorBar RiskAchievementImportance RiskReductionImportance RogersTanimotoDissimilarity Root RootApproximant RootIntervals RootLocusPlot RootMeanSquare RootOfUnityQ RootReduce Roots RootSum Rotate RotateLabel RotateLeft RotateRight RotationAction RotationBox RotationBoxOptions RotationMatrix RotationTransform Round RoundImplies RoundingRadius Row RowAlignments RowBackgrounds RowBox RowHeights RowLines RowMinHeight RowReduce RowsEqual RowSpacings RSolve RudvalisGroupRu Rule RuleCondition RuleDelayed RuleForm RulerUnits Run RunScheduledTask RunThrough RuntimeAttributes RuntimeOptions RussellRaoDissimilarity SameQ SameTest SampleDepth SampledSoundFunction SampledSoundList SampleRate SamplingPeriod SARIMAProcess SARMAProcess SatisfiabilityCount SatisfiabilityInstances SatisfiableQ Saturday Save Saveable SaveAutoDelete SaveDefinitions SawtoothWave Scale Scaled ScaleDivisions ScaledMousePosition ScaleOrigin ScalePadding ScaleRanges ScaleRangeStyle ScalingFunctions ScalingMatrix ScalingTransform Scan ScheduledTaskActiveQ ScheduledTaskData ScheduledTaskObject ScheduledTasks SchurDecomposition ScientificForm ScreenRectangle ScreenStyleEnvironment ScriptBaselineShifts ScriptLevel ScriptMinSize ScriptRules ScriptSizeMultipliers Scrollbars ScrollingOptions ScrollPosition Sec Sech SechDistribution SectionGrouping SectorChart SectorChart3D SectorOrigin SectorSpacing SeedRandom Select Selectable SelectComponents SelectedCells SelectedNotebook Selection SelectionAnimate SelectionCell SelectionCellCreateCell SelectionCellDefaultStyle SelectionCellParentStyle SelectionCreateCell SelectionDebuggerTag SelectionDuplicateCell SelectionEvaluate SelectionEvaluateCreateCell SelectionMove SelectionPlaceholder SelectionSetStyle SelectWithContents SelfLoops SelfLoopStyle SemialgebraicComponentInstances SendMail Sequence SequenceAlignment SequenceForm SequenceHold SequenceLimit Series SeriesCoefficient SeriesData SessionTime Set SetAccuracy SetAlphaChannel SetAttributes Setbacks SetBoxFormNamesPacket SetDelayed SetDirectory SetEnvironment SetEvaluationNotebook SetFileDate SetFileLoadingContext SetNotebookStatusLine SetOptions SetOptionsPacket SetPrecision SetProperty SetSelectedNotebook SetSharedFunction SetSharedVariable SetSpeechParametersPacket SetStreamPosition SetSystemOptions Setter SetterBar SetterBox SetterBoxOptions Setting SetValue Shading Shallow ShannonWavelet ShapiroWilkTest Share Sharpen ShearingMatrix ShearingTransform ShenCastanMatrix Short ShortDownArrow Shortest ShortestMatch ShortestPathFunction ShortLeftArrow ShortRightArrow ShortUpArrow Show ShowAutoStyles ShowCellBracket ShowCellLabel ShowCellTags ShowClosedCellArea ShowContents ShowControls ShowCursorTracker ShowGroupOpenCloseIcon ShowGroupOpener ShowInvisibleCharacters ShowPageBreaks ShowPredictiveInterface 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"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/highlight/highlight.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/highlight/highlight.css": {
"text": "/*\n\nOriginal highlight.js style (c) Ivan Sagalaev <maniac@softwaremaniacs.org>\n\n*/\n\n.hljs {\n display: block;\n overflow-x: auto;\n padding: 0.5em;\n background: #F0F0F0;\n}\n\n\n/* Base color: saturation 0; */\n\n.hljs,\n.hljs-subst {\n color: #444;\n}\n\n.hljs-comment {\n color: #888888;\n}\n\n.hljs-keyword,\n.hljs-attribute,\n.hljs-selector-tag,\n.hljs-meta-keyword,\n.hljs-doctag,\n.hljs-name {\n font-weight: bold;\n}\n\n\n/* User color: hue: 0 */\n\n.hljs-type,\n.hljs-string,\n.hljs-number,\n.hljs-selector-id,\n.hljs-selector-class,\n.hljs-quote,\n.hljs-template-tag,\n.hljs-deletion {\n color: #880000;\n}\n\n.hljs-title,\n.hljs-section {\n color: #880000;\n font-weight: bold;\n}\n\n.hljs-regexp,\n.hljs-symbol,\n.hljs-variable,\n.hljs-template-variable,\n.hljs-link,\n.hljs-selector-attr,\n.hljs-selector-pseudo {\n color: #BC6060;\n}\n\n\n/* Language color: hue: 90; */\n\n.hljs-literal {\n color: #78A960;\n}\n\n.hljs-built_in,\n.hljs-bullet,\n.hljs-code,\n.hljs-addition {\n color: #397300;\n}\n\n\n/* Meta color: hue: 200 */\n\n.hljs-meta {\n color: #1f7199;\n}\n\n.hljs-meta-string {\n color: #4d99bf;\n}\n\n\n/* Misc effects */\n\n.hljs-emphasis {\n font-style: italic;\n}\n\n.hljs-strong {\n font-weight: bold;\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/highlight/highlight.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/highlight/highlightblock.js": {
"title": "$:/plugins/tiddlywiki/highlight/highlightblock.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/highlight/highlightblock.js\ntype: application/javascript\nmodule-type: widget\n\nWraps up the fenced code blocks parser for highlight and use in TiddlyWiki5\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TYPE_MAPPINGS_BASE = \"$:/config/HighlightPlugin/TypeMappings/\";\n\nvar CodeBlockWidget = require(\"$:/core/modules/widgets/codeblock.js\").codeblock;\n\nvar hljs = require(\"$:/plugins/tiddlywiki/highlight/highlight.js\");\n\nhljs.configure({tabReplace: \" \"});\t\n\nCodeBlockWidget.prototype.postRender = function() {\n\tvar domNode = this.domNodes[0],\n\t\tlanguage = this.language,\n\t\ttiddler = this.wiki.getTiddler(TYPE_MAPPINGS_BASE + language);\n\tif(tiddler) {\n\t\tlanguage = tiddler.fields.text || \"\";\n\t}\n\tif(language && hljs.getLanguage(language)) {\n\t\tdomNode.className = language.toLowerCase() + \" hljs\";\n\t\tif($tw.browser && !domNode.isTiddlyWikiFakeDom) {\n\t\t\thljs.highlightBlock(domNode);\t\t\t\n\t\t} else {\n\t\t\tvar text = domNode.textContent;\n\t\t\tdomNode.children[0].innerHTML = hljs.fixMarkup(hljs.highlight(language,text).value);\n\t\t\t// If we're using the fakedom then specially save the original raw text\n\t\t\tif(domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tdomNode.children[0].textInnerHTML = text;\n\t\t\t}\n\t\t}\n\t}\t\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/highlight/howto": {
"title": "$:/plugins/tiddlywiki/highlight/howto",
"text": "! Supporting Additional Languages\n \nThe [[highlight.js|https://github.com/highlightjs/highlight.js]] project supports many languages. Only a subset of these languages are supported by the plugin. It is possible for users to change the set of languages supported by the plugin by following these steps:\n \n# Go to the highlight.js project [[download page|https://highlightjs.org/download/]], select the language definitions to include, and press the Download button to download a zip archive containing customised support files for a highlight.js syntax highlighting server.\n# Locate the `highlight.pack.js` file in the highlight plugin -- on a stock Debian 8 system running Tiddlywiki5 under node-js it is located at `/usr/local/lib/node_modules/tiddlywiki/plugins/tiddlywiki/highlight/files/highlight.pack.js`.\n# Replace the plugin `highlight.pack.js` file located in step 2 with the one from the downloaded archive obtained in step 1.\n# Restart the Tiddlywiki server.\n"
},
"$:/plugins/tiddlywiki/highlight/license": {
"title": "$:/plugins/tiddlywiki/highlight/license",
"type": "text/plain",
"text": "Copyright (c) 2006, Ivan Sagalaev\nAll rights reserved.\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n * Redistributions of source code must retain the above copyright\n notice, this list of conditions and the following disclaimer.\n * Redistributions in binary form must reproduce the above copyright\n notice, this list of conditions and the following disclaimer in the\n documentation and/or other materials provided with the distribution.\n * Neither the name of highlight.js nor the names of its contributors\n may be used to endorse or promote products derived from this software\n without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE REGENTS AND CONTRIBUTORS BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
},
"$:/plugins/tiddlywiki/highlight/readme": {
"title": "$:/plugins/tiddlywiki/highlight/readme",
"text": "This plugin provides syntax highlighting of code blocks using v9.15.6 of [[highlight.js|https://github.com/isagalaev/highlight.js]] from Ivan Sagalaev.\n\n! Usage\n\nWhen the plugin is installed it automatically applies highlighting to all codeblocks defined with triple backticks or with the CodeBlockWidget.\n\nThe language can optionally be specified after the opening triple braces:\n\n<$codeblock code=\"\"\"```css\n * { margin: 0; padding: 0; } /* micro reset */\n\nhtml { font-size: 62.5%; }\nbody { font-size: 14px; font-size: 1.4rem; } /* =14px */\nh1 { font-size: 24px; font-size: 2.4rem; } /* =24px */\n```\"\"\"/>\n\nIf no language is specified highlight.js will attempt to automatically detect the language.\n\n! Built-in Language Brushes\n\nThe plugin includes support for the following languages (referred to as \"brushes\" by highlight.js):\n\n* apache\n* arduino\n* arm assembly\n* asciidoc\n* autohotkey\n* awk\n* bash\n* cmake\n* coffeescript\n* cpp\n* cs\n* css\n* diff\n* dockerfile\n* erlang\n* fortran\n* go\n* gradle\n* haskell\n* html\n* http\n* ini\n* intel x86 assembly\n* java\n* javascript\n* json\n* kotlin\n* makefile\n* markdown\n* mathematica\n* matlab\n* nginx\n* objectivec\n* perl\n* php\n* powershell\n* python\n* R\n* ruby\n* rust\n* sql\n* typescript\n* vim script\n* xml\n* yaml\n\nYou can also specify the language as a MIME content type (eg `text/html` or `text/css`). The mapping is accomplished via mapping tiddlers whose titles start with `$:/config/HighlightPlugin/TypeMappings/`.\n"
},
"$:/plugins/tiddlywiki/highlight/styles": {
"title": "$:/plugins/tiddlywiki/highlight/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": ".hljs{display:block;overflow-x:auto;padding:.5em;color:#333;background:#f8f8f8;-webkit-text-size-adjust:none}.hljs-comment,.diff .hljs-header,.hljs-javadoc{color:#998;font-style:italic}.hljs-keyword,.css .rule .hljs-keyword,.hljs-winutils,.nginx .hljs-title,.hljs-subst,.hljs-request,.hljs-status{color:#333;font-weight:bold}.hljs-number,.hljs-hexcolor,.ruby .hljs-constant{color:teal}.hljs-string,.hljs-tag .hljs-value,.hljs-phpdoc,.hljs-dartdoc,.tex .hljs-formula{color:#d14}.hljs-title,.hljs-id,.scss .hljs-preprocessor{color:#900;font-weight:bold}.hljs-list .hljs-keyword,.hljs-subst{font-weight:normal}.hljs-class .hljs-title,.hljs-type,.vhdl .hljs-literal,.tex .hljs-command{color:#458;font-weight:bold}.hljs-tag,.hljs-tag .hljs-title,.hljs-rule .hljs-property,.django .hljs-tag .hljs-keyword{color:navy;font-weight:normal}.hljs-attribute,.hljs-variable,.lisp .hljs-body,.hljs-name{color:teal}.hljs-regexp{color:#009926}.hljs-symbol,.ruby .hljs-symbol .hljs-string,.lisp .hljs-keyword,.clojure .hljs-keyword,.scheme .hljs-keyword,.tex .hljs-special,.hljs-prompt{color:#990073}.hljs-built_in{color:#0086b3}.hljs-preprocessor,.hljs-pragma,.hljs-pi,.hljs-doctype,.hljs-shebang,.hljs-cdata{color:#999;font-weight:bold}.hljs-deletion{background:#fdd}.hljs-addition{background:#dfd}.diff .hljs-change{background:#0086b3}.hljs-chunk{color:#aaa}"
},
"$:/plugins/tiddlywiki/highlight/usage": {
"title": "$:/plugins/tiddlywiki/highlight/usage",
"text": "! Usage\n\nFenced code blocks can have a language specifier added to trigger highlighting in a specific language. Otherwise heuristics are used to detect the language.\n\n```\n ```js\n var a = b + c; // Highlighted as JavaScript\n ```\n```\n! Adding Themes\n\nYou can add themes from highlight.js by copying the CSS to a new tiddler and tagging it with [[$:/tags/Stylesheet]]. The available themes can be found on GitHub:\n\nhttps://github.com/isagalaev/highlight.js/tree/master/src/styles\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/innerwiki/crosshairs.svg": {
"title": "$:/plugins/tiddlywiki/innerwiki/crosshairs.svg",
"type": "image/svg+xml",
"text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<svg width=\"128px\" height=\"128px\" viewBox=\"0 0 128 128\" version=\"1.1\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <defs>\n <path d=\"M104.938091,68 L64,64 L68,103.85205 L68,108 C68,110.209139 66.209139,112 64,112 C61.790861,112 60,110.209139 60,108 L60,103.159803 L63.9305182,64 L22.9924274,68 L20,68 C17.790861,68 16,66.209139 16,64 C16,61.790861 17.790861,60 20,60 L22.9924274,60 L63.9305182,64 L60,24.8401973 L60,20 C60,17.790861 61.790861,16 64,16 C66.209139,16 68,17.790861 68,20 L68,24.1479497 L64,64 L104.938091,60 L108,60 C110.209139,60 112,61.790861 112,64 C112,66.209139 110.209139,68 108,68 L104.938091,68 Z\" id=\"path-1\"></path>\n <filter x=\"-15.6%\" y=\"-15.6%\" width=\"131.2%\" height=\"131.2%\" filterUnits=\"objectBoundingBox\" id=\"filter-2\">\n <feMorphology radius=\"2.5\" operator=\"dilate\" in=\"SourceAlpha\" result=\"shadowSpreadOuter1\"></feMorphology>\n <feOffset dx=\"0\" dy=\"0\" in=\"shadowSpreadOuter1\" result=\"shadowOffsetOuter1\"></feOffset>\n <feGaussianBlur stdDeviation=\"2.5\" in=\"shadowOffsetOuter1\" result=\"shadowBlurOuter1\"></feGaussianBlur>\n <feColorMatrix values=\"0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 0 0 0 1 0\" type=\"matrix\" in=\"shadowBlurOuter1\"></feColorMatrix>\n </filter>\n </defs>\n <g id=\"Page-1\" stroke=\"none\" stroke-width=\"1\" fill=\"none\" fill-rule=\"evenodd\">\n <g id=\"Combined-Shape\">\n <use fill=\"black\" fill-opacity=\"1\" filter=\"url(#filter-2)\" xlink:href=\"#path-1\"></use>\n <use fill=\"#FF0000\" fill-rule=\"evenodd\" xlink:href=\"#path-1\"></use>\n </g>\n </g>\n</svg>"
},
"$:/plugins/tiddlywiki/innerwiki/data.js": {
"title": "$:/plugins/tiddlywiki/innerwiki/data.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/innerwiki/data.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to represent a single item of data\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DataWidget = function(parseTreeNode,options) {\n\tthis.dataWidgetTag = parseTreeNode.type;\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDataWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDataWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDataWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDataWidget.prototype.refresh = function(changedTiddlers) {\n\t// Refresh our attributes\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh our children\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.data = DataWidget;\nexports.anchor = DataWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/innerwiki/docs": {
"title": "$:/plugins/tiddlywiki/innerwiki/docs",
"text": "! `<$innerwiki>` widget\n\nThe `<$innerwiki>` widget encapsulates an embedded wiki. It starts as a blank copy of the current wiki and can have additional payload tiddlers added via embedded `<$data>` widgets (see below).\n\nIt supports the following attributes:\n\n|!Attribute |!Description |\n|template |Specifies the template to be used to generate the base wiki (defaults to $:/plugins/tiddlywiki/innerwiki/template) |\n|width |Width in pixels of the virtual screen for rendering the embedded wiki |\n|height |Height in pixels of the virtual screen for rendering the embedded wiki |\n|style |CSS style definitions to be added to the DIV wrapper around the IFRAME containing the embedded wiki |\n|class |CSS classes to be added to the DIV wrapper around the IFRAME containing the embedded wiki |\n|filename |Base filename for saving a screenshot of the embedded wiki under Node.js (excludes file extension) |\n|clipLeft |Position in pixels of the left edge of the clip rectangle (optional) |\n|clipTop |Position in pixels of the top edge of the clip rectangle (optional) |\n|clipWidth |Width in pixels of the clip rectangle (optional) |\n|clipHeight |Height in pixels of the clip rectangle (optional) |\n\n! `<$data>` widget\n\nThe `<$data>` widget is used within the `<$innerwiki>` widget to specify payload tiddlers to be added to the innerwiki.\n\nIt supports the following attributes:\n\n|!Attribute |!Description |\n|$tiddler |The title of a tiddler to be used as a payload tiddler (optional) |\n|$filter |A filter string identifying tiddlers to be used as payload tiddlers (optional) |\n|//any attribute<br>not starting<br>with $// |Field values to be assigned to the payload tiddler(s) |\n\nIt can be used in three different ways:\n\n* Without the `$tiddler` or `$filter` attributes, the remaining attributes provide the fields for a single payload tiddler\n* With the `$tiddler` attribute present, the payload tiddler takes its fields from that tiddler with the remaining attributes overriding those fields\n* With the `$filter` attribute present, the payload is a copy of all of the tiddlers identified by the filter, with the remaining attributes overriding those fields of each one\n\nThis example injects a copy of the \"HelloThere\" tiddler with the addition of the field \"custom\" set to \"Alpha\":\n\n```\n<$data $tiddler=\"HelloThere\" custom=\"Alpha\"/>\n```\n\nThis example injects all image tiddlers with the addition of the field \"custom\" set to \"Beta\":\n\n```\n<$data $filter=\"[is[image]]\" custom=\"Beta\"/>\n```\n\n! `<$anchor>` widget\n\nThe `<$anchor>` widget is used within the `<$innerwiki>` widget to specify draggable anchors to be overlaid on the innerwiki.\n\nIt supports the following attributes:\n\n|!Attribute |!Description |\n|x |The title of the tiddler containing the X coordinate of the anchor |\n|y |The title of the tiddler containing the Y coordinate of the anchor |\n\nThis example declares an anchor whose coordinates are contained in the tiddlers [[my-anchor-x]] and [[my-anchor-y]]:\n\n```\n<$anchor x=\"my-anchor-x\" y=\"my-anchor-y\"/>\n```\n\n! `screenshot` command\n\nSaves PNG screenshots of the `<$innerwiki>` widgets rendered by a set of tiddlers identified by a filter.\n\n```\n--screenshot <filter> <deviceScaleFactor>\n```\n\n* ''filter'': a filter identifying the tiddlers to be rendered, from which the individual `<$innerwiki>` widgets are screenshotted\n* ''deviceScaleFactor'': a scale factor for the screenshot (optional; defaults to 1)\n\nA deviceScaleFactor of 4 or 5 gives high quality screenshots suitable for print use.\n"
},
"$:/plugins/tiddlywiki/innerwiki/example-data": {
"title": "$:/plugins/tiddlywiki/innerwiki/example-data",
"text": "<$data title=\"$:/SiteTitle\" text=\"Innerwiki Demo\"/>\n<$data title=\"$:/SiteSubtitle\" text=\"Wikis spawning wikis\"/>\n\n"
},
"$:/plugins/tiddlywiki/innerwiki/examples": {
"title": "$:/plugins/tiddlywiki/innerwiki/examples",
"text": "\\define big-arrow(x,y,colour:\"#ff0000\",border:\"#000000\")\n\t<g transform=\"translate($x$,$y$)\">\n\t\t<path d=\"m-81.43106,34.99315l40.25737,-49.78116l40.25737,49.78116l-20.12869,0l0,50.02069l-40.25737,0l0,-50.02069l-20.12869,0l0,0z\" fill=\"$colour$\" stroke=\"$border$\" stroke-dasharray=\"null\" stroke-linecap=\"null\" stroke-linejoin=\"null\" stroke-width=\"5\" transform=\"rotate(49.3775 -41.1737 35.1129)\"/>\n\t</g>\n\\end\n\n\\define example(text)\n<$codeblock code=<<__text__>>/>\n\nRenders as:\n\n$text$\n\\end\n\n!! Browser\n\nThe innerwiki widget specifies the dimensions of the virtual screen used to render the wiki (in pixels) and CSS styles to apply to it. Nested `<$data>` widgets are used to specify individual payload tiddlers to be loaded into the wiki. In this example, we initialise the innerwiki with two tiddlers \"HelloThere\" and \"$:/DefaultTiddlers\":\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki width=\"1200\" height=\"400\" style=\"width:100%;\" filename=\"screenshot-1.png\">\n\t<$data title=\"HelloThere\" text=\"This tiddler is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n</$innerwiki>\"\"\"/>\n\nNote that the \"screenshot\" is a shrunken but fully interactive TiddlyWiki.\n\n!! Node.js\n\nTo render these examples as a PNG bitmap under Node.js, execute the following at the command prompt:\n\n```\ntiddlywiki editions/innerwikidemo --screenshot $:/plugins/tiddlywiki/innerwiki/examples\n```\n\nThe screenshots will be saved as `screenshot-1.png` etc in the `./output` folder of the wiki.\n\nTo render this example tiddler as a static HTML file that embeds the screenshot images and includes the SVG overlays:\n\n```\ntiddlywiki editions/innerwikidemo --render '[[$:/plugins/tiddlywiki/innerwiki/examples]]' \"examples.html\" --build index\n```\n\n!! SVG overlays\n\nAny displayable content within innerwiki widget is displayed within an automatically created SVG element. This allows overlays to be added:\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki width=\"1200\" height=\"400\" style=\"width:100%;\" filename=\"screenshot-2.png\">\n\t<$data title=\"HelloThere\" text=\"This tiddler is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n\t<circle cx=\"600\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"green\" />\n\t<<big-arrow 600 50>>\n</$innerwiki>\"\"\"/>\n\nNotice how macros can be used to encapsulate SVG fragments ([[see the source of this tiddler|$:/plugins/tiddlywiki/innerwiki/examples]]).\n\n!! Clipping\n\nA clipping rectangle can be applied to limit the area of the wiki that is displayed. For example:\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki width=\"1200\" height=\"400\" style=\"width:100%;\" clipLeft=\"500\" clipTop=\"100\" clipWidth=\"600\" clipHeight=\"300\" filename=\"screenshot-3.png\">\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n</$innerwiki>\"\"\"/>\n\n!! Transcluding payload tiddlers\n\nThis example shows how the `<$data>` widget can be transcluded from other tiddlers (see $:/plugins/tiddlywiki/innerwiki/example-data):\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki width=\"600\" height=\"400\" style=\"width:100%;\" filename=\"screenshot-4.png\">\n\t{{$:/plugins/tiddlywiki/innerwiki/example-data}}\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n</$innerwiki>\"\"\"/>\n\n!! Customising the wiki state\n\nBy injecting the right payload tiddlers, the innerwiki can be initialised to any desired state. In this example we inject a configuration tiddler to make the \"more\" page control button visible, and a state tiddler to cause the dropdown to appear:\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki template=\"$:/plugins/tiddlywiki/innerwiki/template\" filename=\"screenshot-5.png\" width=\"1200\" height=\"400\" style=\"width:100%;\">\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n\t<$data title=\"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions\" text=\"show\"/>\n\t<$data title=\"$:/state/popup/more--1600698846\" text=\"(151,144,21,25)\"/>\n</$innerwiki>\"\"\"/>\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki template=\"$:/plugins/tiddlywiki/innerwiki/template\" filename=\"screenshot-6.png\" width=\"1200\" height=\"400\" style=\"width:100%;\">\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"Draft of 'HelloThere'\" text=\"This tiddler is inside a wiki that is inside a wiki\" draft.of=\"HelloThere\" draft.title=\"HelloThere\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"[[Draft of 'HelloThere']]\"/>\n\t<$data title=\"$:/state/sidebar\" text=\"no\"/>\n\t<$data title=\"$:/state/showeditpreview\" text=\"yes\"/>\n</$innerwiki>\"\"\"/>\n\n!! Draggable anchors\n\nThis example shows how the `<$anchor>` widget is used to display draggable anchors overlaid on the innerwiki. The `<$anchor>` widget is used to declare the tiddlers containing the coordinates of each anchor. These tiddlers can then be transcluded by SVG graphic primitives to position them according to the anchor locations.\n\n<$macrocall $name=\"example\" text=\"\"\"screenshot-7-anchor-1-x: <$edit-text tag=\"input\" tiddler=\"screenshot-7-anchor-1-x\"/>\n\nscreenshot-7-anchor-1-y: <$edit-text tag=\"input\" tiddler=\"screenshot-7-anchor-1-y\"/>\n\nscreenshot-7-anchor-2-x: <$edit-text tag=\"input\" tiddler=\"screenshot-7-anchor-2-x\"/>\n\nscreenshot-7-anchor-2-y: <$edit-text tag=\"input\" tiddler=\"screenshot-7-anchor-2-y\"/>\n\n<$innerwiki template=\"$:/plugins/tiddlywiki/innerwiki/template\" filename=\"screenshot-7.png\" width=\"1200\" height=\"400\" style=\"width:100%;\">\n\t<$anchor x=\"screenshot-7-anchor-1-x\" y=\"screenshot-7-anchor-1-y\"/>\n\t<$anchor x=\"screenshot-7-anchor-2-x\" y=\"screenshot-7-anchor-2-y\"/>\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n\t<$macrocall $name=\"big-arrow\" x={{screenshot-7-anchor-1-x}} y={{screenshot-7-anchor-1-y}}/>\n\t<circle cx={{screenshot-7-anchor-2-x}} cy={{screenshot-7-anchor-2-y}} r=\"50\" stroke=\"blue\" stroke-width=\"2\" fill=\"green\" />\n</$innerwiki>\"\"\"/>\n\n!! Inception\n\nAn innerwiki can itself contain an inner-innerwiki:\n\n<$macrocall $name=\"example\" text=\"\"\"<$innerwiki width=\"1200\" height=\"600\" style=\"width:100%;\" filename=\"screenshot-8.png\">\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere $:/plugins/tiddlywiki/innerwiki/inner-example\"/>\n\t<$data $tiddler=\"$:/plugins/tiddlywiki/innerwiki\"/>\n\t<<big-arrow 100 50 colour:#00ff00>>\n</$innerwiki>\"\"\"/>\n\n(You can see the innerwiki here: $:/plugins/tiddlywiki/innerwiki/inner-example)\n\nNote the way that the innerwiki plugin has to be explicitly added to the innerwiki.\n"
},
"$:/plugins/tiddlywiki/innerwiki/inner-example": {
"title": "$:/plugins/tiddlywiki/innerwiki/inner-example",
"text": "<$innerwiki width=\"1200\" height=\"400\" style=\"width:100%;\">\n\t<$anchor x=\"screenshot-inner-anchor-1-x\" y=\"screenshot-inner-anchor-1-y\"/>\n\t<circle cx={{screenshot-inner-anchor-1-x}} cy={{screenshot-inner-anchor-1-y}} r=\"50\" stroke=\"blue\" stroke-width=\"2\" fill=\"green\" />\n\t<$data title=\"HelloThere\" text=\"! This tiddler is inside a wiki that is inside a wiki that is inside a wiki\"/>\n\t<$data title=\"$:/DefaultTiddlers\" text=\"HelloThere\"/>\n\t<$data title=\"$:/palette\" text=\"$:/palettes/SolarFlare\"/>\n</$innerwiki>"
},
"$:/plugins/tiddlywiki/innerwiki/readme": {
"title": "$:/plugins/tiddlywiki/innerwiki/readme",
"text": "!! Introduction\n\nThis plugin enables TiddlyWiki to embed a modified copy of itself (an \"innerwiki\") with overlaid graphics. The primary motivation is to be able to produce screenshot illustrations that are automatically up-to-date with the appearance of TiddlyWiki as it changes over time, or to produce the same screenshot in different languages.\n\nIn the browser, innerwikis are displayed as an embedded iframe. Under Node.js [[Google's Puppeteer|https://pptr.dev/]] is used to load the innerwikis as off-screen web pages and then snapshot them as a PNG image.\n\n!! Warnings\n\nThe `<$innerwiki>` widget is relatively slow and resource intensive: each time it is refreshed it will entirely rebuild the iframe containing the innerwiki.\n\nThe `<$innerwiki>` widget does not automatically resize with its container (for example, try hiding the sidebar in this wiki).\n\n!! Prequisites\n\nIn order to take screenshots under Node.js, Google Puppeteer must first be installed from [[npm|https://npmjs.org//]]. For most situations, it should be installed at the root of the TiddlyWiki 5 repo:\n\n```\ncd Jermolene/TiddlyWiki5\nnpm install puppeteer\n```\n\nHowever, if you're working in a different repo that uses npm to install TiddlyWiki 5 then you should install Puppeteer into the same repo. The general rule is that the `node_modules` folder containing Puppeteer should be contained within an ancestor of the folder containing TiddlyWiki's `tiddlywiki.js` file.\n\n"
},
"$:/plugins/tiddlywiki/innerwiki/innerwiki.js": {
"title": "$:/plugins/tiddlywiki/innerwiki/innerwiki.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/innerwiki/innerwiki.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an innerwiki in an iframe\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_INNERWIKI_TEMPLATE = \"$:/plugins/tiddlywiki/innerwiki/template\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\tDataWidget = require(\"$:/plugins/tiddlywiki/innerwiki/data.js\").data,\n\tdm = $tw.utils.domMaker;\n\nvar InnerWikiWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nInnerWikiWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nInnerWikiWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create wrapper\n\tthis.domWrapper = dm(\"div\",{\n\t\tdocument: this.document,\n\t\t\"class\": (this.innerWikiClass || \"\").split(\" \").concat([\"tc-innerwiki-wrapper\"]).join(\" \"),\n\t\tstyle: {\n\t\t\toverflow: \"hidden\",\n\t\t\tposition: \"relative\",\n\t\t\tboxSizing: \"content-box\"\n\t\t}\n\t});\n\t// Set up the SVG container\n\tthis.domSVG = dm(\"svg\",{\n\t\tnamespace: \"http://www.w3.org/2000/svg\",\n\t\tdocument: this.document,\n\t\tstyle: {\n\t\t\twidth: \"100%\",\n\t\t\tposition: \"absolute\",\n\t\t\tzIndex: \"1\",\n\t\t\tpointerEvents: \"none\"\n\t\t},\n\t\tattributes: {\n\t\t\t\"viewBox\": \"0 0 \" + this.innerWikiClipWidth + \" \" + this.innerWikiClipHeight\n\t\t}\n\t});\n\tthis.domWrapper.appendChild(this.domSVG);\n\tthis.setVariable(\"namespace\",\"http://www.w3.org/2000/svg\");\n\t// Create the iframe for the browser or image for Node.js\n\tif(!this.document.isTiddlyWikiFakeDom) {\n\t\t// Create iframe\n\t\tthis.domIFrame = dm(\"iframe\",{\n\t\t\tdocument: this.document,\n\t\t\t\"class\": \"tc-innerwiki-iframe\",\n\t\t\tstyle: {\n\t\t\t\tposition: \"absolute\",\n\t\t\t\tmaxWidth: \"none\",\n\t\t\t\tborder: \"none\"\n\t\t\t},\n\t\t\tattributes: {\n\t\t\t\twidth: this.innerWikiWidth,\n\t\t\t\theight: this.innerWikiHeight\n\t\t\t}\n\t\t});\n\t\tthis.domWrapper.appendChild(this.domIFrame);\n\t} else {\n\t\t// Create image placeholder\n\t\tthis.domImage = dm(\"img\",{\n\t\t\tdocument: this.document,\n\t\t\tstyle: {\n\t\t\t\twidth: \"100%\"\n\t\t\t},\n\t\t\tattributes: {\n\t\t\t\tsrc: this.innerWikiFilename\n\t\t\t}\n\t\t});\n\t\tthis.domWrapper.appendChild(this.domImage);\n\t}\n\t// Insert wrapper into the DOM\n\tparent.insertBefore(this.domWrapper,nextSibling);\n\tthis.renderChildren(this.domSVG,null);\n\tthis.domNodes.push(this.domWrapper);\n\t// If we're on the real DOM, finish the initialisation that needs us to be in the DOM\n\tif(!this.document.isTiddlyWikiFakeDom) {\n\t\t// Write the HTML\n\t\tthis.domIFrame.contentDocument.open();\n\t\tthis.domIFrame.contentDocument.write(this.createInnerHTML());\n\t\tthis.domIFrame.contentDocument.close();\n\t}\n\t// Scale the iframe and adjust the height of the wrapper\n\tthis.clipLeft = this.innerWikiClipLeft;\n\tthis.clipTop = this.innerWikiClipTop;\n\tthis.clipWidth = this.innerWikiClipWidth;\n\tthis.clipHeight = this.innerWikiClipHeight;\n\tthis.scale = this.domWrapper.clientWidth / this.clipWidth;\n\t// Display the anchors\n\tif(!this.document.isTiddlyWikiFakeDom) {\n\t\tthis.domAnchorContainer = dm(\"div\",{\n\t\t\tdocument: this.document,\n\t\t\tstyle: {\n\t\t\t\tposition: \"relative\",\n\t\t\t\tzIndex: \"2\",\n\t\t\t\ttransformOrigin: \"0 0\",\n\t\t\t\ttransform: \"scale(\" + this.scale + \")\"\n\t\t\t}\n\t\t});\n\t\tthis.domAnchorBackdrop = dm(\"div\",{\n\t\t\tdocument: this.document,\n\t\t\tstyle: {\n\t\t\t\tposition: \"absolute\",\n\t\t\t\tdisplay: \"none\"\n\t\t\t}\n\t\t});\n\t\tthis.domAnchorContainer.appendChild(this.domAnchorBackdrop);\n\t\tthis.domWrapper.insertBefore(this.domAnchorContainer,this.domWrapper.firstChild);\n\t\tself.createAnchors();\n\t}\n\t// Scale the iframe and adjust the height of the wrapper\n\tif(!this.document.isTiddlyWikiFakeDom) {\n\t\tthis.domIFrame.style.transformOrigin = this.clipLeft + \"px \" + this.clipTop + \"px\";\n\t\tthis.domIFrame.style.transform = \"translate(\" + (-this.clipLeft) + \"px,\" + (-this.clipTop) + \"px) scale(\" + this.scale + \")\";\n\t\tthis.domWrapper.style.height = (this.clipHeight * this.scale) + \"px\";\n\t}\n};\n\n/*\nCreate the anchors\n*/\nInnerWikiWidget.prototype.createAnchors = function() {\n\tvar self = this;\n\tthis.findDataWidgets(this.children,\"anchor\",function(widget) {\n\t\tvar anchorWidth = 40,\n\t\t\tanchorHeight = 40,\n\t\t\tgetAnchorCoordinate = function(name) {\n\t\t\t\treturn parseInt(self.wiki.getTiddlerText(widget.getAttribute(name)),10) || 0;\n\t\t\t},\n\t\t\tsetAnchorCoordinate = function(name,value) {\n\t\t\t\tself.wiki.addTiddler({\n\t\t\t\t\ttitle: widget.getAttribute(name),\n\t\t\t\t\ttext: value + \"\"\n\t\t\t\t});\n\t\t\t},\n\t\t\tdomAnchor = dm(\"img\",{\n\t\t\t\tdocument: self.document,\n\t\t\t\tstyle: {\n\t\t\t\t\tposition: \"absolute\",\n\t\t\t\t\twidth: anchorWidth + \"px\",\n\t\t\t\t\theight: anchorHeight + \"px\",\n\t\t\t\t\ttransformOrigin: \"50% 50%\",\n\t\t\t\t\ttransform: \"scale(\" + (1 / self.scale) + \")\",\n\t\t\t\t\tleft: (getAnchorCoordinate(\"x\") - anchorWidth / 2) + \"px\",\n\t\t\t\t\ttop: (getAnchorCoordinate(\"y\") - anchorHeight / 2) + \"px\"\n\t\t\t\t},\n\t\t\t\tattributes: {\n\t\t\t\t\tdraggable: false,\n\t\t\t\t\tsrc: \"data:image/svg+xml,\" + encodeURIComponent(self.wiki.getTiddlerText(\"$:/plugins/tiddlywiki/innerwiki/crosshairs.svg\"))\n\t\t\t\t}\n\t\t\t});\n\t\tself.domAnchorContainer.appendChild(domAnchor);\n\t\tvar posX,posY,dragStartX,dragStartY,deltaX,deltaY,\n\t\t\tfnMouseDown = function(event) {\n\t\t\t\tself.domAnchorBackdrop.style.width = self.clipWidth + \"px\";\n\t\t\t\tself.domAnchorBackdrop.style.height = self.clipHeight + \"px\";\n\t\t\t\tself.domAnchorBackdrop.style.display = \"block\";\n\t\t\t\tposX = domAnchor.offsetLeft;\n\t\t\t\tposY = domAnchor.offsetTop;\n\t\t\t\tdragStartX = event.clientX;\n\t\t\t\tdragStartY = event.clientY;\n\t\t\t\tdeltaX = 0;\n\t\t\t\tdeltaY = 0;\n\t\t\t\tself.document.addEventListener(\"mousemove\",fnMouseMove,false);\n\t\t\t\tself.document.addEventListener(\"mouseup\",fnMouseUp,false);\n\t\t\t},\n\t\t\tfnMouseMove = function(event) {\n\t\t\t\tdeltaX = (event.clientX - dragStartX) / self.scale;\n\t\t\t\tdeltaY = (event.clientY - dragStartY) / self.scale;\n\t\t\t\tdomAnchor.style.left = (posX + deltaX) + \"px\";\n\t\t\t\tdomAnchor.style.top = (posY + deltaY) + \"px\";\n\t\t\t},\n\t\t\tfnMouseUp = function(event) {\n\t\t\t\tvar x = getAnchorCoordinate(\"x\") + deltaX,\n\t\t\t\t\ty = getAnchorCoordinate(\"y\") + deltaY;\n\t\t\t\tif(x >= 0 && x < self.clipWidth && y >= 0 && y < self.clipHeight) {\n\t\t\t\t\tsetAnchorCoordinate(\"x\",x);\n\t\t\t\t\tsetAnchorCoordinate(\"y\",y);\n\t\t\t\t} else {\n\t\t\t\t\tdomAnchor.style.left = posX + \"px\";\n\t\t\t\t\tdomAnchor.style.top = posY + \"px\";\n\t\t\t\t}\n\t\t\t\tself.domAnchorBackdrop.style.display = \"none\";\n\t\t\t\tself.document.removeEventListener(\"mousemove\",fnMouseMove,false);\n\t\t\t\tself.document.removeEventListener(\"mouseup\",fnMouseUp,false);\n\t\t\t};\n\t\tdomAnchor.addEventListener(\"mousedown\",fnMouseDown,false);\n\t});\n};\n\n/*\nDelete the anchors\n*/\nInnerWikiWidget.prototype.deleteAnchors = function() {\n\tfor(var index=this.domAnchorContainer.childNodes.length-1; index>=0; index--) {\n\t\tvar node = this.domAnchorContainer.childNodes[index];\n\t\tif(node.tagName === \"IMG\") {\n\t\t\tnode.parentNode.removeChild(node);\n\t\t}\n\t}\n};\n\n/*\nCreate the HTML of the innerwiki\n*/\nInnerWikiWidget.prototype.createInnerHTML = function() {\n\t// Get the HTML of the iframe\n\tvar html = this.wiki.renderTiddler(\"text/plain\",this.innerWikiTemplate);\n\t// Insert the overlay tiddlers\n\tvar SPLIT_MARKER = \"<!--~~ Boot\" + \" kernel ~~-->\\n\",\n\t\tIMPLANT_PREFIX = \"<\" + \"script>\\n$tw.preloadTiddlerArray(\",\n\t\tIMPLANT_SUFFIX = \");\\n</\" + \"script>\\n\",\n\t\tparts = html.split(SPLIT_MARKER),\n\t\ttiddlers = this.readTiddlerDataWidgets(this.children);\n\tif(parts.length === 2) {\n\t\thtml = parts[0] + IMPLANT_PREFIX + JSON.stringify(tiddlers) + IMPLANT_SUFFIX + SPLIT_MARKER + parts[1];\n\t}\n\treturn html;\n};\n\n/*\nFind child data widgets\n*/\nInnerWikiWidget.prototype.findDataWidgets = function(children,tag,callback) {\n\tvar self = this;\n\t$tw.utils.each(children,function(child) {\n\t\tif(child.dataWidgetTag === tag) {\n\t\t\tcallback(child);\n\t\t}\n\t\tif(child.children) {\n\t\t\tself.findDataWidgets(child.children,tag,callback);\n\t\t}\n\t});\n};\n\n/*\nFind the child data widgets\n*/\nInnerWikiWidget.prototype.readTiddlerDataWidgets = function(children) {\n\tvar self = this,\n\t\tresults = [];\n\tthis.findDataWidgets(children,\"data\",function(widget) {\n\t\tArray.prototype.push.apply(results,self.readTiddlerDataWidget(widget));\n\t});\n\treturn results;\n};\n\n/*\nRead the value(s) from a data widget\n*/\nInnerWikiWidget.prototype.readTiddlerDataWidget = function(dataWidget) {\n\t// Start with a blank object\n\tvar item = Object.create(null);\n\t// Read any attributes not prefixed with $\n\t$tw.utils.each(dataWidget.attributes,function(value,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\titem[name] = value;\t\t\t\n\t\t}\n\t});\n\t// Deal with $tiddler or $filter attributes\n\tvar titles;\n\tif(dataWidget.hasAttribute(\"$tiddler\")) {\n\t\ttitles = [dataWidget.getAttribute(\"$tiddler\")];\n\t} else if(dataWidget.hasAttribute(\"$filter\")) {\n\t\ttitles = this.wiki.filterTiddlers(dataWidget.getAttribute(\"$filter\"));\n\t}\n\tif(titles) {\n\t\tvar results = [];\n\t\t$tw.utils.each(titles,function(title,index) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\t\tfields;\n\t\t\tif(tiddler) {\n\t\t\t\tfields = tiddler.getFieldStrings();\n\t\t\t}\n\t\t\tresults.push($tw.utils.extend({},item,fields));\n\t\t})\n\t\treturn results;\n\t} else {\n\t\treturn [item];\t\t\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nInnerWikiWidget.prototype.execute = function() {\n\tvar parseStringAsNumber = function(num,defaultValue) {\n\t\tnum = parseInt(num + \"\",10);\n\t\tif(!isNaN(num)) {\n\t\t\treturn num;\n\t\t} else {\n\t\t\treturn parseInt(defaultValue + \"\",10);\n\t\t}\n\t};\n\t// Get our parameters\n\tthis.innerWikiTemplate = this.getAttribute(\"template\",DEFAULT_INNERWIKI_TEMPLATE);\n\tthis.innerWikiWidth = parseStringAsNumber(this.getAttribute(\"width\"),800);\n\tthis.innerWikiHeight = parseStringAsNumber(this.getAttribute(\"height\"),600);\n\tthis.innerWikiStyle = this.getAttribute(\"style\");\n\tthis.innerWikiClass = this.getAttribute(\"class\");\n\tthis.innerWikiFilename = this.getAttribute(\"filename\");\n\tthis.innerWikiClipLeft = parseStringAsNumber(this.getAttribute(\"clipLeft\"),0);\n\tthis.innerWikiClipTop = parseStringAsNumber(this.getAttribute(\"clipTop\"),0);\n\tthis.innerWikiClipWidth = parseStringAsNumber(this.getAttribute(\"clipWidth\"),this.innerWikiWidth);\n\tthis.innerWikiClipHeight = parseStringAsNumber(this.getAttribute(\"clipHeight\"),this.innerWikiHeight);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nInnerWikiWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.template || changedAttributes.width || changedAttributes.height || changedAttributes.style || changedAttributes.class) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(childrenRefreshed) {\n\t\t\tthis.deleteAnchors();\n\t\t\tthis.createAnchors();\n\t\t}\n\t\treturn childrenRefreshed\n\t}\n};\n\n/*\nUse Puppeteer to save a screenshot to a file\n*/\nInnerWikiWidget.prototype.saveScreenshot = function(options,callback) {\n\tvar self = this,\n\t\tbasepath = options.basepath || \".\",\n\t\tdeviceScaleFactor = options.deviceScaleFactor || 1;\n\t// Don't do anything if we don't have a filename\n\tif(!this.innerWikiFilename) {\n\t\treturn callback(null);\n\t}\n\tvar path = require(\"path\"),\n\t\tfilepath = path.resolve(basepath,this.innerWikiFilename);\n\t$tw.utils.createFileDirectories(filepath);\n\tconsole.log(\"Taking screenshot\",filepath);\n\t// Fire up Puppeteer\n\tvar puppeteer;\n\ttry {\n\t\tpuppeteer = require(\"puppeteer\");\n\t} catch(e) {\n\t\tthrow \"Google Puppeteer not found\";\n\t}\n\t// Take screenshots\n\tpuppeteer.launch().then(async browser => {\n\t\t// NOTE: Copying Google's sample code by using new fangled promises \"await\"\n\t\tconst page = await browser.newPage();\n\t\tawait page.setContent(self.createInnerHTML(),{\n\t\t\twaitUntil: \"domcontentloaded\"\n\t\t});\n\t\tawait page.setViewport({\n\t\t\twidth: Math.trunc(self.innerWikiWidth),\n\t\t\theight: Math.trunc(self.innerWikiHeight),\n\t\t\tdeviceScaleFactor: deviceScaleFactor\n\t\t});\n\t\t// PDF generation isn't great: there's no clipping, and pagination is hard to control\n\t\t// await page.emulateMedia(\"screen\");\n\t\t// await page.pdf({\n\t\t// \tscale: 0.5,\n\t\t// \twidth: self.innerWikiWidth + \"px\",\n\t\t// \theight: self.innerWikiHeight + \"px\",\n\t\t// \tpath: filepath + \".pdf\",\n\t\t// \tprintBackground: true\n\t\t// });\n\t\tawait page.screenshot({\n\t\t\tpath: filepath,\n\t\t\tclip: {\n\t\t\t\tx: self.innerWikiClipLeft,\n\t\t\t\ty: self.innerWikiClipTop,\n\t\t\t\twidth: self.innerWikiClipWidth,\n\t\t\t\theight: self.innerWikiClipHeight\n\t\t\t},\n\t\t\ttype: \"png\"\n\t\t});\n\t\tawait browser.close();\n\t\tcallback(null);\n\t});\n};\n\nexports.innerwiki = InnerWikiWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/innerwiki/screenshot.js": {
"title": "$:/plugins/tiddlywiki/innerwiki/screenshot.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/innerwiki/screenshot.js\ntype: application/javascript\nmodule-type: command\n\nCommands to render tiddlers identified by a filter and save any screenshots identified by <$innerwiki> widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar InnerWikiWidget = require(\"$:/plugins/tiddlywiki/innerwiki/innerwiki.js\").innerwiki;\n\nexports.info = {\n\tname: \"screenshot\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filter\";\n\t}\n\tvar filter = this.params[0],\n\t\tdeviceScaleFactor = parseInt(this.params[1],10) || 1,\n\t\ttiddlers = this.commander.wiki.filterTiddlers(filter);\n\t// Render each tiddler into a widget tree\n\tvar innerWikiWidgets = [];\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = self.commander.wiki.parseTiddler(title),\n\t\t\tvariables = {currentTiddler: title},\n\t\t\twidgetNode = self.commander.wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\t// Find any innerwiki widgets\n\t\tArray.prototype.push.apply(innerWikiWidgets,self.findInnerWikiWidgets(widgetNode));\n\t});\n\t// Asynchronously tell each innerwiki widget to save a screenshot\n\tvar processNextInnerWikiWidget = function() {\n\t\tif(innerWikiWidgets.length > 0) {\n\t\t\tvar widget = innerWikiWidgets[0];\n\t\t\tinnerWikiWidgets.shift();\n\t\t\twidget.saveScreenshot({\n\t\t\t\tbasepath: self.commander.outputPath,\n\t\t\t\tdeviceScaleFactor: deviceScaleFactor\n\t\t\t},function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.callback(err);\n\t\t\t\t}\n\t\t\t\tprocessNextInnerWikiWidget();\n\t\t\t});\n\t\t} else {\n\t\t\tself.callback(null);\n\t\t}\n\t};\n\tprocessNextInnerWikiWidget();\n\treturn null;\n};\n\nCommand.prototype.findInnerWikiWidgets = function(widgetNode) {\n\tvar self = this,\n\t\tresults = [];\n\tif(widgetNode.saveScreenshot) {\n\t\tresults.push(widgetNode)\n\t}\n\t$tw.utils.each(widgetNode.children,function(childWidget) {\n\t\tArray.prototype.push.apply(results,self.findInnerWikiWidgets(childWidget));\n\t});\n\treturn results;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/plugins/tiddlywiki/innerwiki/styles": {
"title": "$:/plugins/tiddlywiki/innerwiki/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-innerwiki-wrapper {\n\tborder: 1px solid #666;\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n"
},
"$:/plugins/tiddlywiki/innerwiki/template": {
"title": "$:/plugins/tiddlywiki/innerwiki/template",
"text": "\\define saveTiddlerFilter()\n$:/boot/boot.css\n$:/boot/boot.js\n$:/boot/bootprefix.js\n$:/core\n$:/library/sjcl.js\n$:/plugins/tiddlywiki/innerwiki\n$:/plugins/tiddlywiki/railroad\n$:/themes/tiddlywiki/snowwhite\n$:/themes/tiddlywiki/vanilla\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/parse-tree": {
"title": "$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/parse-tree",
"tags": "$:/tags/EditPreview",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"caption": "parse tree",
"text": "\\define preview(mode)\n<$wikify name=\"preview-text\" text={{!!text}} type={{!!type}} mode=\"$mode$\" output=\"parsetree\">\n<pre>\n<code>\n<$text text=<<preview-text>>/>\n</code>\n</pre>\n</$wikify>\n\\end\n\n{{||$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/shared}}\n"
},
"$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/raw": {
"title": "$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/raw",
"tags": "$:/tags/EditPreview",
"caption": "raw HTML",
"list-after": "$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/widget-tree",
"text": "<pre><code><$view field=\"text\" format=\"htmlwikified\" /></code></pre>\n"
},
"$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/shared": {
"title": "$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/shared",
"text": "\\define body()\n\nMode: <$select tiddler=\"$(tv-mode-configuration)$\" default=\"block\">\n<option value=\"inline\">Inline</option>\n<option value=\"block\">Block</option>\n</$select>\n\n<$macrocall $name=\"preview\" mode={{$(tv-mode-configuration)$}}/>\n\\end\n\n<div class=\"tc-internal-tree-preview-wrapper\">\n\n<div class=\"tc-internal-tree-preview\">\n\n<$vars tv-mode-configuration=<<qualify \"$:/state/internals/preview/mode\">>>\n\n<<body>>\n\n</$vars>\n\n</div>\n\n</div>\n"
},
"$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/widget-tree": {
"title": "$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/widget-tree",
"tags": "$:/tags/EditPreview",
"caption": "widget tree",
"list-after": "$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/parse-tree",
"text": "\\define preview(mode)\n<$wikify name=\"preview-text\" text={{!!text}} type={{!!type}} mode=\"$mode$\" output=\"widgettree\">\n<pre>\n<code>\n<$text text=<<preview-text>>/>\n</code>\n</pre>\n</$wikify>\n\\end\n\n{{||$:/plugins/tiddlywiki/internals/EditTemplate/body/preview/shared}}\n"
},
"$:/plugins/tiddlywiki/internals/readme": {
"title": "$:/plugins/tiddlywiki/internals/readme",
"text": "This plugin adds features to help explore the internals of TiddlyWiki:\n\n* New preview panes showing:\n** the parse tree\n** the widget tree\n** the raw HTML output\n\nThe first two include a dropdown for choosing block vs. inline parsing mode.\n"
},
"$:/plugins/tiddlywiki/internals/styles": {
"title": "$:/plugins/tiddlywiki/internals/styles",
"tags": "$:/tags/Stylesheet",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/jszip/jszip.js": {
"text": "/*!\n\nJSZip - A Javascript class for generating and reading zip files\n<http://stuartk.com/jszip>\n\n(c) 2009-2014 Stuart Knightley <stuart [at] stuartk.com>\nDual licenced under the MIT license or GPLv3. See https://raw.github.com/Stuk/jszip/master/LICENSE.markdown.\n\nJSZip uses the library pako released under the MIT license :\nhttps://github.com/nodeca/pako/blob/master/LICENSE\n*/\n!function(a){if(\"object\"==typeof exports&&\"undefined\"!=typeof module)module.exports=a();else if(\"function\"==typeof define&&define.amd)define([],a);else{var b;b=\"undefined\"!=typeof window?window:\"undefined\"!=typeof global?global:\"undefined\"!=typeof self?self:this,b.JSZip=a()}}(function(){return function a(b,c,d){function e(g,h){if(!c[g]){if(!b[g]){var i=\"function\"==typeof require&&require;if(!h&&i)return i(g,!0);if(f)return f(g,!0);var j=new Error(\"Cannot find module '\"+g+\"'\");throw j.code=\"MODULE_NOT_FOUND\",j}var k=c[g]={exports:{}};b[g][0].call(k.exports,function(a){var c=b[g][1][a];return e(c?c:a)},k,k.exports,a,b,c,d)}return c[g].exports}for(var f=\"function\"==typeof require&&require,g=0;g<d.length;g++)e(d[g]);return e}({1:[function(a,b,c){\"use strict\";function 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RegExp]\"===Object.prototype.toString.call(a)},c.extend=function(){var a,b,c={};for(a=0;a<arguments.length;a++)for(b in arguments[a])arguments[a].hasOwnProperty(b)&&\"undefined\"==typeof c[b]&&(c[b]=arguments[a][b]);return c}},{\"./compressions\":4,\"./nodeBuffer\":12,\"./support\":18}],23:[function(a,b,c){\"use strict\";function d(a,b){this.files=[],this.loadOptions=b,a&&this.load(a)}var e=a(\"./stringReader\"),f=a(\"./nodeBufferReader\"),g=a(\"./uint8ArrayReader\"),h=a(\"./arrayReader\"),i=a(\"./utils\"),j=a(\"./signature\"),k=a(\"./zipEntry\"),l=a(\"./support\");a(\"./object\");d.prototype={checkSignature:function(a){var b=this.reader.readString(4);if(b!==a)throw new Error(\"Corrupted zip or bug : unexpected signature (\"+i.pretty(b)+\", expected \"+i.pretty(a)+\")\")},isSignature:function(a,b){var c=this.reader.index;this.reader.setIndex(a);var d=this.reader.readString(4),e=d===b;return this.reader.setIndex(c),e},readBlockEndOfCentral:function(){this.diskNumber=this.reader.readInt(2),this.diskWithCentralDirStart=this.reader.readInt(2),this.centralDirRecordsOnThisDisk=this.reader.readInt(2),this.centralDirRecords=this.reader.readInt(2),this.centralDirSize=this.reader.readInt(4),this.centralDirOffset=this.reader.readInt(4),this.zipCommentLength=this.reader.readInt(2);var a=this.reader.readData(this.zipCommentLength),b=l.uint8array?\"uint8array\":\"array\",c=i.transformTo(b,a);this.zipComment=this.loadOptions.decodeFileName(c)},readBlockZip64EndOfCentral:function(){this.zip64EndOfCentralSize=this.reader.readInt(8),this.versionMadeBy=this.reader.readString(2),this.versionNeeded=this.reader.readInt(2),this.diskNumber=this.reader.readInt(4),this.diskWithCentralDirStart=this.reader.readInt(4),this.centralDirRecordsOnThisDisk=this.reader.readInt(8),this.centralDirRecords=this.reader.readInt(8),this.centralDirSize=this.reader.readInt(8),this.centralDirOffset=this.reader.readInt(8),this.zip64ExtensibleData={};for(var a,b,c,d=this.zip64EndOfCentralSize-44,e=0;e<d;)a=this.reader.readInt(2),b=this.reader.readInt(4),c=this.reader.readString(b),this.zip64ExtensibleData[a]={id:a,length:b,value:c}},readBlockZip64EndOfCentralLocator:function(){if(this.diskWithZip64CentralDirStart=this.reader.readInt(4),this.relativeOffsetEndOfZip64CentralDir=this.reader.readInt(8),this.disksCount=this.reader.readInt(4),this.disksCount>1)throw new Error(\"Multi-volumes zip are not supported\")},readLocalFiles:function(){var a,b;for(a=0;a<this.files.length;a++)b=this.files[a],this.reader.setIndex(b.localHeaderOffset),this.checkSignature(j.LOCAL_FILE_HEADER),b.readLocalPart(this.reader),b.handleUTF8(),b.processAttributes()},readCentralDir:function(){var a;for(this.reader.setIndex(this.centralDirOffset);this.reader.readString(4)===j.CENTRAL_FILE_HEADER;)a=new k({zip64:this.zip64},this.loadOptions),a.readCentralPart(this.reader),this.files.push(a);if(this.centralDirRecords!==this.files.length&&0!==this.centralDirRecords&&0===this.files.length)throw new Error(\"Corrupted zip or bug: expected \"+this.centralDirRecords+\" records in central dir, got \"+this.files.length)},readEndOfCentral:function(){var a=this.reader.lastIndexOfSignature(j.CENTRAL_DIRECTORY_END);if(a<0){var b=!this.isSignature(0,j.LOCAL_FILE_HEADER);throw b?new Error(\"Can't find end of central directory : is this a zip file ? If it is, see http://stuk.github.io/jszip/documentation/howto/read_zip.html\"):new Error(\"Corrupted zip : can't find end of central directory\")}this.reader.setIndex(a);var c=a;if(this.checkSignature(j.CENTRAL_DIRECTORY_END),this.readBlockEndOfCentral(),this.diskNumber===i.MAX_VALUE_16BITS||this.diskWithCentralDirStart===i.MAX_VALUE_16BITS||this.centralDirRecordsOnThisDisk===i.MAX_VALUE_16BITS||this.centralDirRecords===i.MAX_VALUE_16BITS||this.centralDirSize===i.MAX_VALUE_32BITS||this.centralDirOffset===i.MAX_VALUE_32BITS){if(this.zip64=!0,a=this.reader.lastIndexOfSignature(j.ZIP64_CENTRAL_DIRECTORY_LOCATOR),a<0)throw new Error(\"Corrupted zip : can't find the ZIP64 end of central directory locator\");if(this.reader.setIndex(a),this.checkSignature(j.ZIP64_CENTRAL_DIRECTORY_LOCATOR),this.readBlockZip64EndOfCentralLocator(),!this.isSignature(this.relativeOffsetEndOfZip64CentralDir,j.ZIP64_CENTRAL_DIRECTORY_END)&&(this.relativeOffsetEndOfZip64CentralDir=this.reader.lastIndexOfSignature(j.ZIP64_CENTRAL_DIRECTORY_END),this.relativeOffsetEndOfZip64CentralDir<0))throw new Error(\"Corrupted zip : can't find the ZIP64 end of central directory\");this.reader.setIndex(this.relativeOffsetEndOfZip64CentralDir),this.checkSignature(j.ZIP64_CENTRAL_DIRECTORY_END),this.readBlockZip64EndOfCentral()}var d=this.centralDirOffset+this.centralDirSize;this.zip64&&(d+=20,d+=12+this.zip64EndOfCentralSize);var e=c-d;if(e>0)this.isSignature(c,j.CENTRAL_FILE_HEADER)||(this.reader.zero=e);else if(e<0)throw new Error(\"Corrupted zip: missing \"+Math.abs(e)+\" bytes.\")},prepareReader:function(a){var b=i.getTypeOf(a);if(i.checkSupport(b),\"string\"!==b||l.uint8array)if(\"nodebuffer\"===b)this.reader=new f(a);else if(l.uint8array)this.reader=new g(i.transformTo(\"uint8array\",a));else{if(!l.array)throw new Error(\"Unexpected error: unsupported type '\"+b+\"'\");this.reader=new h(i.transformTo(\"array\",a))}else this.reader=new e(a,this.loadOptions.optimizedBinaryString)},load:function(a){this.prepareReader(a),this.readEndOfCentral(),this.readCentralDir(),this.readLocalFiles()}},b.exports=d},{\"./arrayReader\":1,\"./nodeBufferReader\":13,\"./object\":14,\"./signature\":15,\"./stringReader\":16,\"./support\":18,\"./uint8ArrayReader\":19,\"./utils\":22,\"./zipEntry\":24}],24:[function(a,b,c){\"use strict\";function d(a,b){this.options=a,this.loadOptions=b}var e=a(\"./stringReader\"),f=a(\"./utils\"),g=a(\"./compressedObject\"),h=a(\"./object\"),i=a(\"./support\"),j=0,k=3;d.prototype={isEncrypted:function(){return 1===(1&this.bitFlag)},useUTF8:function(){return 2048===(2048&this.bitFlag)},prepareCompressedContent:function(a,b,c){return function(){var d=a.index;a.setIndex(b);var e=a.readData(c);return a.setIndex(d),e}},prepareContent:function(a,b,c,d,e){return function(){var a=f.transformTo(d.uncompressInputType,this.getCompressedContent()),b=d.uncompress(a);if(b.length!==e)throw new Error(\"Bug : uncompressed data size mismatch\");return b}},readLocalPart:function(a){var b,c;if(a.skip(22),this.fileNameLength=a.readInt(2),c=a.readInt(2),this.fileName=a.readData(this.fileNameLength),a.skip(c),this.compressedSize==-1||this.uncompressedSize==-1)throw new Error(\"Bug or corrupted zip : didn't get enough informations from the central directory (compressedSize == -1 || uncompressedSize == -1)\");if(b=f.findCompression(this.compressionMethod),null===b)throw new Error(\"Corrupted zip : compression \"+f.pretty(this.compressionMethod)+\" unknown (inner file : \"+f.transformTo(\"string\",this.fileName)+\")\");if(this.decompressed=new g,this.decompressed.compressedSize=this.compressedSize,this.decompressed.uncompressedSize=this.uncompressedSize,this.decompressed.crc32=this.crc32,this.decompressed.compressionMethod=this.compressionMethod,this.decompressed.getCompressedContent=this.prepareCompressedContent(a,a.index,this.compressedSize,b),this.decompressed.getContent=this.prepareContent(a,a.index,this.compressedSize,b,this.uncompressedSize),this.loadOptions.checkCRC32&&(this.decompressed=f.transformTo(\"string\",this.decompressed.getContent()),h.crc32(this.decompressed)!==this.crc32))throw new Error(\"Corrupted zip : CRC32 mismatch\");\n},readCentralPart:function(a){if(this.versionMadeBy=a.readInt(2),this.versionNeeded=a.readInt(2),this.bitFlag=a.readInt(2),this.compressionMethod=a.readString(2),this.date=a.readDate(),this.crc32=a.readInt(4),this.compressedSize=a.readInt(4),this.uncompressedSize=a.readInt(4),this.fileNameLength=a.readInt(2),this.extraFieldsLength=a.readInt(2),this.fileCommentLength=a.readInt(2),this.diskNumberStart=a.readInt(2),this.internalFileAttributes=a.readInt(2),this.externalFileAttributes=a.readInt(4),this.localHeaderOffset=a.readInt(4),this.isEncrypted())throw new Error(\"Encrypted zip are not supported\");this.fileName=a.readData(this.fileNameLength),this.readExtraFields(a),this.parseZIP64ExtraField(a),this.fileComment=a.readData(this.fileCommentLength)},processAttributes:function(){this.unixPermissions=null,this.dosPermissions=null;var a=this.versionMadeBy>>8;this.dir=!!(16&this.externalFileAttributes),a===j&&(this.dosPermissions=63&this.externalFileAttributes),a===k&&(this.unixPermissions=this.externalFileAttributes>>16&65535),this.dir||\"/\"!==this.fileNameStr.slice(-1)||(this.dir=!0)},parseZIP64ExtraField:function(a){if(this.extraFields[1]){var b=new e(this.extraFields[1].value);this.uncompressedSize===f.MAX_VALUE_32BITS&&(this.uncompressedSize=b.readInt(8)),this.compressedSize===f.MAX_VALUE_32BITS&&(this.compressedSize=b.readInt(8)),this.localHeaderOffset===f.MAX_VALUE_32BITS&&(this.localHeaderOffset=b.readInt(8)),this.diskNumberStart===f.MAX_VALUE_32BITS&&(this.diskNumberStart=b.readInt(4))}},readExtraFields:function(a){var b,c,d,e=a.index;for(this.extraFields=this.extraFields||{};a.index<e+this.extraFieldsLength;)b=a.readInt(2),c=a.readInt(2),d=a.readString(c),this.extraFields[b]={id:b,length:c,value:d}},handleUTF8:function(){var a=i.uint8array?\"uint8array\":\"array\";if(this.useUTF8())this.fileNameStr=h.utf8decode(this.fileName),this.fileCommentStr=h.utf8decode(this.fileComment);else{var b=this.findExtraFieldUnicodePath();if(null!==b)this.fileNameStr=b;else{var c=f.transformTo(a,this.fileName);this.fileNameStr=this.loadOptions.decodeFileName(c)}var d=this.findExtraFieldUnicodeComment();if(null!==d)this.fileCommentStr=d;else{var e=f.transformTo(a,this.fileComment);this.fileCommentStr=this.loadOptions.decodeFileName(e)}}},findExtraFieldUnicodePath:function(){var a=this.extraFields[28789];if(a){var b=new e(a.value);return 1!==b.readInt(1)?null:h.crc32(this.fileName)!==b.readInt(4)?null:h.utf8decode(b.readString(a.length-5))}return null},findExtraFieldUnicodeComment:function(){var a=this.extraFields[25461];if(a){var b=new e(a.value);return 1!==b.readInt(1)?null:h.crc32(this.fileComment)!==b.readInt(4)?null:h.utf8decode(b.readString(a.length-5))}return null}},b.exports=d},{\"./compressedObject\":3,\"./object\":14,\"./stringReader\":16,\"./support\":18,\"./utils\":22}],25:[function(a,b,c){\"use strict\";var d=a(\"./lib/utils/common\").assign,e=a(\"./lib/deflate\"),f=a(\"./lib/inflate\"),g=a(\"./lib/zlib/constants\"),h={};d(h,e,f,g),b.exports=h},{\"./lib/deflate\":26,\"./lib/inflate\":27,\"./lib/utils/common\":28,\"./lib/zlib/constants\":31}],26:[function(a,b,c){\"use strict\";function d(a){if(!(this instanceof d))return new d(a);this.options=i.assign({level:s,method:u,chunkSize:16384,windowBits:15,memLevel:8,strategy:t,to:\"\"},a||{});var b=this.options;b.raw&&b.windowBits>0?b.windowBits=-b.windowBits:b.gzip&&b.windowBits>0&&b.windowBits<16&&(b.windowBits+=16),this.err=0,this.msg=\"\",this.ended=!1,this.chunks=[],this.strm=new l,this.strm.avail_out=0;var c=h.deflateInit2(this.strm,b.level,b.method,b.windowBits,b.memLevel,b.strategy);if(c!==p)throw new Error(k[c]);if(b.header&&h.deflateSetHeader(this.strm,b.header),b.dictionary){var e;if(e=\"string\"==typeof b.dictionary?j.string2buf(b.dictionary):\"[object ArrayBuffer]\"===m.call(b.dictionary)?new Uint8Array(b.dictionary):b.dictionary,c=h.deflateSetDictionary(this.strm,e),c!==p)throw new Error(k[c]);this._dict_set=!0}}function e(a,b){var c=new d(b);if(c.push(a,!0),c.err)throw c.msg;return c.result}function f(a,b){return b=b||{},b.raw=!0,e(a,b)}function g(a,b){return b=b||{},b.gzip=!0,e(a,b)}var h=a(\"./zlib/deflate\"),i=a(\"./utils/common\"),j=a(\"./utils/strings\"),k=a(\"./zlib/messages\"),l=a(\"./zlib/zstream\"),m=Object.prototype.toString,n=0,o=4,p=0,q=1,r=2,s=-1,t=0,u=8;d.prototype.push=function(a,b){var c,d,e=this.strm,f=this.options.chunkSize;if(this.ended)return!1;d=b===~~b?b:b===!0?o:n,\"string\"==typeof a?e.input=j.string2buf(a):\"[object ArrayBuffer]\"===m.call(a)?e.input=new Uint8Array(a):e.input=a,e.next_in=0,e.avail_in=e.input.length;do{if(0===e.avail_out&&(e.output=new i.Buf8(f),e.next_out=0,e.avail_out=f),c=h.deflate(e,d),c!==q&&c!==p)return this.onEnd(c),this.ended=!0,!1;0!==e.avail_out&&(0!==e.avail_in||d!==o&&d!==r)||(\"string\"===this.options.to?this.onData(j.buf2binstring(i.shrinkBuf(e.output,e.next_out))):this.onData(i.shrinkBuf(e.output,e.next_out)))}while((e.avail_in>0||0===e.avail_out)&&c!==q);return d===o?(c=h.deflateEnd(this.strm),this.onEnd(c),this.ended=!0,c===p):d!==r||(this.onEnd(p),e.avail_out=0,!0)},d.prototype.onData=function(a){this.chunks.push(a)},d.prototype.onEnd=function(a){a===p&&(\"string\"===this.options.to?this.result=this.chunks.join(\"\"):this.result=i.flattenChunks(this.chunks)),this.chunks=[],this.err=a,this.msg=this.strm.msg},c.Deflate=d,c.deflate=e,c.deflateRaw=f,c.gzip=g},{\"./utils/common\":28,\"./utils/strings\":29,\"./zlib/deflate\":33,\"./zlib/messages\":38,\"./zlib/zstream\":40}],27:[function(a,b,c){\"use strict\";function d(a){if(!(this instanceof d))return new d(a);this.options=h.assign({chunkSize:16384,windowBits:0,to:\"\"},a||{});var b=this.options;b.raw&&b.windowBits>=0&&b.windowBits<16&&(b.windowBits=-b.windowBits,0===b.windowBits&&(b.windowBits=-15)),!(b.windowBits>=0&&b.windowBits<16)||a&&a.windowBits||(b.windowBits+=32),b.windowBits>15&&b.windowBits<48&&0===(15&b.windowBits)&&(b.windowBits|=15),this.err=0,this.msg=\"\",this.ended=!1,this.chunks=[],this.strm=new l,this.strm.avail_out=0;var c=g.inflateInit2(this.strm,b.windowBits);if(c!==j.Z_OK)throw new Error(k[c]);this.header=new m,g.inflateGetHeader(this.strm,this.header)}function e(a,b){var c=new d(b);if(c.push(a,!0),c.err)throw c.msg;return c.result}function f(a,b){return b=b||{},b.raw=!0,e(a,b)}var g=a(\"./zlib/inflate\"),h=a(\"./utils/common\"),i=a(\"./utils/strings\"),j=a(\"./zlib/constants\"),k=a(\"./zlib/messages\"),l=a(\"./zlib/zstream\"),m=a(\"./zlib/gzheader\"),n=Object.prototype.toString;d.prototype.push=function(a,b){var c,d,e,f,k,l,m=this.strm,o=this.options.chunkSize,p=this.options.dictionary,q=!1;if(this.ended)return!1;d=b===~~b?b:b===!0?j.Z_FINISH:j.Z_NO_FLUSH,\"string\"==typeof a?m.input=i.binstring2buf(a):\"[object ArrayBuffer]\"===n.call(a)?m.input=new Uint8Array(a):m.input=a,m.next_in=0,m.avail_in=m.input.length;do{if(0===m.avail_out&&(m.output=new h.Buf8(o),m.next_out=0,m.avail_out=o),c=g.inflate(m,j.Z_NO_FLUSH),c===j.Z_NEED_DICT&&p&&(l=\"string\"==typeof p?i.string2buf(p):\"[object ArrayBuffer]\"===n.call(p)?new Uint8Array(p):p,c=g.inflateSetDictionary(this.strm,l)),c===j.Z_BUF_ERROR&&q===!0&&(c=j.Z_OK,q=!1),c!==j.Z_STREAM_END&&c!==j.Z_OK)return this.onEnd(c),this.ended=!0,!1;m.next_out&&(0!==m.avail_out&&c!==j.Z_STREAM_END&&(0!==m.avail_in||d!==j.Z_FINISH&&d!==j.Z_SYNC_FLUSH)||(\"string\"===this.options.to?(e=i.utf8border(m.output,m.next_out),f=m.next_out-e,k=i.buf2string(m.output,e),m.next_out=f,m.avail_out=o-f,f&&h.arraySet(m.output,m.output,e,f,0),this.onData(k)):this.onData(h.shrinkBuf(m.output,m.next_out)))),0===m.avail_in&&0===m.avail_out&&(q=!0)}while((m.avail_in>0||0===m.avail_out)&&c!==j.Z_STREAM_END);return 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h.status=pa;if(h.status===pa)if(h.gzhead.name){k=h.pending;do{if(h.pending===h.pending_buf_size&&(h.gzhead.hcrc&&h.pending>k&&(a.adler=H(a.adler,h.pending_buf,h.pending-k,k)),g(a),k=h.pending,h.pending===h.pending_buf_size)){l=1;break}l=h.gzindex<h.gzhead.name.length?255&h.gzhead.name.charCodeAt(h.gzindex++):0,i(h,l)}while(0!==l);h.gzhead.hcrc&&h.pending>k&&(a.adler=H(a.adler,h.pending_buf,h.pending-k,k)),0===l&&(h.gzindex=0,h.status=qa)}else h.status=qa;if(h.status===qa)if(h.gzhead.comment){k=h.pending;do{if(h.pending===h.pending_buf_size&&(h.gzhead.hcrc&&h.pending>k&&(a.adler=H(a.adler,h.pending_buf,h.pending-k,k)),g(a),k=h.pending,h.pending===h.pending_buf_size)){l=1;break}l=h.gzindex<h.gzhead.comment.length?255&h.gzhead.comment.charCodeAt(h.gzindex++):0,i(h,l)}while(0!==l);h.gzhead.hcrc&&h.pending>k&&(a.adler=H(a.adler,h.pending_buf,h.pending-k,k)),0===l&&(h.status=ra)}else h.status=ra;if(h.status===ra&&(h.gzhead.hcrc?(h.pending+2>h.pending_buf_size&&g(a),h.pending+2<=h.pending_buf_size&&(i(h,255&a.adler),i(h,a.adler>>8&255),a.adler=0,h.status=sa)):h.status=sa),0!==h.pending){if(g(a),0===a.avail_out)return h.last_flush=-1,O}else if(0===a.avail_in&&e(b)<=e(c)&&b!==M)return d(a,S);if(h.status===ta&&0!==a.avail_in)return d(a,S);if(0!==a.avail_in||0!==h.lookahead||b!==J&&h.status!==ta){var o=h.strategy===V?r(h,b):h.strategy===W?q(h,b):D[h.level].func(h,b);if(o!==wa&&o!==xa||(h.status=ta),o===ua||o===wa)return 0===a.avail_out&&(h.last_flush=-1),O;if(o===va&&(b===K?F._tr_align(h):b!==N&&(F._tr_stored_block(h,0,0,!1),b===L&&(f(h.head),0===h.lookahead&&(h.strstart=0,h.block_start=0,h.insert=0))),g(a),0===a.avail_out))return h.last_flush=-1,O}return b!==M?O:h.wrap<=0?P:(2===h.wrap?(i(h,255&a.adler),i(h,a.adler>>8&255),i(h,a.adler>>16&255),i(h,a.adler>>24&255),i(h,255&a.total_in),i(h,a.total_in>>8&255),i(h,a.total_in>>16&255),i(h,a.total_in>>24&255)):(j(h,a.adler>>>16),j(h,65535&a.adler)),g(a),h.wrap>0&&(h.wrap=-h.wrap),0!==h.pending?O:P)}function B(a){var b;return a&&a.state?(b=a.state.status,b!==na&&b!==oa&&b!==pa&&b!==qa&&b!==ra&&b!==sa&&b!==ta?d(a,Q):(a.state=null,b===sa?d(a,R):O)):Q}function C(a,b){var c,d,e,g,h,i,j,k,l=b.length;if(!a||!a.state)return Q;if(c=a.state,g=c.wrap,2===g||1===g&&c.status!==na||c.lookahead)return Q;for(1===g&&(a.adler=G(a.adler,b,l,0)),c.wrap=0,l>=c.w_size&&(0===g&&(f(c.head),c.strstart=0,c.block_start=0,c.insert=0),k=new E.Buf8(c.w_size),E.arraySet(k,b,l-c.w_size,c.w_size,0),b=k,l=c.w_size),h=a.avail_in,i=a.next_in,j=a.input,a.avail_in=l,a.next_in=0,a.input=b,m(c);c.lookahead>=ja;){d=c.strstart,e=c.lookahead-(ja-1);do c.ins_h=(c.ins_h<<c.hash_shift^c.window[d+ja-1])&c.hash_mask,c.prev[d&c.w_mask]=c.head[c.ins_h],c.head[c.ins_h]=d,d++;while(--e);c.strstart=d,c.lookahead=ja-1,m(c)}return c.strstart+=c.lookahead,c.block_start=c.strstart,c.insert=c.lookahead,c.lookahead=0,c.match_length=c.prev_length=ja-1,c.match_available=0,a.next_in=i,a.input=j,a.avail_in=h,c.wrap=g,O}var D,E=a(\"../utils/common\"),F=a(\"./trees\"),G=a(\"./adler32\"),H=a(\"./crc32\"),I=a(\"./messages\"),J=0,K=1,L=3,M=4,N=5,O=0,P=1,Q=-2,R=-3,S=-5,T=-1,U=1,V=2,W=3,X=4,Y=0,Z=2,$=8,_=9,aa=15,ba=8,ca=29,da=256,ea=da+1+ca,fa=30,ga=19,ha=2*ea+1,ia=15,ja=3,ka=258,la=ka+ja+1,ma=32,na=42,oa=69,pa=73,qa=91,ra=103,sa=113,ta=666,ua=1,va=2,wa=3,xa=4,ya=3;D=[new s(0,0,0,0,n),new s(4,4,8,4,o),new s(4,5,16,8,o),new s(4,6,32,32,o),new s(4,4,16,16,p),new s(8,16,32,32,p),new s(8,16,128,128,p),new s(8,32,128,256,p),new s(32,128,258,1024,p),new s(32,258,258,4096,p)],c.deflateInit=z,c.deflateInit2=y,c.deflateReset=w,c.deflateResetKeep=v,c.deflateSetHeader=x,c.deflate=A,c.deflateEnd=B,c.deflateSetDictionary=C,c.deflateInfo=\"pako deflate (from Nodeca project)\"},{\"../utils/common\":28,\"./adler32\":30,\"./crc32\":32,\"./messages\":38,\"./trees\":39}],34:[function(a,b,c){\"use strict\";function d(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name=\"\",this.comment=\"\",this.hcrc=0,this.done=!1}b.exports=d},{}],35:[function(a,b,c){\"use strict\";var d=30,e=12;b.exports=function(a,b){var c,f,g,h,i,j,k,l,m,n,o,p,q,r,s,t,u,v,w,x,y,z,A,B,C;c=a.state,f=a.next_in,B=a.input,g=f+(a.avail_in-5),h=a.next_out,C=a.output,i=h-(b-a.avail_out),j=h+(a.avail_out-257),k=c.dmax,l=c.wsize,m=c.whave,n=c.wnext,o=c.window,p=c.hold,q=c.bits,r=c.lencode,s=c.distcode,t=(1<<c.lenbits)-1,u=(1<<c.distbits)-1;a:do{q<15&&(p+=B[f++]<<q,q+=8,p+=B[f++]<<q,q+=8),v=r[p&t];b:for(;;){if(w=v>>>24,p>>>=w,q-=w,w=v>>>16&255,0===w)C[h++]=65535&v;else{if(!(16&w)){if(0===(64&w)){v=r[(65535&v)+(p&(1<<w)-1)];continue b}if(32&w){c.mode=e;break a}a.msg=\"invalid literal/length code\",c.mode=d;break a}x=65535&v,w&=15,w&&(q<w&&(p+=B[f++]<<q,q+=8),x+=p&(1<<w)-1,p>>>=w,q-=w),q<15&&(p+=B[f++]<<q,q+=8,p+=B[f++]<<q,q+=8),v=s[p&u];c:for(;;){if(w=v>>>24,p>>>=w,q-=w,w=v>>>16&255,!(16&w)){if(0===(64&w)){v=s[(65535&v)+(p&(1<<w)-1)];continue c}a.msg=\"invalid distance code\",c.mode=d;break a}if(y=65535&v,w&=15,q<w&&(p+=B[f++]<<q,q+=8,q<w&&(p+=B[f++]<<q,q+=8)),y+=p&(1<<w)-1,y>k){a.msg=\"invalid distance too far back\",c.mode=d;break a}if(p>>>=w,q-=w,w=h-i,y>w){if(w=y-w,w>m&&c.sane){a.msg=\"invalid distance too far back\",c.mode=d;break a}if(z=0,A=o,0===n){if(z+=l-w,w<x){x-=w;do C[h++]=o[z++];while(--w);z=h-y,A=C}}else if(n<w){if(z+=l+n-w,w-=n,w<x){x-=w;do C[h++]=o[z++];while(--w);if(z=0,n<x){w=n,x-=w;do C[h++]=o[z++];while(--w);z=h-y,A=C}}}else if(z+=n-w,w<x){x-=w;do C[h++]=o[z++];while(--w);z=h-y,A=C}for(;x>2;)C[h++]=A[z++],C[h++]=A[z++],C[h++]=A[z++],x-=3;x&&(C[h++]=A[z++],x>1&&(C[h++]=A[z++]))}else{z=h-y;do C[h++]=C[z++],C[h++]=C[z++],C[h++]=C[z++],x-=3;while(x>2);x&&(C[h++]=C[z++],x>1&&(C[h++]=C[z++]))}break}}break}}while(f<g&&h<j);x=q>>3,f-=x,q-=x<<3,p&=(1<<q)-1,a.next_in=f,a.next_out=h,a.avail_in=f<g?5+(g-f):5-(f-g),a.avail_out=h<j?257+(j-h):257-(h-j),c.hold=p,c.bits=q}},{}],36:[function(a,b,c){\"use strict\";function d(a){return(a>>>24&255)+(a>>>8&65280)+((65280&a)<<8)+((255&a)<<24)}function e(){this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new s.Buf16(320),this.work=new s.Buf16(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function f(a){var b;return a&&a.state?(b=a.state,a.total_in=a.total_out=b.total=0,a.msg=\"\",b.wrap&&(a.adler=1&b.wrap),b.mode=L,b.last=0,b.havedict=0,b.dmax=32768,b.head=null,b.hold=0,b.bits=0,b.lencode=b.lendyn=new s.Buf32(pa),b.distcode=b.distdyn=new s.Buf32(qa),b.sane=1,b.back=-1,D):G}function g(a){var b;return a&&a.state?(b=a.state,b.wsize=0,b.whave=0,b.wnext=0,f(a)):G}function h(a,b){var c,d;return a&&a.state?(d=a.state,b<0?(c=0,b=-b):(c=(b>>4)+1,b<48&&(b&=15)),b&&(b<8||b>15)?G:(null!==d.window&&d.wbits!==b&&(d.window=null),d.wrap=c,d.wbits=b,g(a))):G}function i(a,b){var c,d;return a?(d=new e,a.state=d,d.window=null,c=h(a,b),c!==D&&(a.state=null),c):G}function j(a){return i(a,sa)}function k(a){if(ta){var b;for(q=new s.Buf32(512),r=new s.Buf32(32),b=0;b<144;)a.lens[b++]=8;for(;b<256;)a.lens[b++]=9;for(;b<280;)a.lens[b++]=7;for(;b<288;)a.lens[b++]=8;for(w(y,a.lens,0,288,q,0,a.work,{bits:9}),b=0;b<32;)a.lens[b++]=5;w(z,a.lens,0,32,r,0,a.work,{bits:5}),ta=!1}a.lencode=q,a.lenbits=9,a.distcode=r,a.distbits=5}function l(a,b,c,d){var e,f=a.state;return null===f.window&&(f.wsize=1<<f.wbits,f.wnext=0,f.whave=0,f.window=new s.Buf8(f.wsize)),d>=f.wsize?(s.arraySet(f.window,b,c-f.wsize,f.wsize,0),f.wnext=0,f.whave=f.wsize):(e=f.wsize-f.wnext,e>d&&(e=d),s.arraySet(f.window,b,c-d,e,f.wnext),d-=e,d?(s.arraySet(f.window,b,c-d,d,0),f.wnext=d,f.whave=f.wsize):(f.wnext+=e,f.wnext===f.wsize&&(f.wnext=0),f.whave<f.wsize&&(f.whave+=e))),0}function m(a,b){var c,e,f,g,h,i,j,m,n,o,p,q,r,pa,qa,ra,sa,ta,ua,va,wa,xa,ya,za,Aa=0,Ba=new s.Buf8(4),Ca=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15];if(!a||!a.state||!a.output||!a.input&&0!==a.avail_in)return G;c=a.state,c.mode===W&&(c.mode=X),h=a.next_out,f=a.output,j=a.avail_out,g=a.next_in,e=a.input,i=a.avail_in,m=c.hold,n=c.bits,o=i,p=j,xa=D;a:for(;;)switch(c.mode){case L:if(0===c.wrap){c.mode=X;break}for(;n<16;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(2&c.wrap&&35615===m){c.check=0,Ba[0]=255&m,Ba[1]=m>>>8&255,c.check=u(c.check,Ba,2,0),m=0,n=0,c.mode=M;break}if(c.flags=0,c.head&&(c.head.done=!1),!(1&c.wrap)||(((255&m)<<8)+(m>>8))%31){a.msg=\"incorrect header 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P:if(1024&c.flags){for(;n<16;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.length=m,c.head&&(c.head.extra_len=m),512&c.flags&&(Ba[0]=255&m,Ba[1]=m>>>8&255,c.check=u(c.check,Ba,2,0)),m=0,n=0}else c.head&&(c.head.extra=null);c.mode=Q;case Q:if(1024&c.flags&&(q=c.length,q>i&&(q=i),q&&(c.head&&(wa=c.head.extra_len-c.length,c.head.extra||(c.head.extra=new Array(c.head.extra_len)),s.arraySet(c.head.extra,e,g,q,wa)),512&c.flags&&(c.check=u(c.check,e,q,g)),i-=q,g+=q,c.length-=q),c.length))break a;c.length=0,c.mode=R;case R:if(2048&c.flags){if(0===i)break a;q=0;do wa=e[g+q++],c.head&&wa&&c.length<65536&&(c.head.name+=String.fromCharCode(wa));while(wa&&q<i);if(512&c.flags&&(c.check=u(c.check,e,q,g)),i-=q,g+=q,wa)break a}else c.head&&(c.head.name=null);c.length=0,c.mode=S;case S:if(4096&c.flags){if(0===i)break a;q=0;do wa=e[g+q++],c.head&&wa&&c.length<65536&&(c.head.comment+=String.fromCharCode(wa));while(wa&&q<i);if(512&c.flags&&(c.check=u(c.check,e,q,g)),i-=q,g+=q,wa)break a}else c.head&&(c.head.comment=null);c.mode=T;case T:if(512&c.flags){for(;n<16;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(m!==(65535&c.check)){a.msg=\"header crc mismatch\",c.mode=ma;break}m=0,n=0}c.head&&(c.head.hcrc=c.flags>>9&1,c.head.done=!0),a.adler=c.check=0,c.mode=W;break;case U:for(;n<32;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}a.adler=c.check=d(m),m=0,n=0,c.mode=V;case V:if(0===c.havedict)return a.next_out=h,a.avail_out=j,a.next_in=g,a.avail_in=i,c.hold=m,c.bits=n,F;a.adler=c.check=1,c.mode=W;case W:if(b===B||b===C)break a;case X:if(c.last){m>>>=7&n,n-=7&n,c.mode=ja;break}for(;n<3;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}switch(c.last=1&m,m>>>=1,n-=1,3&m){case 0:c.mode=Y;break;case 1:if(k(c),c.mode=ca,b===C){m>>>=2,n-=2;break a}break;case 2:c.mode=_;break;case 3:a.msg=\"invalid block type\",c.mode=ma}m>>>=2,n-=2;break;case Y:for(m>>>=7&n,n-=7&n;n<32;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if((65535&m)!==(m>>>16^65535)){a.msg=\"invalid stored block lengths\",c.mode=ma;break}if(c.length=65535&m,m=0,n=0,c.mode=Z,b===C)break a;case Z:c.mode=$;case $:if(q=c.length){if(q>i&&(q=i),q>j&&(q=j),0===q)break a;s.arraySet(f,e,g,q,h),i-=q,g+=q,j-=q,h+=q,c.length-=q;break}c.mode=W;break;case _:for(;n<14;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(c.nlen=(31&m)+257,m>>>=5,n-=5,c.ndist=(31&m)+1,m>>>=5,n-=5,c.ncode=(15&m)+4,m>>>=4,n-=4,c.nlen>286||c.ndist>30){a.msg=\"too many length or distance symbols\",c.mode=ma;break}c.have=0,c.mode=aa;case aa:for(;c.have<c.ncode;){for(;n<3;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.lens[Ca[c.have++]]=7&m,m>>>=3,n-=3}for(;c.have<19;)c.lens[Ca[c.have++]]=0;if(c.lencode=c.lendyn,c.lenbits=7,ya={bits:c.lenbits},xa=w(x,c.lens,0,19,c.lencode,0,c.work,ya),c.lenbits=ya.bits,xa){a.msg=\"invalid code lengths set\",c.mode=ma;break}c.have=0,c.mode=ba;case ba:for(;c.have<c.nlen+c.ndist;){for(;Aa=c.lencode[m&(1<<c.lenbits)-1],qa=Aa>>>24,ra=Aa>>>16&255,sa=65535&Aa,!(qa<=n);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(sa<16)m>>>=qa,n-=qa,c.lens[c.have++]=sa;else{if(16===sa){for(za=qa+2;n<za;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(m>>>=qa,n-=qa,0===c.have){a.msg=\"invalid bit length repeat\",c.mode=ma;break}wa=c.lens[c.have-1],q=3+(3&m),m>>>=2,n-=2}else if(17===sa){for(za=qa+3;n<za;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=qa,n-=qa,wa=0,q=3+(7&m),m>>>=3,n-=3}else{for(za=qa+7;n<za;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=qa,n-=qa,wa=0,q=11+(127&m),m>>>=7,n-=7}if(c.have+q>c.nlen+c.ndist){a.msg=\"invalid bit length repeat\",c.mode=ma;break}for(;q--;)c.lens[c.have++]=wa}}if(c.mode===ma)break;if(0===c.lens[256]){a.msg=\"invalid code -- missing end-of-block\",c.mode=ma;break}if(c.lenbits=9,ya={bits:c.lenbits},xa=w(y,c.lens,0,c.nlen,c.lencode,0,c.work,ya),c.lenbits=ya.bits,xa){a.msg=\"invalid literal/lengths set\",c.mode=ma;break}if(c.distbits=6,c.distcode=c.distdyn,ya={bits:c.distbits},xa=w(z,c.lens,c.nlen,c.ndist,c.distcode,0,c.work,ya),c.distbits=ya.bits,xa){a.msg=\"invalid distances set\",c.mode=ma;break}if(c.mode=ca,b===C)break a;case ca:c.mode=da;case da:if(i>=6&&j>=258){a.next_out=h,a.avail_out=j,a.next_in=g,a.avail_in=i,c.hold=m,c.bits=n,v(a,p),h=a.next_out,f=a.output,j=a.avail_out,g=a.next_in,e=a.input,i=a.avail_in,m=c.hold,n=c.bits,c.mode===W&&(c.back=-1);break}for(c.back=0;Aa=c.lencode[m&(1<<c.lenbits)-1],qa=Aa>>>24,ra=Aa>>>16&255,sa=65535&Aa,!(qa<=n);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(ra&&0===(240&ra)){for(ta=qa,ua=ra,va=sa;Aa=c.lencode[va+((m&(1<<ta+ua)-1)>>ta)],qa=Aa>>>24,ra=Aa>>>16&255,sa=65535&Aa,!(ta+qa<=n);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=ta,n-=ta,c.back+=ta}if(m>>>=qa,n-=qa,c.back+=qa,c.length=sa,0===ra){c.mode=ia;break}if(32&ra){c.back=-1,c.mode=W;break}if(64&ra){a.msg=\"invalid literal/length code\",c.mode=ma;break}c.extra=15&ra,c.mode=ea;case ea:if(c.extra){for(za=c.extra;n<za;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.length+=m&(1<<c.extra)-1,m>>>=c.extra,n-=c.extra,c.back+=c.extra}c.was=c.length,c.mode=fa;case fa:for(;Aa=c.distcode[m&(1<<c.distbits)-1],qa=Aa>>>24,ra=Aa>>>16&255,sa=65535&Aa,!(qa<=n);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(0===(240&ra)){for(ta=qa,ua=ra,va=sa;Aa=c.distcode[va+((m&(1<<ta+ua)-1)>>ta)],qa=Aa>>>24,ra=Aa>>>16&255,sa=65535&Aa,!(ta+qa<=n);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=ta,n-=ta,c.back+=ta}if(m>>>=qa,n-=qa,c.back+=qa,64&ra){a.msg=\"invalid distance code\",c.mode=ma;break}c.offset=sa,c.extra=15&ra,c.mode=ga;case ga:if(c.extra){for(za=c.extra;n<za;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.offset+=m&(1<<c.extra)-1,m>>>=c.extra,n-=c.extra,c.back+=c.extra}if(c.offset>c.dmax){a.msg=\"invalid distance too far back\",c.mode=ma;break}c.mode=ha;case ha:if(0===j)break a;if(q=p-j,c.offset>q){if(q=c.offset-q,q>c.whave&&c.sane){a.msg=\"invalid distance too far back\",c.mode=ma;break}q>c.wnext?(q-=c.wnext,r=c.wsize-q):r=c.wnext-q,q>c.length&&(q=c.length),pa=c.window}else pa=f,r=h-c.offset,q=c.length;q>j&&(q=j),j-=q,c.length-=q;do f[h++]=pa[r++];while(--q);0===c.length&&(c.mode=da);break;case ia:if(0===j)break a;f[h++]=c.length,j--,c.mode=da;break;case ja:if(c.wrap){for(;n<32;){if(0===i)break a;i--,m|=e[g++]<<n,n+=8}if(p-=j,a.total_out+=p,c.total+=p,p&&(a.adler=c.check=c.flags?u(c.check,f,p,h-p):t(c.check,f,p,h-p)),p=j,(c.flags?m:d(m))!==c.check){a.msg=\"incorrect data check\",c.mode=ma;break}m=0,n=0}c.mode=ka;case ka:if(c.wrap&&c.flags){for(;n<32;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(m!==(4294967295&c.total)){a.msg=\"incorrect length check\",c.mode=ma;break}m=0,n=0}c.mode=la;case la:xa=E;break a;case ma:xa=H;break a;case na:return I;case oa:default:return G}return a.next_out=h,a.avail_out=j,a.next_in=g,a.avail_in=i,c.hold=m,c.bits=n,(c.wsize||p!==a.avail_out&&c.mode<ma&&(c.mode<ja||b!==A))&&l(a,a.output,a.next_out,p-a.avail_out)?(c.mode=na,I):(o-=a.avail_in,p-=a.avail_out,a.total_in+=o,a.total_out+=p,c.total+=p,c.wrap&&p&&(a.adler=c.check=c.flags?u(c.check,f,p,a.next_out-p):t(c.check,f,p,a.next_out-p)),a.data_type=c.bits+(c.last?64:0)+(c.mode===W?128:0)+(c.mode===ca||c.mode===Z?256:0),(0===o&&0===p||b===A)&&xa===D&&(xa=J),xa)}function n(a){if(!a||!a.state)return G;var b=a.state;return b.window&&(b.window=null),a.state=null,D}function o(a,b){var c;return a&&a.state?(c=a.state,0===(2&c.wrap)?G:(c.head=b,b.done=!1,D)):G}function p(a,b){var c,d,e,f=b.length;return a&&a.state?(c=a.state,0!==c.wrap&&c.mode!==V?G:c.mode===V&&(d=1,d=t(d,b,f,0),d!==c.check)?H:(e=l(a,b,f,f))?(c.mode=na,I):(c.havedict=1,D)):G}var q,r,s=a(\"../utils/common\"),t=a(\"./adler32\"),u=a(\"./crc32\"),v=a(\"./inffast\"),w=a(\"./inftrees\"),x=0,y=1,z=2,A=4,B=5,C=6,D=0,E=1,F=2,G=-2,H=-3,I=-4,J=-5,K=8,L=1,M=2,N=3,O=4,P=5,Q=6,R=7,S=8,T=9,U=10,V=11,W=12,X=13,Y=14,Z=15,$=16,_=17,aa=18,ba=19,ca=20,da=21,ea=22,fa=23,ga=24,ha=25,ia=26,ja=27,ka=28,la=29,ma=30,na=31,oa=32,pa=852,qa=592,ra=15,sa=ra,ta=!0;c.inflateReset=g,c.inflateReset2=h,c.inflateResetKeep=f,c.inflateInit=j,c.inflateInit2=i,c.inflate=m,c.inflateEnd=n,c.inflateGetHeader=o,c.inflateSetDictionary=p,c.inflateInfo=\"pako inflate (from Nodeca project)\"},{\"../utils/common\":28,\"./adler32\":30,\"./crc32\":32,\"./inffast\":35,\"./inftrees\":37}],37:[function(a,b,c){\"use strict\";var d=a(\"../utils/common\"),e=15,f=852,g=592,h=0,i=1,j=2,k=[3,4,5,6,7,8,9,10,11,13,15,17,19,23,27,31,35,43,51,59,67,83,99,115,131,163,195,227,258,0,0],l=[16,16,16,16,16,16,16,16,17,17,17,17,18,18,18,18,19,19,19,19,20,20,20,20,21,21,21,21,16,72,78],m=[1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193,257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0],n=[16,16,16,16,17,17,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,25,26,26,27,27,28,28,29,29,64,64];b.exports=function(a,b,c,o,p,q,r,s){var t,u,v,w,x,y,z,A,B,C=s.bits,D=0,E=0,F=0,G=0,H=0,I=0,J=0,K=0,L=0,M=0,N=null,O=0,P=new d.Buf16(e+1),Q=new d.Buf16(e+1),R=null,S=0;for(D=0;D<=e;D++)P[D]=0;for(E=0;E<o;E++)P[b[c+E]]++;for(H=C,G=e;G>=1&&0===P[G];G--);if(H>G&&(H=G),0===G)return p[q++]=20971520,p[q++]=20971520,s.bits=1,0;for(F=1;F<G&&0===P[F];F++);for(H<F&&(H=F),K=1,D=1;D<=e;D++)if(K<<=1,K-=P[D],K<0)return-1;if(K>0&&(a===h||1!==G))return-1;for(Q[1]=0,D=1;D<e;D++)Q[D+1]=Q[D]+P[D];for(E=0;E<o;E++)0!==b[c+E]&&(r[Q[b[c+E]]++]=E);if(a===h?(N=R=r,y=19):a===i?(N=k,O-=257,R=l,S-=257,y=256):(N=m,R=n,y=-1),M=0,E=0,D=F,x=q,I=H,J=0,v=-1,L=1<<H,w=L-1,a===i&&L>f||a===j&&L>g)return 1;for(var T=0;;){T++,z=D-J,r[E]<y?(A=0,B=r[E]):r[E]>y?(A=R[S+r[E]],B=N[O+r[E]]):(A=96,B=0),t=1<<D-J,u=1<<I,F=u;do u-=t,p[x+(M>>J)+u]=z<<24|A<<16|B|0;while(0!==u);for(t=1<<D-1;M&t;)t>>=1;if(0!==t?(M&=t-1,M+=t):M=0,E++,0===--P[D]){if(D===G)break;D=b[c+r[E]]}if(D>H&&(M&w)!==v){for(0===J&&(J=H),x+=F,I=D-J,K=1<<I;I+J<G&&(K-=P[I+J],!(K<=0));)I++,K<<=1;if(L+=1<<I,a===i&&L>f||a===j&&L>g)return 1;v=M&w,p[v]=H<<24|I<<16|x-q|0}}return 0!==M&&(p[x+M]=D-J<<24|64<<16|0),s.bits=H,0}},{\"../utils/common\":28}],38:[function(a,b,c){\"use strict\";b.exports={2:\"need dictionary\",1:\"stream end\",0:\"\",\"-1\":\"file error\",\"-2\":\"stream error\",\"-3\":\"data error\",\"-4\":\"insufficient memory\",\"-5\":\"buffer error\",\"-6\":\"incompatible version\"}},{}],39:[function(a,b,c){\"use strict\";function d(a){for(var b=a.length;--b>=0;)a[b]=0}function e(a,b,c,d,e){this.static_tree=a,this.extra_bits=b,this.extra_base=c,this.elems=d,this.max_length=e,this.has_stree=a&&a.length}function f(a,b){this.dyn_tree=a,this.max_code=0,this.stat_desc=b}function g(a){return a<256?ia[a]:ia[256+(a>>>7)]}function h(a,b){a.pending_buf[a.pending++]=255&b,a.pending_buf[a.pending++]=b>>>8&255}function i(a,b,c){a.bi_valid>X-c?(a.bi_buf|=b<<a.bi_valid&65535,h(a,a.bi_buf),a.bi_buf=b>>X-a.bi_valid,a.bi_valid+=c-X):(a.bi_buf|=b<<a.bi_valid&65535,a.bi_valid+=c)}function j(a,b,c){i(a,c[2*b],c[2*b+1])}function k(a,b){var c=0;do c|=1&a,a>>>=1,c<<=1;while(--b>0);return c>>>1}function l(a){16===a.bi_valid?(h(a,a.bi_buf),a.bi_buf=0,a.bi_valid=0):a.bi_valid>=8&&(a.pending_buf[a.pending++]=255&a.bi_buf,a.bi_buf>>=8,a.bi_valid-=8)}function m(a,b){var c,d,e,f,g,h,i=b.dyn_tree,j=b.max_code,k=b.stat_desc.static_tree,l=b.stat_desc.has_stree,m=b.stat_desc.extra_bits,n=b.stat_desc.extra_base,o=b.stat_desc.max_length,p=0;for(f=0;f<=W;f++)a.bl_count[f]=0;for(i[2*a.heap[a.heap_max]+1]=0,c=a.heap_max+1;c<V;c++)d=a.heap[c],f=i[2*i[2*d+1]+1]+1,f>o&&(f=o,p++),i[2*d+1]=f,d>j||(a.bl_count[f]++,g=0,d>=n&&(g=m[d-n]),h=i[2*d],a.opt_len+=h*(f+g),l&&(a.static_len+=h*(k[2*d+1]+g)));if(0!==p){do{for(f=o-1;0===a.bl_count[f];)f--;a.bl_count[f]--,a.bl_count[f+1]+=2,a.bl_count[o]--,p-=2}while(p>0);for(f=o;0!==f;f--)for(d=a.bl_count[f];0!==d;)e=a.heap[--c],e>j||(i[2*e+1]!==f&&(a.opt_len+=(f-i[2*e+1])*i[2*e],i[2*e+1]=f),d--)}}function n(a,b,c){var d,e,f=new Array(W+1),g=0;for(d=1;d<=W;d++)f[d]=g=g+c[d-1]<<1;for(e=0;e<=b;e++){var h=a[2*e+1];0!==h&&(a[2*e]=k(f[h]++,h))}}function o(){var 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"text": "JSZip is dual licensed. You may use it under the MIT license *or* the GPLv3\nlicense.\n\nThe MIT License\n===============\n\nCopyright (c) 2009-2014 Stuart Knightley, David Duponchel, Franz Buchinger, António Afonso\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n\n\nGPL version 3\n=============\n\n GNU GENERAL PUBLIC LICENSE\n Version 3, 29 June 2007\n\n Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n Preamble\n\n The GNU General Public License is a free, copyleft license for\nsoftware and other kinds of works.\n\n The licenses for most software and other practical works are designed\nto take away your freedom to share and change the works. By contrast,\nthe GNU General Public License is intended to guarantee your freedom to\nshare and change all versions of a program--to make sure it remains free\nsoftware for all its users. We, the Free Software Foundation, use the\nGNU General Public License for most of our software; it applies also to\nany other work released this way by its authors. You can apply it to\nyour programs, too.\n\n When we speak of free software, we are referring to freedom, not\nprice. Our General Public Licenses are designed to make sure that you\nhave the freedom to distribute copies of free software (and charge for\nthem if you wish), that you receive source code or can get it if you\nwant it, that you can change the software or use pieces of it in new\nfree programs, and that you know you can do these things.\n\n To protect your rights, we need to prevent others from denying you\nthese rights or asking you to surrender the rights. Therefore, you have\ncertain responsibilities if you distribute copies of the software, or if\nyou modify it: responsibilities to respect the freedom of others.\n\n For example, if you distribute copies of such a program, whether\ngratis or for a fee, you must pass on to the recipients the same\nfreedoms that you received. You must make sure that they, too, receive\nor can get the source code. And you must show them these terms so they\nknow their rights.\n\n Developers that use the GNU GPL protect your rights with two steps:\n(1) assert copyright on the software, and (2) offer you this License\ngiving you legal permission to copy, distribute and/or modify it.\n\n For the developers' and authors' protection, the GPL clearly explains\nthat there is no warranty for this free software. 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But this requirement does not apply\nif neither you nor any third party retains the ability to install\nmodified object code on the User Product (for example, the work has\nbeen installed in ROM).\n\n The requirement to provide Installation Information does not include a\nrequirement to continue to provide support service, warranty, or updates\nfor a work that has been modified or installed by the recipient, or for\nthe User Product in which it has been modified or installed. Access to a\nnetwork may be denied when the modification itself materially and\nadversely affects the operation of the network or violates the rules and\nprotocols for communication across the network.\n\n Corresponding Source conveyed, and Installation Information provided,\nin accord with this section must be in a format that is publicly\ndocumented (and with an implementation available to the public in\nsource code form), and must require no special password or key for\nunpacking, reading or copying.\n\n 7. Additional Terms.\n\n \"Additional permissions\" are terms that supplement the terms of this\nLicense by making exceptions from one or more of its conditions.\nAdditional permissions that are applicable to the entire Program shall\nbe treated as though they were included in this License, to the extent\nthat they are valid under applicable law. If additional permissions\napply only to part of the Program, that part may be used separately\nunder those permissions, but the entire Program remains governed by\nthis License without regard to the additional permissions.\n\n When you convey a copy of a covered work, you may at your option\nremove any additional permissions from that copy, or from any part of\nit. (Additional permissions may be written to require their own\nremoval in certain cases when you modify the work.) 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If the Program as you\nreceived it, or any part of it, contains a notice stating that it is\ngoverned by this License along with a term that is a further\nrestriction, you may remove that term. If a license document contains\na further restriction but permits relicensing or conveying under this\nLicense, you may add to a covered work material governed by the terms\nof that license document, provided that the further restriction does\nnot survive such relicensing or conveying.\n\n If you add terms to a covered work in accord with this section, you\nmust place, in the relevant source files, a statement of the\nadditional terms that apply to those files, or a notice indicating\nwhere to find the applicable terms.\n\n Additional terms, permissive or non-permissive, may be stated in the\nform of a separately written license, or stated as exceptions;\nthe above requirements apply either way.\n\n 8. 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If your rights have been terminated and not permanently\nreinstated, you do not qualify to receive new licenses for the same\nmaterial under section 10.\n\n 9. Acceptance Not Required for Having Copies.\n\n You are not required to accept this License in order to receive or\nrun a copy of the Program. Ancillary propagation of a covered work\noccurring solely as a consequence of using peer-to-peer transmission\nto receive a copy likewise does not require acceptance. However,\nnothing other than this License grants you permission to propagate or\nmodify any covered work. These actions infringe copyright if you do\nnot accept this License. Therefore, by modifying or propagating a\ncovered work, you indicate your acceptance of this License to do so.\n\n 10. Automatic Licensing of Downstream Recipients.\n\n Each time you convey a covered work, the recipient automatically\nreceives a license from the original licensors, to run, modify and\npropagate that work, subject to this License. You are not responsible\nfor enforcing compliance by third parties with this License.\n\n An \"entity transaction\" is a transaction transferring control of an\norganization, or substantially all assets of one, or subdividing an\norganization, or merging organizations. If propagation of a covered\nwork results from an entity transaction, each party to that\ntransaction who receives a copy of the work also receives whatever\nlicenses to the work the party's predecessor in interest had or could\ngive under the previous paragraph, plus a right to possession of the\nCorresponding Source of the work from the predecessor in interest, if\nthe predecessor has it or can get it with reasonable efforts.\n\n You may not impose any further restrictions on the exercise of the\nrights granted or affirmed under this License. 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To \"grant\" such a patent license to a\nparty means to make such an agreement or commitment not to enforce a\npatent against the party.\n\n If you convey a covered work, knowingly relying on a patent license,\nand the Corresponding Source of the work is not available for anyone\nto copy, free of charge and under the terms of this License, through a\npublicly available network server or other readily accessible means,\nthen you must either (1) cause the Corresponding Source to be so\navailable, or (2) arrange to deprive yourself of the benefit of the\npatent license for this particular work, or (3) arrange, in a manner\nconsistent with the requirements of this License, to extend the patent\nlicense to downstream recipients. \"Knowingly relying\" means you have\nactual knowledge that, but for the patent license, your conveying the\ncovered work in a country, or your recipient's use of the covered work\nin a country, would infringe one or more identifiable patents in that\ncountry that you have reason to believe are valid.\n\n If, pursuant to or in connection with a single transaction or\narrangement, you convey, or propagate by procuring conveyance of, a\ncovered work, and grant a patent license to some of the parties\nreceiving the covered work authorizing them to use, propagate, modify\nor convey a specific copy of the covered work, then the patent license\nyou grant is automatically extended to all recipients of the covered\nwork and works based on it.\n\n A patent license is \"discriminatory\" if it does not include within\nthe scope of its coverage, prohibits the exercise of, or is\nconditioned on the non-exercise of one or more of the rights that are\nspecifically granted under this License. You may not convey a covered\nwork if you are a party to an arrangement with a third party that is\nin the business of distributing software, under which you make payment\nto the third party based on the extent of your activity of conveying\nthe work, and under which the third party grants, to any of the\nparties who would receive the covered work from you, a discriminatory\npatent license (a) in connection with copies of the covered work\nconveyed by you (or copies made from those copies), or (b) primarily\nfor and in connection with specific products or compilations that\ncontain the covered work, unless you entered into that arrangement,\nor that patent license was granted, prior to 28 March 2007.\n\n Nothing in this License shall be construed as excluding or limiting\nany implied license or other defenses to infringement that may\notherwise be available to you under applicable patent law.\n\n 12. No Surrender of Others' Freedom.\n\n If conditions are imposed on you (whether by court order, agreement or\notherwise) that contradict the conditions of this License, they do not\nexcuse you from the conditions of this License. If you cannot convey a\ncovered work so as to satisfy simultaneously your obligations under this\nLicense and any other pertinent obligations, then as a consequence you may\nnot convey it at all. For example, if you agree to terms that obligate you\nto collect a royalty for further conveying from those to whom you convey\nthe Program, the only way you could satisfy both those terms and this\nLicense would be to refrain entirely from conveying the Program.\n\n 13. Use with the GNU Affero General Public License.\n\n Notwithstanding any other provision of this License, you have\npermission to link or combine any covered work with a work licensed\nunder version 3 of the GNU Affero General Public License into a single\ncombined work, and to convey the resulting work. The terms of this\nLicense will continue to apply to the part which is the covered work,\nbut the special requirements of the GNU Affero General Public License,\nsection 13, concerning interaction through a network will apply to the\ncombination as such.\n\n 14. Revised Versions of this License.\n\n The Free Software Foundation may publish revised and/or new versions of\nthe GNU General Public License from time to time. Such new versions will\nbe similar in spirit to the present version, but may differ in detail to\naddress new problems or concerns.\n\n Each version is given a distinguishing version number. If the\nProgram specifies that a certain numbered version of the GNU General\nPublic License \"or any later version\" applies to it, you have the\noption of following the terms and conditions either of that numbered\nversion or of any later version published by the Free Software\nFoundation. If the Program does not specify a version number of the\nGNU General Public License, you may choose any version ever published\nby the Free Software Foundation.\n\n If the Program specifies that a proxy can decide which future\nversions of the GNU General Public License can be used, that proxy's\npublic statement of acceptance of a version permanently authorizes you\nto choose that version for the Program.\n\n Later license versions may give you additional or different\npermissions. However, no additional obligations are imposed on any\nauthor or copyright holder as a result of your choosing to follow a\nlater version.\n\n 15. Disclaimer of Warranty.\n\n THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY\nAPPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT\nHOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM \"AS IS\" WITHOUT WARRANTY\nOF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,\nTHE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR\nPURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM\nIS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF\nALL NECESSARY SERVICING, REPAIR OR CORRECTION.\n\n 16. Limitation of Liability.\n\n IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING\nWILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS\nTHE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY\nGENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE\nUSE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF\nDATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD\nPARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),\nEVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF\nSUCH DAMAGES.\n\n 17. Interpretation of Sections 15 and 16.\n\n If the disclaimer of warranty and limitation of liability provided\nabove cannot be given local legal effect according to their terms,\nreviewing courts shall apply local law that most closely approximates\nan absolute waiver of all civil liability in connection with the\nProgram, unless a warranty or assumption of liability accompanies a\ncopy of the Program in return for a fee.\n\n END OF TERMS AND CONDITIONS\n",
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a={type:\"text\",mode:this.mode,body:e},n={type:\"color\",mode:this.mode,color:this.settings.errorColor,body:[a]};return this.consume(),n},e.parseAtom=function(t){var e,r,a=this.parseGroup(\"atom\",!1,null,t);if(\"text\"===this.mode)return a;for(;;){this.consumeSpaces();var n=this.nextToken;if(\"\\\\limits\"===n.text||\"\\\\nolimits\"===n.text){var o=Pt(a,\"op\");if(!o)throw new i(\"Limit controls must follow a math operator\",n);var s=\"\\\\limits\"===n.text;o.limits=s,o.alwaysHandleSupSub=!0,this.consume()}else if(\"^\"===n.text){if(e)throw new i(\"Double superscript\",n);e=this.handleSupSubscript(\"superscript\")}else if(\"_\"===n.text){if(r)throw new i(\"Double subscript\",n);r=this.handleSupSubscript(\"subscript\")}else{if(\"'\"!==n.text)break;if(e)throw new i(\"Double superscript\",n);var h={type:\"textord\",mode:this.mode,text:\"\\\\prime\"},l=[h];for(this.consume();\"'\"===this.nextToken.text;)l.push(h),this.consume();\"^\"===this.nextToken.text&&l.push(this.handleSupSubscript(\"superscript\")),e={type:\"ordgroup\",mode:this.mode,body:l}}}return e||r?{type:\"supsub\",mode:this.mode,base:a,sup:e,sub:r}:a},e.parseFunction=function(t,e,r){var a=this.nextToken,n=a.text,o=Kr[n];if(!o)return null;if(null!=r&&o.greediness<=r)throw new i(\"Got function '\"+n+\"' with no arguments\"+(e?\" as \"+e:\"\"),a);if(\"text\"===this.mode&&!o.allowedInText)throw new i(\"Can't use function '\"+n+\"' in text mode\",a);if(\"math\"===this.mode&&!1===o.allowedInMath)throw new i(\"Can't use function '\"+n+\"' in math mode\",a);if(o.argTypes&&\"url\"===o.argTypes[0]&&this.gullet.lexer.setCatcode(\"%\",13),o.consumeMode){var s=this.mode;this.switchMode(o.consumeMode),this.consume(),this.switchMode(s)}else this.consume();var h=this.parseArguments(n,o),l=h.args,m=h.optArgs;return this.callFunction(n,l,m,a,t)},e.callFunction=function(t,e,r,a,n){var o={funcName:t,parser:this,token:a,breakOnTokenText:n},s=Kr[t];if(s&&s.handler)return s.handler(o,e,r);throw new i(\"No function handler for \"+t)},e.parseArguments=function(t,e){var r=e.numArgs+e.numOptionalArgs;if(0===r)return{args:[],optArgs:[]};for(var a=e.greediness,n=[],o=[],s=0;s<r;s++){var h=e.argTypes&&e.argTypes[s],l=s<e.numOptionalArgs;s>0&&!l&&this.consumeSpaces(),0!==s||l||\"math\"!==this.mode||this.consumeSpaces();var m=this.nextToken,c=this.parseGroupOfType(\"argument to '\"+t+\"'\",h,l,a);if(!c){if(l){o.push(null);continue}throw new i(\"Expected group after '\"+t+\"'\",m)}(l?o:n).push(c)}return{args:n,optArgs:o}},e.parseGroupOfType=function(t,e,r,a){switch(e){case\"color\":return this.parseColorGroup(r);case\"size\":return this.parseSizeGroup(r);case\"url\":return this.parseUrlGroup(r);case\"math\":case\"text\":return this.parseGroup(t,r,a,void 0,e);case\"raw\":if(r&&\"{\"===this.nextToken.text)return 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"text": "/* eslint-disable */\n/* -*- Mode: Javascript; indent-tabs-mode:nil; js-indent-level: 2 -*- */\n/* vim: set ts=2 et sw=2 tw=80: */\n\n/*************************************************************\n *\n * KaTeX mhchem.js\n *\n * This file implements a KaTeX version of mhchem version 3.3.0.\n * It is adapted from MathJax/extensions/TeX/mhchem.js\n * It differs from the MathJax version as follows:\n * 1. The interface is changed so that it can be called from KaTeX, not MathJax.\n * 2. \\rlap and \\llap are replaced with \\mathrlap and \\mathllap.\n * 3. Four lines of code are edited in order to use \\raisebox instead of \\raise.\n * 4. The reaction arrow code is simplified. All reaction arrows are rendered\n * using KaTeX extensible arrows instead of building non-extensible arrows.\n * 5. \\tripledash vertical alignment is slightly adjusted.\n *\n * This code, as other KaTeX code, is released under the MIT license.\n * \n * /*************************************************************\n *\n * MathJax/extensions/TeX/mhchem.js\n *\n * Implements the \\ce command for handling chemical formulas\n * from the mhchem LaTeX package.\n *\n * ---------------------------------------------------------------------\n *\n * Copyright (c) 2011-2015 The MathJax Consortium\n * Copyright (c) 2015-2018 Martin Hensel\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n */\n\n//\n// Coding Style\n// - use '' for identifiers that can by minified/uglified\n// - use \"\" for strings that need to stay untouched\n\n// version: \"3.3.0\" for MathJax and KaTeX\n\n/****************************************\n*****************************************\n* TiddlyWiki: moved the katex-module definitions to wrapper.js\n*****************************************\n*****************************************/\n\n //\n // This is the main function for handing the \\ce and \\pu commands.\n // It takes the argument to \\ce or \\pu and returns the corresponding TeX string.\n //\n\n // TiddlyWiki: replaced `var chemParse =` with `module.exports =` ... no more modifications in this file\n module.exports = function (tokens, stateMachine) {\n // Recreate the argument string from KaTeX's array of tokens.\n var str = \"\";\n var expectedLoc = tokens[tokens.length - 1].loc.start\n for (var i = tokens.length - 1; i >= 0; i--) {\n if(tokens[i].loc.start > expectedLoc) {\n // context.consumeArgs has eaten a space.\n str += \" \";\n expectedLoc = tokens[i].loc.start;\n }\n str += tokens[i].text;\n expectedLoc += tokens[i].text.length;\n }\n var tex = texify.go(mhchemParser.go(str, stateMachine));\n return tex;\n };\n\n //\n // Core parser for mhchem syntax (recursive)\n //\n /** @type {MhchemParser} */\n var mhchemParser = {\n //\n // Parses mchem \\ce syntax\n //\n // Call like\n // go(\"H2O\");\n //\n go: function (input, stateMachine) {\n if (!input) { return []; }\n if (stateMachine === undefined) { stateMachine = 'ce'; }\n var state = '0';\n\n //\n // String buffers for parsing:\n //\n // buffer.a == amount\n // buffer.o == element\n // buffer.b == left-side superscript\n // buffer.p == left-side subscript\n // buffer.q == right-side subscript\n // buffer.d == right-side superscript\n //\n // buffer.r == arrow\n // buffer.rdt == arrow, script above, type\n // buffer.rd == arrow, script above, content\n // buffer.rqt == arrow, script below, type\n // buffer.rq == arrow, script below, content\n //\n // buffer.text_\n // buffer.rm\n // etc.\n //\n // buffer.parenthesisLevel == int, starting at 0\n // buffer.sb == bool, space before\n // buffer.beginsWithBond == bool\n //\n // These letters are also used as state names.\n //\n // Other states:\n // 0 == begin of main part (arrow/operator unlikely)\n // 1 == next entity\n // 2 == next entity (arrow/operator unlikely)\n // 3 == next atom\n // c == macro\n //\n /** @type {Buffer} */\n var buffer = {};\n buffer['parenthesisLevel'] = 0;\n\n input = input.replace(/\\n/g, \" \");\n input = input.replace(/[\\u2212\\u2013\\u2014\\u2010]/g, \"-\");\n input = input.replace(/[\\u2026]/g, \"...\");\n\n //\n // Looks through mhchemParser.transitions, to execute a matching action\n // (recursive)\n //\n var lastInput;\n var watchdog = 10;\n /** @type {ParserOutput[]} */\n var output = [];\n while (true) {\n if (lastInput !== input) {\n watchdog = 10;\n lastInput = input;\n } else {\n watchdog--;\n }\n //\n // Find actions in transition table\n //\n var machine = mhchemParser.stateMachines[stateMachine];\n var t = machine.transitions[state] || machine.transitions['*'];\n iterateTransitions:\n for (var i=0; i<t.length; i++) {\n var matches = mhchemParser.patterns.match_(t[i].pattern, input);\n if (matches) {\n //\n // Execute actions\n //\n var task = t[i].task;\n for (var iA=0; iA<task.action_.length; iA++) {\n var o;\n //\n // Find and execute action\n //\n if (machine.actions[task.action_[iA].type_]) {\n o = machine.actions[task.action_[iA].type_](buffer, matches.match_, task.action_[iA].option);\n } else if (mhchemParser.actions[task.action_[iA].type_]) {\n o = mhchemParser.actions[task.action_[iA].type_](buffer, matches.match_, task.action_[iA].option);\n } else {\n throw [\"MhchemBugA\", \"mhchem bug A. Please report. (\" + task.action_[iA].type_ + \")\"]; // Trying to use non-existing action\n }\n //\n // Add output\n //\n mhchemParser.concatArray(output, o);\n }\n //\n // Set next state,\n // Shorten input,\n // Continue with next character\n // (= apply only one transition per position)\n //\n state = task.nextState || state;\n if (input.length > 0) {\n if (!task.revisit) {\n input = matches.remainder;\n }\n if (!task.toContinue) {\n break iterateTransitions;\n }\n } else {\n return output;\n }\n }\n }\n //\n // Prevent infinite loop\n //\n if (watchdog <= 0) {\n throw [\"MhchemBugU\", \"mhchem bug U. Please report.\"]; // Unexpected character\n }\n }\n },\n concatArray: function (a, b) {\n if (b) {\n if (Array.isArray(b)) {\n for (var iB=0; iB<b.length; iB++) {\n a.push(b[iB]);\n }\n } else {\n a.push(b);\n }\n }\n },\n\n patterns: {\n //\n // Matching patterns\n // either regexps or function that return null or {match_:\"a\", remainder:\"bc\"}\n //\n patterns: {\n // property names must not look like integers (\"2\") for correct property traversal order, later on\n 'empty': /^$/,\n 'else': /^./,\n 'else2': /^./,\n 'space': /^\\s/,\n 'space A': /^\\s(?=[A-Z\\\\$])/,\n 'space$': /^\\s$/,\n 'a-z': /^[a-z]/,\n 'x': /^x/,\n 'x$': /^x$/,\n 'i$': /^i$/,\n 'letters': /^(?:[a-zA-Z\\u03B1-\\u03C9\\u0391-\\u03A9?@]|(?:\\\\(?:alpha|beta|gamma|delta|epsilon|zeta|eta|theta|iota|kappa|lambda|mu|nu|xi|omicron|pi|rho|sigma|tau|upsilon|phi|chi|psi|omega|Gamma|Delta|Theta|Lambda|Xi|Pi|Sigma|Upsilon|Phi|Psi|Omega)(?:\\s+|\\{\\}|(?![a-zA-Z]))))+/,\n '\\\\greek': /^\\\\(?:alpha|beta|gamma|delta|epsilon|zeta|eta|theta|iota|kappa|lambda|mu|nu|xi|omicron|pi|rho|sigma|tau|upsilon|phi|chi|psi|omega|Gamma|Delta|Theta|Lambda|Xi|Pi|Sigma|Upsilon|Phi|Psi|Omega)(?:\\s+|\\{\\}|(?![a-zA-Z]))/,\n 'one lowercase latin letter $': /^(?:([a-z])(?:$|[^a-zA-Z]))$/,\n '$one lowercase latin letter$ $': /^\\$(?:([a-z])(?:$|[^a-zA-Z]))\\$$/,\n 'one lowercase greek letter $': /^(?:\\$?[\\u03B1-\\u03C9]\\$?|\\$?\\\\(?:alpha|beta|gamma|delta|epsilon|zeta|eta|theta|iota|kappa|lambda|mu|nu|xi|omicron|pi|rho|sigma|tau|upsilon|phi|chi|psi|omega)\\s*\\$?)(?:\\s+|\\{\\}|(?![a-zA-Z]))$/,\n 'digits': /^[0-9]+/,\n '-9.,9': /^[+\\-]?(?:[0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+))/,\n '-9.,9 no missing 0': /^[+\\-]?[0-9]+(?:[.,][0-9]+)?/,\n '(-)(9.,9)(e)(99)': function (input) {\n var m = input.match(/^(\\+\\-|\\+\\/\\-|\\+|\\-|\\\\pm\\s?)?([0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+))?(\\((?:[0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+))\\))?(?:([eE]|\\s*(\\*|x|\\\\times|\\u00D7)\\s*10\\^)([+\\-]?[0-9]+|\\{[+\\-]?[0-9]+\\}))?/);\n if (m && m[0]) {\n return { match_: m.splice(1), remainder: input.substr(m[0].length) };\n }\n return null;\n },\n '(-)(9)^(-9)': function (input) {\n var m = input.match(/^(\\+\\-|\\+\\/\\-|\\+|\\-|\\\\pm\\s?)?([0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+)?)\\^([+\\-]?[0-9]+|\\{[+\\-]?[0-9]+\\})/);\n if (m && m[0]) {\n return { match_: m.splice(1), remainder: input.substr(m[0].length) };\n }\n return null;\n },\n 'state of aggregation $': function (input) { // ... or crystal system\n var a = mhchemParser.patterns.findObserveGroups(input, \"\", /^\\([a-z]{1,3}(?=[\\),])/, \")\", \"\"); // (aq), (aq,$\\infty$), (aq, sat)\n if (a && a.remainder.match(/^($|[\\s,;\\)\\]\\}])/)) { return a; } // AND end of 'phrase'\n var m = input.match(/^(?:\\((?:\\\\ca\\s?)?\\$[amothc]\\$\\))/); // OR crystal system ($o$) (\\ca$c$)\n if (m) {\n return { match_: m[0], remainder: input.substr(m[0].length) };\n }\n return null;\n },\n '_{(state of aggregation)}$': /^_\\{(\\([a-z]{1,3}\\))\\}/,\n '{[(': /^(?:\\\\\\{|\\[|\\()/,\n ')]}': /^(?:\\)|\\]|\\\\\\})/,\n ', ': /^[,;]\\s*/,\n ',': /^[,;]/,\n '.': /^[.]/,\n '. ': /^([.\\u22C5\\u00B7\\u2022])\\s*/,\n '...': /^\\.\\.\\.(?=$|[^.])/,\n '* ': /^([*])\\s*/,\n '^{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^{\", \"\", \"\", \"}\"); },\n '^($...$)': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^\", \"$\", \"$\", \"\"); },\n '^a': /^\\^([0-9]+|[^\\\\_])/,\n '^\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n '^\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n '^\\\\x': /^\\^(\\\\[a-zA-Z]+)\\s*/,\n '^(-1)': /^\\^(-?\\d+)/,\n '\\'': /^'/,\n '_{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_{\", \"\", \"\", \"}\"); },\n '_($...$)': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", \"$\", \"$\", \"\"); },\n '_9': /^_([+\\-]?[0-9]+|[^\\\\])/,\n '_\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n '_\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n '_\\\\x': /^_(\\\\[a-zA-Z]+)\\s*/,\n '^_': /^(?:\\^(?=_)|\\_(?=\\^)|[\\^_]$)/,\n '{}': /^\\{\\}/,\n '{...}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", \"{\", \"}\", \"\"); },\n '{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"{\", \"\", \"\", \"}\"); },\n '$...$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", \"$\", \"$\", \"\"); },\n '${(...)}$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"${\", \"\", \"\", \"}$\"); },\n '$(...)$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"$\", \"\", \"\", \"$\"); },\n '=<>': /^[=<>]/,\n '#': /^[#\\u2261]/,\n '+': /^\\+/,\n '-$': /^-(?=[\\s_},;\\]/]|$|\\([a-z]+\\))/, // -space -, -; -] -/ -$ -state-of-aggregation\n '-9': /^-(?=[0-9])/,\n '- orbital overlap': /^-(?=(?:[spd]|sp)(?:$|[\\s,;\\)\\]\\}]))/,\n '-': /^-/,\n 'pm-operator': /^(?:\\\\pm|\\$\\\\pm\\$|\\+-|\\+\\/-)/,\n 'operator': /^(?:\\+|(?:[\\-=<>]|<<|>>|\\\\approx|\\$\\\\approx\\$)(?=\\s|$|-?[0-9]))/,\n 'arrowUpDown': /^(?:v|\\(v\\)|\\^|\\(\\^\\))(?=$|[\\s,;\\)\\]\\}])/,\n '\\\\bond{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\bond{\", \"\", \"\", \"}\"); },\n '->': /^(?:<->|<-->|->|<-|<=>>|<<=>|<=>|[\\u2192\\u27F6\\u21CC])/,\n 'CMT': /^[CMT](?=\\[)/,\n '[(...)]': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"[\", \"\", \"\", \"]\"); },\n '1st-level escape': /^(&|\\\\\\\\|\\\\hline)\\s*/,\n '\\\\,': /^(?:\\\\[,\\ ;:])/, // \\\\x - but output no space before\n '\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n '\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n '\\\\ca': /^\\\\ca(?:\\s+|(?![a-zA-Z]))/,\n '\\\\x': /^(?:\\\\[a-zA-Z]+\\s*|\\\\[_&{}%])/,\n 'orbital': /^(?:[0-9]{1,2}[spdfgh]|[0-9]{0,2}sp)(?=$|[^a-zA-Z])/, // only those with numbers in front, because the others will be formatted correctly anyway\n 'others': /^[\\/~|]/,\n '\\\\frac{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\frac{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\overset{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\overset{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\underset{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\underset{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\underbrace{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\underbrace{\", \"\", \"\", \"}_\", \"{\", \"\", \"\", \"}\"); },\n '\\\\color{(...)}0': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color{\", \"\", \"\", \"}\"); },\n '\\\\color{(...)}{(...)}1': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\color(...){(...)}2': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color\", \"\\\\\", \"\", /^(?=\\{)/, \"{\", \"\", \"\", \"}\"); },\n '\\\\ce{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\ce{\", \"\", \"\", \"}\"); },\n 'oxidation$': /^(?:[+-][IVX]+|\\\\pm\\s*0|\\$\\\\pm\\$\\s*0)$/,\n 'd-oxidation$': /^(?:[+-]?\\s?[IVX]+|\\\\pm\\s*0|\\$\\\\pm\\$\\s*0)$/, // 0 could be oxidation or charge\n 'roman numeral': /^[IVX]+/,\n '1/2$': /^[+\\-]?(?:[0-9]+|\\$[a-z]\\$|[a-z])\\/[0-9]+(?:\\$[a-z]\\$|[a-z])?$/,\n 'amount': function (input) {\n var match;\n // e.g. 2, 0.5, 1/2, -2, n/2, +; $a$ could be added later in parsing\n match = input.match(/^(?:(?:(?:\\([+\\-]?[0-9]+\\/[0-9]+\\)|[+\\-]?(?:[0-9]+|\\$[a-z]\\$|[a-z])\\/[0-9]+|[+\\-]?[0-9]+[.,][0-9]+|[+\\-]?\\.[0-9]+|[+\\-]?[0-9]+)(?:[a-z](?=\\s*[A-Z]))?)|[+\\-]?[a-z](?=\\s*[A-Z])|\\+(?!\\s))/);\n if (match) {\n return { match_: match[0], remainder: input.substr(match[0].length) };\n }\n var a = mhchemParser.patterns.findObserveGroups(input, \"\", \"$\", \"$\", \"\");\n if (a) { // e.g. $2n-1$, $-$\n match = a.match_.match(/^\\$(?:\\(?[+\\-]?(?:[0-9]*[a-z]?[+\\-])?[0-9]*[a-z](?:[+\\-][0-9]*[a-z]?)?\\)?|\\+|-)\\$$/);\n if (match) {\n return { match_: match[0], remainder: input.substr(match[0].length) };\n }\n }\n return null;\n },\n 'amount2': function (input) { return this['amount'](input); },\n '(KV letters),': /^(?:[A-Z][a-z]{0,2}|i)(?=,)/,\n 'formula$': function (input) {\n if (input.match(/^\\([a-z]+\\)$/)) { return null; } // state of aggregation = no formula\n var match = input.match(/^(?:[a-z]|(?:[0-9\\ \\+\\-\\,\\.\\(\\)]+[a-z])+[0-9\\ \\+\\-\\,\\.\\(\\)]*|(?:[a-z][0-9\\ \\+\\-\\,\\.\\(\\)]+)+[a-z]?)$/);\n if (match) {\n return { match_: match[0], remainder: input.substr(match[0].length) };\n }\n return null;\n },\n 'uprightEntities': /^(?:pH|pOH|pC|pK|iPr|iBu)(?=$|[^a-zA-Z])/,\n '/': /^\\s*(\\/)\\s*/,\n '//': /^\\s*(\\/\\/)\\s*/,\n '*': /^\\s*[*.]\\s*/\n },\n findObserveGroups: function (input, begExcl, begIncl, endIncl, endExcl, beg2Excl, beg2Incl, end2Incl, end2Excl, combine) {\n /** @type {{(input: string, pattern: string | RegExp): string | string[] | null;}} */\n var _match = function (input, pattern) {\n if (typeof pattern === \"string\") {\n if (input.indexOf(pattern) !== 0) { return null; }\n return pattern;\n } else {\n var match = input.match(pattern);\n if (!match) { return null; }\n return match[0];\n }\n };\n /** @type {{(input: string, i: number, endChars: string | RegExp): {endMatchBegin: number, endMatchEnd: number} | null;}} */\n var _findObserveGroups = function (input, i, endChars) {\n var braces = 0;\n while (i < input.length) {\n var a = input.charAt(i);\n var match = _match(input.substr(i), endChars);\n if (match !== null && braces === 0) {\n return { endMatchBegin: i, endMatchEnd: i + match.length };\n } else if (a === \"{\") {\n braces++;\n } else if (a === \"}\") {\n if (braces === 0) {\n throw [\"ExtraCloseMissingOpen\", \"Extra close brace or missing open brace\"];\n } else {\n braces--;\n }\n }\n i++;\n }\n if (braces > 0) {\n return null;\n }\n return null;\n };\n var match = _match(input, begExcl);\n if (match === null) { return null; }\n input = input.substr(match.length);\n match = _match(input, begIncl);\n if (match === null) { return null; }\n var e = _findObserveGroups(input, match.length, endIncl || endExcl);\n if (e === null) { return null; }\n var match1 = input.substring(0, (endIncl ? e.endMatchEnd : e.endMatchBegin));\n if (!(beg2Excl || beg2Incl)) {\n return {\n match_: match1,\n remainder: input.substr(e.endMatchEnd)\n };\n } else {\n var group2 = this.findObserveGroups(input.substr(e.endMatchEnd), beg2Excl, beg2Incl, end2Incl, end2Excl);\n if (group2 === null) { return null; }\n /** @type {string[]} */\n var matchRet = [match1, group2.match_];\n return {\n match_: (combine ? matchRet.join(\"\") : matchRet),\n remainder: group2.remainder\n };\n }\n },\n\n //\n // Matching function\n // e.g. match(\"a\", input) will look for the regexp called \"a\" and see if it matches\n // returns null or {match_:\"a\", remainder:\"bc\"}\n //\n match_: function (m, input) {\n var pattern = mhchemParser.patterns.patterns[m];\n if (pattern === undefined) {\n throw [\"MhchemBugP\", \"mhchem bug P. Please report. (\" + m + \")\"]; // Trying to use non-existing pattern\n } else if (typeof pattern === \"function\") {\n return mhchemParser.patterns.patterns[m](input); // cannot use cached var pattern here, because some pattern functions need this===mhchemParser\n } else { // RegExp\n var match = input.match(pattern);\n if (match) {\n var mm;\n if (match[2]) {\n mm = [ match[1], match[2] ];\n } else if (match[1]) {\n mm = match[1];\n } else {\n mm = match[0];\n }\n return { match_: mm, remainder: input.substr(match[0].length) };\n }\n return null;\n }\n }\n },\n\n //\n // Generic state machine actions\n //\n actions: {\n 'a=': function (buffer, m) { buffer.a = (buffer.a || \"\") + m; },\n 'b=': function (buffer, m) { buffer.b = (buffer.b || \"\") + m; },\n 'p=': function (buffer, m) { buffer.p = (buffer.p || \"\") + m; },\n 'o=': function (buffer, m) { buffer.o = (buffer.o || \"\") + m; },\n 'q=': function (buffer, m) { buffer.q = (buffer.q || \"\") + m; },\n 'd=': function (buffer, m) { buffer.d = (buffer.d || \"\") + m; },\n 'rm=': function (buffer, m) { buffer.rm = (buffer.rm || \"\") + m; },\n 'text=': function (buffer, m) { buffer.text_ = (buffer.text_ || \"\") + m; },\n 'insert': function (buffer, m, a) { return { type_: a }; },\n 'insert+p1': function (buffer, m, a) { return { type_: a, p1: m }; },\n 'insert+p1+p2': function (buffer, m, a) { return { type_: a, p1: m[0], p2: m[1] }; },\n 'copy': function (buffer, m) { return m; },\n 'rm': function (buffer, m) { return { type_: 'rm', p1: m || \"\"}; },\n 'text': function (buffer, m) { return mhchemParser.go(m, 'text'); },\n '{text}': function (buffer, m) {\n var ret = [ \"{\" ];\n mhchemParser.concatArray(ret, mhchemParser.go(m, 'text'));\n ret.push(\"}\");\n return ret;\n },\n 'tex-math': function (buffer, m) { return mhchemParser.go(m, 'tex-math'); },\n 'tex-math tight': function (buffer, m) { return mhchemParser.go(m, 'tex-math tight'); },\n 'bond': function (buffer, m, k) { return { type_: 'bond', kind_: k || m }; },\n 'color0-output': function (buffer, m) { return { type_: 'color0', color: m[0] }; },\n 'ce': function (buffer, m) { return mhchemParser.go(m); },\n '1/2': function (buffer, m) {\n /** @type {ParserOutput[]} */\n var ret = [];\n if (m.match(/^[+\\-]/)) {\n ret.push(m.substr(0, 1));\n m = m.substr(1);\n }\n var n = m.match(/^([0-9]+|\\$[a-z]\\$|[a-z])\\/([0-9]+)(\\$[a-z]\\$|[a-z])?$/);\n n[1] = n[1].replace(/\\$/g, \"\");\n ret.push({ type_: 'frac', p1: n[1], p2: n[2] });\n if (n[3]) {\n n[3] = n[3].replace(/\\$/g, \"\");\n ret.push({ type_: 'tex-math', p1: n[3] });\n }\n return ret;\n },\n '9,9': function (buffer, m) { return mhchemParser.go(m, '9,9'); }\n },\n //\n // createTransitions\n // convert { 'letter': { 'state': { action_: 'output' } } } to { 'state' => [ { pattern: 'letter', task: { action_: [{type_: 'output'}] } } ] }\n // with expansion of 'a|b' to 'a' and 'b' (at 2 places)\n //\n createTransitions: function (o) {\n var pattern, state;\n /** @type {string[]} */\n var stateArray;\n var i;\n //\n // 1. Collect all states\n //\n /** @type {Transitions} */\n var transitions = {};\n for (pattern in o) {\n for (state in o[pattern]) {\n stateArray = state.split(\"|\");\n o[pattern][state].stateArray = stateArray;\n for (i=0; i<stateArray.length; i++) {\n transitions[stateArray[i]] = [];\n }\n }\n }\n //\n // 2. Fill states\n //\n for (pattern in o) {\n for (state in o[pattern]) {\n stateArray = o[pattern][state].stateArray || [];\n for (i=0; i<stateArray.length; i++) {\n //\n // 2a. Normalize actions into array: 'text=' ==> [{type_:'text='}]\n // (Note to myself: Resolving the function here would be problematic. It would need .bind (for *this*) and currying (for *option*).)\n //\n /** @type {any} */\n var p = o[pattern][state];\n if (p.action_) {\n p.action_ = [].concat(p.action_);\n for (var k=0; k<p.action_.length; k++) {\n if (typeof p.action_[k] === \"string\") {\n p.action_[k] = { type_: p.action_[k] };\n }\n }\n } else {\n p.action_ = [];\n }\n //\n // 2.b Multi-insert\n //\n var patternArray = pattern.split(\"|\");\n for (var j=0; j<patternArray.length; j++) {\n if (stateArray[i] === '*') { // insert into all\n for (var t in transitions) {\n transitions[t].push({ pattern: patternArray[j], task: p });\n }\n } else {\n transitions[stateArray[i]].push({ pattern: patternArray[j], task: p });\n }\n }\n }\n }\n }\n return transitions;\n },\n stateMachines: {}\n };\n\n //\n // Definition of state machines\n //\n mhchemParser.stateMachines = {\n //\n // \\ce state machines\n //\n //#region ce\n 'ce': { // main parser\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n 'else': {\n '0|1|2': { action_: 'beginsWithBond=false', revisit: true, toContinue: true } },\n 'oxidation$': {\n '0': { action_: 'oxidation-output' } },\n 'CMT': {\n 'r': { action_: 'rdt=', nextState: 'rt' },\n 'rd': { action_: 'rqt=', nextState: 'rdt' } },\n 'arrowUpDown': {\n '0|1|2|as': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '1' } },\n 'uprightEntities': {\n '0|1|2': { action_: [ 'o=', 'output' ], nextState: '1' } },\n 'orbital': {\n '0|1|2|3': { action_: 'o=', nextState: 'o' } },\n '->': {\n '0|1|2|3': { action_: 'r=', nextState: 'r' },\n 'a|as': { action_: [ 'output', 'r=' ], nextState: 'r' },\n '*': { action_: [ 'output', 'r=' ], nextState: 'r' } },\n '+': {\n 'o': { action_: 'd= kv', nextState: 'd' },\n 'd|D': { action_: 'd=', nextState: 'd' },\n 'q': { action_: 'd=', nextState: 'qd' },\n 'qd|qD': { action_: 'd=', nextState: 'qd' },\n 'dq': { action_: [ 'output', 'd=' ], nextState: 'd' },\n '3': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '0' } },\n 'amount': {\n '0|2': { action_: 'a=', nextState: 'a' } },\n 'pm-operator': {\n '0|1|2|a|as': { action_: [ 'sb=false', 'output', { type_: 'operator', option: '\\\\pm' } ], nextState: '0' } },\n 'operator': {\n '0|1|2|a|as': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '0' } },\n '-$': {\n 'o|q': { action_: [ 'charge or bond', 'output' ], nextState: 'qd' },\n 'd': { action_: 'd=', nextState: 'd' },\n 'D': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' },\n 'q': { action_: 'd=', nextState: 'qd' },\n 'qd': { action_: 'd=', nextState: 'qd' },\n 'qD|dq': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' } },\n '-9': {\n '3|o': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '3' } },\n '- orbital overlap': {\n 'o': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' },\n 'd': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' } },\n '-': {\n '0|1|2': { action_: [ { type_: 'output', option: 1 }, 'beginsWithBond=true', { type_: 'bond', option: \"-\" } ], nextState: '3' },\n '3': { action_: { type_: 'bond', option: \"-\" } },\n 'a': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' },\n 'as': { action_: [ { type_: 'output', option: 2 }, { type_: 'bond', option: \"-\" } ], nextState: '3' },\n 'b': { action_: 'b=' },\n 'o': { action_: { type_: '- after o/d', option: false }, nextState: '2' },\n 'q': { action_: { type_: '- after o/d', option: false }, nextState: '2' },\n 'd|qd|dq': { action_: { type_: '- after o/d', option: true }, nextState: '2' },\n 'D|qD|p': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' } },\n 'amount2': {\n '1|3': { action_: 'a=', nextState: 'a' } },\n 'letters': {\n '0|1|2|3|a|as|b|p|bp|o': { action_: 'o=', nextState: 'o' },\n 'q|dq': { action_: ['output', 'o='], nextState: 'o' },\n 'd|D|qd|qD': { action_: 'o after d', nextState: 'o' } },\n 'digits': {\n 'o': { action_: 'q=', nextState: 'q' },\n 'd|D': { action_: 'q=', nextState: 'dq' },\n 'q': { action_: [ 'output', 'o=' ], nextState: 'o' },\n 'a': { action_: 'o=', nextState: 'o' } },\n 'space A': {\n 'b|p|bp': {} },\n 'space': {\n 'a': { nextState: 'as' },\n '0': { action_: 'sb=false' },\n '1|2': { action_: 'sb=true' },\n 'r|rt|rd|rdt|rdq': { action_: 'output', nextState: '0' },\n '*': { action_: [ 'output', 'sb=true' ], nextState: '1'} },\n '1st-level escape': {\n '1|2': { action_: [ 'output', { type_: 'insert+p1', option: '1st-level escape' } ] },\n '*': { action_: [ 'output', { type_: 'insert+p1', option: '1st-level escape' } ], nextState: '0' } },\n '[(...)]': {\n 'r|rt': { action_: 'rd=', nextState: 'rd' },\n 'rd|rdt': { action_: 'rq=', nextState: 'rdq' } },\n '...': {\n 'o|d|D|dq|qd|qD': { action_: [ 'output', { type_: 'bond', option: \"...\" } ], nextState: '3' },\n '*': { action_: [ { type_: 'output', option: 1 }, { type_: 'insert', option: 'ellipsis' } ], nextState: '1' } },\n '. |* ': {\n '*': { action_: [ 'output', { type_: 'insert', option: 'addition compound' } ], nextState: '1' } },\n 'state of aggregation $': {\n '*': { action_: [ 'output', 'state of aggregation' ], nextState: '1' } },\n '{[(': {\n 'a|as|o': { action_: [ 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' },\n '0|1|2|3': { action_: [ 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' },\n '*': { action_: [ 'output', 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' } },\n ')]}': {\n '0|1|2|3|b|p|bp|o': { action_: [ 'o=', 'parenthesisLevel--' ], nextState: 'o' },\n 'a|as|d|D|q|qd|qD|dq': { action_: [ 'output', 'o=', 'parenthesisLevel--' ], nextState: 'o' } },\n ', ': {\n '*': { action_: [ 'output', 'comma' ], nextState: '0' } },\n '^_': { // ^ and _ without a sensible argument\n '*': { } },\n '^{(...)}|^($...$)': {\n '0|1|2|as': { action_: 'b=', nextState: 'b' },\n 'p': { action_: 'b=', nextState: 'bp' },\n '3|o': { action_: 'd= kv', nextState: 'D' },\n 'q': { action_: 'd=', nextState: 'qD' },\n 'd|D|qd|qD|dq': { action_: [ 'output', 'd=' ], nextState: 'D' } },\n '^a|^\\\\x{}{}|^\\\\x{}|^\\\\x|\\'': {\n '0|1|2|as': { action_: 'b=', nextState: 'b' },\n 'p': { action_: 'b=', nextState: 'bp' },\n '3|o': { action_: 'd= kv', nextState: 'd' },\n 'q': { action_: 'd=', nextState: 'qd' },\n 'd|qd|D|qD': { action_: 'd=' },\n 'dq': { action_: [ 'output', 'd=' ], nextState: 'd' } },\n '_{(state of aggregation)}$': {\n 'd|D|q|qd|qD|dq': { action_: [ 'output', 'q=' ], nextState: 'q' } },\n '_{(...)}|_($...$)|_9|_\\\\x{}{}|_\\\\x{}|_\\\\x': {\n '0|1|2|as': { action_: 'p=', nextState: 'p' },\n 'b': { action_: 'p=', nextState: 'bp' },\n '3|o': { action_: 'q=', nextState: 'q' },\n 'd|D': { action_: 'q=', nextState: 'dq' },\n 'q|qd|qD|dq': { action_: [ 'output', 'q=' ], nextState: 'q' } },\n '=<>': {\n '0|1|2|3|a|as|o|q|d|D|qd|qD|dq': { action_: [ { type_: 'output', option: 2 }, 'bond' ], nextState: '3' } },\n '#': {\n '0|1|2|3|a|as|o': { action_: [ { type_: 'output', option: 2 }, { type_: 'bond', option: \"#\" } ], nextState: '3' } },\n '{}': {\n '*': { action_: { type_: 'output', option: 1 }, nextState: '1' } },\n '{...}': {\n '0|1|2|3|a|as|b|p|bp': { action_: 'o=', nextState: 'o' },\n 'o|d|D|q|qd|qD|dq': { action_: [ 'output', 'o=' ], nextState: 'o' } },\n '$...$': {\n 'a': { action_: 'a=' }, // 2$n$\n '0|1|2|3|as|b|p|bp|o': { action_: 'o=', nextState: 'o' }, // not 'amount'\n 'as|o': { action_: 'o=' },\n 'q|d|D|qd|qD|dq': { action_: [ 'output', 'o=' ], nextState: 'o' } },\n '\\\\bond{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'bond' ], nextState: \"3\" } },\n '\\\\frac{(...)}': {\n '*': { action_: [ { type_: 'output', option: 1 }, 'frac-output' ], nextState: '3' } },\n '\\\\overset{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'overset-output' ], nextState: '3' } },\n '\\\\underset{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'underset-output' ], nextState: '3' } },\n '\\\\underbrace{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'underbrace-output' ], nextState: '3' } },\n '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'color-output' ], nextState: '3' } },\n '\\\\color{(...)}0': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'color0-output' ] } },\n '\\\\ce{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'ce' ], nextState: '3' } },\n '\\\\,': {\n '*': { action_: [ { type_: 'output', option: 1 }, 'copy' ], nextState: '1' } },\n '\\\\x{}{}|\\\\x{}|\\\\x': {\n '0|1|2|3|a|as|b|p|bp|o|c0': { action_: [ 'o=', 'output' ], nextState: '3' },\n '*': { action_: ['output', 'o=', 'output' ], nextState: '3' } },\n 'others': {\n '*': { action_: [ { type_: 'output', option: 1 }, 'copy' ], nextState: '3' } },\n 'else2': {\n 'a': { action_: 'a to o', nextState: 'o', revisit: true },\n 'as': { action_: [ 'output', 'sb=true' ], nextState: '1', revisit: true },\n 'r|rt|rd|rdt|rdq': { action_: [ 'output' ], nextState: '0', revisit: true },\n '*': { action_: [ 'output', 'copy' ], nextState: '3' } }\n }),\n actions: {\n 'o after d': function (buffer, m) {\n var ret;\n if ((buffer.d || \"\").match(/^[0-9]+$/)) {\n var tmp = buffer.d;\n buffer.d = undefined;\n ret = this['output'](buffer);\n buffer.b = tmp;\n } else {\n ret = this['output'](buffer);\n }\n mhchemParser.actions['o='](buffer, m);\n return ret;\n },\n 'd= kv': function (buffer, m) {\n buffer.d = m;\n buffer.dType = 'kv';\n },\n 'charge or bond': function (buffer, m) {\n if (buffer['beginsWithBond']) {\n /** @type {ParserOutput[]} */\n var ret = [];\n mhchemParser.concatArray(ret, this['output'](buffer));\n mhchemParser.concatArray(ret, mhchemParser.actions['bond'](buffer, m, \"-\"));\n return ret;\n } else {\n buffer.d = m;\n }\n },\n '- after o/d': function (buffer, m, isAfterD) {\n var c1 = mhchemParser.patterns.match_('orbital', buffer.o || \"\");\n var c2 = mhchemParser.patterns.match_('one lowercase greek letter $', buffer.o || \"\");\n var c3 = mhchemParser.patterns.match_('one lowercase latin letter $', buffer.o || \"\");\n var c4 = mhchemParser.patterns.match_('$one lowercase latin letter$ $', buffer.o || \"\");\n var hyphenFollows = m===\"-\" && ( c1 && c1.remainder===\"\" || c2 || c3 || c4 );\n if (hyphenFollows && !buffer.a && !buffer.b && !buffer.p && !buffer.d && !buffer.q && !c1 && c3) {\n buffer.o = '$' + buffer.o + '$';\n }\n /** @type {ParserOutput[]} */\n var ret = [];\n if (hyphenFollows) {\n mhchemParser.concatArray(ret, this['output'](buffer));\n ret.push({ type_: 'hyphen' });\n } else {\n c1 = mhchemParser.patterns.match_('digits', buffer.d || \"\");\n if (isAfterD && c1 && c1.remainder==='') {\n mhchemParser.concatArray(ret, mhchemParser.actions['d='](buffer, m));\n mhchemParser.concatArray(ret, this['output'](buffer));\n } else {\n mhchemParser.concatArray(ret, this['output'](buffer));\n mhchemParser.concatArray(ret, mhchemParser.actions['bond'](buffer, m, \"-\"));\n }\n }\n return ret;\n },\n 'a to o': function (buffer) {\n buffer.o = buffer.a;\n buffer.a = undefined;\n },\n 'sb=true': function (buffer) { buffer.sb = true; },\n 'sb=false': function (buffer) { buffer.sb = false; },\n 'beginsWithBond=true': function (buffer) { buffer['beginsWithBond'] = true; },\n 'beginsWithBond=false': function (buffer) { buffer['beginsWithBond'] = false; },\n 'parenthesisLevel++': function (buffer) { buffer['parenthesisLevel']++; },\n 'parenthesisLevel--': function (buffer) { buffer['parenthesisLevel']--; },\n 'state of aggregation': function (buffer, m) {\n return { type_: 'state of aggregation', p1: mhchemParser.go(m, 'o') };\n },\n 'comma': function (buffer, m) {\n var a = m.replace(/\\s*$/, '');\n var withSpace = (a !== m);\n if (withSpace && buffer['parenthesisLevel'] === 0) {\n return { type_: 'comma enumeration L', p1: a };\n } else {\n return { type_: 'comma enumeration M', p1: a };\n }\n },\n 'output': function (buffer, m, entityFollows) {\n // entityFollows:\n // undefined = if we have nothing else to output, also ignore the just read space (buffer.sb)\n // 1 = an entity follows, never omit the space if there was one just read before (can only apply to state 1)\n // 2 = 1 + the entity can have an amount, so output a\\, instead of converting it to o (can only apply to states a|as)\n /** @type {ParserOutput | ParserOutput[]} */\n var ret;\n if (!buffer.r) {\n ret = [];\n if (!buffer.a && !buffer.b && !buffer.p && !buffer.o && !buffer.q && !buffer.d && !entityFollows) {\n //ret = [];\n } else {\n if (buffer.sb) {\n ret.push({ type_: 'entitySkip' });\n }\n if (!buffer.o && !buffer.q && !buffer.d && !buffer.b && !buffer.p && entityFollows!==2) {\n buffer.o = buffer.a;\n buffer.a = undefined;\n } else if (!buffer.o && !buffer.q && !buffer.d && (buffer.b || buffer.p)) {\n buffer.o = buffer.a;\n buffer.d = buffer.b;\n buffer.q = buffer.p;\n buffer.a = buffer.b = buffer.p = undefined;\n } else {\n if (buffer.o && buffer.dType==='kv' && mhchemParser.patterns.match_('d-oxidation$', buffer.d || \"\")) {\n buffer.dType = 'oxidation';\n } else if (buffer.o && buffer.dType==='kv' && !buffer.q) {\n buffer.dType = undefined;\n }\n }\n ret.push({\n type_: 'chemfive',\n a: mhchemParser.go(buffer.a, 'a'),\n b: mhchemParser.go(buffer.b, 'bd'),\n p: mhchemParser.go(buffer.p, 'pq'),\n o: mhchemParser.go(buffer.o, 'o'),\n q: mhchemParser.go(buffer.q, 'pq'),\n d: mhchemParser.go(buffer.d, (buffer.dType === 'oxidation' ? 'oxidation' : 'bd')),\n dType: buffer.dType\n });\n }\n } else { // r\n /** @type {ParserOutput[]} */\n var rd;\n if (buffer.rdt === 'M') {\n rd = mhchemParser.go(buffer.rd, 'tex-math');\n } else if (buffer.rdt === 'T') {\n rd = [ { type_: 'text', p1: buffer.rd || \"\" } ];\n } else {\n rd = mhchemParser.go(buffer.rd);\n }\n /** @type {ParserOutput[]} */\n var rq;\n if (buffer.rqt === 'M') {\n rq = mhchemParser.go(buffer.rq, 'tex-math');\n } else if (buffer.rqt === 'T') {\n rq = [ { type_: 'text', p1: buffer.rq || \"\"} ];\n } else {\n rq = mhchemParser.go(buffer.rq);\n }\n ret = {\n type_: 'arrow',\n r: buffer.r,\n rd: rd,\n rq: rq\n };\n }\n for (var p in buffer) {\n if (p !== 'parenthesisLevel' && p !== 'beginsWithBond') {\n delete buffer[p];\n }\n }\n return ret;\n },\n 'oxidation-output': function (buffer, m) {\n var ret = [ \"{\" ];\n mhchemParser.concatArray(ret, mhchemParser.go(m, 'oxidation'));\n ret.push(\"}\");\n return ret;\n },\n 'frac-output': function (buffer, m) {\n return { type_: 'frac-ce', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'overset-output': function (buffer, m) {\n return { type_: 'overset', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'underset-output': function (buffer, m) {\n return { type_: 'underset', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'underbrace-output': function (buffer, m) {\n return { type_: 'underbrace', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'color-output': function (buffer, m) {\n return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1]) };\n },\n 'r=': function (buffer, m) { buffer.r = m; },\n 'rdt=': function (buffer, m) { buffer.rdt = m; },\n 'rd=': function (buffer, m) { buffer.rd = m; },\n 'rqt=': function (buffer, m) { buffer.rqt = m; },\n 'rq=': function (buffer, m) { buffer.rq = m; },\n 'operator': function (buffer, m, p1) { return { type_: 'operator', kind_: (p1 || m) }; }\n }\n },\n 'a': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n '1/2$': {\n '0': { action_: '1/2' } },\n 'else': {\n '0': { nextState: '1', revisit: true } },\n '$(...)$': {\n '*': { action_: 'tex-math tight', nextState: '1' } },\n ',': {\n '*': { action_: { type_: 'insert', option: 'commaDecimal' } } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {}\n },\n 'o': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n '1/2$': {\n '0': { action_: '1/2' } },\n 'else': {\n '0': { nextState: '1', revisit: true } },\n 'letters': {\n '*': { action_: 'rm' } },\n '\\\\ca': {\n '*': { action_: { type_: 'insert', option: 'circa' } } },\n '\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'copy' } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '{(...)}': {\n '*': { action_: '{text}' } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {}\n },\n 'text': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '{...}': {\n '*': { action_: 'text=' } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '\\\\greek': {\n '*': { action_: [ 'output', 'rm' ] } },\n '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: [ 'output', 'copy' ] } },\n 'else': {\n '*': { action_: 'text=' } }\n }),\n actions: {\n 'output': function (buffer) {\n if (buffer.text_) {\n /** @type {ParserOutput} */\n var ret = { type_: 'text', p1: buffer.text_ };\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n },\n 'pq': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n 'state of aggregation $': {\n '*': { action_: 'state of aggregation' } },\n 'i$': {\n '0': { nextState: '!f', revisit: true } },\n '(KV letters),': {\n '0': { action_: 'rm', nextState: '0' } },\n 'formula$': {\n '0': { nextState: 'f', revisit: true } },\n '1/2$': {\n '0': { action_: '1/2' } },\n 'else': {\n '0': { nextState: '!f', revisit: true } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '{(...)}': {\n '*': { action_: 'text' } },\n 'a-z': {\n 'f': { action_: 'tex-math' } },\n 'letters': {\n '*': { action_: 'rm' } },\n '-9.,9': {\n '*': { action_: '9,9' } },\n ',': {\n '*': { action_: { type_: 'insert+p1', option: 'comma enumeration S' } } },\n '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n '*': { action_: 'color-output' } },\n '\\\\color{(...)}0': {\n '*': { action_: 'color0-output' } },\n '\\\\ce{(...)}': {\n '*': { action_: 'ce' } },\n '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'copy' } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'state of aggregation': function (buffer, m) {\n return { type_: 'state of aggregation subscript', p1: mhchemParser.go(m, 'o') };\n },\n 'color-output': function (buffer, m) {\n return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1], 'pq') };\n }\n }\n },\n 'bd': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n 'x$': {\n '0': { nextState: '!f', revisit: true } },\n 'formula$': {\n '0': { nextState: 'f', revisit: true } },\n 'else': {\n '0': { nextState: '!f', revisit: true } },\n '-9.,9 no missing 0': {\n '*': { action_: '9,9' } },\n '.': {\n '*': { action_: { type_: 'insert', option: 'electron dot' } } },\n 'a-z': {\n 'f': { action_: 'tex-math' } },\n 'x': {\n '*': { action_: { type_: 'insert', option: 'KV x' } } },\n 'letters': {\n '*': { action_: 'rm' } },\n '\\'': {\n '*': { action_: { type_: 'insert', option: 'prime' } } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '{(...)}': {\n '*': { action_: 'text' } },\n '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n '*': { action_: 'color-output' } },\n '\\\\color{(...)}0': {\n '*': { action_: 'color0-output' } },\n '\\\\ce{(...)}': {\n '*': { action_: 'ce' } },\n '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'copy' } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'color-output': function (buffer, m) {\n return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1], 'bd') };\n }\n }\n },\n 'oxidation': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n 'roman numeral': {\n '*': { action_: 'roman-numeral' } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n 'else': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'roman-numeral': function (buffer, m) { return { type_: 'roman numeral', p1: m || \"\" }; }\n }\n },\n 'tex-math': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '\\\\ce{(...)}': {\n '*': { action_: [ 'output', 'ce' ] } },\n '{...}|\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'o=' } },\n 'else': {\n '*': { action_: 'o=' } }\n }),\n actions: {\n 'output': function (buffer) {\n if (buffer.o) {\n /** @type {ParserOutput} */\n var ret = { type_: 'tex-math', p1: buffer.o };\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n },\n 'tex-math tight': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '\\\\ce{(...)}': {\n '*': { action_: [ 'output', 'ce' ] } },\n '{...}|\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'o=' } },\n '-|+': {\n '*': { action_: 'tight operator' } },\n 'else': {\n '*': { action_: 'o=' } }\n }),\n actions: {\n 'tight operator': function (buffer, m) { buffer.o = (buffer.o || \"\") + \"{\"+m+\"}\"; },\n 'output': function (buffer) {\n if (buffer.o) {\n /** @type {ParserOutput} */\n var ret = { type_: 'tex-math', p1: buffer.o };\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n },\n '9,9': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n ',': {\n '*': { action_: 'comma' } },\n 'else': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'comma': function () { return { type_: 'commaDecimal' }; }\n }\n },\n //#endregion\n //\n // \\pu state machines\n //\n //#region pu\n 'pu': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n 'space$': {\n '*': { action_: [ 'output', 'space' ] } },\n '{[(|)]}': {\n '0|a': { action_: 'copy' } },\n '(-)(9)^(-9)': {\n '0': { action_: 'number^', nextState: 'a' } },\n '(-)(9.,9)(e)(99)': {\n '0': { action_: 'enumber', nextState: 'a' } },\n 'space': {\n '0|a': {} },\n 'pm-operator': {\n '0|a': { action_: { type_: 'operator', option: '\\\\pm' }, nextState: '0' } },\n 'operator': {\n '0|a': { action_: 'copy', nextState: '0' } },\n '//': {\n 'd': { action_: 'o=', nextState: '/' } },\n '/': {\n 'd': { action_: 'o=', nextState: '/' } },\n '{...}|else': {\n '0|d': { action_: 'd=', nextState: 'd' },\n 'a': { action_: [ 'space', 'd=' ], nextState: 'd' },\n '/|q': { action_: 'q=', nextState: 'q' } }\n }),\n actions: {\n 'enumber': function (buffer, m) {\n /** @type {ParserOutput[]} */\n var ret = [];\n if (m[0] === \"+-\" || m[0] === \"+/-\") {\n ret.push(\"\\\\pm \");\n } else if (m[0]) {\n ret.push(m[0]);\n }\n if (m[1]) {\n mhchemParser.concatArray(ret, mhchemParser.go(m[1], 'pu-9,9'));\n if (m[2]) {\n if (m[2].match(/[,.]/)) {\n mhchemParser.concatArray(ret, mhchemParser.go(m[2], 'pu-9,9'));\n } else {\n ret.push(m[2]);\n }\n }\n m[3] = m[4] || m[3];\n if (m[3]) {\n m[3] = m[3].trim();\n if (m[3] === \"e\" || m[3].substr(0, 1) === \"*\") {\n ret.push({ type_: 'cdot' });\n } else {\n ret.push({ type_: 'times' });\n }\n }\n }\n if (m[3]) {\n ret.push(\"10^{\"+m[5]+\"}\");\n }\n return ret;\n },\n 'number^': function (buffer, m) {\n /** @type {ParserOutput[]} */\n var ret = [];\n if (m[0] === \"+-\" || m[0] === \"+/-\") {\n ret.push(\"\\\\pm \");\n } else if (m[0]) {\n ret.push(m[0]);\n }\n mhchemParser.concatArray(ret, mhchemParser.go(m[1], 'pu-9,9'));\n ret.push(\"^{\"+m[2]+\"}\");\n return ret;\n },\n 'operator': function (buffer, m, p1) { return { type_: 'operator', kind_: (p1 || m) }; },\n 'space': function () { return { type_: 'pu-space-1' }; },\n 'output': function (buffer) {\n /** @type {ParserOutput | ParserOutput[]} */\n var ret;\n var md = mhchemParser.patterns.match_('{(...)}', buffer.d || \"\");\n if (md && md.remainder === '') { buffer.d = md.match_; }\n var mq = mhchemParser.patterns.match_('{(...)}', buffer.q || \"\");\n if (mq && mq.remainder === '') { buffer.q = mq.match_; }\n if (buffer.d) {\n buffer.d = buffer.d.replace(/\\u00B0C|\\^oC|\\^{o}C/g, \"{}^{\\\\circ}C\");\n buffer.d = buffer.d.replace(/\\u00B0F|\\^oF|\\^{o}F/g, \"{}^{\\\\circ}F\");\n }\n if (buffer.q) { // fraction\n buffer.q = buffer.q.replace(/\\u00B0C|\\^oC|\\^{o}C/g, \"{}^{\\\\circ}C\");\n buffer.q = buffer.q.replace(/\\u00B0F|\\^oF|\\^{o}F/g, \"{}^{\\\\circ}F\");\n var b5 = {\n d: mhchemParser.go(buffer.d, 'pu'),\n q: mhchemParser.go(buffer.q, 'pu')\n };\n if (buffer.o === '//') {\n ret = { type_: 'pu-frac', p1: b5.d, p2: b5.q };\n } else {\n ret = b5.d;\n if (b5.d.length > 1 || b5.q.length > 1) {\n ret.push({ type_: ' / ' });\n } else {\n ret.push({ type_: '/' });\n }\n mhchemParser.concatArray(ret, b5.q);\n }\n } else { // no fraction\n ret = mhchemParser.go(buffer.d, 'pu-2');\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n },\n 'pu-2': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '*': {\n '*': { action_: [ 'output', 'cdot' ], nextState: '0' } },\n '\\\\x': {\n '*': { action_: 'rm=' } },\n 'space': {\n '*': { action_: [ 'output', 'space' ], nextState: '0' } },\n '^{(...)}|^(-1)': {\n '1': { action_: '^(-1)' } },\n '-9.,9': {\n '0': { action_: 'rm=', nextState: '0' },\n '1': { action_: '^(-1)', nextState: '0' } },\n '{...}|else': {\n '*': { action_: 'rm=', nextState: '1' } }\n }),\n actions: {\n 'cdot': function () { return { type_: 'tight cdot' }; },\n '^(-1)': function (buffer, m) { buffer.rm += \"^{\"+m+\"}\"; },\n 'space': function () { return { type_: 'pu-space-2' }; },\n 'output': function (buffer) {\n /** @type {ParserOutput | ParserOutput[]} */\n var ret = [];\n if (buffer.rm) {\n var mrm = mhchemParser.patterns.match_('{(...)}', buffer.rm || \"\");\n if (mrm && mrm.remainder === '') {\n ret = mhchemParser.go(mrm.match_, 'pu');\n } else {\n ret = { type_: 'rm', p1: buffer.rm };\n }\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n },\n 'pu-9,9': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '0': { action_: 'output-0' },\n 'o': { action_: 'output-o' } },\n ',': {\n '0': { action_: [ 'output-0', 'comma' ], nextState: 'o' } },\n '.': {\n '0': { action_: [ 'output-0', 'copy' ], nextState: 'o' } },\n 'else': {\n '*': { action_: 'text=' } }\n }),\n actions: {\n 'comma': function () { return { type_: 'commaDecimal' }; },\n 'output-0': function (buffer) {\n /** @type {ParserOutput[]} */\n var ret = [];\n buffer.text_ = buffer.text_ || \"\";\n if (buffer.text_.length > 4) {\n var a = buffer.text_.length % 3;\n if (a === 0) { a = 3; }\n for (var i=buffer.text_.length-3; i>0; i-=3) {\n ret.push(buffer.text_.substr(i, 3));\n ret.push({ type_: '1000 separator' });\n }\n ret.push(buffer.text_.substr(0, a));\n ret.reverse();\n } else {\n ret.push(buffer.text_);\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n },\n 'output-o': function (buffer) {\n /** @type {ParserOutput[]} */\n var ret = [];\n buffer.text_ = buffer.text_ || \"\";\n if (buffer.text_.length > 4) {\n var a = buffer.text_.length - 3;\n for (var i=0; i<a; i+=3) {\n ret.push(buffer.text_.substr(i, 3));\n ret.push({ type_: '1000 separator' });\n }\n ret.push(buffer.text_.substr(i));\n } else {\n ret.push(buffer.text_);\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n //#endregion\n };\n\n //\n // texify: Take MhchemParser output and convert it to TeX\n //\n /** @type {Texify} */\n var texify = {\n go: function (input, isInner) { // (recursive, max 4 levels)\n if (!input) { return \"\"; }\n var res = \"\";\n var cee = false;\n for (var i=0; i < input.length; i++) {\n var inputi = input[i];\n if (typeof inputi === \"string\") {\n res += inputi;\n } else {\n res += texify._go2(inputi);\n if (inputi.type_ === '1st-level escape') { cee = true; }\n }\n }\n if (!isInner && !cee && res) {\n res = \"{\" + res + \"}\";\n }\n return res;\n },\n _goInner: function (input) {\n if (!input) { return input; }\n return texify.go(input, true);\n },\n _go2: function (buf) {\n /** @type {undefined | string} */\n var res;\n switch (buf.type_) {\n case 'chemfive':\n res = \"\";\n var b5 = {\n a: texify._goInner(buf.a),\n b: texify._goInner(buf.b),\n p: texify._goInner(buf.p),\n o: texify._goInner(buf.o),\n q: texify._goInner(buf.q),\n d: texify._goInner(buf.d)\n };\n //\n // a\n //\n if (b5.a) {\n if (b5.a.match(/^[+\\-]/)) { b5.a = \"{\"+b5.a+\"}\"; }\n res += b5.a + \"\\\\,\";\n }\n //\n // b and p\n //\n if (b5.b || b5.p) {\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\\\\hphantom{\"+(b5.b||\"\")+\"}}_{\\\\hphantom{\"+(b5.p||\"\")+\"}}\";\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\\\\smash[t]{\\\\vphantom{2}}\\\\mathllap{\"+(b5.b||\"\")+\"}}\";\n res += \"_{\\\\vphantom{2}\\\\mathllap{\\\\smash[t]{\"+(b5.p||\"\")+\"}}}\";\n }\n //\n // o\n //\n if (b5.o) {\n if (b5.o.match(/^[+\\-]/)) { b5.o = \"{\"+b5.o+\"}\"; }\n res += b5.o;\n }\n //\n // q and d\n //\n if (buf.dType === 'kv') {\n if (b5.d || b5.q) {\n res += \"{\\\\vphantom{X}}\";\n }\n if (b5.d) {\n res += \"^{\"+b5.d+\"}\";\n }\n if (b5.q) {\n res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n }\n } else if (buf.dType === 'oxidation') {\n if (b5.d) {\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\"+b5.d+\"}\";\n }\n if (b5.q) {\n res += \"{\\\\vphantom{X}}\";\n res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n }\n } else {\n if (b5.q) {\n res += \"{\\\\vphantom{X}}\";\n res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n }\n if (b5.d) {\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\"+b5.d+\"}\";\n }\n }\n break;\n case 'rm':\n res = \"\\\\mathrm{\"+buf.p1+\"}\";\n break;\n case 'text':\n if (buf.p1.match(/[\\^_]/)) {\n buf.p1 = buf.p1.replace(\" \", \"~\").replace(\"-\", \"\\\\text{-}\");\n res = \"\\\\mathrm{\"+buf.p1+\"}\";\n } else {\n res = \"\\\\text{\"+buf.p1+\"}\";\n }\n break;\n case 'roman numeral':\n res = \"\\\\mathrm{\"+buf.p1+\"}\";\n break;\n case 'state of aggregation':\n res = \"\\\\mskip2mu \"+texify._goInner(buf.p1);\n break;\n case 'state of aggregation subscript':\n res = \"\\\\mskip1mu \"+texify._goInner(buf.p1);\n break;\n case 'bond':\n res = texify._getBond(buf.kind_);\n if (!res) {\n throw [\"MhchemErrorBond\", \"mhchem Error. Unknown bond type (\" + buf.kind_ + \")\"];\n }\n break;\n case 'frac':\n var c = \"\\\\frac{\" + buf.p1 + \"}{\" + buf.p2 + \"}\";\n res = \"\\\\mathchoice{\\\\textstyle\"+c+\"}{\"+c+\"}{\"+c+\"}{\"+c+\"}\";\n break;\n case 'pu-frac':\n var d = \"\\\\frac{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n res = \"\\\\mathchoice{\\\\textstyle\"+d+\"}{\"+d+\"}{\"+d+\"}{\"+d+\"}\";\n break;\n case 'tex-math':\n res = buf.p1 + \" \";\n break;\n case 'frac-ce':\n res = \"\\\\frac{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'overset':\n res = \"\\\\overset{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'underset':\n res = \"\\\\underset{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'underbrace':\n res = \"\\\\underbrace{\" + texify._goInner(buf.p1) + \"}_{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'color':\n res = \"{\\\\color{\" + buf.color1 + \"}{\" + texify._goInner(buf.color2) + \"}}\";\n break;\n case 'color0':\n res = \"\\\\color{\" + buf.color + \"}\";\n break;\n case 'arrow':\n var b6 = {\n rd: texify._goInner(buf.rd),\n rq: texify._goInner(buf.rq)\n };\n var arrow = \"\\\\x\" + texify._getArrow(buf.r);\n if (b6.rq) { arrow += \"[{\" + b6.rq + \"}]\"; }\n if (b6.rd) {\n arrow += \"{\" + b6.rd + \"}\";\n } else {\n arrow += \"{}\";\n }\n res = arrow;\n break;\n case 'operator':\n res = texify._getOperator(buf.kind_);\n break;\n case '1st-level escape':\n res = buf.p1+\" \"; // &, \\\\\\\\, \\\\hlin\n break;\n case 'space':\n res = \" \";\n break;\n case 'entitySkip':\n res = \"~\";\n break;\n case 'pu-space-1':\n res = \"~\";\n break;\n case 'pu-space-2':\n res = \"\\\\mkern3mu \";\n break;\n case '1000 separator':\n res = \"\\\\mkern2mu \";\n break;\n case 'commaDecimal':\n res = \"{,}\";\n break;\n case 'comma enumeration L':\n res = \"{\"+buf.p1+\"}\\\\mkern6mu \";\n break;\n case 'comma enumeration M':\n res = \"{\"+buf.p1+\"}\\\\mkern3mu \";\n break;\n case 'comma enumeration S':\n res = \"{\"+buf.p1+\"}\\\\mkern1mu \";\n break;\n case 'hyphen':\n res = \"\\\\text{-}\";\n break;\n case 'addition compound':\n res = \"\\\\,{\\\\cdot}\\\\,\";\n break;\n case 'electron dot':\n res = \"\\\\mkern1mu \\\\bullet\\\\mkern1mu \";\n break;\n case 'KV x':\n res = \"{\\\\times}\";\n break;\n case 'prime':\n res = \"\\\\prime \";\n break;\n case 'cdot':\n res = \"\\\\cdot \";\n break;\n case 'tight cdot':\n res = \"\\\\mkern1mu{\\\\cdot}\\\\mkern1mu \";\n break;\n case 'times':\n res = \"\\\\times \";\n break;\n case 'circa':\n res = \"{\\\\sim}\";\n break;\n case '^':\n res = \"uparrow\";\n break;\n case 'v':\n res = \"downarrow\";\n break;\n case 'ellipsis':\n res = \"\\\\ldots \";\n break;\n case '/':\n res = \"/\";\n break;\n case ' / ':\n res = \"\\\\,/\\\\,\";\n break;\n default:\n assertNever(buf);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"]; // Missing texify rule or unknown MhchemParser output\n }\n assertString(res);\n return res;\n },\n _getArrow: function (a) {\n switch (a) {\n case \"->\": return \"rightarrow\";\n case \"\\u2192\": return \"rightarrow\";\n case \"\\u27F6\": return \"rightarrow\";\n case \"<-\": return \"leftarrow\";\n case \"<->\": return \"leftrightarrow\";\n case \"<-->\": return \"rightleftarrows\";\n case \"<=>\": return \"rightleftharpoons\";\n case \"\\u21CC\": return \"rightleftharpoons\";\n case \"<=>>\": return \"rightequilibrium\";\n case \"<<=>\": return \"leftequilibrium\";\n default:\n assertNever(a);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n }\n },\n _getBond: function (a) {\n switch (a) {\n case \"-\": return \"{-}\";\n case \"1\": return \"{-}\";\n case \"=\": return \"{=}\";\n case \"2\": return \"{=}\";\n case \"#\": return \"{\\\\equiv}\";\n case \"3\": return \"{\\\\equiv}\";\n case \"~\": return \"{\\\\tripledash}\";\n case \"~-\": return \"{\\\\mathrlap{\\\\raisebox{-.1em}{$-$}}\\\\raisebox{.1em}{$\\\\tripledash$}}\";\n case \"~=\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$\\\\tripledash$}}-}\";\n case \"~--\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$\\\\tripledash$}}-}\";\n case \"-~-\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$-$}}\\\\tripledash}\";\n case \"...\": return \"{{\\\\cdot}{\\\\cdot}{\\\\cdot}}\";\n case \"....\": return \"{{\\\\cdot}{\\\\cdot}{\\\\cdot}{\\\\cdot}}\";\n case \"->\": return \"{\\\\rightarrow}\";\n case \"<-\": return \"{\\\\leftarrow}\";\n case \"<\": return \"{<}\";\n case \">\": return \"{>}\";\n default:\n assertNever(a);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n }\n },\n _getOperator: function (a) {\n switch (a) {\n case \"+\": return \" {}+{} \";\n case \"-\": return \" {}-{} \";\n case \"=\": return \" {}={} \";\n case \"<\": return \" {}<{} \";\n case \">\": return \" {}>{} \";\n case \"<<\": return \" {}\\\\ll{} \";\n case \">>\": return \" {}\\\\gg{} \";\n case \"\\\\pm\": return \" {}\\\\pm{} \";\n case \"\\\\approx\": return \" {}\\\\approx{} \";\n case \"$\\\\approx$\": return \" {}\\\\approx{} \";\n case \"v\": return \" \\\\downarrow{} \";\n case \"(v)\": return \" \\\\downarrow{} \";\n case \"^\": return \" \\\\uparrow{} \";\n case \"(^)\": return \" \\\\uparrow{} \";\n default:\n assertNever(a);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n }\n }\n };\n\n //\n // Helpers for code anaylsis\n // Will show type error at calling position\n //\n /** @param {number} a */\n function assertNever(a) {}\n /** @param {string} a */\n function assertString(a) {}\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/katex/mhchem.min.js",
"module-type": "library"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-BoldItalic.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff",
"type": "application/font-woff"
},
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Zvdc9pf49lcE9toc3N8A41hvtzfbywbk9MA3T05VSxafS1aIVYT3x1TQ/H1F8hhJbcsyrwU4JplKWgv7+Zj4wZ66bxC4VzRL9gHb9bnz/6ZMhju7Uno/47F21evRnZTjuj531y8zp9dsn1idjDcXUQkFGknJmWKn1yqQfd/40PRvQubFxF9EfdbXKjUy0L6RqOdIPVvUvn3XTDsuH8BdOXdpY//ITzctT0h2vaaRAKygaT2zf0ztfOZwIaI4uZ8gZq9maN/17z9T8LXgdvng56dV8FoU7jkycQpJbqEh0uaoDE1IweRdcEMwV286gD3yapFRtUKrobci24GteR8z2b0KT7iJs9+4e3FLt31LxeiQLcO/FZ56EW3CjfX7z+MqRfYuze8rFVt7/COc71R8PSnV+700HE7bs9Njt+1TWEnkPtYjzpVKVun33CCPxp34+v1UvssiZXM0vffGxaCIT4JFRxSSLJoVIjdfCxe8PhUr+6L4juLRLFD5d2o51z0taqjZq+aUxFeF8dUM1JnJR38Ouo/DPFmeT/vW5ZJBzGZ2oyA9SoyMkC0mXk1QiXJzxSf5cZP+BwFxEIXL690eIQvzbsXH5fqPL4QghqmRqZQoQDpkd56dMZ27DRyynriKKIAIeQM6mJ4g4X68grXXXc4XWk2J3gXFk/EVA7Ow+pj85t11XM0L/PRJL/cQKGXoTCFvtM6f2tmb3jA67GrbxpvaMkpz1PDoz3rZRbwr2WtMyYn41BLZankPePwh6vNoP27tdXyXZqi80exozn6dnfQ5tri6c8lFLfKw7d0gl3r4cGL+4P5AdV1EhyKcU8uwonxWc8ydOF4pLYRxxhw+t+TYzrorNrT4dnXJXy5zhYVLJBRJOCH9K+WRaHDm2OCtD82GaoPClfZmRCy8FaVjGMjLAOXKSd19SUoTS7uF94fHjIljJKCcY5un19OhQeq2x4qKvILCBGOC/wTUgJAEYpy+Gc/CZy+4UEm8iI29qThpSJgQyQmJ4V2K3c4w6t7JFY0fRdFfWfiJwk8o4bT+Y9p4ZVv6Yd6EQjh05uN/0YGE4E/Zk6jk84fTf6TNI23eQYnlp2zDIe3akiU2Md3tMetd6TnI+z6zlmBxsc/J4xhFybQ0dJx9e2bM3U8tkR0mQ8rlJSeVYXEg8ise4O04YyHEHSSczqbWplVBBO/hhUnRWM0dlP6w+934RaxDmCx99BKMofWOjF0SIC9ScyVdaLeV1Cf2K4wriDgUbw7kJR+/8/cFPzOUZE72Ni2yf/AN7wUzHLbjx7SezQYZ9MyCjRGeV9RgoeBVuIOsJnbREsnFOuN0PWamT8sTkxrGl/ebwn8jEfRq2cMvpS54lms+/64LUOXc8uJektQNKJjf3SG3ZkZbmNzz+2icTNupmCvVX0OHbyVRXzc+3GHv/H1wUPBiLRoMOEinmG83Jh1WlnDginqaxT3zCCd+8Hoq6P/tj79ypfvH34pHQjS+LRhfW1o/vKzNCJKUflpN85yl+5V4AAWHJoPuaQXcDtpZ9JYcIlmyRd2WkkpwRQVugZgCFjZ4/G7cXbJQBbfds2BSHlWNmqkx1LFgpYINveMhiD5pUZ+FROSVBSdUB2owNlh84Tx66XlnaoWPGiz3lm6UezPRR4fXMajAhFOPCidYTgrOdW4wHMxmmKTjmX6hUrAqP1548X5roOgRTpXI8vrH56TiTlkJIrujrCNECGNOKs//9HMYVCo0nvvoItnpQ9Vd+ZH9458U7d34frR8QZwIQDt7/e/7t1lm9tuzeReApROhBN+RoKUwa8LbPVcybDoRdjyplr3QTkMM2Ydedilvn9NU7L5x/fd/K0+lqpexXIwOPSirJqK+T2LyS/T9KjDV7zvTD7p0B0RSlGQblcnPgXg9ybPd7OXGTU+opW5vAv8x6XOl5H/vB75PoKG8KsH0f/dGCtBNOMB9SuVwocseRMjy1PXQjlXYY5+V0ZCg7u+8ZKQsF+/ZDIXktf6Pz3wOSvsmh7IccOeruzXAudD75WHZ/zxkjxXZ+dufnJEpGjOMPst//PUGSIVcKm9jk1iyURNTxyIn/4i+zza2vnJ6hwTsS9j8QkPrZX5a/8txzIsKDA8+lBMC+0zD2YfDScrScJKTXAgT4zBYxDX0/bbdDVth4wF2zLviwCdgcINx+IFzVXT/tw+AD33rjzgsfPrnw1FTihUrZ89MaXn13vDKPilK53OViiffnjG2PnMob7C0X5QFbvdFiCfV4tfp3l9+weytpLdgzXMVT9caurUU1Q1KgTLZj8h8dQcsHajXuMjQfnLHI7FOZp9IRzoVvH/FSEU9XKroc0p6TW0pfOBfJCMfRPt9iySfZL25udkQVD8VulIrb8TTnvrFxvI70RL2+R2jld7gupy+ejUif9dMC9O9ugH/shxB3pZ+5XDAkIrsL47lzeGZyku32gu2vWjJOv4L0pV/e9yOiGI0JRPylp+cbxJAFOzsQAkIFgD1v2G3DE8vhs4cIxDQi5JNEAwfCG1mec+xo8qxj787BW+JD3lWbgQK2+zHrkkYAoA0XJ5tPF5rPrJZdNby7LXd7n+oR7o9h8lHN6VEZjzbMxUHfmVPE2J+PK2stHwnHP/IzMxmsTQuDmBTBxBOb27GoNdbqc5HCqWOGQe31Xu3Z7LPpBBNuVo+/iOHI4vgbwZG09X9OLizT1zna6y/0Jz71y555BjuLZYqxnsGz9nHf8aWMO53mCmsnqWjnvyKRg/kP4mFr8dj+OQbAigbhVXh12a0gI4aiP/GKwAiIwV2JIAjEi9DXRSCEXVKK3vTLvyOPgxU9vayqNwljCPv3zs4U88MZV8MqrigV7yBOniU5Xm6WPHmzxCx4Xd0jZe8YMR9d3ZOQiCm7iyyJOn1NJHiByNn5552/JaZRqcx4NTH1k8kPWT2haqUzRe5G40IeJa88BUrUiozV9e+Hzo5cbI8hR86Ug1VDzs6/Ms45Mj1GWg/nZ5Izv5n6OEQZrtwJSMEd+n0ukZBrGkG+88c7f4zcvdnmfq6QAUHp/n/QdfwRaBgs32/ZTSPjdQTrc4xaLLlk0vN1icobIKUFZs+GQsZgS2iyUia7XAFCifR/vb0FnBtH0jfc1d3TPaQRDYiZtStppdUyyMtgZjtOnMROziHH4eSY6WFmZmZmOviY8WVm5vdJ8k2PRlqZLncfBS11jX6r6uL6Vy27M6J/GKkX9Rxbn+93WpViOhkJaQrqQU/4ZkdEPeM8en7U9vADHb9pfZdoV1nUT8E58xO92fm/duGGGr6x3eocK1HMrLiTzpYoRKyYCiDJYckiXClt67x4LLT+gr2kh7uxoGnm0+2i6mTlC2fypf0X46G8hGkwaSsf+HqLBdOtEiMWx1Sm6ecDOGl14H1dKTxTOH5+JZ/iNnu/QNa5nAT8m6iJBi4KzIgAYBkIZIFOFNJ9TfaCRK9r3BYyKdBIPiPHJJWHkHgSubTQni4Vko6hoyY0+Zh5Xle4UikUKl5/aMRM06UQfxgXzwTT/OrZqHj2V848hsncDAU5oOoy6DKm9rF9I0IyWWV6+vyTNHzsQnOzPa3zUALDYCpvhTTDlC+esCKh/+3PAYZlW4kQGiQf+CBQ8/Ipx3x8+wJcWa9p4cHzphzdzlv13PwJYSHf/Q/wNvwZmkYLg34DKIYDoXoE0zujJll1GEdLw28NSChgNKxwNA3TbKIs6KOAOBvVaopHlcEjVwXk5hudSz8SqrBan1NMm4VYNitjUq9smJUQf+xjg6Cc1vflS5ePH74ZAF5OGMH8VNqu24wXU8tPpZOn1oLE1rm+h3ytuene9So6jb5tYMcAEwMAa8ChCFRaAURHlZIGkjjlEhUa5F2ne/ec+7ohg/iOTPHV6H7iykOJvVq0QBq4FZHpWiWfNiMKR6uwqk6oksscp/tgmSBDrfoalMr+3mfmcwxi8ftl5FsgHEqo7KtTr8c/FqM3btwlMW//Og2mC9nEe+lYw5ObP0cNtIg6g+mgjBGBAyQhgiRywy8tCEOF0KjTulWpnqjlmeg4jeVhAkknVKbrJUz2GJzBWXlU2htWfX7u0Q9vevLx44++rAJm8vZ/J4Q1QFZOgd5e/aEKUQE1sjP1mk2hdqWy/uFzI2k5eZyFo3Ym8TMhgF5Hp/PZKtFm/6t4MpneNAAg6Ah/Nnh3Ht/Bf4CuoC8MjAXANAyAMSBFWA7VlaI2ohKW6C0k6mzKLSRJnnhMHXIYJZ7et5avIVmekUc5/8zwMXxHPAcKuvPeDz78mcpDnhF1AePyxUZ1IVap1OejKk83HZM7PQ/7hfu+K/TBEWOgi8vvMWLMTV25H7xYvVHKVbR8Z+qXYYUB+1JB1sJBKcLyqZUVog27fmsQNU6vaGlWa7Xz8WycS0yVLFkCYAy+jg3zrsNdsLN6drHYUKLtQdvV//PlNJBS5H3Z3/l+8EtlGGN+/dgZDnwqV+imYrk4F2qdDDZKhRIQPwfD8KFfaX/ErUHiqVqhKxr96N05nHLlchmdRe8M9N0YZrw1hSWvtq27FzGFKJLE/Xms81Xac6h+/UXYeHINETLjprVD3zstnkFUuvPVPiRuvIMwcMD8zujh93zuq3qkOfnIlWEh6HB/sDbTbtSKedsMBtAyLHuFoJEX99XKsXu+6zEw97NE/zIt5gpJdygkBc6qfgFPPOyjYQ3yty/cIOFvfIYQgjWyUJGGHj1WKOh6tLvz+pt5o1WMZ0hUWemVLBkCGujT14vpWDkRlLW6Sp1eKZuP4ZAsXzplRp/6rAKQkYRnl25+9tPt1ky6UQomCp1MIpaAUtQinWmQIi+kMqFgSK7/RJ01nPg+G+R6CIHn4T/uWv3L6EODSAgAMyCQA046QKURmLM2MuETvp5zT4F8lzby9feTVh5CemWg1ev9qcZ+PSS78b4tWByNPtjTe6XqyWK35wjviZ7G1+AV4cbA47emcrt791v3ghyWqLJwvBy9gbVWiEDANjNBiYeYRXgkul3WlXKmH1wx43PNoknWsCInLB3SkLnLyPNP5rcjYSI3qXUlElp6vRmRuAbRTDvEMJXDheoSw8FEN1r6gflErJwtSP+e2QijmGvzX3S5HkC7LrL4QgsoCXuIPkQJJ9QVW84IZ7flUQfiCHjdFgKMH1HAKzcHDUDH1hbmphqlfDJu7AZ3FY4CEFDHFedRyEnGkajouPsBvWCYnxd5LLTuDUvFm4Bj6XJcZfHs7MXuFoYnQNKVFMsaPrc081S/u4vhyXvets7ibtZONThOx3Ltt7/QmZJV/DZEdCPEUh3BoFCit+u9+5dgqsHJdxF+99+8OwdfcnmkoU30ud9aWZ4hTALf9LSQKO8wrxZPydNIFHSHQHVJ8lounqzhazJgPCOyz/bEAxKht9/jCVHGD+gLc61mpZSIRcP6ZmCzVFC43QSh5b6Z91g64p0PYxoK3wR7+0d9GssXSTjWzsWz7byT+4fNxVYhlotIWA41LfIEIXJgph7SOQ8yk3Icb2wkEq9beKaLg89vRvCtTCcdT89k/vLv1crZXspOOUy2Fzh8PBQMhHTSM2MhCVM1UB0ktEMWCv7Fl6S5XY34er7hcvM59HNHet4FKl0Hxkd6Po+opEhUcd0klxR+G3EmuVI4ofW+22z7VlT1g7z3erLysCc9dOnTTz169eyZ4/vzc9PNajlu6Sp6Dp7T/Jjv4VbBMr1Yx7+B4lDcZ4+GDuxR+0xItQ+9OYoKBb0PQvUqzzes/IMMRWeGpHobhXq1WDpDYtmpPCNqMp3eMuvA5HqkY5tKmChy0aRiHEEvLIdD8vxJack0wHRkR06a91sN6Y//mGCItFei9kz1ppyKFeqMERw0VqIFAC4ZKbsQ6ClpEj4h7lNWsudjfK7NcrwRls9eCuSE5U66NqTm3uiMwIQ0gKIcYJrNEAJ4XG1DmALFcGecdrhXCDCC9iYfQFCZIBCVGUBCA0IBmaEZaIskBUZx9oOS10q/f/9tQVRE05FoRFP8aJqY5Xy9u6Xij93DcPybbtzMjFTOqgzjZmW/kmsUWDiI6SQLEQgbSv6ZG5+8Iixo1vTa+Ijhg7Hn5wxcEdQULL6QRPFY+FRZJ34G9vyzjz926cLh/sb68mJ7uiIaQEFdRa/AK4GR+M3ND02m3+Ppu+XyUVt8rNrOZC/Wz+0nmTP2TKOP8t2VX7Wc9FffZOXK0QgOl2LefAtgp5kpTWULYVmaatvF23kJlMZMvvAJB/NAxVSSXUOSPYOrmBd6y6V4sBRUmu16JYVXqNW1crkC4LEXs+SEJX/v/r4cTl+PCBeFCSNnyrFwqMikis5WVUmph7QLmp1MzN+YjRj9hkdGk93DgpOPlB9bLTndTLJF/43aSVjKJz9L1UjK92yd4a3gX3Jv5QI6NTg+uhUJH4xrKaJGKt2WQVwKhXElgCvYv5ITh8dc0NhMu1z0L+MCXFC/isvw++Vf9RUE8Vfk9uycnX+/9ZV5nEvzbPYr8ZRPa5J0esjMfvghzHSa6oc+6DIPYVR1uTdwuWehOpoZtMTEFxwgSuERDF7sSshk+aAQdwKqIiMLLDbikMcGL071g6Kqr6qTA1nv3Hj18rGb8aissMffUqxPPpJ/8+pzDUcHbLR54rAZj4blq5deuDCISnD5QiZ//tUI+/TZl1ZPsFBUbyiwVj6ziVwf/Q/fXcNn3J9313Wm1wfXaoBpEAg+CwrpA1NWAYF0gAhWMFHuCNc6nDJw71xRvIGymt/WVcEDsgC6cO74wdLibLdZd5UxbkZkCe3CMeELuFfCXcaiLOkHMUdO1h+eclWyNwF3Ycy8p4YPQ01jJudjiBUxFaaFY8tKNKgR6mf9PDLM+jd1pTQIre9fuEHNK6duLJagnEx5gIdg6DARX4Mv59PTZdXJZqylYNCrC/xpJBxR/nn5xFLbMMhkCeA5Q5QALp4JZF7fXU3BdxwBAbGVHtYDPtCVwt3ciXNePWYNV1zedtGW0CUNRIOYszYgXk1gSugBYmwoGG0RY/tN2EMJfEBWnbr8XFuZm51uVjKOHTJUGXWhO1GW9DRnyDjzHnzlGDAy5w0NcK+AMqlY/dm/4hbQItvnX57rBGpTnGnbu2POnEgl94ygAPclapGIMv3JRHsnH46Y65nVMF2VRRntfZunCwFVU1UXEvn37oJEmnz/AKgJr5b3CidOFNazpvRvFN/iw79xObKCtgcbOQDS4RiDZ1skwNIdJCGQ0G02ti3VQz7SlX6vUSsVMkkzrKloBVbksUUZG4T7hUn8dyKlH8cWgvYbrVyhQiDMeCLqS0u4tCpppW1D6a62V6YqsWwiYBt6wDbj6XIFO3LCUj/7nSGm54hx4IlEsHJVh6TF60tT1flUrBjTOWWSplW+4ztJW/j4Rfcb/xW3priJXhyoJcBkQxhTv35SRJhIZPi9kfT0RJERIXrNQxuJsZIJKuJy54FkbrFjsLY4X69k07aZZ9xqzgv1EI5JDPQUK97398zsET98dvijneLg7kT4exKLc9npdCEt2xo0upnpF2v8eFSup62UJcdZ/ESYqsHuZnouM/9NH6horVI8QxcCYbsRdhQJKNHmK83WHuiNUDjbjFtJS8YMWooaUHVFjxaXWlMXlqJ2qZtJ1AWvrHf/I3wCfwLtooPBrg6ANyj2UiqCycuIg4gG7khetYcCxuNCgC8g6ytz/emm6K1HwwpDu7A7UpT+/HgCzSv3jEJOPy+diCgNPITsTGamTBz98dJhodhqU1V4v7leJCLZLScToQrG18Q0B6a9Hi4UAMtGpRyL+OG/VGwtOrzbDn7+84DpsNO3v682k7ayGywpyrCPJ0T/6z9DlGDEIMVEMSgSgHhrMSz73vibXI25jL5+EOwRzKSTADgHBIjfDKkhJmGJiUE9kDDcPnLGVQ9ETK5R8IPFqXtIFRBEo/ypfTe5V8o9e3pvZ3XJdTzlTMoM6yq6DJfVUauJcf7QMLI6LqoIufN99t3m/ugS+PBTZt3cCztWrhSJ4HBAjwQnKrdKfj1E5PKUGv9UgslKXSMQSHQCfqaqmnt1XZ7ZM7qs323yXWzB7ycs/p17u65LD5hLRxXchEl4RsEXwhktmis/nzQlpuG5upfs00znGMedRqjy4RVta0ZmkJBHEVEK/gIdQ1d/owqUjHLYDKIEEYqG3QEJfJUcAcmSDyBoTxJcGSjVfqLWHteB58ZOfqSD47LIw7k4dpf/bKuyUQxQouRjnM3mizXFOr1YbP0y8K7gVrqlj9P9893elit/6su7u+e6AZmxcCRg6IHC7Hw9Xbv+bXnrc5bc/ITHHLJY9pjD0529fjlSuVpuID92Fzx5HP3irwdBgv0hS1KIeFbqDqOeAHKQJLjmAzjcYqDh9ZsIkxiRvCklL6C/ny5x32e176F5748RBcHQuTOuAC/PuMiwYj0ic2eY/juTEcaIk+LvauV+LzIZkM7fK7kTvSr/4vAHZ7M0Mq/MPJMuP9VLtkrPd/JY6mkEU+a0bD8MjTRP6vp6yTHiWvREI0so7mMR66eSmG7lEpGgY1Gi5mKcwYuZBWLvpmt/Z87oJWMzuQU10vhU0gxRppg7XjhqlC6FccnJhirrhYXKwWwe1JT6P8pueK++9EzIjO4mQtmpC0GDRcIBQxXTCK5EX3KtylPo0cHVmgjfvNqVA+gAGN53KSjyFgio7j+3kcqR6lUE3H9uSyAkmHgGWAPG5GsKyHJNPn790QvnThxWnXqtXK7ZeQ+aMypU3c1Px/vfpF8ep0+TDJ0M/Kvjjxhx3nb9m5+dZntTW2EqUdMinMYvNQtl5YSjNmZOpZRWyXXimhUL6SxvkFlMe9VCPeTTGrGbg3Mdublcj3XUeNujxEnVLsqCEp4vLdYNikU+oJ9pRCBYVBtrkUS1Jxy9ohAdBxv8vw1Eg6VYqjUkDCS6m02lF04vpMzpIRlTy46gGmrNHD50+X4J/Q8DVQMMhzCcM1X9IjkF0WzkSJb5LQQwHAZpD8uuihccukfsGmJsho0q8jOTzyEu33nvBwf9+56RpKpfOHj4c1c8n3Dy+O72YK3fm2rkMlYkoKNLcEn1e58PtlITNR7GzdENz0b8N/FE6dcnG+Gj++4BxI5fIXzmbhsW5K1DXenuBLsSzBWypn4AQn1uUvupQWfqqYwyXYxls3rCZo2NsCxJOb6+EQvWP36XTWM1/byOe7Vg7SOLWMEbTigEUMWduBl450V16WLUmA2ZhZm0ky4SrB52UoBJSNxjwdWfpHuPj7obFFQCKloHro7QCQtIRUJh7iDCMSdYTJ9JGET8RrFEb8sgQn1F84yahwJh4Id6a+NHZU64LIqd4hNu3/MJ6CEf4I1tXbpw5uTuzuaxXmeq6XbjE6a4okfhmj5y2377ig/9zQQMfXwNR2kmnzSOPpDEn8wfK7M9igDgLyOBlJlv3TxXkXXZyulz9bkpGSgNJyinxmEnmYwqdqkSo3IsGTQC1IhJRIu12jfPlmV59voCG1Kqido81aO6XZuKqbJiSUyGP6eq7MZG06cGRZkQ4AAhG1MiScH28ZCCJSdGIaqaKjAJs2Cp0zq5XuQaBkooD+RSVRUIiydkOaNSf25UcXcmrLtRle7tTFhoYubF5Y7noTCSEHZdC8H+eoSQ51u8jDfMRm2tzIgOgaDEgG7cRfUVCRxPn7T+Z3p5pxLbkFnqvRdcFIsCNWtOZHkP3YSQG29CoK0VeXMFPgeverldJPZ68z13HZgtZa5FgcLbfwXunXZDGC0jRD6Lv4hslEE7vxEDgkao4wgAQhFR5sBXKGAcFnHQvW86IvYJIJROIhtZ+ZrE7GZPtDGQ2MjU9cUqYplcilbF2ERv9hjDBKeJHABZZxmZYvYF9Z0nvmv9+LWf+nt/nzFK8Y8RmYJMWfTt25gzgIv//WOv/HdAEUFz7gTJcfyHyEFT6Izby9YPVl2KhWm/E1oWnVAFJEqodAtxRCVOnxwNgoUOZWAs6tVtvBpHfAxdn/afIXe+qoe+FnrTrav7axt2tzfWV5b6PTFgkkroCnLA0djY2o4HCUZzljAGCUyMmfDZ+eKogDZc48Asb6uS74a9M3j6G34MtPOD13/e6el/0jYe3b72xjykrpwbLK9M9fPha2fP7y1vx6M/SVycgRIJkUCTxnL01i3/VR1LspELf+ojGeXSDy0+o4P9LdOdp3938URMh398/rFMenn7U9v9c4906m/eOP7DOKiFOFDtl9UwCQCo3gv2k5QTBGgKISK78nXcxQ5ry4BJScHoCHeNCIkc3g2+DgsOP+jAQUPk9c7W4ly7ls/4yOvj9LjicjFf8Lg1xLPPDdM+NAyqPQmcVLXJge5et09mvWhFtChcIo/1kdBBfDNgetBrLV6MSJTAh7Gi2UFNxbC75yNCr5WeHI9mN2OhdmKl8VEAqRH3odc+8NrkmAqzcRsUAlwmb38DhvuQ1xh+DBpPbP13AAT70GtE0BpC5Ab+MZePF9FH4fODRBEQjlNEAC23sUTPAJdfvo41VfJTmUUCXsx3S3FPVDf40EHVNPVpJOwfRjeQhGQuyU8yA1PqCqqmBa6hQCAcGAX1Sw/6AFnVbn9VnyBUcJmAH3Z+7R/ha+TKvR+h3vkaPuP/weNOQGQbVwbZ1vRbb7x4+6kbV6+4UdLWYH1xfnZm+mLrYm1+uRJkMZF99PtF0V4cAgkKrDCy95OjKOI9SWBgzWGxoms7QsDcdyvzs8IJjBy115/hvve2TMtxhXHel+Oj6bF8zs8VCZGl6H/6GwahigrEg2tyU2J9LDHoQpeqBaBqKEyVdypZ8sM/QignFcZMi7CGRIH+8I+AQkk0QmRcw1T+RRoW/kUB+o//U4xyLSJxGnEfnidEfufL73yZatEgg78pzxCZAOHBHA5gmUhUIb9EhxMuv0BliqV4mKugRSim+vlzlDEalYByE7sksvTDLunfwzIPtA3AQIAA3QxR90iVfpeKspimXD5p+xPW2PXpj6CPDwzPp5/fbRcoJSOvnmT4yJsrXCKiyuqFJ3QkQHEEgkisA7mX4GFnDvWQRo9cfnNzs//m5lxsQ2UPWHrkeGGX778fvqRFPPZeRBNensRG+6Xgc/fvdhgduKtYHnJ6j/f3FwyMvP79O1dK8LBDERVvI0Q+7eKft9D3DoxVQLQLWGpOlKpKRzulAIlSFULewpXQOPMIjyFDhXtpKUISRTcmKd+TyCFejLV5bHmpVq3tMk8DR6N4xaIzvBbu+Amnr0cTKiNC5PkWHl2i7wnIDOjGxkHo+SfPncGM/8RPv/QT7f3WdIIrrvjrGB7BrgL88Tt/RDUG09erv0Ju3eSi7vaJAMRBikU1+BOWlKaThSSBz32WqRJ/4wPAtanmZohhptN/QQjFkiaz/E76Y9LP/oSaxxKRVPrXicYRoBxCpODORl5B3zkIJhMYEwUoXhLRxcGwdJKTwQOu3uIgQgoAhEKHIknwVl+EpRGT8z4dvfNQwveicSTBYt2u1y7tVaqNjuJKf3RUaLbuTuPbuD83ziwMf8nD5Nocv7bSW8PzYqSpMqoeDDEu/wMLOOGrSY0X2peeOZ3XNUmNWpQA5uuZ6Mm5mIqLxcU1b3x8JvPvUg2DUMrI+hqUyqAAsw5aLUZValucRm7gPwRqPlttBgIbveuDWLagMQyEqiqNSM7tXp1982fhaIgcgGmSJsbI2Td+O55uZ2MHmq1RDJKhzZ1CBKURwn/Tlf3H0Evo064FitRTGMFiDxOCLh9iSnwdmNhF5DLRH72fNEGTC4kmTx904BufKELoMXTt0um9rZl2rRC3ODObImMQ/uKo7tLzej4PH95j3HQyeFTtCmJm8YfZoOhkjCmwdO4Hic8tcgML5+PXMf9lXDbOvxBi1ZO/EaEYY4gvLfojytb8R/IvJWLeopm19ZAS6V/e4WBYcxc/awQCsLQ0tFbtzBtTL9sRz1qt/xjgQKyXCDInn81gAqs/4VJgltUM0ZEebOkYjLXHFcDKUjNktqcvmxjgKQz37ZvZKQBmqcWKpCUyU8VFDbqzQO6fS/524IGkqbdamazK4N8AwAebSw6AvLku22FaQ/4UrO3e+5vuFGxQ1Ad6JmboCeBsdOEFCj5s2jVzo/Vhthfx8yuI8zAfXX0OETpcyPIwuvcgcbgQh+Az77t+9dzZqcpbK/2wwhLN6KxfZvPVzbs0vyUi3h7Lwkgbi5z7Gf+k+orrFmLxldRWxDaj8vVyVFaDZHlFqnO9XJ3pLi36Sx+shY/m7sQNiSkS+/DMTHK7pIcUPVaWV5YlhdGEbkdTP3AnoBu+Mrcz/yxVHykzNlRCcFG9UEwF4AtFjacIdi88nZhLT/cCX/wSjJdC4KH6cvyFL6qZk/H5nNNRsXuqBznW7I3HXtFgdobCA3Rc69cBGLH61ZXIrrjlRxEir7sW933om3/z5mMYjVsAWQ5exH1rNJ0TO8QgunLsrrgi55FJBN15GN17kAwVPfLk4xfP7u8uzDbrpbwVzcvMa/PNj1oG/dm7r8yHy/tJ4MS6ywmk+Rr20StCKixz4tC1Fv6GCct0ftSarWhqoiLzen0lUnn0re86t5kIxlJbS7FYdjEo1yQadhhp2BbF0s3TcUmi9m4tUydweuMjH1N0yofvAqaSEg4pErxBgWcS/ZNFxwnuDFaKeri61rvUn8nlylsriTSWyHmCFQbSY9PTQuapxHHk8IM7C7dbTFte+tlvjH1/fHk2QsVJkCSnomcUSpVqmvkojC+59bk+OoFOD05kAphI3RpmBB/kgMH+uN/sr34YsTw5bClSjr0cHNDmscX51lS1ZJkKR33oy2xyjMFzcXOTqDRvxUNvmCGOStdeM4xNmsxhY7aFq9XKf77+WrHxLU+dfiGmKZaieRA0Lb2gYUlnKQlH9RTIS40oW89Qfe7J63ZpvRUMBIPhq9dvqphSAFW+fHFwbO/CzmrWokrPKnp4M56/eBA0D4skqBsSSeTAmGdysQCfsFuRWG51M3luV8ZSqdEwjF1EUMpFKnzIRfpX0Xl0HV0bXDnNMWfXQOYDkGTTAxIjGUlUlsQ087A0HBKYBa+UFRX1Yo+BpqhHWtjl3PVHH7l48vj25ny/WU/Fw0FUhYrKjkqQgnfjNEa0XYtDzxQZyqrjN/TxZBnDFfRqwZPPES7WccQJn/WcE3fp4L8+c10KraiB9Pe8GrHXelpcz4WBq7pJGP4hKf7ssVLizNbmej9JNjDemD+cijqBIDCCWWMlVys64cxaraJSVbOeK7IoDutacRr/wfZuLHR8lpnNtZe+MYCzcrzzoS3MMeEUfyC0/1rMeGF5qXdcfuc/qkq4v9aI9rpLuXRIIQa1rWiKaTKJJ87+MgEqqo/Su9P4GRcTsI7ePPzlgmsetAxQ6JYwQfgg6b3C/qsrQ4KEBIgSisgdH0rkiSohaQ8CeHSI8fgqfAIfAri04N5CQheF6jXmfg0B8Zvc2Sxuw98W49fpg9iv9foTXJPgo2JJ51yi0Te2EpZ60M6GKKbOGS5FuKErF1ZVkJKhYMA0QoYT47YUqD99paJxEgYk+kXa2qMyDp3qboQwVWd/iBJJkULf8Z0JY++ZgRV1wubilW3TOLcSCc3mtIg6QlUB/p+9ecDWoKkAARCgEfwyAgIv+7uafJ1dmCvkkgkxvyf52tr3hGciFBoKnytv/ldy7MllHiPM/+R+0//42Kt00OpvMDbVjuR1IN8tJepTGVKglp0yCA/My1XWqMbDq+XaN8y24mY03QZMa5FcNCU/ckFefTVfC2n65cX5kiHjPFYyiUqcZGkgxoLJebnCyofLO7vds3bi843pWOyJ9v4ZYkZy8zcQRqV3/zn8Tfiv3e9+Cv2oG1mCTA1Q5CWQFGUC+zs3GlZTgUsCvCtGJ2SFyjeQgiSueKo7aeaQX5j8v/OgiYbz+KdOHu6jHbSzWKkXy62KxpKjdUV+dDF/V+PP9N4egU663YlGqtD+4VaVYWOiOuuN5rsq/SOyEVj5xh+LQUeRFKzmT35iux+HQtQIOdnsJwpcAiK1V+vTijHNd+RsqkzVrdWp9qwuvxkOTdVLHwxoqnnpjqRvdFQ1Eg8rleJ+KRS1C1pQ7arhiISjkXQo4CgiAsjWNO4YJBLWX8YSQRh13J6d4tYiT6Ar6OzgVAIwZCNYwlNA2AHBiNCDNGDhU5DEsMsrhghiROSgEQ+95EXqloByXb50+tTmMQFjitnoBJwQ3kTqepnO5GKY/khGxdyR92ePQ4Xhgpkhj44AO2N3Pe8yOFrxlkcUhYuBnUgAdDm2tMc/As5nuitEUW01BCBLBDQ9cS3obOUyYXXmghk5wb5JTkd0jkEbtHOXZBpVuRn/uWBGx4RCzAl9lx4ydFmJWHTmW7LKT32mW04s2qauskKWASYtKxwjeliuvLnam7mWI1M4YIVsNRLlrQ1bk7gaAq7hL3nL9umwEzqNL7se+gBtDNYLgGHRm5VGGBBgdOcIAZb0eGgKlEpa8jzyfL9ezaatiK6iAzgYe+T7ByMmBW8yLjLwpGWbxO76mDAc9eZyJyGE02P8rjtvQiCYCcwxc8ZJLy3hCWyuDxDTldFsrg8aHIFzqXXFCZG112b/mtpM2dI/+bvaJPaWiAlU3HA7FTFUQXNodjAjIBCUSDfGnYLRBI5v62Y7zXq5mE4GFBSDGD+KTkQjZTJ0n1xOx1ypgrFT7YuCE/ufzz7SrG6eukYMutrawNrh/P710H+TThaWomaYhv8k986/SKZz2cxUjD/+BKTlVx699cHn9s9qUJn/gGU+/Xtr50MYL1W7y5Xaqr6KP/zOtzfms+nrVxIY+OsIxGwqfNy97ypqDmqIeDnMnaFFwRhdGxvvTNoR0wNVqEqTX+YewMW9icmP9PYixZwix6pOllXrhjJ32fB7/Lp12KrKnelA5/pHSoFiwlbj3/NMzjaWG7rXsddj1cWA5s9XiJ/wKvr5YeKmVUqYwAmQmOeVxSs8fHVlSNBDlMiEymKlvSQzEU6SsXOW5fEfJQld8wBZprcc7gFPeYig6PAhdO8z/oLHc4d7A3estjdTyKUSmoKuwlWVTYCqRxyyzGFH9y7o43BuDXMx/OaPUzx8mqJa9QrMT1q5aduWKzE7ZxhamFtTm9WpaiLdLsVSgNN2Q0+GKcacfEHgblPR4fhEcTEcdqey2Ex6R4E6CJVQfvPSJTMVtwMLswS4KgUKfdNOxbOdtCNHjbxiBigotwJdJatGt/1xiXNxPt/hRVqMqBQo/Dh0kDeh/a/x1+PfRB30lvdLNH6jDgjgIOn+nwCMfrNGZDS0EjokFE+27OyjE0SIeUhheHr/wbgJFwRUyjtWQEcd6Pgy6YpkqTfnJV3+lIQnjGiMoSx6Zwbl7LpVsCgUAa8tMDNDZND1kPMBh4JGNSJx0u/pCYne6j013YjwQCDTcejfw5/7mF7FmAWVIC1Ib/8Yt4ksCuVE1uR/Onur3QxSPkQhTOOfdSV2x50fMRAQJgEiBgAalR5yiGGCmdgHjXHSwxWja745BUiDBy5llFCXBAkKRGn0fjIx6Vebq1Tr1WpetKnLHiCn4A9AeCNT9+OhxuCOh65JgF9Y35sq6xC2mTkTSwP5pOQJWzoNdGeqYTG8C07byh3eY423dbm0EWjNKWTvUqCZcQxsG2YqYSuvvc7N6G45qmFIkHbCCr7zt2L3LElIWZ4tegc/7vKtg24NVBsQxIEifOALj1dYIRgDRA/vqcwJb+QdY5g4vf9gVJn7rYWpmVpZYvHmvHBPFR84sYa7I6/O5yd19WhhUaXRAlKyJNHZJko4lAvsBc2pVvCR/UfylDsNO0NS57/z30uBGFeC5Bd+mxKZm2FKCAagQenXf4OVdy+/EtaLKVvR33f+O6eBirDEeXce/hH+otgbjD6B3hi8WncwBhsU/CLIyjIQ+Y0gVrWTIKnsAHEJSRy5koEUGSs3kIwIlcVAO9JUqj2BVPdYlW56gY4OCHm5oMWOA/roh9968/VXX37puWefvnmwt7WxON/tVMvoNtwOeCGPX4H3yrrjCFFYnzXZD30EI3rjvXjD0McyxTsiSh8GkUU/nfaj94kR0iHGL2o7XRHAExFRChtY5AUO+6ZC/qvITliS7NOGXDZbb2KvsUSpxKhMRIBEOQDWa9fyjpPPOWE5XuLJuUw580a/hanoVaeCJGTE8N/AHZB7JcXeX1IiGo/W9rnRgUgwdiloybmCJHPGviukSHhbKawEa+Er65pSnavVHqmHJRuToKRJMpUoYF1l4RqnpGXnGFXCSvJcrapKljkIAUiRVF3TrZChwkmwFlWpsqjgJI2FuIH/CwqMvPNPJQkIwHtOnySPpk/M+6ZP2P//0yeAHPfn/VH4fbTrxToUEFB0hwkh9iZlo4d4XIlZW+7PiMg57miywHZ7sbOfxPo9UXZvZCdm+EUmW7gn8/PX1lqm9wK+nCpoeoB2ZoAbTHNU7KpVys5TbOzHg/taL6nZNuHquXPwf/xCX7aTNt3bwTCjzcqd1crCyg7DFFILscblOjOCdsrSFB7/zLESBZrUACRZMu4oADSQsEscQFfyzx6GQ5kmwp4Ff8StBGRQT8RFIreAg9Fa2OTdVZU0Pl6v12t5YU7Ak++jAkqBG9j/3q7dlcYBrfiG/u0B3jpRU7bPXhxsnF4qMQBsxqjZcTJPsAo0y6nteiRMqkaidVA0oxH47iao53fPfa5UjlPAF6/JzaQtw6cjt4KJ7HJqQfkBzIzEZvHcTkHcY/7d74Ivu99jCf3SCAfs/w4qJmGKCCXXEcbDb4VHkIHCiAZRl0i6zUCgfe+lTLznp301H3TFb5MsocW5fqeVTcecSIgLERoDrv1W7RiYOpT2uw2MYPHIuvQgoan0iWO42B603D3jpzIRO8iipsXDKy9EZEWPkF+WGidmox2Fh3SuGk5fNnRFauewuduYu5nqKbYWMuJ6UMYLjUg0Eolq5BJO9WbO65zaIcJE5aPoashPuBqSQ22h0UlvKw0BPx3wXM2ERk81ysWYHZJRDnITGu2BqrpCp0czHpb/Jz8p8L323N+6+Iwc+9zTEM3VZ+Mfr8t2xVjrUwKnz9YaM/2FUPLM+aqals+cTKUf//hQphsRjlmc2a+fPguZYrTeOdHdP23dHmr3v8ZPuj97E+2O2uteIRffIeBPb0eFZMfFJT7kzHTv7reKu9VqR8h9dKKZWLSEzI+U3eubF450/Yvwu7/D8hUtdeYGWDZh9YSTBrhGe/ZMx/L1GX4PMM9PhyWM4eu+hdnZpKVQCQIK1qyR4vpYd3zNxbofR+uDFWPoLDA+GEFox3Db5D3J2cZgpuUaLDscdF8d96RNLLifRMnek6zeizeftLyC4q7KPuw98mwAsNTVHrT7oJSbDTZkfF2eam06OKA4Mc66xahZUkPW/OWqPDcQba5QdYiIvX/hQbD2fD0UOdXafFylAV0NBAw1mFkIxJbi7b3Gy9OWt1m9hv/I2y9yEr1vYKRBogBYWgKCiR9NJT2OAHi36a/ANseVyyxCaLJgeS+FG33v7w3c5Qjt6XIhHPIken5YLJlsdYyjAMd/z/aGdjwrb4kzX0pgYj27n/z+9pxEN6/rmGfmDYotgWJpJONK+oWAnk5cegVHt7aBm997I1GNg6JLjbSTgi/0m5VDp6zLgWJs90U78H0/hCF0ckmx08lXhcNmmtI4OJY1Q20D5852fyoA9NJhOnH2E1EGBHYOIJFP2DL8eKXZyraWOxywMjeVEH39d+fxL7j8PId++7dO9ouEYfAD+eo9w7doXB3xZ29ljJAl0hyvXNy8l5zSqA+xuP+RQfsrU8vg0o2HhCzuL9w92NsYrCxNT2VSjuUK+Dk4p3gGx9ve4V3R2IAyXrxr+qxnzvn35PdM7BGKWNBMwJCrnnYsJYz/hDHDsULRimgBR2IsGlODlRNvNdMJE7JzmdcIN1SD0o9+LFVrJzlLByRKrLhMlU5WzX6sVkpLZy5msoE/zWjGvwFZSfDri3NWxAoGCWDNcBa6JXdTD4bMbOYlYBDQVC5/4MMf3zqM0opOsK6lmzJemn8+eupiMqv6OP6/4uahT3hxC3hji3dGHd7hdJrHZvNwGBFfOHfyxNZGo1qdLXHmiGzAr1RNqP6k4ouWesSrxTuOhwWau9sOTBY//LW74/k2r637xu49I8/rBceYpngjwfAPgyQHYxL5QVDq1ROdvO7ZhrrlRCOVhHl1ZW9ddmIgxUzCLQdIqvOpby3/fjgwMfrsjZq8mgrxYzYH/AEiS0x6W8AlopWTrbLhWQs90EgH9djyYHvpffnqo9dB5PVw8QrFWtG3qb/m2tRDwcFd0X9FNSBiFBRhwAjuSB4P2XgizSTH41PlerYW4izZRF54ysfhjc8cwQFxwkYyVPX+d3dvdMRkuzvvlVrhUiOT4WamkMw6lq0awBrp3k4lHUid68RSp+ssGukvzG3rLBBbDKmykg+uRuW5yzWZqCq0s3Z6ECCqYeim46QinKSS4Uy+P1+vvpo9diUkL8hRrbg6EysHc9OPnIxINBcOnl6MmY12jKbmEg7CHi++2e2+Pe1mZYcDt8qDMYcDxAEDF9AmCt7v32NeTByaVGRKR8X4V15+9tZj1w72lhdnWrVKIiaPW22G5EEMecfjyags//Byqd/WHBtVv0o4lrzJyptVnfVL+b4C4+cNm4CXUBEMkQBg83SrfjDzzFQGOzG4u7BKzHKuMbOtYicOOBjMl7PJqhWTte3mnK4vljLOzvS8DvDUfLvigLLX0LChw8uqLOmYE4oxxkTe/3ytkK1l5uI6vf4Eniy8jhZPhIKP3eSaWQwEIZs6vXcNCHWKU3vZfHbOUBtLt9tLlJM/vdDJNjVpsWSuDxBBPVe/f8PV70W0hy6hK7+5t4oZjCDuKSR6nxL47ZChuoeFy7KEU3vgseMfu5WUixfidj0ey3OW8ON4yxtDPdp8wIvcoEcNlOJIfOfW8RolxLUGRxJfHJb2/MZJD/4bYpmUExpkaeX66hZo569/N40RhTJKvHqo7Sh/lMFS/Hc/TDNUY0xSr/LW6VgtROKZpZMEJ55otOLBxTTgX8diwDm4nHyJNzuXgtLjO6fkRwPlqKmCOMFXrwQ/o8SMoHnzTQavRprxWOCdv/rOD2Fay3QuB+ONeIYBNTd3LzfiYp8cFtke+RM3Hpx1ebo32DaAiTV5CiZYEZMuDBN2m6sS8RejRj1gixc9CAn3fjvG/sZgcd79gJ7LlUZdE6mQbU2u4B8tffZ5NxkSjneeFqWJpfz9/N1QeT+iIE9jbj4zSKe3KmGNAexccRLTuaktyZpuR8f5IDwLt1i+kX/nl6emp2Zydpy8/R9xL0rq+WKpfWAQzQpLskThhJoKOc6Zj1lqPz6DOeBHLBavHl5/Ug5Ej1JELBfSlVdm1/N2eXre0Qne2dCNXCFsXezpEpHsCMLo8N01L2NcRWfRJ4feXt0Bxh0ALMrUoxdk3DsuIq/cLvaQc+4xNnk4MiZegc8C75cGe0v2bwn/Rb4SrRDhark6VXi6VvNmVsyR+o8bqL4rqlQ8dPPdaw3HW/b8uZYx30c1avLdcihY0beeTtsmp7KQZiBYojJJpLO1zXMGiznByrneiXBN2Tlz6cJHrna1c7XiUiValeGYyGJxgPG+NKcmZJlikFksFsiJ2FYfVsdIvGQUll54YepWt6CAdmHv9UsXutp6sdKLfWqWW9tudivPpOpiCsGdR/9TV14XUHswVQSC4cBfRndjombvo/lMOF52yldaYcb8YV7htB17FM6MlXjUlxkCcfgEnKpgsV98nag4PxeVJZ2SZqTSe/T9Yalbef8+1II9WaZ2p6e6U43XHsPRhPTHytc/ASyrS7QmUZsZO1tmyDi7MbMiAZONmAKAA3smA+CRpAw4LnTQ/Yt8Et30fyu7NPyt7DP9npV3/72Jf/+m+GtIB1MPousJuuFfLomgc6kEHfs1QDCkEWf/F9ByJRsAAAAAAQAAAGUAhwADAAAAAAACAB4ALgB3AAAAiQuXAAAAAAAAABYAFgAWABYAvwF0AkICzQO0BIcFUwY9Bq0HMggfCK4JhwpECqoLUgwkDR8N8A6zD2IQABDZEcgSeRMeE8MUWRS5FXUV4RbBF7QYbxkBGagakRsRG9wcexzTHYEeCh6DHxkfoyBlIO8hziKKI24kTiROJO4lRSYeJr4oOCj5Ka0qdytzLGYtPi3WLo0vJi+lMGQxDzGaMgcyWDMqM7E0TTTKNbo2EjaSNvY3ozgBOGU48TmZOm47DzuVPF49CT2rPmE+yz7fPvM/AQABAAAAAQAAPznKRl8PPPUACwPoAAAAANiymQMAAAAA2LKZA//p/ygEwwLVAAMACAACAAAAAAAAeNodjwPMFVAcxX/3/F+csu2672XbrnnZHBsyxmbFKdvG3JDtmtUQ5vz57Nt2dPEHZQwESHPAnlhDKVaSYwDD4qK1D1k3rFsYHp/IqZoO2kKfeE7WL3Jhs+/uGlMYovfWNQyJ9WTdYZx20SI6Wc8ytjCFMXGLHjpFr6jDZG2zb0BJiV5aad+HPhrOeHUGHaaUDtIqfa7+pcX2i2lbqE8rPTVm0FMLqr+pg/80dm7KiHSM5rpgP4xWMc66n6y51kwXykB7yXGPUbGKodGDYsxgbHiX2MQUHaOTqmmvZ551A0v03/UP0M7/66ihfWO6pQr6a77rDaRXOkwPeT7/66UHdNEEevi+Ze1cF62r6ZLO01lX6aoGzlv87wdD9IpO+mP/yrhtPGFQvMbvmZW+eKbdkIrAaqgBdqBFdgAAAHjaY2BkYGC6+l+DIYql7P/L/wYsh4EiqCAVAKgYBxgAeNpjYGJiZtrDwMrAwNQFpBkYeiA04wMGQ0YmBiTQwMDwXoDhzVsYPyDNNYVBkUHh/X9mhf8WDFFMVxluKDAw9McxA3UfZloBVKLAwAgADxkR6AAAeNpMyrURAkAUBNBllqEJNKIP2iCjDWogwt01pAASnAxvgBwnW+ZwOfn6APD9HbDcI9AHn5UDVjTv2QvPvbLdox9BFBllkhnmWWSFdbY44YxrHnjZGWOAu/MhcHeRP1djk+27Wz3d9Q43pmc6Jqm6KiqpoLyyyiitiEK6rfNP/p8cgVSgK4gEjGxADGMzAQkmdAUgLxIALKxs7BycXNw8vHz8AoJCwiKiYuISklLSMrIQeTl5BUUlZRVVNXUNTS1tHV09fQNDI2MTUzNzBopAMBA7IwtYkGUMACWfQi0AAAB42qxV5ZrjyA4th5phGHxBnpr07ZuUPcxsx8nwNH6fa9Fu+r28+wx+GjnL//bR9shJc/dyQ1SlUklHR1KFlSFWq0lsiV79pKYXX3Fj+b2Eb7o8b9MtylcTrjSzn0fVqFpf12uu57GyrCLd6StHRWnos2OY0i2fK4Y2iH9Z4Nrce/15ZzyK1+Ol9xNPe26eEC8sJB4/tS7xXVndtZaKgVG2wfNQDXfEV+X8KizhLCGAyDPi8YUkhYbkbFxWt2V1O3VTa63LTttazWoh2bTW56oh+Kk1MwCqRwsJ13XIDR0CvmUn9blmNHDRRlFfC0lOBsHlkytpvM7Vlgd9RDnl8F1crTeR1mKSLrjZkk20xenT5QRHLpLajuxz3fBI1O6ryoCaBrY61MRKhxlX1rbYWUd8rrd8HjEkICei9Z9qao3EAz9NrZiknRLkqOmPTKgoDlveDtljZj/546UX4NDQI+OU4lxntDFkSrnCJpMLkNsoudrUWWcQYuKY63wZtxRuHXVp0pQJ9SfGq3HiudqzLc/nKVNUKjFvZB2fpw0MiXgyeinXsdCh5SnZLWE3hZ3PM3AzW1JCYGAdcXk6SilPiadBms+z5tVKUtQ2OvYyT23qb3w+YV4tJq+WB0rXg/5UqT9pCjUTrSbFzEzEThbyTFuaFK0bFpPyMYUPds5qQh4LSSHkIdswz6kM2/I0rm2v3cE5ruC/1Fhk0gP+HrT7S3VMAQulTmmwFbF63Hccp6zVKaMKVYlXEp7RIcU8oUMe1+i3kFKE/3521lHTKgzztDjZaPOXbfcSaDqN3E61fT5jCkfkWfAs8pwpqiLPm6Im8oIp6iIvmqIh0jXFiMh/mWJU5L9NMSby/4YCdj70uVUuPvW5XS4+8/k/RvFU+y9g/C8w/ge+CRhFesAo8hIwitTAKPIyMIpsAqPIOWAU+T9gFDkPjCKNoYdlq/kGYWdTijS2kZQDko30W2DYb7OPSbpiiHp0TCV0dlfLM/abFmgln6/ulMc5y1daRd05EydXbZngtZKZY4+vG7pV4r0BOyc+HAQThuBH69XZ75T8dB7ru8V15wwyuon8qXcMXlZRdtfnWyY499Dn279nyk60DvM7KIk626SAeqy0dPaLPO/pns4oWUP+7GCibzvOmdOIf9cAFQYEf6UJj0XtzTzQRA9z+Lq3e0zBwAfXdChWxKnM+9PF5NsKVcn9tjJXvWhDeQNHI8p1aa27mD5U8wBaAhuDx74SpRuaq1G2sZBgk7lYp/IGHbyTaULoOd1FDTUidJEXRBklpaOCaImicZJCch0NVT/kFR4lo2YJAp8Lg1duNxZKfl84IGjqc0MO9ENQ80DUyFWHOOvqngSTaj0UfZnAkFG1kgT0UHsuNNtKONulvNHE7sXeb99BoY7q4GFltLTxoyGCaLs0qXw9H0xxu5SPjaZAWOviYX5ogyJwTmMAn+yoF/aqn+63PtLmmeG77SOdhobvtXMElmYB2sM2KEvAAUyjnQ4DuzstqNHqgb47dNfBo4E3/C+0Yu+f6j6Bn90FLI0nZE+9PTvEGAsZ2/l3JX9PDwnQd/en3EPKZwbD2Vcyh6cCvolZfH6M/oUplHP6FN/C+qXhOxCvhLUYvFI3B4pfe6wH5AgCIICiMe6RYjoXiO21zVnbxxpccPuPiq+r/pj+Zv+F29H8U0bE1veMIqo4BDGxDw9AXHEIEjQfiiQNSNGANA3I0LwosjQgRwPyNKBA86Yo0oASDSjTgArNp6JKA2o0oE4DGjSviiYNaNGANg0wxLwNT3OHwXxUdV09qXqcGYZnHfpi3oX1gMGth8itR8hNx2Leh+mEwU2nyE1nyE3nYj6E6YLBTZfITVfITdfiXJ4cBT9Pr9fmhWEeX8V3wTflZg9Fdk1meNpj8N7BcCIoYiMjY1/kBsadHAwcDMkFGxnYnDbrSzMxaIFYW5U4+DiYOCBsHTYJNjCbw2k3xwHmAwxMDJxAHpfTbgYHIATzmBlcNqowdgRGbHDoiNjInOKyUQ3E28XRwMDI4tCRHBIBUhIJBFtVOAQ4mHi0djD+b93A0ruRCaiTNcUFAAZ5J2gAAAB42mPABZqB0ITBhGkfAwPTccY9/3/8N2MSBbL3/38P5B8B8nWBfIS6dUC5nYyHgeJ2MHVA/hGYPgBQyhzJAAAAeNpMzCEIwlAUheH/3rs3cLKxwRy4bjGKvdhsy2ITe+/N3kUw2jHagz3Ze7IZPOGd9HHCDwzWYPw3gWxUTLIz5yAHK85ywYKLnKi5ymX217bhITeM9pHbrN9R2ZfAihlw85CN3u+yM/hTDvb+lgvWsZQTY+zkMvtrP8VRbtiml9xm/Y4+/Vqlqu3WYSC4z/6KfbvkKHC5zBgot289qq3GCtg+lkIfft/vWC4zHdNqMjuzkH/LSTrJdDuy/Dn4wrVK5W+pVqlWeEUZ3Y55P9AqDpTPm3EgvLvk6o+c/Ie3IxnzYiBD1Z9sywN1ctqQNlpKeiFvWtnTwVoS27UkayuuiQpP8TWplLMK0oPgkcqMTmKuiIr48Uix/oPV8ueZ0Wgk+tDryLGA+9yXF3VwkdgFJAukSPa9kbYR7ymjsqEKOW+Km7KvbrQjPO8g0qb4bT85tyOZKQaAVlRskDWIQ5WxjRTvb9a5laq4INcLgs+XHVdFVUDsOpflUOqePOspdoVIXlvcZWmnvMjadKpcNkGmU2uE0b284nJrrf74L9cjpmVKKKUJZaSpTRFZYvpMAX3Bt0YVXH+p5KIqHqYVUmQcN8ZpH0wNJMZXkQ9k08WCvGeVq/TjSvkPsG1wpFNdBEtSCMU+8rcRHyA+oVNqILbgLUG7Bwb8cJaINXLWgMZk3TeDp3JOwtU9RfygUulK66bSy5lHYGX5RJw3w0u458crJ+u/Yra5zgyN3CWof1FfB98xzkXvc/D5uB3cduxesOQtzk1nnzwwtauLaS/vy81pSAp8vtoUU5MkstUj2xHQ8YBG0DK38vYRnSMagZm5/IJRbEWBZS68BohD585OU7nsTarj26I0595Srt9SwNzv7bhKwj2usgd9GVUN8Wjgks7wBnZjItI5LtJuHgObIg+4xZUiLuMyUMPWcLaIhXPvXc24TC3k19+S89C/+D84W2PheNpswdUBgWEAAMDzW0W3T9eb7m6PJjE4C7gTAd+P4J83YiJxCUkpaRlZOXkFRSVlFVVBTV1DU0tbR1dP38DQyNjE1MzcwtLK2sbWzt7B0cnZxdXN3cPT60cQXBtACAABALu8u7srtjAFBS1jkujoRqOnb2BoZGxiGrWZuYWllbWNrZ29Q5SOTs5Rubi6uXt4enn7+Pr5S6QyuaKteRqSLYihaFVHy/mef9ueRtW5bWv1L3rBNc5hYwWHhxeH5I6XJSffRg+cPvNSKJ78Q/IO5AvSkrOfpoeirtC7AfTeA+FFYzgWtpqkvlPpYuBMhzK82QRyycENxFBbM+dNw2kRZldjsgCrS5CdndqZmvZuzxHxCg18ZGNc2diV0n7rkrrUKad+6BG2iSPqI0eexsntXp85fXN7ex31TdS3OxJ4YqkAAQAB//8ADw==",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff",
"type": "application/font-woff"
},
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TJMDjP4JA8LThGEwMJ41YxQhSnGi4+ynD5HOE5VST/fcx5Te/wQVNCb9+XydKa1XH7IfjVcUJ/+sDgCKeKwGXtFzk0Sdf8RInqLW//3xqVHIAgCTxbOYK45IS45ICaZKd5M871lGgOKSiQE3tHedaVaTC6T7XbMYrt0E5N+OUqLnFJvRtfHIHGINLkrdPEyIeMoFEsmryyvZtE+ON2nDJ7yMFKAzwCv9l6ts4HrChsq/Gj3osYuZHWrJuJtKSccqYZem4NzbjzVAJxKXo6F2Z7PQ+G3Vl1lUMzs2Pzf700casDcZKk0vTYyVqgfaukfJcMeE/ujCc31qwOYAC5nZVhpdjtk7d6cwNzWUEsI2ubDmfKmN291RN8uSLK/9arIBybG54dKZOCOr7lMSnSJ5Mkg92LHZAagXAmyZWJBRFyoXL9FsRb3FNI2xcEIlw2gTeCDJyBxDDVU3cPguAh3owCLqJVXeVy9lcQnfK6rV+4qmla0SDdZvtwYTShnxUoGZAwcOOd3vTFw8f311xZ+RENb3Lnw4Bgiiu3FX0+yNW7+zye3cVhsqB8FAUHGIs69+BT/3y7MH3nj9U8Q8rsZH48ByVEKkw7ffuHi2Uj25f/MilQGJybz1Xl8GjLRDkcQqE4Rf1TP1hg0gaAdAp6LrFaRvZfNJtuG2GHdnott05f/9xS7UqivyfVSN//6Yx8EfY3+5bzPw9j/x664uQe4z1hbldemjDOoQjfX965A4QboFHG8Zkf7nmFFvup9IaW68ohTZbbz983LjsfiB52+qNkJJHV+TVNApXiIP4SaozdPPRlOKBHr2QrngDjTGdVq1kIsDzXckEl1CJxdbsLPk4hWnYKthsQvfL3S9RW8mBL3W5rr8WLiMKUUFPZf9VWGbxM3/mxwjBIH6BZMkoecigW4wNU4L08oBTviEUqd4RyKBexJw33XRz1iBgarJcSnECQkM3QSwFxH2BgTzqBhUOJivAc7nS0oICouQOW7a0C+rLVkr+bM4u5fMOV7GwZaz7XSMonh4KVqRcFi02IQTOiyfaCX92vh0He3371NbhzPUf9jnnxTd+gF/GL5IWs/6fv1oAWTSt/ygBgQhALt/MH7NThQm1JOnmVltSgRDTsTaY6kdf5dx4VWe4fwElkkil07deOAjO1EYIyOy2qYmRcj4bj/p9FoUiYRSyMLWdrbXrsjSoMgacLiMMNoicMy2/rkp6m8APmdaGtx/YuldK3zeuhjvV+YOLlUdXCsMH94UDb1g8UbC9aMUfSQ4JDn/dq5zbM++VLkIkmwzFstXsXHrHtrCYbiigxV937CX3L5z1Wc8eWT92+KUnk8VT7wtKDq9rCNx37T0zlDj+MCyXpr3hc+Pl6fQs58QoIfhyPR8ZJytXAyD0vXKNCARBwDN6IkGkaCRHNht3A/fJCYmGiUZ86axXYp5BveX11r3MswloaU6WpCw5EZo8cKnnc1HhV3/pQsMak6VLiIHuP2a8SfcIvMz3RPjKFczIcBgOdD+49JlSmXrkn5JnElNRwBWtdWMUfN8hhHLNiL/A1h0nNTJHHl562qaLByWiQMUBV8C0Nw7Txt8O5NwAdKd5N+GcoJaXmpO5sm5A/KZnLUuGu9P21v0B02AzI2444Rq3y4arDezcV2cnvXMep8H3tx6h1oWx2jb1nT9pUXPuxTe8OXpfQg1VLmXl3YsB0U7p7HpmWykuhbq/Ag04eFgZP+RWh1Iz9tVVuFfd3dJslT3BsAUARoY/sY+RTwysaIFcbufQdYD7g1scDlRdpUTC7qx2/wZ/AAigNDNeLR9NWBEIAfJSJpFfZxJZISevir3oLD5oUzSuqY0Y5XaD49wwOWhwzFFucErFIjc4RtUg4GeUYPhv8HYZVTTJiYbc9DPU5w+f2L/khAyKwpaDQ6G11/qkM+nKxFLLglQMNeYmMraDk7srtb1RfLwek+AEgkArkv9dp4cybx5zBxISeP0lW9iN9ol9j9x9/MS2oK75CX6T8ZCXFMlRzkGb5tUchn+yeV6NT2427gaObrNZMuyrzhQ3gzDOKMCCLspODWYwueP9i+/4SeXEfUuj77xLufJxxgpwUFrbPemIy8qBA7b/sVhxYrAIR+EwgPvxS6+6b+Giou84nIXut7c9lk4DoPbA3DlPeHZkle/qQULwaXyGFLiMxE0TIiA9be6cLiPiOhFFh2hiehuQcwPQnebdoi4j3iu5THaWywiPzRvcXnPbkueG2owYUsyG6xmhAE8IHcQn4G//BhWBPv0J8Afe/6QeNTz5/ipcixxytFzYHUbEjwIiZnw+oHjPBR46KBmAf0AEWJGwh++TDN8hcs7AN9hb6slBfM3s3mbzTnN+0ynTlDa927M1ZkoN9BI97BzIq47sOCkbxeA0xwp+ARUqfPCDEAy87e3Uit0/TMgeQWg0BvERHryEYGvYfjpxwOvhmLyMxV5/zORxgqyaxl8gFIUNREcUjxBRDIm68SfcpsFpE25glu1I3tcuFHca1ZFpbNcMqy/JTEvdFEEmgTPY6x7QK1Caodz0SsnL5i6/aQ690v75oQyANbWzoVnOvc2Jd+/NlPPIcHRMTinKb0MThEPbtpx5vd8C1oPvu7JLhISTHgdqGYqi++r9QefxhxRFVdOunQBSIkul/wRL0H3pYN7YP0qYTKbINlPoKCFAyRkBjPysKXS3jRtmSK370v7UGsczy7IhrZSeDTJ1syahlmzriPFsURpF2A6T9/wcqxM0dMV7HrbCPAwNnX8rXECArQhPvr+nUil0/xwE4Yk3U7i+jyKXrkOEwBpbrX2wjuBcMhWDcWbWEfxuXkfweo1HG0t6cpE9qNFQLTku1MaN+eMIkFEWUQV0C7dgVlX43W6LiQbHzUDITpAAwgk+w23W1eGCm0froFOg76s0jeqrUaVlniA8MnkGXgiuw9sc2s7JrKK4EShAYvYBzTUEHwQHla7/uTC9ZsWgU/D5RiiKgLV1uviYkXmnLrbePGl/KhsLUAKmJ2FH4FaUgmFhB8+5Rb2WHc5pXE222bo0c6sMJdFLYbXrAZDYOtMVzEnfghGs1fTdqtZEwaeoXkE89uDXJtrdL8LRo7Td3r0Kb/sL+GNE0xj6/UfzxXV/YPXkJ6D7z/D1b0jw8U/AK4wdRIGt2kPqG6gMgEfN2tXAkFm7qm3n9OxtptZiMj+wo6+e2/9OB/3612/u6s8C7FSNjSVAjhJCn2TPrJLTnxrxESrolAqwh3sQAAwF1CdX3xsDLt2XN9Jys3E34QpquB7yb9d9fWQC7LspAf6AJ6C1wJSAZsvrabeYWpaAKTBmc7EJUzsrdqiM6iT+CbBvp1HwDj36VjiG0x0ARJY7HR8uC2Dbhie7n/uzGcC+iOzvXlzy7IDfaRq8jAjDMIwiBWG4O3cCvM5ZeGLe4BbsMhpkSfOqF358XqlH/bO6ByHhAK8EfAypAGfhtileHJM8tOGVJiJvhejDVgqutKNz9K3wNkqTV2Q8Cdd/bmD157vLLbsIy+/bAcMGAnbbI/DeYUKQvIjJ43/jV0mQjJJHbqnCaf9XF9quFUdKHR3vWi+P6Lsl4vA2uCuV7qlxM3EI36QeMZred0ZwPLj/6PG1bSONc63Hv79jyuOz1U5kV3ZM2l0zWy/m7fgboGhvuTcZOnt1fGs9+6K5d/3Ewnr3P1bO2VGaqd/35j3322llz7sbpOc3/f/Y3kVImVtZm25FBQIoAMfoZn7HYVZPbp93mvPPM+VGzsS18R0lHvHf4kHJaZ7h1nr7nzUwZ1624Um9f/HxJ5SdR8ZjR8f8Z47Fo7pmhy/OtOTlhWh8ddV+oeAyXCjr+o6FnZm2VQSKb3iVwQf/UW1J8OgbEdC9ljL2/TX6vqfJTvJPHcswiDQMROSZLQvDLEmoIIr0gtHLIQj6fmp6cvEoMfOGnFlSHFCg4uU7QnJiJTZCAhEoCKc3wo38KDgjG5ndHMRMSXJAkezRM5L27Z2JVom5AgtJidkpcTCa3cB0chzZMW8gYYRn1QbmyPf8V9OZ7zMgfKlQWZvVeW6pz4gv3C0LFs2i+ATxkUNboNkMBGDUtuzCuS2S1yedfe/OjqT5JUVxmHyomrz5XE2QtKLXWVTV5/BVAMMjOOw4/hpbfvVeG4Djzx5fvdcOgD0efY7x6BCpkitXnYB6fsFm9FARBBFP3kxFUui7+ZsBOPsAzzfnBt3pbRZSngqjXtjkVz1RpGduPQGukfquCDQ2xoaca//nY+r2ozYE18JI3fkC5h4uZt+WTNa5pYNfv2DftxYUHQJduitwJm3t8e9sQynJC+NJt0S7v6HC18+98116NCAsexFeGJx1OFFwLQYJkBbTXicZF7fJmzoOCYDkgEIWkNLbwrzbi59GOEcJ3F70vH0qZAi1MbppkVMtFdLJYkqQ/L1GnQDnmRRnHj0K5L8bSpu9YlU/YM7lnvy5B44sWFSLF+ztA9uOlRxTDcnrXaK2i7sK5RceVnPqrodaxaAjPCk1Oo5yFf78yNvKUihYBXtrtVqKKS47Fe21o27P3AuC9hn5lLoYd/lT+U6Y2j2yb4kAeYoQ6seniUbWDQp5BIoAZP127WbODOq1jYOmRuvYOIWJZ9ZbE7n/wDJsyaQT0xR5sNBkDmtTfsouwBj7VZQfdjrQaMArX453zytAC5nub3V/CxApHgJu9slreNeg7nPtv5ocqKi6EXouCz06UH7cOGHG6g4ChAK9G6HnLV4rBIruXl6YG9N+aM5/2RDKZkzQ68X8hfr5s4CrvmD5UGDIjrXq0bslfyYevuv8wQesgBR+7dsUuklwuU8G5dFkYVz85t/Tbie+bTTtnTu5gh4x4LATAuRJQugQwydGygYiNoABmpqnpheWGTVqULRe090azjNsjb30MGWixljlT6faLUmu2+wgpXb/pr8yeuzBr7dashLXZSgz3P3dUwfjVsEz8wQczcK7P9/9AAwPf7K3GqHBVtMgW67VEbFPXocAaIi+sa4NA3xlHUttbLjsjYT4Jmd9co1TiVPT4Gv92Edp2uBnPqmnBanMRpA30XkgK4Br5AMTJ8HuoULiS1OHPvaxcy5JQQRAOT396sbJGsA5DP3CrgjKhQdg90Oi8qnu/kmnZR1e/yLofqD7lAC/u/vnErVxRRTDyz/R/c8LFPE9LiHe1b1QByH4A4Zdmqx8KuK20JtNI3YAQysO8jgfHES5f97j7GtaMWB4Zg3UrQKzELyxhePFNOEQMudS7wdkg3D3J2DL1mLVrmXfkXuw9jchOBngG/TI/K6p+VdfkeQPr8ADANsB106Gi8WfL7b+PYRXS8cDQXzr22b3vlWSP72fAPkpQmiRYRAku64FpN7+2Eyu2Sijd+ak9au53JjOSnzlngDfn4CPyDxJwfvq8z+1dYv8GiX6X2qz3n2njLF4rQ6x2Al8Fp3dvx7KQ9gK0L1XFh99IyC88Q1fJ0DahODn2OqiZJqv4HnbbW4fN9+uaKX36WERaeoFvpTREeqTZUrrrbpP1lhX33b4WyUsHy88rcrf/a4ofvffPn12v7sr21pYRQDMZZH6g92/7/4DWHcg1gmQ4g0JPsQ7OAeqHSf71Q6erEO6mtZyeubKjMO4itJzG5rEva7G2y8ePKjnZ0qlw4dLJdfBgz+Ef+ulY7qHu8dExI4FKSFw46/Y807yjnH9eZQgUDxJgBA4QAz9CGQlnU75dObxIePuRrtZZ2kVozOqBifP3iN+1HUg/uJ4qYxWevAgfhu7xa4tbOngY9h6DOw1G+G9tehEjVHcRTQ9kiLwkBEA+1NG9Ms21a8no/OSzojQrC/WqstDjjDsyS+nLNP42tq+fVD1FXExl1K36n0fj2Pzxh8TOwnyjQIeMfb7DWf1ttoAbz3ph1hT8n/9pxP+6z8RhKUszgNyqhCCZOuNH8AfwddIlWwj/9CxVEAQvYB6D4nGuGOICESWBPmMXinm3BlcIpKER26KoZ+BpTcDYwAcdiA3G/jx7pj6ce/4fFDuQSjdjbQGCrlStphyK1K07OVlkJ7rKGk8Rt5YWuUGpW6Ydb0elWtRn2Fp2Jgeyzx1cCfaaNRbqEIhdFipi60pvxzPiOpUeuEenyjmZe+hbSKAxVEays/a0WIdPhWIwPvLINtnxgQH/eVLiJkw+lBp5EK+SMUaEUMhV9WNoxR2d383GCnExYKA4LZyhUiWWNYtomvFGvnq1REQBehtUEQ35Kbf7uJ+Ox41++eNzRm6BYRLuAFHTLDAj75T6se502YQ7gEIYzNUFtAX86ZHyhukfL1y38AbF3xfzEjKrE/p9v4di8MjW8BiWd6nydlhsK7tWJofkyWsjPLMRrtWiWmRIWdc9FeXT3Fjit2/QxDEPFoOTjiVVx+aK8sQl/SoyjI2brFEdj2uDr+EEOBUhu/CV0mFdzYrAGQUEHDRdEGDg8WE0sRIWldFDa4M/NxZ1LgI31I54A6iz4n8XObJyqWfPOsan8xKLieCiLl0XHPaGotWbHp8lt0LNpH9OGhn1+oJFX7+gY/aHUExnwcACkNUQNuxHS7HQljNS1goIJUgSvftEjl/LLAqyTLjjwRpk1detQLcyh+iqC/cZWwNbogshm4FYZMcru83bwbhHoTgexrOlfJ1o6n0ZhKnae6m4U4Ym9wQjY6QGeyJmKTLFPxefJ0lc1QRE9NbNJHHCtbOjpW9E1L3X6sVtziaYfvvDGWpBbfscUhYfKyXzIk4EL1x8J53RXzSpb37S5L0/Uob1IJy8QJKzgDIa3MRTqV5tr9/yPY3RcpkstN2AgIsEpEAimCEThLcss1AyqV8Nhx02CSRpCDF+2FAt3bJfjzJk9E9tjWxDOQMlq3DricU7P4WHcmo/pU1UECZmvFoq6e2br8kyPtwOB8KVdJ/BF/9qXTBmYTRaRUrAuxEKsYUem7tyL7DfngyX3H4t3D+PE4IfAe/SMbJu65WgIqm4xcloqg3JDiXEAihDA1zH43kzh1h3GDW8cNsDIEAJaf70CaEnhARqSCevglkTHGJtmSK7XQoX+PdfuDjxlgzkqSMCQx92kizI6ZV9TOza5TbJ15plCVefoGXOesNyPF3Fw6LoqbmIJVU5FSSgpdt7pTkivmi6AI1llyIiDZHswmfobMU4VrxZCCAGAicLF7Tm+nBIh9gFTkZBBFhSQBqg5p16wyhxHajhuPwK2SN3E0eJm/taAErIklGUMYqUPniTlQVoUfVMpEJFWTKEEY0jIsuPsoRqwUVhYmIquqFDA8vc/wIaPcg9HoncPLkyYdPPnz5/jOnThw7dCBX2FoIF2y8LDXYltfM5fMNflzndkrWNYvMdMzg22V5Q9OYoSmXtb6w5Rv8qKc+e21ZlMubfrahK/fldoujU0ynticoAI5plbSCYBsqu2Q7iOBBdaw6J/uGMxKC1T+/5n1RcfdritnKrAxgm1BAECGZGgr4w5lMvDK1R9lW9aruELU3I9Gxdatg83y26I/FCzs9riEKyA29oApCxu1GCQAkzCTsts5YwwGagOj2hmUA6jrSzC4r1npCcNiFrQUGaHE7W5+Kp6y2bYV4aqn7L4CiktYUKWwXk37V6rH5uJQsEIKg53AXO5YAEAqLKYD5m8VSxtNcAMiAjGw2zln7WibXShrhQ88EbSgF+GjL6NUytJ0H3rfHYqkk7PGobozczFLNrC3eL8IMHFMmYdsk2qdjj726XwDwdP9xy8lgSOz+gYiYAI0gWSQEpvCDxEo0ct8zXsB5I/pxDRQKEV2GSR4cd94cL/BgcKDU7UIDQ8CHbvUVmfBeZckcPchg6bRmXWPaWEtLjVpPg38WfHCB/9UOH2MrxtkziGfw9YjdFRFRJHjjfTcasEdfcZ48eTUOQr9jNnJzzSIguvr9sB7dG8wMgjg3BcnxxJeJye0A+rvZIAAKl02ggWmumJwOWyoR1Gx5Rz7DE4gbmrTkBtu8gbpTo91P6Xj+3FpviJKlwYzV4fvQPj8iadVS0OOW/WlfhPHnZXxhHYJR9vdnAbAL4ticBXwWATNZJWBxuiSUCZBlQjCu2+WT16KABE2V7TEDK9eSQNEsqRQ2mXGzmZuD5Ehv0MzaJMhQwZ/jAX0yn3LSmwUV1PgBDxhlmbsn8ILTWCg6naWSXnc4eNRhnwxeajVPn46mO9XfzqR3zpkFh+4esFlrvmMABw5sXfoJIAR0vmz/H6kpvn2RWfeREYt6e01xgee0mFaeI2/vWIJACSzmQehJrE8EnoFHQK5RJTCr5LlN59xCv3Gaz+ERnZAGGMAAlJEMNKYMh8icMgxaK5sbGS5XuUFr8/BbdlAf74zuGS72O8b5ZIP4N00lcftpauHu4bIMCECF0Gp2IhBTAKTRiWjC1A6m5hg4rIwifB5igkXi+pAGkk5XAiiCUHaqg2rDYuqVDSd9XQi/TEpk/Zkw0B5J3WTARPUbNW+fcJt5AFe/jmuOs8xKa7TM37G6jTx+kyJ3JsGWrRzxO2E73NgMR4JkJ4uGrCxmdZM0KXSy5tqCfG1MQIyeZyBDMb3j3Q1ucZOOd5/kbfTfAOtJ/b/vPiP6HzvgUZzBmYWP7GlUoqG1oKVVKWU1X8V6dlWLHn+DBQXHyaX7Pwqp6oQlcSqVrE+FbZFthCBJ3ZjGMOPjGBklz3QsORCFIKCIfVdcEEzq9kOipb6uK/RccVc/fNoUrKoXbQgIQITLd4AcAOKfFNgEEpeNYCxVL+ZS3HEPtDxMI0rabcGY/vYKDEZhvKySgtcfVgRx3xG7JTucrexJZ5dr1coo7HG4g75QQgtSrTF7T+7zgC9GyAHSUVT2bj06fyLnqdG/A2yjqoYvXZQqD+8ubeX029WjX5JUyKmOhZsSBYDRz3RhecQhUUTUsTBqlNxoewi3BZzhH9oUhndguAgZLmXT7ObJ0nhN5okXCX3cDLSb3D1K39ImGWDKU2Yom+zRbmEYHx2tVBCV2F05m8eeKmVCy+WErzw5hIKUsk6PDq81y61RmxN+Rbr+CoQ/U6nIfBnH2vjqUm3JbYlF7a7oe3YnZ041O6O2HT2t+kGGcYYc62k7s1X2FunM3T5nCmjQHDZ2l5ABGQ1mKrfJqPF6Bz9FZuzZv1w2F+8ulxSgehbfOruCVlQoKFLnkocGAzgywkUzI9plFTmI2lTATpMxYc+49IIHEAmQNIutnmUy2eaxswRAUoB0MHYeKMQURospo2lZL7P4pLTZcKd7pT3O44l8nmozTLJZY+Fm+oLj3O4t9UgcRLG5M+VKeW3l4dxovXm8eCCoYAzUyZUZTYqqxZxY91phaXqHzwa7gdIhxZPy2WXFah8vdupNv0eQFgS5VLY6Qg5RUdBb8Gt6zu4kw+adOMXfbO1YiiBBGYg0UFtFpOeIBAQkclkEADwi6M6JzHXPYCUU6ZU7wXXiG0DYJIOSEM4YANzIa0AKuUQsHNS8TrtFJWMwpvRf2x2Mq3ga1mhj6wdgmo+Rzq9pXGw/OSXiGORzilwoKIoolUp2x/btzu3bxRJNDY8IjvGaz3owELP8HdVjqGQqFseZaeAhlvq7LkctLswKYkCgnD6HWb4hBL9I8mT1WjrZ82sKhn8NBJBcprpFFUw8N4z3dTTzz4BEgz6PVSF5yN9U09PIe/P675K09RfIei5pu8Gk9QPFNGAuUxl1+bLR9Ni8BTqshAJMHyXvtSQLDsn2zAcRVo49bXVZR1MClBAMjzUDqIUJkEuEYJRh4CPzVxW4WUSx9YTLzEUWNoy5+0l6XO8n6TNFvd7Tpsx7DjBqm6UeJ6Y/ufOYlEfv+7WREXjlqxoNCZ5FTP339pAyDloO4M/+FHpr+S+2lq1kP6vWjkUdws312I1n30yOjmwYNFZkN1bUO+fpzq1beEt4wC8wkrZz2MybRR6frNXMipl+Xm1P07a53iaXMOYG997lTL8dcnAE0SUAoNqIdzwH/BSt5ci85Bsers9cqdcVSQAKIEarB6XjIoWPUQGx9PRaIiGIaEk/MP3ytPytPUM+Kg0dbz9mzcOZR/4MxOrLK+NbIgpAaNvl9+sSB4ToHJVhdR+vW6Z3oEDheSiA5MrNuk8wrBn5uVFkhasAx5erOln/xARTNg3JLPu0/9o1XYGzwyOpwuJpFWNTvrNvovUaM2T+grZ22uHohF70vdCZBVxaShWXVBqd8J2CvxTg0F0QLAXucjimQ1d0DG7UdY6qkjn+phHtacCeZ2Ws11SCHr5mPkbJlYEx5neWCrGw5mOKSTOqPn6z6qz1ds1HekY5pWcHmjyKr7MpXlS8r1IBEDAloyDImdK+6OHub9hmO4JN84guSbIIQiLpCoQZPUbgOeRvuP38XX530oHW6MLaGytwveu9qAKlALAbAG2W7Kp836U/5dhFee6JYRfqv/FjNsbowTLHwGTQzSfd2GvApkDoaXPU2KzsbNboSO5VkqBd8/XSv239jb3Wq+RnnhHF7hde8QonfOYzknDp91/8MIWfzgD6A90vAO4QEUOBe38fwM1X+yvkizgG82SIjHRKgl5zoYCE4CGqp2dEzi2rQMIht1ORKJIhGJL4OxMpmbmtLaNZvvc6PJOFfhITpobUZfuOWiiS1myq05LLAailSCSoCFo08d+TQmM3BIaQSpZhBAHS0w4nSMEIQfI3OIdRFiWrJEDMgqahCxEIsZvJ2MFBJ3CKbfieBAUjaL+Wq9d7FGvWuXr3pVgimh3LPr0q9jfaKYsFTn3ZC6eAimipVnHXccTRCqDAo3gK9pBlBAiCG53wb3iVuEiUbDfqlF5CBc6ZJ/rvK/Ctu23UiYb+DgZ8HkUiLnBx/Q26/h5ozOE9u7ohatVbcDk7GczNRMRY3unpFEZiuTHBgwV0ZpPxYAmkdNSvhaJHk+FgEq2GHe5A+MY/EisZ7aliPnoFzc+YWfqnF9f5CQO0apTJTkD/qAEX+JPgiNqby+gI2itfQH/Jt0aDBf+qGdMi42mVxJ+Rgczrj7jKuZaZrGcIIRfXn0kAu5unnw75oJ4Fgef6+Q/Q8x9xdpcwmbzqBSSmKXQNBk7Gcl2EK6mBofWrpXZCT77cmopgot7Lz33FzD8UEyXNakHqzYaKKnzmZtrB5pJo1u2mTAJc/1dVHP8I/gHH8HF2F+ZxAsUeIheB2K2KTJzg5KbGqyssJjeSrLdt/pF5z8JqLZetVfFx45751Sqs7eNrfQ4L2MCHiW2zSmamrucRprFp2KfUc6AoV58VBPXZq1iEbB7Ao+WAX9ZCJ9YZzgrxMjLfRNmrpyLAWBF/n2n7UfnQvmWHCx/cKa/tdngIkL9HJ7yHXWu55VrNSGPk6zziTzN6fUc5NlLGXG5kFD9kX1tDmN/FcfhD+CFuZdf7SZI5dCgAQXKCAgCTYCAet8MmS8QP/pvy0a6b3SvskNtaODe9hzLostOf36XSJdfYHPxwbdrhtoq2CU2dyirCdINHDL+FHVjVs23bDC1i7ZWrTR0yOOQ0mI6fHhjM+T1bT+uYsajGzPj9Flisep4PZ2s1nuIjCK9GJ57+v003/NX/Rt3wKziEY/gUGSJLBiW8hqIXgRCjmmwnvDfuedX/esd9uwWA/0MWANef1wQQJL/X41EL0fib6xs0vS/jMxLNZn6SG/v+ISjF0dFgvLUswu/0j/DeJciO7lPpnt7/vd5/fD0+Q1xEesYpwNjGN0G4EjsETyC8GxWBvvOdr8QLg297XH8fcsEu8XwcWydjWqJcddkEwDHepO/RklnI8UisKoGc5PoDwf3tez/WfWP3jfCvFEDufkODL1FqFxfgEJy4voyAMxpFipHudMJmbwQgTQglD9/4J5rB3yB+MkomieVTrbFsUCV0rCxuyNL02+28Zu5BF5ub34gQB7K58MpHnihnX7G8YyYrPbol4Yq8dn318XQ5nd7WiriWPP672s3WykUHdtctzzJfgv/jf/KRY0dXX5mMg/eRmT0TkyffO5zD13ps/mY0cN8rxkeaE5HCz573hJ74s95ruj1PCOd4NxijMCWMwvUW4c60R/OlDQdal/Be65QcpfAAPQ8rrbbo8SiIAIJjZvyJ8LCIHxUF4foBBOp97n/9j0QsbZEdhZc91P3+GBBC+S7gdXyaWImXFBiN8lGPQwZGI28jmeRIJ7ONNuV7K/sSlLUm1CexNUnrSZ/EX1z6IsTZr6p0/7r716rkgV/0dHc8Cm5BcGrx1Eh1agjSqgrXn8NPAEK5BFDuXjsAcAC6vwprCFAqAfbffHmGaAxba5+fkgmtn+JrJyk1XiiygZX9dwFeid1Pz24zOQuu70dEYCIpdb/W/arRg0RH+Ns07J4RO3DeknpqoO7jeBmfOTO882RC32DY9vOZX6+ol2t/oqrdr3e/8aafAhtv9tFzRDWoCoLyHTzf/V7mD1Vj8T/zFNjf9JgkamoePP48IcDfb6ZL+FVSZc9NOfhzGQv1OSvN0fEOfnjEyGfygK6f2MRvYiwS9m/LWhs5uGBdcpYdblmzD9uPqVL4zNRL5Ww12ixMLVAsW9RY2hp/bf7friGy+OKuxD5NlgONuL0x+/Gk+9hoODjf1uycvC8lBP+B0WOUzJBlttMLc1NjMWQ7neV5N/5eEMuFmIzV0vM3vP3LiPQD/r6Y0Ea/8YAHBW39u55Ma6UwwC6CTwaqVbBaBRBVYb4+KzmPbJ+aF8DKvEO/bfG8Q7RF330qZtl12gq24LhfhXTqz2dqSAXcCS+tee65gBTrdQRwlCf2Bf2T55IxK0KzDniWon1tyh3JJlYecsGbAVzr20V3OjjqUd7/5MsbHd6G9hkInMzyXfgIIfQgw3aF7cJyDhiWjHdbPeR4t3aeO7I1HknfRMawk6j1JN/4reuf1ZFk81ePGWA/aCDK77EqTq9ip42GHKF25xIVKDC1eRLuASk8NevxeRXqstsmGi4p4vc5Uis7zsqowSmEcwAI8WdK7UIkFhVwxoJobcilzlLu0hAg/1gwhS4jUezK0aMFh+SXJFwAOhSfecvKvAv49UiADBNCgfHaPMMy7+G81hhsDNE0n5HLqAeavF21t7sbPqzBQf39T1OlOd6edgt/+sQuLTp71muLhKQfevauAYjxoKJ87TWK9/hrA+puez0dj6lOOWfb68Ifgkp9V70S/Nv2JdG2b7JYrd93YdIRDSPuA6CIEpYOzGVLQy//iBXWdsZiBx70zo6URwXQP1lFM/IEeBfCxte8voVNGL9Tz5n3+XrOwNtvOjPuJBR/1J2SCX6nZMK4E3wPvuuErq1rv+1u5rcrfWTE8FHsBAn3wAgA94kGz53c5c4W9HwNyD6jWMatfEDvVgjUoKkxFpDQEq6FAlRwSlGnE9vHEWUpbKkU94OiJB1bgPxf/s1MBA/8AZ7V8SqStoGZS2RQwHERoIfcxiGOX0fNFlIMR0kKb45jYFPE33A74l/6sWiBt1Pn/wPf0GY/+IvkTO/L5KLxZfIq84aT7O8Z+N4Z/mPAwfBmcHUOZ/wQAhyOQXE46RkgYMDwuf8/rGVogwAAAQAAAH8AeAAFAAAAAAACACIAMgB3AAAAawuXAAAAAAAAABYAFgAWABYAWwCrAYYCNALgA9QEBAQ0BGgE6gU+BXMFlwW9Be4GhAb/B44IUQiwCVkKKwpsC0AL6ww7DJ0M1w1YDhwOeA8hD5oQDBCEEOkRZBG7EekSQRKcEtYTWBOxFDYUrRWIFhAWqRb7F2MXqhgZGHoYyRkVGU0ZghmsGdEapBtXG7QcRxynHUgeOh6ZHvIfgB/lIBMgwCErIXciFyKQIvUjXCPsJE0kkyUVJXYl5SY8JoUmhSbRJyAnTydyJ7sn5SgRKDUoUyhzKKko3ykuKYcpuSnbKgwqaiqeKuErCytHK5MsCix9LOYtCy0yLW4tni39Lk0uYS51LoMAAQAAAAEAAGhgzjBfDzz1AAsD6AAAAADYspkGAAAAANiymQb/oP8GBDQC7gACAAgAAgAAAAAAAHjaPZEz3NdhFEe/9/6ybbdk23Zbtl1bNte2bNvWkpbspqyl1+b5czif8/i5ULbaSZKNlBjLemuJpWpr0FdjcRd83NM12KrpgW3VPHDW9wWltIi13txrjyewVgzGRWkHXaBXdDwFtsPIMJyH3rwxzj7pvO/VCqgDE3y91vgbjfPRGuNdYa/W+iON4fxYzrbyG+zV09hgoSaxPs6/ahl3MN6GW6iTnybmS9rM3cPBJR3G5WCnz1Rna6im1rDgG3E8gHb2TT29qIbbPQ3HQ/FgaxeOt0xorgQNs9IFh+yfRohxUEtDw+dSNRA3giE2hjPr1djmazrzCfZci/ysFmELc1V1OP+U+gr/cFlFu6fp8beJBT7DHUu1Tvg3fCLn1/7dNhl34X04775qRt2Wkwv1UrNQbahXZ9bO4zX4LG5h5Bb8Vbtw34B3K7G21e9J1kLSLKkQ/kp6twAAeNpjYGRgYHr3n40hivnF/wX/XVhMgCKooB4Aot8G1gB42mNgYpzOOIGBlYGBqYtpDwMDQw+EZnzAYMjIxIAEGhgY3gswvHkL4wekuaYwMDIovP/PrPDfgiGK6R3DLwUGhv44ZqDuPUzbgEoUGBgBNRUScAB42lxPQ0KAQRT+/nntszXLjE3GPTJOkS+QbdvmOtv2Af5lmullPhsA6JPdYACAYQeC8e5b4B5ABOSr5YJIRCMeychELprRjWFMG8EiVCyKVXEizqmcqqmOGqmZ2qiTeqSddJbuJjMDkK+9sUhE6r/eBbEsjsQZlf3q7aBuaSudpJupmfmWb/iar/iSz3iOx3mAOzng2VvX6VpdqAvUkdpXu2pbbakNta7WrtKvUq6SrPI+fnkZuYCRDYhhbCYgwYSuABhkLKxs7BycXNw8vHz8AoJCwiKiYuISklLSMrJyDPIMCopKyiqqauoamlraOrp6+gaGRsYmpmbmFpZW1jYMtnb2DA6OTs4urm7uHp5e3j6+fv4BgUHBIaFh4RGRQAuiCDsyFsGMQZcrReZEg8my8qrqikoCZsYnZjKkpWfEZTEkAQAltWsbeNqsVeWa60YMHYeW4TK4IN+52W7jsS8z23HSy4vfZxftpd/l9hn8NHLK//poPXKyTKWFaEajkY6OpAkrQ6yW4yghevm7mpx/yY3Fj2O+afNskm5QvhxzpZn9MayG1eqqXrEdh1XCKtTtnrJUmAYeW4Yp3fC4YmiN+M85rs183Ju1RsNoNVr4JHa0Y+cx8dxc7PDTxCa+K6u7SUJF3yhb41moBjviq3J+FZZwFhNA5Bnx6FycQkNyNiqr27K6ndppkiQ2W26SaFZz8XqSeFw1BD+1ZgZA9XAu5roOuKEDwE/YSj2uGQ1ctFbUVwKSk35w+cR5tMrVlgN9SDnl8F1crTeR1nycztnZQhLrBKdPF2Mc2ZLUILLHdcNDodtTlT41DWx1oEGxDjKurGywtQr/XG95PGRIQI6Fq7/X1AqJB36aJmKStkuQw6Y3NKbCKGg5W2SPmN3kj/a9WK6GHhmnFOU6o7UBU8oWNplsgNxEydWmztr9EGOHXOfLuKVw66BL46ZMqDc2Wo1ix9ZO0nI8njBFpRLxWtb2eNLAkIjHwxdyHQsdJDwhuwXsJrDzeApupktKCAysIi5PhinlKfEkSPN42rxciovaWju5zBPr+kePT5iX8/HLxb7SdqA/VepPmkJNhctxMTWF+mUBT7nSpGjdoBiXjwl8sHVWE/KYiwshD9kGeU5l2JajcW1zbffPcQX/pSZBJl3g70K7u1SHFLBQ6pQGWyGrxz3LsspanTKqUJVoKeYpHVDEYzrgUQROA0oR/pfpaUtNqiDI0+Jkw+XvXPsSaDqN3E65Hp8xhSXyLHgWec4UVZHnTVETecEUdZEXTdEQaZtiSOQ7phgW+a4pRkR+aMhn6zOPW+XiK4/dcvG1x+8ZxRPuv8D4PjC+B98EjCIdYBR5CRhFamAUeRkYRTaBUeQMMIr8ABhFzgKjSGPoYdlqnkHY6ZRCgRBKOSDZSL/5hj2XPUzSFUPUpUMqobO7Wp6xIy3QSh5f3SqPdZavtIq6dSaKryZlgtdKZg49vm7oVon3BuysaH8QTBiCH6xXZ39W8tN+rO8W160zyOgm8gfgg/GyCrO7Ht8y/rmHHt8+zhRNuArzOyiJOtskn7oyvKDyeZ53dRfTHq8gf7Yw0bct68xpxL9rgAoDgr/ShEdCdz33NdHDHL7ubR+T3/fBNR2IFXEq8/50Pv6pQlWyf6rMVC8mgbyBwyEGrLTWHUwfqrkHLYGN/mNfCdM1zdUwW5uLsclsrFN5g/beyTQh9IzuoIYaETrIC6KMktJBQbRE0ThJIbmOhqrv8wqPklGzBIHPuf4rtx0LJb8vHBA09ZkBB/ohqHkgauSqA5x1dFeCSbUeir5MYMCoWop9eqgdG5pNJZxtU95oYvd857dvv1AHdfCgMlra+NEAQbhZmlS+nvemuFnKx0aTL6x18DA/TPzCt05jAJ9sqed2qp/utj7Q5pnhu+6BTgPD99wcgaVZgHa/Dcrisw/TcKvDwO5WC2q0uq/vDty18WjgDf8Xrdj9v7pP4Gd3AUvjCdlRbycZYIyEjM38O5K/owcE6Lu7U+4i5TP94ewpmcNTPt/ELH50iP65KZR1+hTfwvqF4TsQL4W1CLxSJweKQdhXRtqRX2L52vTwzmDxBgtLFm9Nzyo1f/VY12YOA0AUhI+hj4sEDRxzLDOzZWYuS9Cgd1aQzfP3JxY7EvpLBvMnkcUQOQyRxxAFzJdEEUOUMEQZQ1QwPxJVDFHDEHUM0cD8SzQxRAtDtDFEB/Mt0cUQPQzRxxCu5T2nh3nA8N6lhlofUiO9nmR8yhhb3kuqJwzVU0r1jFI6t7zXlC4YSpeU0hWldG15byndMJRutaA7LejeCh9vrpKPp2/Te3C96yfnlLxT7DMrcU1jAHjaY/DewXAiKGIjI2Nf5AbGnRwMHAzJBRsZ2Jw2STAyaIEYm7k5GDkgLFE2MIvdaRczAwMjAyeQzeG0i8EBwmZmcNmowtgRGLHBoSNiI3OKy0Y1EG8XRwMDI4tDR3JIBEhJJBBs5uVg5NHawfi/dQNL70YmoD7WFBcAd1kkywAAeNpjwASxQOjL4Mu0mYGBaRvjcQaG/yZMokD2mf+vgPwz/79C+ADUBwxOAAB42kzMAQYCURRG4XPvnRmi95qBkUGAQIBoAwGC2UACAVpJq3gbaAstYNbROlJ+POBzcIDRMgYAzCAbG2bZ6bjJwZ673DDylFsSRe6qnuzES85M9pH76j/8/4E1K6A4srHzIjtrf8vBxRe54RBbuWWKs9xVPfkjrnLm2C5yX/2H3//bGhW1tM4E0fOcXzGPFtJtUvqgRYSiFEqLRVPEN1nTabPapiFZG/333zjx84aiVC+XZbOHkzPnzOxe7oq30q0zTydph/pRdNbtR3FEV1y5dU5J6jhPOaRJnprgUBwP3sWnNM1sTqPULnn7NrULvn9IbF4lXLrVxNuNS8e73I935ZqpbyIa0oGo26i+Zu+4rNwup8hEZvBNu+GX/dLJeV3XZmt99mRfjeRfdH40w0fhs1C2YZriMKidz+iWKy73vKT3sejabvlwIBMEi8xVjSDZrXxtSyYhZB7OKyl9yZdcks+YksmM5gXnjXjWCEL6f+zYxEbM/tSS3Vu3sY8bJu3G0nh0Q9YPg8z7YtjrVWnpCl+Zym3e2+7Nx7Pv/+ASOxR4QwmHNTJ4EE6QoiNnH5GsM3QVxbIJV2BUqs1BSJAKZsGpfENhJooNgqPOMQafzqfCTUVj1XWEVNASjK3UTwUvBN/jAYkqKjlZfVeS54XbCE4xlsQcXs9SMlmTjPY9BB1x6ra9fqW9U76C03ySPKN78MvbDX9+v+pzjlqXwRYWXvyf5HyF+Zj/Ap1/9w4Hic+NSnZb004OEYjSaV+EW52LUWIPFj19vhbhGlaq+egLGQSyFuLnhG87JIJWgmpYlOrUKJr3YfVpUl8EL9WRtDPW6glmcs5RqLbtPGs76AscvnYMo1s7+zKXYLGX7YS3eJSvcK27sZo4wo1ijyEC4b2sQnBPVoVU76CAF2w0ffN52z3MpX72NzX/ATPgYm4AAHjabMFDQi4AGADA+X5bz7b9P9u2Mi8S912hbdt8k8yT1AWakQB2RjXtZRAhISklLSMrJ6+gqKSsoqqmrmGf/Q446JDDjjjqmONOOOm0s84574KLLrnsiquuue6Gm2657Y6mu+6574GHHnnsiaeeee6FV1574533Pvjok8+++Oqb73746Zff/vjrn/9atGrTrkOnLt36I2HMqA2LkbRkO1KRjoxVa9Yt24ysichFPgpRjFKUoxJV46ZMmzNvxmzUoh6N7O5K8zINDBwNwLSRsTmEdraE0o5Q2onVPTE3N5E1JCO1JJHNJzE3KSWRKSKTKSCTNTgzPTeRPbSgODMnP485ICOTOaA4E6TN1c3NBUq7Qmk3APT0QvQAAQAB//8ADw==",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff",
"type": "application/font-woff"
},
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",
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"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff",
"type": "application/font-woff"
},
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H8e+9La2zLFgvadgZtZgumwWLSXvPwpqwZC/2ng6rYE/2JAdD3w0nGH78Hx+PxAxAApBAImcz1RWNXIjfrXXNPiOBuvdLHQL9Dfp7UYloxzErKhaDK01WTvDFk4MEWnW08rA+t36iGe7ln9yiqcfVTrzt1oRygx/9/h1k7OADRvspE3jaY2BkYGAO+reIIYql7++Z/2WsEkARVGAMAJ6LBnIAeNpjYGJqYZzAwMrAwNTFtIeBgaEHQjM+YDBkZGJAAg0MDO8FGN68hfED0lxTGBwYFN7/Z1b4b8EQxRzEGKfAwNAfxwzXosDACAASxQ/yAAB42mNgYGCGYhkGRgYgYBQB8hjBfBaGH0DaikEByJICkpoM+gyxDNUMtQwLmI4x3WFmVhBTnKg4WfGi4mUlQSUpJWUlVSU9pcPK3MoX1F9qMWmxaLG9////PwMDUK8GUG80kl4mJL38UL3aSgeUOYB6X2gxgPX+BWp+/P/O/+v/1/zv/9/3P+ev+1+jv7z3f99rvNdwz/me0z32u//vfr/77e7Huwl3Ze5E3HC8pn1N65qmgDHQBxQARjYghrGZgAQTugJQkEEACyuYYiPBeHYOTrzyXAzcZDtdQoxBBsaWhFA8JGjn5YOxANbHSYoAAAB42qxV5ZrjyA4th5phGHxBnpr07ZuUPcxsx8nwNH6fa9Fu+r28+wx+GjnL//bR9shJc/dyQ1SlUklHR1KFlSFWq0lsiV79pKYXX3Fj+b2Eb7o8b9MtylcTrjSzn0fVqFpf12uu57GyrCLd6StHRWnos2OY0i2fK4Y2iH9Z4Nrce/15ZzyK1+Ol9xNPe26eEC8sJB4/tS7xXVndtZaKgVG2wfNQDXfEV+X8KizhLCGAyDPi8YUkhYbkbFxWt2V1O3VTa63LTttazWoh2bTW56oh+Kk1MwCqRwsJ13XIDR0CvmUn9blmNHDRRlFfC0lOBsHlk1Uar3O15UEfUU45fBdX602ktZikC262ZBNtcfp0OcGRi6S2I/tcNzwStfuqMqCmga0ONbHSYcaVtS121hGf6y2fRwwJyIlo/aeaWiPxwE9TKyZppwQ5avojEyqKw5a3Q/aY2U/+eOkFODT0yDilONcZbQyZUq6wyeQC5DZKrjZ11hmEmDjmOl/GLYVbR12aNGVC/Ynxapx4rvZsy/N5yhSVSswbWcfnaQNDIp6MXsp1LHRoeUp2S9hNYefzDNzMlpQQGFhHXJ6OUspT4mmQ5vOsebWSFLWNjr3MU5v6G59PmFeLyavlgdL1oD9V6k+aQs1Eq0kxMxOxk4U805YmReuGxaR8TOGDnbOakMdCUgh5yDbMcyrDtjyNa9trd3COK/gvNRaZ9IC/B+3+Uh1TwEKpUxpsRawe9x3HKWt1yqhCVeKVhGd0SDFP6JDHwW8aUorw38/OOmpahWGeFicbbf6y7V4CTaeR26m2z2dM4Yg8C55FnjNFVeR5U9REXjBFXeRFUzREuqYYEfkvU4yK/LcpxkT+31DAzoc+t8rFpz63y8VnPv/HKJ5q/wWM/wXG/8A3AaNIDxhFXgJGkRoYRV4GRpFNYBQ5B4wi/weMIueBUaQx9LBsNd8g7GxKkcY2knJAspF+Cwz7bfYxSVcMUY+OqYTO7mp5xn7TAq3k89Wd8jhn+UqrqDtn4uSqLRO8VjJz7PF1Q7dKvDdg58SHg2DCEPxovTr7nZKfzmN9t7junEFGN5E/9Y7ByyrK7vp8ywTnHvp8+/dM2YnWYX4HJVFnmxRQj5WWzn6R5z3d0xkla8ifHUz0bcc5cxrx7xqgwoDgrzThsai9mQea6GEOX/d2jykY+OCaDsWKOJV5f7qYfFuhKrnfVuaqF20ob+BoRLkurXUX04dqHkBLYGPw2FeidENzNco2FhJsMhfrVN6gg3cyTQg9p7uooUaELvKCKKOkdFQQLVE0TlJIrqOh6oe8wqNk1CxB4HNh8MrtxkLJ7wsHBE19bsiBfghqHogaueoQZ13dk2BSrYeiLxMYMqpWkoAeas+FZlsJZ7uUN5rYvdj77Tso1FEdPKyMljZ+NEQQbZcmla/ngylul/Kx0RQIa108zA9tUATOaQzgkx31wl710/3WR9o8M3y3faTT0PC9do7A0ixAe9gGZQk4gGm002Fgd6cFNVo90HeH7jp4NPCG/4VW7P1T3Sfws7uApfGE7Km3Z4cYYyFjO/+u5O/pIQH67v6Ue0j5zGA4+0rm8FTANzGLz4/RvzCFck6f4ltYvzR8B+KVsBaDV+rmQPFrj/WAHEEABFA0xj1STOcCsb22OWv7WIMLbv9R8XXVH9Pf7L9wO5p/yojY+p5RRBWHICb24QGIKw5BguZDkaQBKRqQpgEZmhdFlgbkaECeBhRo3hRFGlCiAWUaUKH5VFRpQI0G1GlAg+ZV0aQBLRrQpgGGmLfhae4wmI+qrqsnVY8zw/CsQ1/Mu7AeMLj1ELn1CLnpWMz7MJ0wuOkUuekMuelczIcwXTC46RK56Qq56Vqcy5Oj4Ofp9dq8MMzjq/gu+Kbc7AERbE1geNpj8N7BcCIoYiMjY1/kBsadHAwcDMkFGxnYnDYyMGhBaA4UeicDAwMnMouZwWWjCmNHYMQGh46IjcwpLhvVQLxdHA0MjCwOHckhESAlkUCwkYFHawfj/9YNLL0bmYC6WFNcAJhIJBt42mNAAgAADAABAAB42kzMtYFCYRAE4PntDncPsQYgxiF/ORFWChWgIW4VUAp1kOODbPStDYCI8EDgVRZACzhh0RL/aNIKKbRpjSD6tIEbU/rvZ+4WOaxpDxLiRPt+8v3PfAWh7QDm4kwLROSQlvDIA63QkEdaIyuvtEFCZei/n7lb9lSR9iBvVrTvJ9//yK/eWqOi1tSZIHqe8yvmsUJcE/GhlVKQrwiiVFpL6VvZrlOzbYwhu5q2v/6brl4xpXK9l8uy2cPJmXNmZ1flR2UXmacz06Jukly0u0ma0DU7uyhoZiwXhmMaFUZF38Vp70t8TuNMFzQwes7Lj7G+58enmf3k9I4X61xXw1Xhh6tqwdRVCfXpQNHeSX6gHrhydlVQohLVO9Jl/GObdHZZ17Vaap+96nclyVetk1rfFb4JpbfMtjiOauszumPH1Ybn9HUhutFLPryKiqL7zLrtz9nqxde6YhIit4YLJ2XrYs4V+YxpNprQtORiK55sBTH9unKqxE3M9rWkN9rm+jlnCp1oGg5uSft+lHlf9jsdZypbeqeczb9a7kyHk+N/8B9WKPGBChYLZPAgnMGgJWcXiawLtANKZROuwXBBW4AwgxHMgo18Y2FGAStEv3VO0ds7nws3Fo0OrgMYQXMwllI/Fnwv+BFPkmfxKTjFHVhc18ihJWEoWQV8OCvhOWSo0HEfdMSj3XQ5UfUAlq+DDZkkGSrs3h/OMj59msHnEnVYCktoePF/lfMdanfnK7T+4dSbiW87lT7UNJJjRKK0oS8KE3NhThuw6Gn/QoQbaKnmo6+ixCkSPhPGNSpngl4E1eEdxGGnyOU0YW5ul7YWPA/5FDriUD3CRM4pyqA9dJ40HGLQ91cOfcludNbMJWhsZFvhNZ7lK9zBTHRIHOA2YI8+IuG9rFJwR5aDCe9WwgtWIT3fT7mDqdRP/qbmf7W5WNkAAAB42mzBQQEBUQAA0Zm/AAAAgAicoQh0UQJcdaIMcN73CPy9j8yJswAkEJGnQI0VazbsOBh48DQyYdKUaTNmuZjjzN28BW4WLVm2YtWadRs2bdm2Y9eefQcOHTl24tTZp2a5NmAgimEA2oWHMQS74znCzDj+JyvVM0jtz/VAlFNSSbrvw3m9Wd0uy3gR4nF78Xzefp97N7m+/a49m5bnz33wH+M9NYTJFIUjWMIK1mZJkKFA6ytN4QzmsDArSk7qKbRcTgQZChzCcbRumgrWsPFEcFtwAAABAAH//wAP",
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"type": "application/font-woff"
},
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",
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"type": "application/font-woff"
},
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},
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"type": "application/font-woff"
},
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aPMq9E9ZdVaqO7SMCoHy4fkUxff6Tczz3dFP7Y13LetRkGIuqVN2FFMEsOZ3+Ig7CaM8vfO8XtTXT1TXMLDa/QP2kpQkzYSSmM9/xd9zSYBoRtCC/+ndk1p5HfXQWnRiuzgAjHlAmtUoQo7Eyo0TOgdI4kx8fDDcGZ4+f7XWXjuVzFXGk8os/VX51HDsr9ThGRk01+avWrVe47wXtPmlHUVMqPcr8q89enNHOPbw5jwkBwo9t6oDtZ7/uWRuDcbqDVYlnzS7Cma3XnxvdP3rbygVmbh1buahX4SeHN8C8ujZ/OgEAgLF7ssndUDtz9eoZLZSB5VQ6GhfpzfJMt11vttv7X3Zq0UrVls4s+t42wmhxYuHz6BR669AQwFkdKFF1QkKlYUSU199CHCHC0c0j6VW1GKLMotKwEkPjDPTacntDY7ZWq83NlQXPtyBKLwqlw86CiC3+ZVlnQOqTojiIzX8gAYSPW31963ihbUGmePKRK8cv4NSlY8eL05cbhWKYKXCz1q6cd9vlZj23q+tNz8/PnU5ogC0gy9l8+7TILp8onlu9+AE/+JDRQlJWuK2wWAqMhFno3QYoO/VLU743q+mNkuMn9CHCY14KzyMThYpbxg3fZGzvikvNzMxUonbrEZaaejXGGv8fHhtT1/r+f8YcFqPnJW+/K3pTFRWGWTlCMHno4IUwqtVf+Zr0IXAKxriSPHzlYFArNhorjbwp6bpTTgl6+PJvMVenGuvHLg4aTiJniFTZIRAxeTSAX8QLKI+6788CAsXRAmkcZszL00jaQPLlFfbe++Yjll8bx7mZqKaZiYm2gwUL4BcDWwi+/43UNCnczTTNCSz8iZ/LYc66mvAI+RVqlkzyK4R6CcfC9z9Mv9tCCKM6+gH4E/hypCEPbe2+qyo/Jo0wBYLJAwgA7Y0RykvYEAKM4AbChOB7lJL2IrELe0NL13VP9/ppN6Lmk1qkHk5awuoj60X4mFJu/6lcsZihP/xDuRJ8SE5WKLr+FXouq0PCyxpH8MlJfDIA6ACfWFlpUPi8rPqP8YmDCI3YAx03AAYbeFCrr6QdTXC4h1oW3f9GLoTtmwqd/V82sZFMK3isgkV/hRCvZEbomAqdDYTgp/FjaA710FuG5gwQHCQxRE5tjZ0aAyZwBwHFQG8f9GKUs7JriDGPjfKvKeYfFdsb6r7nLyxWOM/FKznooEzq/bi3MiaK8rEMjko0GF9u3L7ryf5sw0hfSmPQkmHg6Cx8LqFjHDx6NhTFxeKHlXNyL6Rbgr9aHy6Ul5fKmtla16dKCU04par3wKZmsySrhY7tT5X2H81ORzsk0whhmaP+HX5PYnEc7aDh8EQGBIYdxAQIFi1MRAtDgmFxM+6DhGqB/BriPMtH2WalKU23o/FCK30kUsXkOBqYcBx/kp1joYP0PROzICkiJaTA/Me9kduh/7HrzeXOjmNUFs8WXEdkC8PB1tZsR/P7NSsf0LTdPZ8IHfbGT4Tb1TwzHC03Vc3TDC1A+x3vMoFXX3x2vXmxV25eaO8YHnN75x6/fa5p4IqBhWdbXYuA+c67790yMLXPzLbk/7GJMFJx62/x4+gEGqHBsDvcwJooAyC8gzREkEZej4SQ2Y9iosyVQVR7n9tq1OqhV+8mdQlGbRJlqpM0N5AprVGVIPBOuzNJgweRXFYYrjKBiNq4QegR2R+NAPLaPYkN/HA25dJLFwPMzXRCiE8TAgg20ybH/qVL1E1l0zBYIczlx5lHycoAvgkgn6F3aCY/SgZ5DYtSgpoCAPD01NQ0xiBMmihqWMsr2/9PoFpCYCwS2v5//idg+A4BovAJz5kSj+fUzkYKgazlb6IFtIrOo5PDDRcAzwBXrICpuorfoAAQFVP2rgCEyJ4GUbhH6Mypkxvd9vIxOXvheLmp8/BorZCKmY26C8KlCUfgQkwYrxCkrqqG/rgBkJZ8Ib6XI41x9eCHoc8NhnUbPvGTLVE5nki158zOeSNxesHMijOnNjZEZb6+hpfK7PzZ7QsmZsXqQS0BP0GYQZOuor4E6wulcmV2y2XGvYNirrWmY+zh9wLWO+XS4v6XNVcZ/CRQwMYSAtSUDOEPJUMYoHPDsz5QxfI4UXXmHaTIEYYozRNycMmYpMIx6VNVQa1azHuuLtAABpokfiwuvCNziNYdO8wk+cf+FCX7SUrjHLJv+egPvp7UNjqqdmPSH5xAw5gmvaymp6cGvYXzJ5Y2F9a8IOPSp80fePs73mfhOmAidNdIs6vXmCV0YebrJxa2P+iJrZVTi66dCEZvRhglEcAfSf2X0BxqDZtHdM0iXfNY1816rSKlSoNyTUR67nVjJccaDw43r9LdSJepjlxiPUiKtOe5WhJ4Aj70Q/TTx7a2l04abx2t8M5St7d+HkQpYypdmRknqlJwYvP6J3z8vesOhvm9jzFgvwfOcwhQGgH8s/zau6A8dGzAqAaEboDQ4opvgABTDLeQxoTQbiGCOCP8hgkYR8nRVlqKqpTkrgFC6FeRrjv6KD/OEMePTGeauPO/mZ+T81fG8+md//0fGA5eay6iiGmU3TzyN47O3NvbG7qXLox2zpwOUl6umvKzn2Hxogzacb2pFHMYk3s96WLjVvOR8Xj4IFiNe0BS7kDL6YBzv1BvLoU/kyIYM5NK8xP4d55xMy43WTyiP/NP8orPREPc2T8fcJOHmUzIU/hESYAt2NuYxbAm7KnK+5KhS+TdJ0Ujepj8ibmWvCRq7OOYzbVi0ubKMhTfCBDAn0vtn0cfOzRi7cfJfTFW3RHUhETNOERNByG0PaRpjibxPhbj/T+csTdMbp89cyqMMTb/jxiXsIqB1ZdAGyhoi/XmcuYXjkL7B29/GbRv3zI41+2fUpBmcrnMq0H6PS+H9Hs5TdgyAr4Ey7qMbn8b7RJ+7u67Moq0ZVKYwllAMvLnD+50ebc3FmghoQFnQgL12uFPj8KfQve/k9Z1bzwFqRkSXef8tu93ZoNGfa5sSGxrh0xjHDLD9svjZeMou5i06aoSfrX7GEQoj5kYvKVxcuuZ0LKCNwyT2soxDpphH4ZQDRMnv6yx9Qtry17QygXFoq1rzjcEybQlHD+0C42nHuisrnTuuaPjGk0k45iqCbdcWgHzk++59OFZo7NYBmB23RJ21kvi5x3NRAiiCPuf0mqvo/PDrTkAxcMoMhE1bwhGxic/QAVcy9AIQvqeY+PIsRGSc66/7spdly9dOHumPJspp2Yl40nw4suz7CQWl/CEeinjO0y+R8ZTh2346tGmnn84rtIu04Xa3BIpj73uboNzEg18vxzRVSL++oOhaITIkXjS98cjEoh0io4zsJadElgZYYLLgfe+V86laov1YGi/J4d4QtpoPOsnfzIeQYDOIYAflAg20eywTkAhFmUoCggxCR5jDlNoNVGzPNcr1wXPThB6GT7M92IUorU+ZBsuP7G5eYK7Pv3ar8E6YYDjEbkG7qTyWrSCfEkA5phzg8uR/Z4ccS2haqCoj3ATtdHycLE5jSmR6iVAgdA7DCYlmX20H12rSZ7zGapscOPoEatOKs7jr95/7svY0fjxgBIr6Qd5+yld8JQWZIClHtzY2jNxIfRLtNzcKDBot/HUugDOE6bMqj/z9T17cfXYHE9mi8VQd5xZfelrfjqqb92oU3xzfKpi9/zp9hSLNksIViSARkapcYyQ2DN0LIQjJMpS+u5jfq0xX+uVa6ayxVcCHcSL8TZxrId4hUIEU3jCktWzaO+z0eDCn7j2bJhSdCEtUiGMdn3FHWDvvpTj8q1ttWppZWe3qnMX3TRLBR9m63a6wnO+KPTzck7SP8IlihpYOXnz5IUZeOIOczypugkqe3ubFz4JAJuZgi5tzk+QdXO5bi1vVZ6OJiJAWYTgTyPNXn9/AJjAJNGUEAGMyS0OAJPykckBeh1R6qm9mSklAATfeQ0J2Q4qN8/VZDNK8Pxka2xily/Lv0IaguqgHckUdSkxzx57o+qfV2u/oRp+M8yKMu3PPr7a4kwQIvTpbHZaFwQLfAMTra8sdq7FlRizuMqrAJgKbVoTAn5CyAtmIUDyH0ZyxfegneH2SQdzFao4JpiTO6aBVRkMEKVFFbgIvaZBtM2EkJxyz+vuvrBz9sz6Wqc9PztTrZTz2Z6lWoUTA2hP2GHYjsvi2AvluoNJZTkJWJIHR4X0OMRz33+5QKodJD3WP+FxWp8FOB4wZpobPe4mg0QiSLr01GmqrkGUa9xat3itLODoAxzihF8U2LLEh36SR4Hmv23bNgSXfu0n8H5PPs1rGEd3v//zYu7xD9czGf3DH58TP//7R5/BTyBAHkLwr9E+xMZwbQYAnyxgBF3giBw6U1w+8Wu6hjn3uIJthEazM7OZ2ZraaCm8algfN8XdMEy9ekTnIk6F0ouOxPfWS+P421hg4Pw7TOKnNZ1hzfmicRDX0r5m8FyJZnQePmepx68ev7GU2N3/4mMm/MAr4zdOSUGWTZ+EG8vm/vpB7MbouOw6/yJ+K3JRS/UNj/RSCIkbzK1mtkx5ZuIKL+kjs/rkINDRFqgqkx6tveFua7W4uJjZ/ojtzCJ0rLnZ1lwyb4p8MZPptnWTMTwqg8gu/NVfL/iW5S/89V+V0hbWk1PfnHpuoVTgtNBceO6p8jzCUV3xu1KDy2hD9fSRQAQJcoPH1VCca7Q416ytHO9Fm2QnPrtc13k2ioIvUVyn3e63pdW3O3FRxMcai+NcVCI1JuXv7CFJDjQtPz3rFk+1YNRpYGvBC/M1fvZUJhSp4J2DWX5iff0Enx3AIZ/LlgSAONUdppxTc56ZYPAFREU2+Kq5dUPWdwDGeqSLZyNdVNAIvXmY2JnHjJwCyqYBKJlEtzJihFJ2CyFAT6HJWd6o8wXXx9rKDytKhjB657WFZHtsJV+aq7kqzzEV6tXxxuj3IpboxJqOgAkDUq8IB8c67kQ7B7FUoIjfBlZKl+0SeygELhTbJzPrvm3jxYkZ+E6jVHqm8HToOBhTNywtUEwM6iXwdImCb5iYWJZ68qypY4FXV4GZc7kHts/81cLYRjJfstpKra3hjzFDZzTcuJjb7JgWY77e5AkKBJppjyV3N9ZHhY0OUnXzi/+EDWkxl9FD6GeHzjRwYxMoHwCKoPQklLOIcoToLWQgTg1+Qz/SRyEYIXbd1HB0ui4/7pt2/5sJ2lUTNM2JZ6Px3GFbTeMU3Xm1eSCn7Y2nIULiSbJkzCF03z2vuyIXcPnc1tlTayvdznxL0kvrlU2cI6qIz6bKy8mPOgEVJ63Jxl4j4uVHSWU6NvTJ/t1LY9Ob35Y7tuWIQJItYJAxouyUZBQwM/gMT+LlxgMpDMQ5xhbmYoLZ1eZbrXmtMK+LzivJprXR8gqL1VJaADCcLaVPrOr5VJaZlBDhLZ68pfUGWtOA741DFU5j+B7ArOwn0jPt8e7yP0UnNO5Hu8NzjoYJ2uhhKvBO1C4FmJx3iS7j3U8GlAa7SIjJJR1d2N0+e0KePqiHjYoWb1pIWMJJAowCQ9z6iY88Rj8R2vHxdAXiGNzDXaOIF8ppjTFHeONOTetWTNsWWqhhjJnW1nSRud4YGDippxOXtrXmmm2S66dE6uYqTWA9GWiYcD2bkXKfPJeZbSZt+uF0ZQQ/fOoNYARimpM0+xrGqa4Lw05frk9pZiZwTMNNEWe1XqhtP6hDnWKSw3qaXWnWE1zXNffRdOmRkklxCZx7EaAcAvh76Skr6A1Dc1rCTJKAIS7bpyhgQIBvMQCY7LJzUJQTRYQzP5yeSKA7ryGyNzRDWZB/Xi2VVs3qfkQQqjFi4+MKr1mmpw7q8Q/X7bO3sZjss4LmcB4U67PLmV88WpLfHlfgv2On65bkTpUpW0S7ric2UvSldfh+b1J3M4TgxRdkvEhKFLZRZ7jkAUOwM+4ykz1NYLUkxFicEBGSctvNuUav1mjoas/wsD4QnMc9+N7R0i9+Hh1GCcbN9sjhJlLyCv494s9hBvh2f2r6/JMCooQD1/biBxS0xSKf5sVFjUL0lAkZ5ias+RufF5uv96zbd4vnv3GcdSYP3pWbezKBobKseNFyJVn+3HfJ57bD1dpR+sV/g3+Taz+laqRVQNgAirCkRkAQiqtfRGmWjjbX+93F+UatkA/88U6zJ1dVwspjev1eX+0PVSsTEkTGjYAqwQdkkRD59BCUX0uECWyn2AoBICvUtXEiSGjOFwgmMOZ22t3cxMJhG8wReHMjnbY5DuDCSKoYnwgTbLCT/qeWQQmZ+0d3d4UlwrQlKNUtPUEtsf/i/gvMYRjLX0AAhEUTChGaUGu2Xvy3iEvfh44Pe/cCR9OlAsEc7yCOMOJYGrPaYaAAYO8SwDiLR7s7G+uD7mxzzU+qFitUYgKoaiXCeXyYJFpglR9sG1ejEECqB3HaV6ApQwj9QRycIwTVTQ8+OJdy+Ydwt6RVCxpPYN9nlkb0OkBdJ5rFfB8nuFaoaiWfDmUlnMr5dtpmQNIJZm1ZLJEmwOQIDhNhXiNEy1fJ/gu/1BM6YGaLuXfVNNDq75wTNsOgi94vgVSLhEYKhgl69lvfvGu5mw/s2r5v7z6w6Vq7b/7WsxQBKkzq0T20MuxfOH98xnx5PRo7vq7F5agU3uvKzfWpXr0eUeiYh6llNxpHPERZS8WLIu+gGkkdQCWEN4XjKkzJDySeDdVXCsabdaKt+FkQrvYE9Pqhr8msdeGCsqKilncc08nq07pzYcRdNx+2lzeHYSAv6cWLQUmHejrtulXKXUe3J6TtHXdscuvWOFdFBlUluCf7ecU+qaZsLQLq1i363AeBqt6wKFUJwKWG/O8SAE56KYdHdQdEfjVSeJ2cr5v0EK69o3BpEKMlCw65Y7Le7wWDmabOM0dTvUTwAK+DmFIZH25rK1C61fo4kMTlWJVzcSTLv8fWcVRRBFeDwBu3+y9e0AWf1ik/h7cs3bWZML7IMlLCD6TQK4qNr1/6vuV4E0CFlgoFw/wyn5DgC3Jq3SqiCCclI87y9y19/UGZgQAtIYDfk1hsoi8fOiEg7AGgFSA03hmoSiGK4BaihNBHEUKTJpJiRVcnPaR8vE98IIoouf0assPaWIze+S/lJNVyEJLftRkUPq+WPdKbQoPBa2WpEh0fyRVHOwJqSGw7OgaYY9ZvH01VjKWzlWrL/1ZsYg4Y9n+ZWX9ztAsPMtglGYPv5u5LUxYWRDM1+Wj/FHfn5+Pe+9ktZnOF6y/Lc/x/gD+AptDisIWBYNiZHC24GR0tuO/I0QKEpNhUeX6gzhWE9UYqOTEkcaTv5om/SgrMbPb44/EZNpdfvuuuy9wNrlAP3gxvoQmKDw6qFQR54VOlFxjoJeebUwpVQE8igMealSPHCVAYHzBDjfpqOumbAnYw9hK+qe1/ADD+THWY+YWLTKPyIoHfwzSEAM3KdfblXw5Qe3gsDYA9IGpbGKPJqXVCojMM0VpRtNYABb3yzHitr+iAhSkuhmG8Mk+u9v+39xUAbtzcujrSCGZM4/GA2WteZi+DF4KbNtz8afoHmqQ/ly8zMzNj8UF7mZmZmZmZodsnaTy2kzR9zLcNeDSys3MkHfy+Y8eg6XMKAoyfIrxY4ti0Xxtz1Dm+LquO/17u3Qbyug4GQPCMShqhU6OTVRKip/2gjIcq67VWnbH6EHRs6TUixDG7nQHLNC3BKIMnQP6SL4QaIR+Pb2BoCM8CZlt2mhpkG7aIQdPyiuFjOpP5ZfCzr//Bm+HW/btw6w+FsHVAr8JtuIpfQiVU745kNVQmCXD8bmRMMV/DEeWt3Vc8fQyyN6/SRNCtZ1Oxwsh+MW+IeCoRsV7q8MX5Co1tT7x1vxjDkEpaPd5LVcVjs6//M47DN6BV6Tn9a9eeBorWUhhLdz0OCE6EAVbbBCQlImlRFHFM+U3EmPa5sgcCFI7JCKudhRCLPdqbTp/8z8+fkvPn33R+hJPSL3UFMKeyhbNv8ibUfw8SInqLqvflQNbeZVgxPzlRr+YDxxYMrcKqFcKah8M1ZcGGcButdo93soXVNo1QqgrRHnTUn54b5lg+2C97lYurYv2SgDFW5qZjNCZHbcLB2jy99/DEiQcmx1N0qm7W6gYzSPLbxIetekutqV0Tw3zFL7kVsI4u0ifeQ0FYmYLAIkUEsMaljXqn4hiE5kY5gM8LH9EgzWS6PFovMrWOhsSt/Kk8C5NoDX3hwatVKVY3C5gUgBqdRcyohTFixsnCvcMghy+Hb6lGkhuUW7MqQkNXgGOEckip7zecA5AMJ3LQ8y53PUCry3Mz1YrnJOOcokmYDGv57Uh1k7Ti0w4lNaLsZnRi2bICuuq4WUkXmnuLRGvvOIVKJQhga13pabPezpYWZvz4AliV4vmjR1Zra0nDnhlfPM0mfS4w0yQv4OWSAKWlr11jPme1dHrzStHojrenf239UrPAP2Cyc16dt10py5+Gb0Qz6Kl+Bjut7RsmlGC14wyDPiZFEO03w0CPMIgENDSNUOPxN56nOQZjbYmtz7pO3EQzMMO1eKLjrVO/Ede70671K3YLw/U8qD/8MZ2VSwbHzkrX9RSI2YKCGSQXuo92FxyW8jJGxppmH3z9zM5uDCCe8Up+pexRABx7cG373GLKxNyNuY+oXVSR2kDIXdRCK+j7Q+aXo5Q6A45mgfCK5hEU7hkc3kH9HEpEjsweKDBEGNkrEkb4uRP3n4jkPP1Sg8ZyymcYe6PZqD8ZMRbNlac8NioRVK5kiwnl2GrzFnSGt1p6oQ826vRC2uWeXJc7UW208uSlrXkz2maW2Pb9rW3DMZd22tWl3QtHFvYbREB6M56O0dmdX7z8kSPsY6Mtlj7EiVzRxCIw+bide/fxtUvHWYa877xDQJzp6V34SbnHRtG8yn4zAAYnowIIB4aAMLiBKI2edaD7xsbG5sfmN9puvT0nFIpuOcJPqcpHoI5Kz/cZJmXIkaAVYev/0bLYxRscrPjnfx5JPbyx7mqfx4l5V1YO3j+f3F2p/3uz2WTZuXY+Bt8g0wyXeDyd5GDNbK7EKCEiY3njc2f3amNb7ymmX5qYNqGdU66i/A1fJ/Fz6+g7u5YPGLKAMO75krWI56QYAYYRksrsAw6UsstIMSkiV7I/M3izman/ws/8L/k4ZR7i1ZZfbUrMccZUIAXlsas90zO1WpKhso8YdkM10eodhdMJMBOPs9TVrSk/XfKcErY6SdjbUdWnnb31NVUlPfyOpOmwtfXlJebAJ6Rjotx2JlZINhN4Rd826LhRLmky7eEfhVVTlnBUVTUgCnJXer0Ar8E3o110Dj2GvqQbMBAoACy6FUz4OpjGTbBM2qNvLqrMvMHJTSSETryFOyp6qU6meQWZZu4AWZZGMuaV2OaH3xbuw0iQ93uTxNRcky0UHjh17Ehwzp+QyOaYKtaFh1Adv8jLrDMpyd5FW6u1pWBeMmMiYmutxyRc1ue2HR1QTX2Qb2WZKO03VNzYuHViqpUwpyfqMwW3kCIYDO4Gjx6MNU3DSXEKqYp7PN893TxyeKQFJIhnqJHOsODi7OhSXiyMEoErY6+IJ2v5VMCm37V03cS2B87+1Qxn+ZGSW8pzAFGf3r1uU0ukC4ABjPj+xmxrb290brLm2IYoNbPjsdZ4e3Y2447OAps+/H7gqaBkxZabRUYDJxuGP1rP7iuMnA2A1wEJlSE1hEHEkwNlF/kvWV07RIg9bIWMo73drc3mqOvXW4tVR5eTZenkLnuqWLa9C9fzQp03FLaGjALOUji6ZwRbQ2YVJ3eTZvFWQEGqvm8PUYWuD6RYWW4mOFajPxW0CjH4kYFlvXGthfHlzLlS5v2VAozghE8+S4vZKSdrXb2qhjlCWKMTfhzfQjE0qnJ7BSDGoCFKoJW7YobYugYcnVK/uVD1GjVVAB6GsZMwd9ljwWpfYnAuf7iW9eu1IFf9cDPxCbs7vg83rqUJ3tzQp/B5H88E5YrnVyqHWsUFwDc0NOi558Jzx0N9XYT3xbeQhdYVHmUSDLqa1ARpDtggBiZq1QZwYHoZUaqp0tHJkCT4hfFqqeDYsfX4ujJO/gToZwgfQT6LF4SquwdbaHWGYVIDontbtQwBqh/Lz9W+LCiJap4HKmUKJ0/4PiGxZMbNxt+m2C7u4vSJ+TWbQ1E/5/hI5bVPqPgMMPc8J7X0lT8KohRCoX7/b7xj9Rr2C6lkbkT5QQkE8C9yl15AZ7oPnAZhnpMpRpfq+E4IffYTB9jCCPVaH3CKlUlmoaEHdOrEbnd7c6UzNzNSyQbplGDoAlyIKTpTbTi9xFVCxA+C8Kre726gkklhoiSiJ9wNndQlAU+mpiCjknNve4fKLXnVavqos2F11/XVv/dtIxmfjeWULayOqATTY28zHIeNVNUVFjFjdYnFDAIbm3BTp+Z0bqkkIL2XPpO42LtSAAkMsJ2sCVEd2dYZJiz/CIEuKZpQ4JWY8eqrG2tKegsI4Jel9Kqo3W0kwEAKv2T0cC19NE5SFlt9P/PplOXuRMWFCfYQStjb3AuDlXWMzzQ58w8/yqfc+gy56BrPZtqHWKV/iqYoqZSPPJkCwet/iwBn4WvRw+gnQ3OQKecxJpe2mgTkBn5gEQOcKOhRcdfo5fANlZjAyuunBibEPkjETWYojI6looIkigK5cVUw689Cb/qObltNDr3CQcR270zl0GURkj/8wxfPHz+2uzPh+fVGs+p7SaX1fL+/Y5SQwrBebwu1OfrkOKnhBuovCt+U+bj/jY8KbO8TgzR10mmHpoOxUZagC9WVHBvbbPoBB0jLCe+TMIscMzNdbRv3DpzCSV/tmyCOAQLA8aAQIyxdmaZjuWDe+IgP0fdp0qmTZ26PJVKro+ytl99oDEU2Q65iF70QLorFgaIZwAp42L8w8cnemhVMUN4jaE9HMIOohBO/I/BuosEMZJr3m9ytRzWWbDgN3TtL5+u2N13Xl1Yp26pZIcpTa+FgQS/Df7EZ6oSmTJkjqaMBNrYnS5PJvhmi1r1mSBsu+DgpXuHR8UTQucMEGda9JqhciEEAWrcvSl/8F6Uv7qPGMNYi28da5OBUY3z8HqxFqJO0VqLKLeknAZ7de3Bu9HYG5+beaSfXF8+kMY7D7vHlzvGjK6WlZAneb9tbeG/bWZu+kcG1xcfshn3q9uq5C8ubV6vBpI7m6/Cn8HVoSlqbzwuXM8aBo6UONrlcbnUlwqv+eo8jYmJTRg8qaz20qtqTyB0w6BklR9e+o8lIiGhldVx1/zfJ9V1baVRdN5MZu3N9NQd1WCZqQb27V5PeEcuHa2su748eeCps37hZKNNpc3g1P2sojtdLy13K6u1SGLRftHDlyiP9pfw74J85COIxqr1ex1UpwXEpwbXusm1iKT1gqgwdSSc7CBvD1gaPIEIcckoi9puNenOvFz0uz4cBpDLVA9Z2v+PGYk1nhiIHVXmiHVXFZ6z2ntM4aRzpCCfrpVhoeH45tDtYrO2ffk8Czp/ppMRG2YTKQ+bSyV+48n4mjLGY41ip1356YF+uXWUT73lQ5LfO48RmuhTM3uAPKo2QRQB/IJ9xAX11TyNYgFERCKgtoi64utA7pCJvj4QsZInAUztccBz6/trRGg7NqxFb+f4TuxPDc/rRO8Zh0cQenq1Ugy0nLKCFquu1a80JU7lvZerKraNkG8VWKjHUj65C2zdwan8Ch1nv/RvbWVb0MnkDJrz2PIXuNnO8wx8Mgkfn5oIAXgEGlDBuMmd/Ihn3yn6G0Fjm+BTb2SKioNRxPg4BqL8URlae/R+WZ/8sOt89k3c1eJsqBydCX4daIHrJedjaKacp7b3X9BSgBw729zbXx9q1kVzgJNFZOKtY2815pd6iZHPYRCsYonuFO2eYDNZH9/SCJLXThskvYHxgNTh+1HtrpX0JF831ggncsnuQ7MAByGTmOpV8IjtzvXwujWnq2vFjM4p4FJ+Uc7iZ8wTjwdH1IB2PxcXIiYnKqLwbI9zK0Pk5GufxjCdiqbibMG1um+VtkRaWO71QoJR5GbrZcaRkDXtP7b+clN134nG0hj6oG69kMTGWLcyl8ELge1MAwhwjrng/Gb07yGW1L2wlx0ixqnyZQYyn+5PvM0+3DVhanJ2u14p539NdaNZgLZRyFFT2i/s6dA/TZFqg/dYBbtA7pfA5Ofvm3lqzzmBuhjlgJm4At11bRT6v9rsEvOUtwNfWY2CKr094O5eb9S321LuJKKVjYn4hYaqQZ25uuDnAO99Dd047XGiL/fq/YAGvoGX0geHBSs0XMSYVMDDXeKdCf4SHI5Euz1Gd9mZaCFxnLAB6flN1+F6ktJMq5hiIKuY3mm1Z3tUZsKYblr/74I3hKDHwlECGA45IYj4WKuGVoObc7rsDivuRoUFAbB3kwpGtDSWwbb9VNDFL0/zxVOtdHxrGg8oZ/oLPL8/FSpffBUpJK2k991xCaa7X/xX+Vkqmo/odjWkKLO2hOjgLnUcAVwM6OqgjH6W11FCpLgg7K+r6Pa/V6u0QHnc3miOsVffhG7/u+/n84hI2XctKWpZr4qXFfC5w6fnzGg6e8aamvOyU52rUBryijAo897zhUADqGM8/B1yGSLiH2fiET9h64BOGUBq2fJZ/lc9yA+13d86fHm25lGswu0qeyO1sYNNAKOqdpbRjjkuF8fBbThzrbsnOcPOVUiohKLoBN4brEFHQ4+nVWOp1VRr0elA0mY7Oe/QCo54e5S7rk+J1rYgzT40wJSw10Frybc+4cJZpS2TQCgDxBTaCjMPjwmBZeV3k2lyx5zUyuFjCLC4yPvOY6Ss9KLhXyDoslSpyuJn2NERBxUH5kW/2KMRGzuSJSBIjzr0LDYExI5Mvj5JwjgIKpwGee9GIMYJ5OvdolnNilB5LJAWYsYsPPac2OoTdWJRUI27lpYv1mqFaYlUA4ETIt1OBio46h1qxXLt69szByb2dtZXJ8ZWWq7mVOoKSopIC6IOBB9gGL5AVejk0XHKVQqv5FRy5eiHuYb6jA1K/HzKUGLN2lzpBYb420uNanj+nYs4iX5jlZYedPR9pEiXr2Tko55flVNW75WU/kYlNJnmlQnkm6b2cMFuJlMFOnIByY7dPvuyBHGB/H0i9IMhweXdnB4/WjoMCIydUxOfaGHZda3YWFEZbUF3ozb9e1CftIYUhqgBHp7QTRAkmqkip5Ki1SJSlaLQnvY2xxUbo/Chkwz0sGe4FfoSRkZILg/FIcjXOsJ7V7wzmSWGGnM0/XdizC/kggIgcI9IOxqZxhBFzNe5lhO2/OJBXNg/04/HocRnuzZZ8r+xggvlizsgBfPSrE6GK6SOpARgLrG+q0dj0f2yDAvFaw6LC9uFD9HZOLLSCUsEjlGO6oYhCgGoI4FekfHbRVwzwDxs9/EPqvvgH+278g3t//IN9f/zD/edFTtMu2l2Vp/5zG3k+DDCNeqDci4CgnpvUK6AxEMPRyooCYxrBa/5PmkNgPZrJVxuT3rcqEg8GAIbNj3/3xO+YZtaJMBA06TmUsODPfK8Y9kqZnVUQCDnGYtyyCCfmR9ycKFQtbRAXOz0MxLxEHfyKxAZsow/u2ivzjVqWYrqVjJOwIjClpYspohKjqNABFBN6k4Fue8Cg3/dAtvINhR/NReHUW/dO1UW1uZlx2Uw3kxYUbcO2Lqr1qOdSVjM47AGr/ohEqbjo6o/5vtLlXMN1tegCH/5jwcnQkdHSu1wMJHVgLGFL4dcsvGQcpAi4n69cKWGaovh4CnBsVIjRGIaESvtyDIZ9xLr9GK2YQIBY1ElTS74As8JuP3aFg2mOmmbl9k02naUsOyUevTWCAP2uxFWMSdmZqgufSQ2kuzTf3RLCDRtC6m5rylP8XdXgzzAn4/gL8/nXJlgmp9ZhrrcOx1RHg801ixtAlwDDTKVIDN19F1FA9Kacig3AN7W0VU9YlZIxyOmd7fZ4fqzKWC6EVKjTr5zV+T6wOYmVp+pyve8GfQ4Ux18JNpR2Z9AI7IhRbZfWtkyA+BlSymOHSGHmS+TBJAB231UcLSa4Eue7U0SJ0zCkPEnq3UUpY4a/FoNhTo3WPqbWNDEGVrK5pSyB2ZBD1hFbgXNMzxVmgd56VExlGSbZaXbztlEwheuZDCkRPgtfBxQ10Wx3KgWAapoRi8AgcAkD0idTygPIFapW7fR8ozVfUy0XQ2GHPRvUC08/ceTD19UDKqv8UxatFxNGatZOGFYyAcHORCbhOHokbsTUyCYQPJaZsJMSBxfsEC7y0cU6wujtmMNz+BaKoxIKuu6gPXdCshtynX4jlwiKV+tFqmGXDHndensxcGmz5PPlHwlsTAHi2fIK90u442chVnPz0+mc+tisP11A/1v+xa+Dv5HSfhdKoOxdHBeAsNclnKo3m3f9y0rEIS5AZ1u+bn6knZWNXUeD9PsFKTufT6ZyeLpYzaadYjWXduJpO2/bCNAXvD4JX43m0QRqdesV6Ld4RAiFnoSDlb85gcaLhVGDeRPBNB7u5NeeJoOkcwUP8h1fbXFm8mRjq9Js5q2YYEBsmkkJGyC24gnsP1Fc/VlKUwlXcAzARdpWaG4er9ZJimJi+THDmbBzaXEkrjzFsDIibVJRZY5TIfMVoGcjVOUyCqxVNSRDFTLuzeofx9+47NG6T7EDwlqH/PdnVberKmAyTTAo4DEgDBjBkxq7hnpuuq5P5VW6f3y04js2p2gWZnW/rv/Kksat/8JCxpX/wvrF/xn4sEfhu+BlvIOyKNf1qe5oDICwhOBh/I5sM02iPp/BcFe7XtH+acvkWxsbGzzBjUTK/AjnY2gqjpetbBAEgpQtnxpT04T6ZhkBOgF/C9+Dd1BSdTEeQqLpR1fIuyRKdkjILWwPfLrrcQtc+vxzJuM+/C1NpqsMc2rHigqh9t3we/C5+GaIHISwG6rqhYoHoYpSAv2WZr+byqTMjwOTOH7cJCePw+817AxnY4CzdkwuqB+olXlWfupJ+akusr4Byc+cBObd2WY8Amw/6yRBkM+m8mOt4ydJnBp4NeUbMEF5xm4EPqFJrjFy8I/w7fITS8pe6sbxcA0bWC83oMCX68FQCUpU99JTWptN4J6QwwYcvW0Kn9sCJ9vdTia3t3NOxi0wknA+30kQajF8sxZkPMvyMjknSVIGNuSvOCH/XSjA/9V68BL8NHydlFQTPdi1BrYvhO4FyDB6Wv+AQi/93evzDNoUXhvMMBRd7X+GZcQ37msZ7/Vm/s2biRjXs4h9TQFgVj3XvYSdvnP7hszon/rJYbbOrzTrKvx/7KECv4cXfRdZR0f1mN5FikYY1fU3ejyBsqiFxNfVijbB8idbmNdxd+A7StQjSoCORCZN47oW/YL84f6Q0hQvYYtxIC/Y+PAqtl8gZgcwhvkjxj/CaBc/DsANZhiv/VjKEgDCSuEFI/UMSZgk9epfmfgTfwEhcgeH9rTUNDIAduNAZt+QMBsxKVUbcQXy1HUpHmF/5iMuthd1HKpF2NC7GbW5PptyerE9lRNEvfw6mnFd08SmyHoJwZNeVoQXqXvZtuaASunHG5OT+QcVefKFhAlSwhhzLt9/KymiC6Hj/LLKl0hp78k94CCYjQgdqpWW4+jMUbgpHEcR4IKhsql8tpA3qjtsKSH0TPOiIm+kHVhZJcKh1OZlz8BrK+DYIu1/aWDyXCbuGB2AjuHEMzlu+j2aBgYAkKtIIcmNw385PASsebVmMWMJwLB4Lv0vbQaseZg+twhYI10ttWIKPfgnciePo5PotlyxRw46UwkkVwzKxPVdN+qD3elUlfjvbRFLQsqsHlFOkLwXnYS6OgXcl6PVO/o1R5YefooIhdvkiv932G8cSniCUa/QbM0Ex4JW2sDYSLeCjx96+WyQhlq/mfPNJCPAbHwTM0wNFotZ8vQLYdpC2GHwLFNrSQKHX52JiTh9hMZFLEPp8MVXQNKLqX7P6oSpfs9xVmsYCTHcFUWtc0at8/1bmty/dYmamr5v65Lf+PX/rj4lw01JoimDMfUMowjgdxXnRD7DIlf66v48Q1c7aJwv9HbzcIulsP1ZaxR7lLnFenva//5hJfYPO6maA4x+8F9gPshmHD7lY/zZn4fxdkHcSTzEb8stl3Ai/ou1cpLrTMb7S+GbnqD4X6nxD0z36Qf4fclt3ZQ/eV3/5FIlhG12hrDiYXdr7oWrUO8hODotBS3Vt1jIxPvczowFBg5OLBxN00wuhbHtmor0A0sK3PEdCtvRwaLBHOoRnJq3N6bwe/Y3DZfdOrWYNXEiGKmQ1JX6K18xDPr4ileM95ViiM/5yYQ/d1Soc6Xgs78jJX4aXUXvlufq1vVHzs4yea6ciHAfAXG8hUCB8PrcghrjipHcB+aoB6nX5TNGVHPts6nBdtDpI/K0GyDloCFoWpV+gk+Zm62mbmlITrmMMaZ45VoC48TVVUzl5Ya+8yO+mViXVwZe1TevrWJDXpZL6zizapo8vWIZ+Jb8jZ01h6d1x5YIrXMVQGyOmilbjG0KgKt93E46ydW9jXFhp8yxDXUPfn8tZ8XilpW3yNNkbT3nJuRrtTubqqoqZXVVrvFRr7fGbsgNVd8wMZwQDUtKIXBYpeP7pIxB24K7d0Gos8JcvHzDA40qw9jJpg0o5H0frl9VS18oAHGyDsas2giEyQzHAOKOnDYpHt4a1Dw94iptm47jFPxKuYYL1tS8bX3yJ4dBUbgt4JM/2bLnpq0CrpVBmK7DBUu5W619l1wf3jjXibvf2soRTm3XSyFAIwjgT+VuvyIlMYJh9s4vrun3vh8aqocAnEHMPABpqnPcn9PW1lQFqVF9dPRDruQKJ24bYqJgWW6mkTa5PsknTiQZtqUPa5nduXiic9wiplV0bLt312aAzVzdzVhWYY4CfOblD6OpZ85mg8VHt8pStLFG2DU/TjGNG+nKsenJI+1GefnAxNuziXS50T4yNbFfTasJzG62qNuISamXt57a5Oh/P0Pnf9s34vwMPAir0p/wVNTqwh1fVgen8sPMsfARQ0dK/vqZkl+xDcZI6BOqJDHe8EslkYhfv5INnZbslQu6H/h7wW+if0RTymdR+4tqc9zubOAlyUaPFL4ESCqbvYHV2HJE6oPfFInD90kxAMAEzETMNIBAFwjGZtZkAO+dNnjy5UtOzovHqAEYTNPIjDR+//edrBsTFOQ8k5mpo8pXlf/BJLrV+yY/Gn6T31xnwVuQv2+F//2XzwM1D91S8+STAYJwjrr3nwDcbt8aAAABAAAAhQB+AAUAAAAAAAIAIAAwAHcAAABxC5cAAAAAAAAAFgAWABYAFgBaAKYBkQJNAucDqgPlBCoEZgUlBWsFpwXGBeUGGAZnBroHSAfnCFwJCQmYCfMKegsSC0cLjAvVDBwMZAzqDXUN/g6LDv4PVRBUEPoRrxJQEp4S/BOLFAQUoBUuFYEV9BaaF4sYLxiyGTAZqhpEGtwbYhwOHFUcghzAHQMdIR1iHkYe7B9pIB4giiE+Ih0inyL2I3AkDyRUJTcl5CYtJs4nQCfiKIApECmdKgMqritSK+IskC0uLVQt3S4uLmcuZy6gLtcvLC9sL9AwEzBIMHIwnTDGMQYxJDFbMbsyRDKPMtAzRjOpNDo0nDT5NVU16zZwNvI3MzduN6A35Tf5OA04GwABAAAAAQAAkj/Nnl8PPPUACwPoAAAAANiymQoAAAAA2LKZCv/0/xsCIQK2AAAACAACAAAAAAAAeNpi+MVgxAAEjL4MDEy8YHwOiKsATc2lQbZhFADQ95eGu7u7uzsk4hdxGYBt6DQcBoARsAkYgYidcJFwHrlKPaPUUc4pR6SYp5ETRrhhlFa26KedCvrpoD3uzqg/ZYTGuCdpp5wcmskmj0Ia47/MCLmUkE4+w6h1q6Of0r8ZH28RT6c8art5YpQW1hnhjG7+M0tV/OuoiPhyxDLoM/8l4v1x11LMMiURKyabCkqjppdnekixTxL3NYe/dq2zyQq3HLDKCNek6KGEOoappIZsmmmkhQaqOeOUe9r/tCcJSbKdJJ9NcCyCAHjaY2BkYGDa9l+aIYqJ9/+X/2+YFIEiqKAVAJzEBsQAeNpjYGLiZZzAwMrAwNTFtIeBgaEHQjM+YDBkZGJAAg0MDO8FGN68hfED0lxTGBwYFN7/Z1b4b8EQxbSN4akCA0N/HDNQ93qmZKASBQZGAAKPEXkAeNpUS0NCxXEQ/v4zHaBddvtcx+sO2bbtVa5n28unC8zv2eP5AIDL3QkNhUiAi1cnmmAGMIze/NWMaWzhCFd40kZoin5IR14K8Bwv8Spv8Bbv8gEf97b1jg4OpLPZLIDeBsc3/ZGb/Dxb59jno97WokPlLbHsR/Yte5+9yE5mRtSu2lELal7CEhCfeMQtTnGIPZxb2gO/O3ECrUA3kgwY2YAYxmYCEkzoCoBBwcLKxs7BycXNw8vHLyAoJCwiKiYuISklLSMrJ6+gqKSsoqqmrqGppa2jq6dvYGhkbGJqZm5haWVtY2tn7+Do5Ozi6ubu4enl7ePr5x8QGBQcEhoWHhEZFR0TGxefkJhE0JGpCGYKulwtMicZzqqrJ2BmemYhQ15+QVoRQxYARYVhVQAAAHjarFXlmutGDB2HluEyuCDfudlu47EvM9tx0suL32cX7aXf5fYZ/DRyyv/6aD1yskylhWhGo5GOjqQJK0OsluMoIXr5u5qcf8mNxY9jvmnzbJJuUL4cc6WZ/TGshtXqql6xHYdVwirU7Z6yVJgGHluGKd3wuGJojfjPOa7NfNybtUbDaDVa+CR2tGPnMfHcXOzw08Qmviuru0lCRd8oW+NZqAY74qtyfhWWcBYTQOQZ8ehcnEJDcjYqq9uyup3aaZIkNltukmhWc/F6knhcNQQ/tWYGQPVwLua6DrihA8BP2Eo9rhkNXLRW1FcCkpN+cPnEebTK1ZYDfUg55fBdXK03kdZ8nM7Z2UIS6wSnTxdjHNmS1CCyx3XDQ6HbU5U+NQ1sdaBBsQ4yrqxssLUK/1xveTxkSECOhau/19QKiQd+miZikrZLkMOmNzSmwihoOVtkj5jd5I/2vViuhh4ZpxTlOqO1AVPKFjaZbIDcRMnVps7a/RBjh1zny7ilcOugS+OmTKg3NlqNYsfWTtJyPJ4wRaUS8VrW9njSwJCIx8MXch0LHSQ8IbsF7Caw83gKbqZLSggMrCIuT4Yp5SnxJEjzeNq8XIqL2lo7ucwT6/pHj0+Yl/Pxy8W+0nagP1XqT5pCTYXLcTE1hfplAU+50qRo3aAYl48JfLB1VhPymIsLIQ/ZBnlOZdiWo3Ftc233z3EF/6UmQSZd4O9Cu7tUhxSwUOqUBlshq8c9y7LKWp0yqlCVaCnmKR1QxGM64FEETgNKEf6X6WlLTaogyNPiZMPl71z7Emg6jdxOuR6fMYUl8ix4FnnOFFWR501RE3nBFHWRF03REGmbYkjkO6YYFvmuKUZEfmjIZ+szj1vl4iuP3XLxtcfvGcUT7r/A+D4wvgffBIwiHWAUeQkYRWpgFHkZGEU2gVHkDDCK/AAYRc4Co0hj6GHZap5B2OmUQoEQSjkg2Ui/+YY9lz1M0hVD1KVDKqGzu1qesSMt0EoeX90qj3WWr7SKunUmiq8mZYLXSmYOPb5u6FaJ9wbsrGh/EEwYgh+sV2d/VvLTfqzvFtetM8joJvIH4IPxsgqzux7fMv65hx7fPs4UTbgK8zsoiTrbJJ+6Mryg8nmed3UX0x6vIH+2MNG3LevMacS/a4AKA4K/0oRHQnc99zXRwxy+7m0fk9/3wTUdiBVxKvP+dD7+qUJVsn+qzFQvJoG8gcMhBqy01h1MH6q5By2Bjf5jXwnTNc3VMFubi7HJbKxTeYP23sk0IfSM7qCGGhE6yAuijJLSQUG0RNE4SSG5joaq7/MKj5JRswSBz7n+K7cdCyW/LxwQNPWZAQf6Iah5IGrkqgOcdXRXgkm1Hoq+TGDAqFqKfXqoHRuaTSWcbVPeaGL3fOe3b79QB3XwoDJa2vjRAEG4WZpUvp73prhZysdGky+sdfAwP0z8wrdOYwCfbKnndqqf7rY+0OaZ4bvugU4Dw/fcHIGlWYB2vw3K4rMP03Crw8DuVgtqtLqv7w7ctfFo4A3/F63Y/b+6T+BndwFL4wnZUW8nGWCMhIzN/DuSv6MHBOi7u1PuIuUz/eHsKZnDUz7fxCx+dIj+uSmUdfoU38L6heE7EC+FtQi8UicHikHYV0bakV9i+dr08M5g8QYLSxZvTc8qNX/1WNdmDgNAFISPoY+LBA0ccywzs2VmLkvQoHdWkM3z9ycWOxL6SwbzJ5HFEDkMkccQBcyXRBFDlDBEGUNUMD8SVQxRwxB1DNHA/Es0MUQLQ7QxRAfzLdHFED0M0ccQruU9p4d5wPDepYZaH1IjvZ5kfMoYW95LqicM1VNK9YxSOre815QuGEqXlNIVpXRteW8p3TCUbrWgOy3o3gofb66Sj6dv03twvesn55S8U+wzK3FNYwB42mPw3sFwIihiIyNjX+QGxp0cDBwMyQUbGdicNkkwMmiBGJu5ORg5ICxRNjCL3WkXMwMDIwMnkM3htIvBAcJmZnDZqMLYERixwaEjYiNzistGNRBvF0cDAyOLQ0dySARISSQQbOblYOTR2sH4v3UDS+9GJqA+1hQXAHdZJMsAAHjaY8AEIUDow+DDlMzAyJTMuJ6B8b8ykygDA1Pe/69MKYw7/v/6LwPiAwCxmwqkAHjaTMwdDEJRGIfx533f+7HgnJ0rrV3KCoMgd+hSnIXl7jlG5cs5hzhfrm3tD8d+e+AB5pYxAGAC2ShMstNzlIM1J7lhwVVuSdzlrurJdjzlzGhfuVT/4f8PrJkBN+9lY+kP2cn+koO9v+WGTazkljEOclf15Oe4yJlt+5FL9R9+rVFRT+pMED3P/RXzKElZCuFBiTEhGhICkSjE+GbWMtLVUpruQuXff+PApxfVqDc3m2ZOTs+cOTsL8T9fldvKLbJAR2mDOkly0uwk7YQu2LtFQdPUcZFyTMMiNdF7cbv7Ij6mUWYL6qd2zsvtyM749m62LbmuXODqmhfr3FaDVREGq2rB1DEJ9ei9rLnXfcXfcOXdqqDEJKb7Rej409R0dFrXtVnakD3aZyMZzho/usm+8Ukou2N2zXFUu5DRNXuuNjynl6vRpV3yh0uZKJplzu8U09VDqG3FJETuUi689K6LOVcUMqbpcEyTkoudeLwTxPT/vdumbcTsrZfsxrrc3udMGsfSoH9FNvSiLISy12r5tHJl8Ma7/CV3azIYf/0H51ihxBYVHBbIEEA4QoqG1A4SOSdoKmrLR7gAw6u2AGGKVDCjkMqIhRkqNoi+dW6j++p8LNxINFZd+0gFzcFYSv9I8EzwLe6kblEKrtU1gKVeg8V/jVx0FQYytUDQWgnPOs1o9h7oW7fmod+v9TfKejjNQTLX6Nf95abjn+9afU5R6zFYwiKI/6PUZ5j9Hs7Q+Idvcjjxaa+yf2oOJseIROk0F+nGvO5pAxY9vb4a4RJWuvkHL2UQyZkhE8YfeEwFPQiq9UUYtFfkUlPdoN/PXQueqxtpNtbuIcZSJzqxOHAeHzjEoA/v3YbRT5N9OpdgsZHPCW9xj1y5t+1YndjHleKAHiLhg5xScEuOR6p7KBEEG52ev+67hYn0j/+m5z+bBGupAHjabMGDAQIBAADA67Nt2+Z8Ye5aoDsB8H05+eeDkEBYRFRMXEJSSlpGVk5eQVFJWUVVTV1DU0tbR1dP38DQyNjE1MzcwtLK2sbWzt7B0cnZxdXN3cOPIHg4QAAAwDD6/dlumGzb1izdW6FrE9QmmZv0XoQoMeIkSJIiTYYsOfIUKFKiTIUqNeo0aNKiTYcuPfoMGDJizIQpM+YsWLJizUYGGdmx5c1FJq78ZJZFVh48eXHjIxsH2eWQUy655ZFXPvYcOcmvgIIKKfxvWZ4RGAgCAADGeU6sLrbdHtbW+8OrpppqkKRe783/juo/m63e38kgc5Q5Li8iIaLyFQMfVbaRiNOo8CSFIylfCBJR9aYd4UoWj5gUj45UBJHBg+9utputr7P5fJo5y5y/AeyLSTAAAQAB//8ADw==",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff",
"type": "application/font-woff"
},
"$:/plugins/tiddlywiki/katex/katex-logo": {
"title": "$:/plugins/tiddlywiki/katex/katex-logo",
"text": "$$\\KaTeX$$\n"
},
"$:/plugins/tiddlywiki/katex/latex-parser.js": {
"title": "$:/plugins/tiddlywiki/katex/latex-parser.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/latex-parser.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for LaTeX. For example:\n\n```\n\t$$latex-goes-here$$\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except latex-parser \n\\rules only latex-parser \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"latex-parser\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$(?!\\$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = /\\$\\$/mg;\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext,\n\t\tdisplayMode;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tdisplayMode = text.indexOf('\\n') != -1;\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tdisplayMode = false;\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"latex\",\n\t\tattributes: {\n\t\t\ttext: {\n\t\t\t\ttype: \"text\",\n\t\t\t\tvalue: text\n\t\t\t},\n\t\t\tdisplayMode: {\n\t\t\t\ttype: \"text\",\n\t\t\t\tvalue: displayMode ? \"true\" : \"false\"\n\t\t\t}\n\t\t}\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/plugins/tiddlywiki/katex/readme": {
"title": "$:/plugins/tiddlywiki/katex/readme",
"text": "This is a TiddlyWiki plugin for mathematical and chemical typesetting based on [ext[KaTeX from Khan Academy|http://khan.github.io/KaTeX/]] (v0.10.2) and [ext[mhchem|https://github.com/mhchem/MathJax-mhchem]] through a [ext[Katex extension|https://github.com/KaTeX/KaTeX/tree/master/contrib/mhchem]].\n\nIt is completely self-contained, and doesn't need an Internet connection in order to work. It works both in the browser and under Node.js.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/katex]]\n"
},
"$:/plugins/tiddlywiki/katex/snippets/logo": {
"title": "$:/plugins/tiddlywiki/katex/snippets/logo",
"tags": "$:/tags/KaTeX/Snippet",
"text": "$$\\KaTeX$$\n"
},
"$:/plugins/tiddlywiki/katex/styles": {
"title": "$:/plugins/tiddlywiki/katex/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/* KaTeX styles */\n\n{{$:/plugins/tiddlywiki/katex/katex.min.css}}\n\n/* Force text-rendering (see https://github.com/Jermolene/TiddlyWiki5/issues/2500) */\n\n.katex {\n text-rendering: auto;\n}\n\n/* Avoid TW5's max-width: 100% */\n\n.katex svg {\n max-width: initial;\n}\n\n/* Override font URLs */\n\n@font-face {\n\tfont-family: KaTeX_AMS;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Caligraphic;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Caligraphic;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Fraktur;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Fraktur;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-BoldItalic.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Math;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_SansSerif;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_SansSerif;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_SansSerif;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Script;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size1;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size2;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size3;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size4;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Typewriter;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n"
},
"$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex-dropdown": {
"title": "$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$transclude tiddler=<<snippetTitle>> mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/KaTeX/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/KaTeX/Snippet\"\n\ttext=\"\"\"$$snippet$$\"\"\"\n\tcaption=\"description shown in dropdown\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n\n[ext[KaTeX functions catalogue|https://khan.github.io/KaTeX/function-support.html]]\n\n[ext[Chemical equations reference|https://mhchem.github.io/MathJax-mhchem/]]\n"
},
"$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex": {
"title": "$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/plugins/tiddlywiki/katex/katex-logo",
"caption": "katex",
"description": "create and insert preconfigured KaTeX snippets",
"condition": "[<targetTiddler>!is[image]]",
"dropdown": "$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex-dropdown",
"text": ""
},
"$:/plugins/tiddlywiki/katex/usage": {
"title": "$:/plugins/tiddlywiki/katex/usage",
"text": "!! Reference:\n\n# Mathematical typesetting: [ext[https://katex.org/docs/supported.html]]\n# Chemical typesetting: [ext[https://mhchem.github.io/MathJax-mhchem/]]\n\n<hr>\n\nThe usual way to include ~LaTeX is to use `$$`. For example:\n\n```\n$$\\displaystyle f(x) = \\int_{-\\infty}^\\infty\\hat f(\\xi)\\,e^{2 \\pi i \\xi x}\\,d\\xi$$\n```\n\nSingle line equations will render in inline mode. If there are newlines between the `$$` delimiters, the equations will be rendered in display mode.\n\nThe underlying widget can also be used directly, giving more flexibility:\n\n```\n<$latex text=\"f(x) = \\int_{-\\infty}^\\infty\\hat f(\\xi)\\,e^{2 \\pi i \\xi x}\\,d\\xi\" displayMode=\"true\"></$latex>\n```\n\nThe KaTeX widget is provided under the name `<$latex>` and is also available under the alias `<$katex>`. It's better to use the generic `<$latex>` name unless you are running multiple ~LaTeX plugins and wish to specifically target KaTeX.\n"
},
"$:/plugins/tiddlywiki/katex/wrapper.js": {
"title": "$:/plugins/tiddlywiki/katex/wrapper.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/wrapper.js\ntype: application/javascript\nmodule-type: widget\n\nWrapper for `katex.min.js` that provides a `<$latex>` widget. It is also available under the alias `<$katex>`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar katex = require(\"$:/plugins/tiddlywiki/katex/katex.min.js\"),\n chemParse = require(\"$:/plugins/tiddlywiki/katex/mhchem.min.js\"),\n\tWidget = require(\"$:/core/modules/widgets/widget.js\").widget;\n// Add \\ce, \\pu, and \\tripledash to the KaTeX macros.\nkatex.__defineMacro(\"\\\\ce\", function(context) {\n return chemParse(context.consumeArgs(1)[0], \"ce\")\n});\nkatex.__defineMacro(\"\\\\pu\", function(context) {\n return chemParse(context.consumeArgs(1)[0], \"pu\");\n});\n// Needed for \\bond for the ~ forms\n// Raise by 2.56mu, not 2mu. We're raising a hyphen-minus, U+002D, not \n// a mathematical minus, U+2212. So we need that extra 0.56.\nkatex.__defineMacro(\"\\\\tripledash\", \"{\\\\vphantom{-}\\\\raisebox{2.56mu}{$\\\\mkern2mu\"\n+ \"\\\\tiny\\\\text{-}\\\\mkern1mu\\\\text{-}\\\\mkern1mu\\\\text{-}\\\\mkern2mu$}}\");\n\nvar KaTeXWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKaTeXWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKaTeXWidget.prototype.render = function(parent,nextSibling) {\n\t// Housekeeping\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Get the source text\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\tvar displayMode = this.getAttribute(\"displayMode\",this.parseTreeNode.displayMode || \"false\") === \"true\";\n\t// Render it into a span\n\tvar span = this.document.createElement(\"span\"),\n\t\toptions = {throwOnError: false, displayMode: displayMode};\n\ttry {\n\t\tif(!this.document.isTiddlyWikiFakeDom) {\n\t\t\tkatex.render(text,span,options);\n\t\t} else {\n\t\t\tspan.innerHTML = katex.renderToString(text,options);\n\t\t}\n\t} catch(ex) {\n\t\tspan.className = \"tc-error\";\n\t\tspan.textContent = ex;\n\t}\n\t// Insert it into the DOM\n\tparent.insertBefore(span,nextSibling);\n\tthis.domNodes.push(span);\n};\n\n/*\nCompute the internal state of the widget\n*/\nKaTeXWidget.prototype.execute = function() {\n\t// Nothing to do for a katex widget\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKaTeXWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.latex = KaTeXWidget;\nexports.katex = KaTeXWidget;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "widget"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/markdown/EditorToolbar/bold": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/bold",
"list-after": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"**\"\n\tsuffix=\"**\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-1": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-1",
"list-after": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-2": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-2",
"list-after": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"2\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-3": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-3",
"list-after": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"3\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-4": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-4",
"list-after": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"4\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-5": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-5",
"list-after": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"5\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-6": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/heading-6",
"list-after": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"6\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/italic": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/italic",
"list-after": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"*\"\n\tsuffix=\"*\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/list-bullet": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/list-bullet",
"list-after": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/list-number": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/list-number",
"list-after": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"1.\"\n\tcount=\"1\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/mono-line": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/mono-line",
"list-after": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/plugins/tiddlywiki/markdown/EditorToolbar/quote": {
"title": "$:/plugins/tiddlywiki/markdown/EditorToolbar/quote",
"list-after": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}} (Markdown)",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>type[text/x-markdown]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\">\"\n\tcount=\"1\"\n/>\n"
},
"$:/config/markdown/dialect": {
"title": "$:/config/markdown/dialect",
"text": "Gruber"
},
"$:/language/Docs/Types/text/x-markdown": {
"title": "$:/language/Docs/Types/text/x-markdown",
"description": "Markdown",
"name": "text/x-markdown",
"group": "Text"
},
"$:/plugins/tiddlywiki/markdown/markdown.js": {
"text": "// Released under MIT license\n// Copyright (c) 2009-2010 Dominic Baggott\n// Copyright (c) 2009-2010 Ash Berlin\n// Copyright (c) 2011 Christoph Dorn <christoph@christophdorn.com> (http://www.christophdorn.com)\n\n/*jshint browser:true, devel:true */\n\n(function( expose ) {\n\n/**\n * class Markdown\n *\n * Markdown processing in Javascript done right. We have very particular views\n * on what constitutes 'right' which include:\n *\n * - produces well-formed HTML (this means that em and strong nesting is\n * important)\n *\n * - has an intermediate representation to allow processing of parsed data (We\n * in fact have two, both as [JsonML]: a markdown tree and an HTML tree).\n *\n * - is easily extensible to add new dialects without having to rewrite the\n * entire parsing mechanics\n *\n * - has a good test suite\n *\n * This implementation fulfills all of these (except that the test suite could\n * do with expanding to automatically run all the fixtures from other Markdown\n * implementations.)\n *\n * ##### Intermediate Representation\n *\n * *TODO* Talk about this :) Its JsonML, but document the node names we use.\n *\n * [JsonML]: http://jsonml.org/ \"JSON Markup Language\"\n **/\nvar Markdown = expose.Markdown = function(dialect) {\n switch (typeof dialect) {\n case \"undefined\":\n this.dialect = Markdown.dialects.Gruber;\n break;\n case \"object\":\n this.dialect = dialect;\n break;\n default:\n if ( dialect in Markdown.dialects ) {\n this.dialect = Markdown.dialects[dialect];\n }\n else {\n throw new Error(\"Unknown Markdown dialect '\" + String(dialect) + \"'\");\n }\n break;\n }\n this.em_state = [];\n this.strong_state = [];\n this.debug_indent = \"\";\n};\n\n/**\n * parse( markdown, [dialect] ) -> JsonML\n * - markdown (String): markdown string to parse\n * - dialect (String | Dialect): the dialect to use, defaults to gruber\n *\n * Parse `markdown` and return a markdown document as a Markdown.JsonML tree.\n **/\nexpose.parse = function( source, dialect ) {\n // dialect will default if undefined\n var md = new Markdown( dialect );\n return md.toTree( source );\n};\n\n/**\n * toHTML( markdown, [dialect] ) -> String\n * toHTML( md_tree ) -> String\n * - markdown (String): markdown string to parse\n * - md_tree (Markdown.JsonML): parsed markdown tree\n *\n * Take markdown (either as a string or as a JsonML tree) and run it through\n * [[toHTMLTree]] then turn it into a well-formated HTML fragment.\n **/\nexpose.toHTML = function toHTML( source , dialect , options ) {\n var input = expose.toHTMLTree( source , dialect , options );\n\n return expose.renderJsonML( input );\n};\n\n/**\n * toHTMLTree( markdown, [dialect] ) -> JsonML\n * toHTMLTree( md_tree ) -> JsonML\n * - markdown (String): markdown string to parse\n * - dialect (String | Dialect): the dialect to use, defaults to gruber\n * - md_tree (Markdown.JsonML): parsed markdown tree\n *\n * Turn markdown into HTML, represented as a JsonML tree. If a string is given\n * to this function, it is first parsed into a markdown tree by calling\n * [[parse]].\n **/\nexpose.toHTMLTree = function toHTMLTree( input, dialect , options ) {\n // convert string input to an MD tree\n if ( typeof input ===\"string\" ) input = this.parse( input, dialect );\n\n // Now convert the MD tree to an HTML tree\n\n // remove references from the tree\n var attrs = extract_attr( input ),\n refs = {};\n\n if ( attrs && attrs.references ) {\n refs = attrs.references;\n }\n\n var html = convert_tree_to_html( input, refs , options );\n merge_text_nodes( html );\n return html;\n};\n\n// For Spidermonkey based engines\nfunction mk_block_toSource() {\n return \"Markdown.mk_block( \" +\n uneval(this.toString()) +\n \", \" +\n uneval(this.trailing) +\n \", \" +\n uneval(this.lineNumber) +\n \" )\";\n}\n\n// node\nfunction mk_block_inspect() {\n var util = require(\"util\");\n return \"Markdown.mk_block( \" +\n util.inspect(this.toString()) +\n \", \" +\n util.inspect(this.trailing) +\n \", \" +\n util.inspect(this.lineNumber) +\n \" )\";\n\n}\n\nvar mk_block = Markdown.mk_block = function(block, trail, line) {\n // Be helpful for default case in tests.\n if ( arguments.length == 1 ) trail = \"\\n\\n\";\n\n var s = new String(block);\n s.trailing = trail;\n // To make it clear its not just a string\n s.inspect = mk_block_inspect;\n s.toSource = mk_block_toSource;\n\n if ( line != undefined )\n s.lineNumber = line;\n\n return s;\n};\n\nfunction count_lines( str ) {\n var n = 0, i = -1;\n while ( ( i = str.indexOf(\"\\n\", i + 1) ) !== -1 ) n++;\n return n;\n}\n\n// Internal - split source into rough blocks\nMarkdown.prototype.split_blocks = function splitBlocks( input, startLine ) {\n input = input.replace(/(\\r\\n|\\n|\\r)/g, \"\\n\");\n // [\\s\\S] matches _anything_ (newline or space)\n // [^] is equivalent but doesn't work in IEs.\n var re = /([\\s\\S]+?)($|\\n#|\\n(?:\\s*\\n|$)+)/g,\n blocks = [],\n m;\n\n var line_no = 1;\n\n if ( ( m = /^(\\s*\\n)/.exec(input) ) != null ) {\n // skip (but count) leading blank lines\n line_no += count_lines( m[0] );\n re.lastIndex = m[0].length;\n }\n\n while ( ( m = re.exec(input) ) !== null ) {\n if (m[2] == \"\\n#\") {\n m[2] = \"\\n\";\n re.lastIndex--;\n }\n blocks.push( mk_block( m[1], m[2], line_no ) );\n line_no += count_lines( m[0] );\n }\n\n return blocks;\n};\n\n/**\n * Markdown#processBlock( block, next ) -> undefined | [ JsonML, ... ]\n * - block (String): the block to process\n * - next (Array): the following blocks\n *\n * Process `block` and return an array of JsonML nodes representing `block`.\n *\n * It does this by asking each block level function in the dialect to process\n * the block until one can. Succesful handling is indicated by returning an\n * array (with zero or more JsonML nodes), failure by a false value.\n *\n * Blocks handlers are responsible for calling [[Markdown#processInline]]\n * themselves as appropriate.\n *\n * If the blocks were split incorrectly or adjacent blocks need collapsing you\n * can adjust `next` in place using shift/splice etc.\n *\n * If any of this default behaviour is not right for the dialect, you can\n * define a `__call__` method on the dialect that will get invoked to handle\n * the block processing.\n */\nMarkdown.prototype.processBlock = function processBlock( block, next ) {\n var cbs = this.dialect.block,\n ord = cbs.__order__;\n\n if ( \"__call__\" in cbs ) {\n return cbs.__call__.call(this, block, next);\n }\n\n for ( var i = 0; i < ord.length; i++ ) {\n //D:this.debug( \"Testing\", ord[i] );\n var res = cbs[ ord[i] ].call( this, block, next );\n if ( res ) {\n //D:this.debug(\" matched\");\n if ( !isArray(res) || ( res.length > 0 && !( isArray(res[0]) ) ) )\n this.debug(ord[i], \"didn't return a proper array\");\n //D:this.debug( \"\" );\n return res;\n }\n }\n\n // Uhoh! no match! Should we throw an error?\n return [];\n};\n\nMarkdown.prototype.processInline = function processInline( block ) {\n return this.dialect.inline.__call__.call( this, String( block ) );\n};\n\n/**\n * Markdown#toTree( source ) -> JsonML\n * - source (String): markdown source to parse\n *\n * Parse `source` into a JsonML tree representing the markdown document.\n **/\n// custom_tree means set this.tree to `custom_tree` and restore old value on return\nMarkdown.prototype.toTree = function toTree( source, custom_root ) {\n var blocks = source instanceof Array ? source : this.split_blocks( source );\n\n // Make tree a member variable so its easier to mess with in extensions\n var old_tree = this.tree;\n try {\n this.tree = custom_root || this.tree || [ \"markdown\" ];\n\n blocks:\n while ( blocks.length ) {\n var b = this.processBlock( blocks.shift(), blocks );\n\n // Reference blocks and the like won't return any content\n if ( !b.length ) continue blocks;\n\n this.tree.push.apply( this.tree, b );\n }\n return this.tree;\n }\n finally {\n if ( custom_root ) {\n this.tree = old_tree;\n }\n }\n};\n\n// Noop by default\nMarkdown.prototype.debug = function () {\n var args = Array.prototype.slice.call( arguments);\n args.unshift(this.debug_indent);\n if ( typeof print !== \"undefined\" )\n print.apply( print, args );\n if ( typeof console !== \"undefined\" && typeof console.log !== \"undefined\" )\n console.log.apply( null, args );\n}\n\nMarkdown.prototype.loop_re_over_block = function( re, block, cb ) {\n // Dont use /g regexps with this\n var m,\n b = block.valueOf();\n\n while ( b.length && (m = re.exec(b) ) != null ) {\n b = b.substr( m[0].length );\n cb.call(this, m);\n }\n return b;\n};\n\n/**\n * Markdown.dialects\n *\n * Namespace of built-in dialects.\n **/\nMarkdown.dialects = {};\n\n/**\n * Markdown.dialects.Gruber\n *\n * The default dialect that follows the rules set out by John Gruber's\n * markdown.pl as closely as possible. Well actually we follow the behaviour of\n * that script which in some places is not exactly what the syntax web page\n * says.\n **/\nMarkdown.dialects.Gruber = {\n block: {\n atxHeader: function atxHeader( block, next ) {\n var m = block.match( /^(#{1,6})\\s*(.*?)\\s*#*\\s*(?:\\n|$)/ );\n\n if ( !m ) return undefined;\n\n var header = [ \"header\", { level: m[ 1 ].length } ];\n Array.prototype.push.apply(header, this.processInline(m[ 2 ]));\n\n if ( m[0].length < block.length )\n next.unshift( mk_block( block.substr( m[0].length ), block.trailing, block.lineNumber + 2 ) );\n\n return [ header ];\n },\n\n setextHeader: function setextHeader( block, next ) {\n var m = block.match( /^(.*)\\n([-=])\\2\\2+(?:\\n|$)/ );\n\n if ( !m ) return undefined;\n\n var level = ( m[ 2 ] === \"=\" ) ? 1 : 2;\n var header = [ \"header\", { level : level }, m[ 1 ] ];\n\n if ( m[0].length < block.length )\n next.unshift( mk_block( block.substr( m[0].length ), block.trailing, block.lineNumber + 2 ) );\n\n return [ header ];\n },\n\n code: function code( block, next ) {\n // | Foo\n // |bar\n // should be a code block followed by a paragraph. Fun\n //\n // There might also be adjacent code block to merge.\n\n var ret = [],\n re = /^(?: {0,3}\\t| {4})(.*)\\n?/,\n lines;\n\n // 4 spaces + content\n if ( !block.match( re ) ) return undefined;\n\n block_search:\n do {\n // Now pull out the rest of the lines\n var b = this.loop_re_over_block(\n re, block.valueOf(), function( m ) { ret.push( m[1] ); } );\n\n if ( b.length ) {\n // Case alluded to in first comment. push it back on as a new block\n next.unshift( mk_block(b, block.trailing) );\n break block_search;\n }\n else if ( next.length ) {\n // Check the next block - it might be code too\n if ( !next[0].match( re ) ) break block_search;\n\n // Pull how how many blanks lines follow - minus two to account for .join\n ret.push ( block.trailing.replace(/[^\\n]/g, \"\").substring(2) );\n\n block = next.shift();\n }\n else {\n break block_search;\n }\n } while ( true );\n\n return [ [ \"code_block\", ret.join(\"\\n\") ] ];\n },\n\n horizRule: function horizRule( block, next ) {\n // this needs to find any hr in the block to handle abutting blocks\n var m = block.match( /^(?:([\\s\\S]*?)\\n)?[ \\t]*([-_*])(?:[ \\t]*\\2){2,}[ \\t]*(?:\\n([\\s\\S]*))?$/ );\n\n if ( !m ) {\n return undefined;\n }\n\n var jsonml = [ [ \"hr\" ] ];\n\n // if there's a leading abutting block, process it\n if ( m[ 1 ] ) {\n jsonml.unshift.apply( jsonml, this.processBlock( m[ 1 ], [] ) );\n }\n\n // if there's a trailing abutting block, stick it into next\n if ( m[ 3 ] ) {\n next.unshift( mk_block( m[ 3 ] ) );\n }\n\n return jsonml;\n },\n\n // There are two types of lists. Tight and loose. Tight lists have no whitespace\n // between the items (and result in text just in the <li>) and loose lists,\n // which have an empty line between list items, resulting in (one or more)\n // paragraphs inside the <li>.\n //\n // There are all sorts weird edge cases about the original markdown.pl's\n // handling of lists:\n //\n // * Nested lists are supposed to be indented by four chars per level. But\n // if they aren't, you can get a nested list by indenting by less than\n // four so long as the indent doesn't match an indent of an existing list\n // item in the 'nest stack'.\n //\n // * The type of the list (bullet or number) is controlled just by the\n // first item at the indent. Subsequent changes are ignored unless they\n // are for nested lists\n //\n lists: (function( ) {\n // Use a closure to hide a few variables.\n var any_list = \"[*+-]|\\\\d+\\\\.\",\n bullet_list = /[*+-]/,\n number_list = /\\d+\\./,\n // Capture leading indent as it matters for determining nested lists.\n is_list_re = new RegExp( \"^( {0,3})(\" + any_list + \")[ \\t]+\" ),\n indent_re = \"(?: {0,3}\\\\t| {4})\";\n\n // TODO: Cache this regexp for certain depths.\n // Create a regexp suitable for matching an li for a given stack depth\n function regex_for_depth( depth ) {\n\n return new RegExp(\n // m[1] = indent, m[2] = list_type\n \"(?:^(\" + indent_re + \"{0,\" + depth + \"} {0,3})(\" + any_list + \")\\\\s+)|\" +\n // m[3] = cont\n \"(^\" + indent_re + \"{0,\" + (depth-1) + \"}[ ]{0,4})\"\n );\n }\n function expand_tab( input ) {\n return input.replace( / {0,3}\\t/g, \" \" );\n }\n\n // Add inline content `inline` to `li`. inline comes from processInline\n // so is an array of content\n function add(li, loose, inline, nl) {\n if ( loose ) {\n li.push( [ \"para\" ].concat(inline) );\n return;\n }\n // Hmmm, should this be any block level element or just paras?\n var add_to = li[li.length -1] instanceof Array && li[li.length - 1][0] == \"para\"\n ? li[li.length -1]\n : li;\n\n // If there is already some content in this list, add the new line in\n if ( nl && li.length > 1 ) inline.unshift(nl);\n\n for ( var i = 0; i < inline.length; i++ ) {\n var what = inline[i],\n is_str = typeof what == \"string\";\n if ( is_str && add_to.length > 1 && typeof add_to[add_to.length-1] == \"string\" ) {\n add_to[ add_to.length-1 ] += what;\n }\n else {\n add_to.push( what );\n }\n }\n }\n\n // contained means have an indent greater than the current one. On\n // *every* line in the block\n function get_contained_blocks( depth, blocks ) {\n\n var re = new RegExp( \"^(\" + indent_re + \"{\" + depth + \"}.*?\\\\n?)*$\" ),\n replace = new RegExp(\"^\" + indent_re + \"{\" + depth + \"}\", \"gm\"),\n ret = [];\n\n while ( blocks.length > 0 ) {\n if ( re.exec( blocks[0] ) ) {\n var b = blocks.shift(),\n // Now remove that indent\n x = b.replace( replace, \"\");\n\n ret.push( mk_block( x, b.trailing, b.lineNumber ) );\n }\n else {\n break;\n }\n }\n return ret;\n }\n\n // passed to stack.forEach to turn list items up the stack into paras\n function paragraphify(s, i, stack) {\n var list = s.list;\n var last_li = list[list.length-1];\n\n if ( last_li[1] instanceof Array && last_li[1][0] == \"para\" ) {\n return;\n }\n if ( i + 1 == stack.length ) {\n // Last stack frame\n // Keep the same array, but replace the contents\n last_li.push( [\"para\"].concat( last_li.splice(1, last_li.length - 1) ) );\n }\n else {\n var sublist = last_li.pop();\n last_li.push( [\"para\"].concat( last_li.splice(1, last_li.length - 1) ), sublist );\n }\n }\n\n // The matcher function\n return function( block, next ) {\n var m = block.match( is_list_re );\n if ( !m ) return undefined;\n\n function make_list( m ) {\n var list = bullet_list.exec( m[2] )\n ? [\"bulletlist\"]\n : [\"numberlist\"];\n\n stack.push( { list: list, indent: m[1] } );\n return list;\n }\n\n\n var stack = [], // Stack of lists for nesting.\n list = make_list( m ),\n last_li,\n loose = false,\n ret = [ stack[0].list ],\n i;\n\n // Loop to search over block looking for inner block elements and loose lists\n loose_search:\n while ( true ) {\n // Split into lines preserving new lines at end of line\n var lines = block.split( /(?=\\n)/ );\n\n // We have to grab all lines for a li and call processInline on them\n // once as there are some inline things that can span lines.\n var li_accumulate = \"\";\n\n // Loop over the lines in this block looking for tight lists.\n tight_search:\n for ( var line_no = 0; line_no < lines.length; line_no++ ) {\n var nl = \"\",\n l = lines[line_no].replace(/^\\n/, function(n) { nl = n; return \"\"; });\n\n // TODO: really should cache this\n var line_re = regex_for_depth( stack.length );\n\n m = l.match( line_re );\n //print( \"line:\", uneval(l), \"\\nline match:\", uneval(m) );\n\n // We have a list item\n if ( m[1] !== undefined ) {\n // Process the previous list item, if any\n if ( li_accumulate.length ) {\n add( last_li, loose, this.processInline( li_accumulate ), nl );\n // Loose mode will have been dealt with. Reset it\n loose = false;\n li_accumulate = \"\";\n }\n\n m[1] = expand_tab( m[1] );\n var wanted_depth = Math.floor(m[1].length/4)+1;\n //print( \"want:\", wanted_depth, \"stack:\", stack.length);\n if ( wanted_depth > stack.length ) {\n // Deep enough for a nested list outright\n //print ( \"new nested list\" );\n list = make_list( m );\n last_li.push( list );\n last_li = list[1] = [ \"listitem\" ];\n }\n else {\n // We aren't deep enough to be strictly a new level. This is\n // where Md.pl goes nuts. If the indent matches a level in the\n // stack, put it there, else put it one deeper then the\n // wanted_depth deserves.\n var found = false;\n for ( i = 0; i < stack.length; i++ ) {\n if ( stack[ i ].indent != m[1] ) continue;\n list = stack[ i ].list;\n stack.splice( i+1, stack.length - (i+1) );\n found = true;\n break;\n }\n\n if (!found) {\n //print(\"not found. l:\", uneval(l));\n wanted_depth++;\n if ( wanted_depth <= stack.length ) {\n stack.splice(wanted_depth, stack.length - wanted_depth);\n //print(\"Desired depth now\", wanted_depth, \"stack:\", stack.length);\n list = stack[wanted_depth-1].list;\n //print(\"list:\", uneval(list) );\n }\n else {\n //print (\"made new stack for messy indent\");\n list = make_list(m);\n last_li.push(list);\n }\n }\n\n //print( uneval(list), \"last\", list === stack[stack.length-1].list );\n last_li = [ \"listitem\" ];\n list.push(last_li);\n } // end depth of shenegains\n nl = \"\";\n }\n\n // Add content\n if ( l.length > m[0].length ) {\n li_accumulate += nl + l.substr( m[0].length );\n }\n } // tight_search\n\n if ( li_accumulate.length ) {\n add( last_li, loose, this.processInline( li_accumulate ), nl );\n // Loose mode will have been dealt with. Reset it\n loose = false;\n li_accumulate = \"\";\n }\n\n // Look at the next block - we might have a loose list. Or an extra\n // paragraph for the current li\n var contained = get_contained_blocks( stack.length, next );\n\n // Deal with code blocks or properly nested lists\n if ( contained.length > 0 ) {\n // Make sure all listitems up the stack are paragraphs\n forEach( stack, paragraphify, this);\n\n last_li.push.apply( last_li, this.toTree( contained, [] ) );\n }\n\n var next_block = next[0] && next[0].valueOf() || \"\";\n\n if ( next_block.match(is_list_re) || next_block.match( /^ / ) ) {\n block = next.shift();\n\n // Check for an HR following a list: features/lists/hr_abutting\n var hr = this.dialect.block.horizRule( block, next );\n\n if ( hr ) {\n ret.push.apply(ret, hr);\n break;\n }\n\n // Make sure all listitems up the stack are paragraphs\n forEach( stack, paragraphify, this);\n\n loose = true;\n continue loose_search;\n }\n break;\n } // loose_search\n\n return ret;\n };\n })(),\n\n blockquote: function blockquote( block, next ) {\n if ( !block.match( /^>/m ) )\n return undefined;\n\n var jsonml = [];\n\n // separate out the leading abutting block, if any. I.e. in this case:\n //\n // a\n // > b\n //\n if ( block[ 0 ] != \">\" ) {\n var lines = block.split( /\\n/ ),\n prev = [],\n line_no = block.lineNumber;\n\n // keep shifting lines until you find a crotchet\n while ( lines.length && lines[ 0 ][ 0 ] != \">\" ) {\n prev.push( lines.shift() );\n line_no++;\n }\n\n var abutting = mk_block( prev.join( \"\\n\" ), \"\\n\", block.lineNumber );\n jsonml.push.apply( jsonml, this.processBlock( abutting, [] ) );\n // reassemble new block of just block quotes!\n block = mk_block( lines.join( \"\\n\" ), block.trailing, line_no );\n }\n\n\n // if the next block is also a blockquote merge it in\n while ( next.length && next[ 0 ][ 0 ] == \">\" ) {\n var b = next.shift();\n block = mk_block( block + block.trailing + b, b.trailing, block.lineNumber );\n }\n\n // Strip off the leading \"> \" and re-process as a block.\n var input = block.replace( /^> ?/gm, \"\" ),\n old_tree = this.tree,\n processedBlock = this.toTree( input, [ \"blockquote\" ] ),\n attr = extract_attr( processedBlock );\n\n // If any link references were found get rid of them\n if ( attr && attr.references ) {\n delete attr.references;\n // And then remove the attribute object if it's empty\n if ( isEmpty( attr ) ) {\n processedBlock.splice( 1, 1 );\n }\n }\n\n jsonml.push( processedBlock );\n return jsonml;\n },\n\n referenceDefn: function referenceDefn( block, next) {\n var re = /^\\s*\\[(.*?)\\]:\\s*(\\S+)(?:\\s+(?:(['\"])(.*?)\\3|\\((.*?)\\)))?\\n?/;\n // interesting matches are [ , ref_id, url, , title, title ]\n\n if ( !block.match(re) )\n return undefined;\n\n // make an attribute node if it doesn't exist\n if ( !extract_attr( this.tree ) ) {\n this.tree.splice( 1, 0, {} );\n }\n\n var attrs = extract_attr( this.tree );\n\n // make a references hash if it doesn't exist\n if ( attrs.references === undefined ) {\n attrs.references = {};\n }\n\n var b = this.loop_re_over_block(re, block, function( m ) {\n\n if ( m[2] && m[2][0] == \"<\" && m[2][m[2].length-1] == \">\" )\n m[2] = m[2].substring( 1, m[2].length - 1 );\n\n var ref = attrs.references[ m[1].toLowerCase() ] = {\n href: m[2]\n };\n\n if ( m[4] !== undefined )\n ref.title = m[4];\n else if ( m[5] !== undefined )\n ref.title = m[5];\n\n } );\n\n if ( b.length )\n next.unshift( mk_block( b, block.trailing ) );\n\n return [];\n },\n\n para: function para( block, next ) {\n // everything's a para!\n return [ [\"para\"].concat( this.processInline( block ) ) ];\n }\n }\n};\n\nMarkdown.dialects.Gruber.inline = {\n\n __oneElement__: function oneElement( text, patterns_or_re, previous_nodes ) {\n var m,\n res,\n lastIndex = 0;\n\n patterns_or_re = patterns_or_re || this.dialect.inline.__patterns__;\n var re = new RegExp( \"([\\\\s\\\\S]*?)(\" + (patterns_or_re.source || patterns_or_re) + \")\" );\n\n m = re.exec( text );\n if (!m) {\n // Just boring text\n return [ text.length, text ];\n }\n else if ( m[1] ) {\n // Some un-interesting text matched. Return that first\n return [ m[1].length, m[1] ];\n }\n\n var res;\n if ( m[2] in this.dialect.inline ) {\n res = this.dialect.inline[ m[2] ].call(\n this,\n text.substr( m.index ), m, previous_nodes || [] );\n }\n // Default for now to make dev easier. just slurp special and output it.\n res = res || [ m[2].length, m[2] ];\n return res;\n },\n\n __call__: function inline( text, patterns ) {\n\n var out = [],\n res;\n\n function add(x) {\n //D:self.debug(\" adding output\", uneval(x));\n if ( typeof x == \"string\" && typeof out[out.length-1] == \"string\" )\n out[ out.length-1 ] += x;\n else\n out.push(x);\n }\n\n while ( text.length > 0 ) {\n res = this.dialect.inline.__oneElement__.call(this, text, patterns, out );\n text = text.substr( res.shift() );\n forEach(res, add )\n }\n\n return out;\n },\n\n // These characters are intersting elsewhere, so have rules for them so that\n // chunks of plain text blocks don't include them\n \"]\": function () {},\n \"}\": function () {},\n\n __escape__ : /^\\\\[\\\\`\\*_{}\\[\\]()#\\+.!\\-]/,\n\n \"\\\\\": function escaped( text ) {\n // [ length of input processed, node/children to add... ]\n // Only esacape: \\ ` * _ { } [ ] ( ) # * + - . !\n if ( this.dialect.inline.__escape__.exec( text ) )\n return [ 2, text.charAt( 1 ) ];\n else\n // Not an esacpe\n return [ 1, \"\\\\\" ];\n },\n\n \"![\": function image( text ) {\n\n // Unlike images, alt text is plain text only. no other elements are\n // allowed in there\n\n // ![Alt text](/path/to/img.jpg \"Optional title\")\n // 1 2 3 4 <--- captures\n var m = text.match( /^!\\[(.*?)\\][ \\t]*\\([ \\t]*([^\")]*?)(?:[ \\t]+([\"'])(.*?)\\3)?[ \\t]*\\)/ );\n\n if ( m ) {\n if ( m[2] && m[2][0] == \"<\" && m[2][m[2].length-1] == \">\" )\n m[2] = m[2].substring( 1, m[2].length - 1 );\n\n m[2] = this.dialect.inline.__call__.call( this, m[2], /\\\\/ )[0];\n\n var attrs = { alt: m[1], href: m[2] || \"\" };\n if ( m[4] !== undefined)\n attrs.title = m[4];\n\n return [ m[0].length, [ \"img\", attrs ] ];\n }\n\n // ![Alt text][id]\n m = text.match( /^!\\[(.*?)\\][ \\t]*\\[(.*?)\\]/ );\n\n if ( m ) {\n // We can't check if the reference is known here as it likely wont be\n // found till after. Check it in md tree->hmtl tree conversion\n return [ m[0].length, [ \"img_ref\", { alt: m[1], ref: m[2].toLowerCase(), original: m[0] } ] ];\n }\n\n // Just consume the '!['\n return [ 2, \"![\" ];\n },\n\n \"[\": function link( text ) {\n\n var orig = String(text);\n // Inline content is possible inside `link text`\n var res = Markdown.DialectHelpers.inline_until_char.call( this, text.substr(1), \"]\" );\n\n // No closing ']' found. Just consume the [\n if ( !res ) return [ 1, \"[\" ];\n\n var consumed = 1 + res[ 0 ],\n children = res[ 1 ],\n link,\n attrs;\n\n // At this point the first [...] has been parsed. See what follows to find\n // out which kind of link we are (reference or direct url)\n text = text.substr( consumed );\n\n // [link text](/path/to/img.jpg \"Optional title\")\n // 1 2 3 <--- captures\n // This will capture up to the last paren in the block. We then pull\n // back based on if there a matching ones in the url\n // ([here](/url/(test))\n // The parens have to be balanced\n var m = text.match( /^\\s*\\([ \\t]*([^\"']*)(?:[ \\t]+([\"'])(.*?)\\2)?[ \\t]*\\)/ );\n if ( m ) {\n var url = m[1];\n consumed += m[0].length;\n\n if ( url && url[0] == \"<\" && url[url.length-1] == \">\" )\n url = url.substring( 1, url.length - 1 );\n\n // If there is a title we don't have to worry about parens in the url\n if ( !m[3] ) {\n var open_parens = 1; // One open that isn't in the capture\n for ( var len = 0; len < url.length; len++ ) {\n switch ( url[len] ) {\n case \"(\":\n open_parens++;\n break;\n case \")\":\n if ( --open_parens == 0) {\n consumed -= url.length - len;\n url = url.substring(0, len);\n }\n break;\n }\n }\n }\n\n // Process escapes only\n url = this.dialect.inline.__call__.call( this, url, /\\\\/ )[0];\n\n attrs = { href: url || \"\" };\n if ( m[3] !== undefined)\n attrs.title = m[3];\n\n link = [ \"link\", attrs ].concat( children );\n return [ consumed, link ];\n }\n\n // [Alt text][id]\n // [Alt text] [id]\n m = text.match( /^\\s*\\[(.*?)\\]/ );\n\n if ( m ) {\n\n consumed += m[ 0 ].length;\n\n // [links][] uses links as its reference\n attrs = { ref: ( m[ 1 ] || String(children) ).toLowerCase(), original: orig.substr( 0, consumed ) };\n\n link = [ \"link_ref\", attrs ].concat( children );\n\n // We can't check if the reference is known here as it likely wont be\n // found till after. Check it in md tree->hmtl tree conversion.\n // Store the original so that conversion can revert if the ref isn't found.\n return [ consumed, link ];\n }\n\n // [id]\n // Only if id is plain (no formatting.)\n if ( children.length == 1 && typeof children[0] == \"string\" ) {\n\n attrs = { ref: children[0].toLowerCase(), original: orig.substr( 0, consumed ) };\n link = [ \"link_ref\", attrs, children[0] ];\n return [ consumed, link ];\n }\n\n // Just consume the \"[\"\n return [ 1, \"[\" ];\n },\n\n\n \"<\": function autoLink( text ) {\n var m;\n\n if ( ( m = text.match( /^<(?:((https?|ftp|mailto):[^>]+)|(.*?@.*?\\.[a-zA-Z]+))>/ ) ) != null ) {\n if ( m[3] ) {\n return [ m[0].length, [ \"link\", { href: \"mailto:\" + m[3] }, m[3] ] ];\n\n }\n else if ( m[2] == \"mailto\" ) {\n return [ m[0].length, [ \"link\", { href: m[1] }, m[1].substr(\"mailto:\".length ) ] ];\n }\n else\n return [ m[0].length, [ \"link\", { href: m[1] }, m[1] ] ];\n }\n\n return [ 1, \"<\" ];\n },\n\n \"`\": function inlineCode( text ) {\n // Inline code block. as many backticks as you like to start it\n // Always skip over the opening ticks.\n var m = text.match( /(`+)(([\\s\\S]*?)\\1)/ );\n\n if ( m && m[2] )\n return [ m[1].length + m[2].length, [ \"inlinecode\", m[3] ] ];\n else {\n // TODO: No matching end code found - warn!\n return [ 1, \"`\" ];\n }\n },\n\n \" \\n\": function lineBreak( text ) {\n return [ 3, [ \"linebreak\" ] ];\n }\n\n};\n\n// Meta Helper/generator method for em and strong handling\nfunction strong_em( tag, md ) {\n\n var state_slot = tag + \"_state\",\n other_slot = tag == \"strong\" ? \"em_state\" : \"strong_state\";\n\n function CloseTag(len) {\n this.len_after = len;\n this.name = \"close_\" + md;\n }\n\n return function ( text, orig_match ) {\n\n if ( this[state_slot][0] == md ) {\n // Most recent em is of this type\n //D:this.debug(\"closing\", md);\n this[state_slot].shift();\n\n // \"Consume\" everything to go back to the recrusion in the else-block below\n return[ text.length, new CloseTag(text.length-md.length) ];\n }\n else {\n // Store a clone of the em/strong states\n var other = this[other_slot].slice(),\n state = this[state_slot].slice();\n\n this[state_slot].unshift(md);\n\n //D:this.debug_indent += \" \";\n\n // Recurse\n var res = this.processInline( text.substr( md.length ) );\n //D:this.debug_indent = this.debug_indent.substr(2);\n\n var last = res[res.length - 1];\n\n //D:this.debug(\"processInline from\", tag + \": \", uneval( res ) );\n\n var check = this[state_slot].shift();\n if ( last instanceof CloseTag ) {\n res.pop();\n // We matched! Huzzah.\n var consumed = text.length - last.len_after;\n return [ consumed, [ tag ].concat(res) ];\n }\n else {\n // Restore the state of the other kind. We might have mistakenly closed it.\n this[other_slot] = other;\n this[state_slot] = state;\n\n // We can't reuse the processed result as it could have wrong parsing contexts in it.\n return [ md.length, md ];\n }\n }\n }; // End returned function\n}\n\nMarkdown.dialects.Gruber.inline[\"**\"] = strong_em(\"strong\", \"**\");\nMarkdown.dialects.Gruber.inline[\"__\"] = strong_em(\"strong\", \"__\");\nMarkdown.dialects.Gruber.inline[\"*\"] = strong_em(\"em\", \"*\");\nMarkdown.dialects.Gruber.inline[\"_\"] = strong_em(\"em\", \"_\");\n\n\n// Build default order from insertion order.\nMarkdown.buildBlockOrder = function(d) {\n var ord = [];\n for ( var i in d ) {\n if ( i == \"__order__\" || i == \"__call__\" ) continue;\n ord.push( i );\n }\n d.__order__ = ord;\n};\n\n// Build patterns for inline matcher\nMarkdown.buildInlinePatterns = function(d) {\n var patterns = [];\n\n for ( var i in d ) {\n // __foo__ is reserved and not a pattern\n if ( i.match( /^__.*__$/) ) continue;\n var l = i.replace( /([\\\\.*+?|()\\[\\]{}])/g, \"\\\\$1\" )\n .replace( /\\n/, \"\\\\n\" );\n patterns.push( i.length == 1 ? l : \"(?:\" + l + \")\" );\n }\n\n patterns = patterns.join(\"|\");\n d.__patterns__ = patterns;\n //print(\"patterns:\", uneval( patterns ) );\n\n var fn = d.__call__;\n d.__call__ = function(text, pattern) {\n if ( pattern != undefined ) {\n return fn.call(this, text, pattern);\n }\n else\n {\n return fn.call(this, text, patterns);\n }\n };\n};\n\nMarkdown.DialectHelpers = {};\nMarkdown.DialectHelpers.inline_until_char = function( text, want ) {\n var consumed = 0,\n nodes = [];\n\n while ( true ) {\n if ( text.charAt( consumed ) == want ) {\n // Found the character we were looking for\n consumed++;\n return [ consumed, nodes ];\n }\n\n if ( consumed >= text.length ) {\n // No closing char found. Abort.\n return null;\n }\n\n var res = this.dialect.inline.__oneElement__.call(this, text.substr( consumed ) );\n consumed += res[ 0 ];\n // Add any returned nodes.\n nodes.push.apply( nodes, res.slice( 1 ) );\n }\n}\n\n// Helper function to make sub-classing a dialect easier\nMarkdown.subclassDialect = function( d ) {\n function Block() {}\n Block.prototype = d.block;\n function Inline() {}\n Inline.prototype = d.inline;\n\n return { block: new Block(), inline: new Inline() };\n};\n\nMarkdown.buildBlockOrder ( Markdown.dialects.Gruber.block );\nMarkdown.buildInlinePatterns( Markdown.dialects.Gruber.inline );\n\nMarkdown.dialects.Maruku = Markdown.subclassDialect( Markdown.dialects.Gruber );\n\nMarkdown.dialects.Maruku.processMetaHash = function processMetaHash( meta_string ) {\n var meta = split_meta_hash( meta_string ),\n attr = {};\n\n for ( var i = 0; i < meta.length; ++i ) {\n // id: #foo\n if ( /^#/.test( meta[ i ] ) ) {\n attr.id = meta[ i ].substring( 1 );\n }\n // class: .foo\n else if ( /^\\./.test( meta[ i ] ) ) {\n // if class already exists, append the new one\n if ( attr[\"class\"] ) {\n attr[\"class\"] = attr[\"class\"] + meta[ i ].replace( /./, \" \" );\n }\n else {\n attr[\"class\"] = meta[ i ].substring( 1 );\n }\n }\n // attribute: foo=bar\n else if ( /\\=/.test( meta[ i ] ) ) {\n var s = meta[ i ].split( /\\=/ );\n attr[ s[ 0 ] ] = s[ 1 ];\n }\n }\n\n return attr;\n}\n\nfunction split_meta_hash( meta_string ) {\n var meta = meta_string.split( \"\" ),\n parts = [ \"\" ],\n in_quotes = false;\n\n while ( meta.length ) {\n var letter = meta.shift();\n switch ( letter ) {\n case \" \" :\n // if we're in a quoted section, keep it\n if ( in_quotes ) {\n parts[ parts.length - 1 ] += letter;\n }\n // otherwise make a new part\n else {\n parts.push( \"\" );\n }\n break;\n case \"'\" :\n case '\"' :\n // reverse the quotes and move straight on\n in_quotes = !in_quotes;\n break;\n case \"\\\\\" :\n // shift off the next letter to be used straight away.\n // it was escaped so we'll keep it whatever it is\n letter = meta.shift();\n default :\n parts[ parts.length - 1 ] += letter;\n break;\n }\n }\n\n return parts;\n}\n\nMarkdown.dialects.Maruku.block.document_meta = function document_meta( block, next ) {\n // we're only interested in the first block\n if ( block.lineNumber > 1 ) return undefined;\n\n // document_meta blocks consist of one or more lines of `Key: Value\\n`\n if ( ! block.match( /^(?:\\w+:.*\\n)*\\w+:.*$/ ) ) return undefined;\n\n // make an attribute node if it doesn't exist\n if ( !extract_attr( this.tree ) ) {\n this.tree.splice( 1, 0, {} );\n }\n\n var pairs = block.split( /\\n/ );\n for ( p in pairs ) {\n var m = pairs[ p ].match( /(\\w+):\\s*(.*)$/ ),\n key = m[ 1 ].toLowerCase(),\n value = m[ 2 ];\n\n this.tree[ 1 ][ key ] = value;\n }\n\n // document_meta produces no content!\n return [];\n};\n\nMarkdown.dialects.Maruku.block.block_meta = function block_meta( block, next ) {\n // check if the last line of the block is an meta hash\n var m = block.match( /(^|\\n) {0,3}\\{:\\s*((?:\\\\\\}|[^\\}])*)\\s*\\}$/ );\n if ( !m ) return undefined;\n\n // process the meta hash\n var attr = this.dialect.processMetaHash( m[ 2 ] );\n\n var hash;\n\n // if we matched ^ then we need to apply meta to the previous block\n if ( m[ 1 ] === \"\" ) {\n var node = this.tree[ this.tree.length - 1 ];\n hash = extract_attr( node );\n\n // if the node is a string (rather than JsonML), bail\n if ( typeof node === \"string\" ) return undefined;\n\n // create the attribute hash if it doesn't exist\n if ( !hash ) {\n hash = {};\n node.splice( 1, 0, hash );\n }\n\n // add the attributes in\n for ( a in attr ) {\n hash[ a ] = attr[ a ];\n }\n\n // return nothing so the meta hash is removed\n return [];\n }\n\n // pull the meta hash off the block and process what's left\n var b = block.replace( /\\n.*$/, \"\" ),\n result = this.processBlock( b, [] );\n\n // get or make the attributes hash\n hash = extract_attr( result[ 0 ] );\n if ( !hash ) {\n hash = {};\n result[ 0 ].splice( 1, 0, hash );\n }\n\n // attach the attributes to the block\n for ( a in attr ) {\n hash[ a ] = attr[ a ];\n }\n\n return result;\n};\n\nMarkdown.dialects.Maruku.block.definition_list = function definition_list( block, next ) {\n // one or more terms followed by one or more definitions, in a single block\n var tight = /^((?:[^\\s:].*\\n)+):\\s+([\\s\\S]+)$/,\n list = [ \"dl\" ],\n i, m;\n\n // see if we're dealing with a tight or loose block\n if ( ( m = block.match( tight ) ) ) {\n // pull subsequent tight DL blocks out of `next`\n var blocks = [ block ];\n while ( next.length && tight.exec( next[ 0 ] ) ) {\n blocks.push( next.shift() );\n }\n\n for ( var b = 0; b < blocks.length; ++b ) {\n var m = blocks[ b ].match( tight ),\n terms = m[ 1 ].replace( /\\n$/, \"\" ).split( /\\n/ ),\n defns = m[ 2 ].split( /\\n:\\s+/ );\n\n // print( uneval( m ) );\n\n for ( i = 0; i < terms.length; ++i ) {\n list.push( [ \"dt\", terms[ i ] ] );\n }\n\n for ( i = 0; i < defns.length; ++i ) {\n // run inline processing over the definition\n list.push( [ \"dd\" ].concat( this.processInline( defns[ i ].replace( /(\\n)\\s+/, \"$1\" ) ) ) );\n }\n }\n }\n else {\n return undefined;\n }\n\n return [ list ];\n};\n\n// splits on unescaped instances of @ch. If @ch is not a character the result\n// can be unpredictable\n\nMarkdown.dialects.Maruku.block.table = function table (block, next) {\n\n var _split_on_unescaped = function(s, ch) {\n ch = ch || '\\\\s';\n if (ch.match(/^[\\\\|\\[\\]{}?*.+^$]$/)) { ch = '\\\\' + ch; }\n var res = [ ],\n r = new RegExp('^((?:\\\\\\\\.|[^\\\\\\\\' + ch + '])*)' + ch + '(.*)'),\n m;\n while(m = s.match(r)) {\n res.push(m[1]);\n s = m[2];\n }\n res.push(s);\n return res;\n }\n\n var leading_pipe = /^ {0,3}\\|(.+)\\n {0,3}\\|\\s*([\\-:]+[\\-| :]*)\\n((?:\\s*\\|.*(?:\\n|$))*)(?=\\n|$)/,\n // find at least an unescaped pipe in each line\n no_leading_pipe = /^ {0,3}(\\S(?:\\\\.|[^\\\\|])*\\|.*)\\n {0,3}([\\-:]+\\s*\\|[\\-| :]*)\\n((?:(?:\\\\.|[^\\\\|])*\\|.*(?:\\n|$))*)(?=\\n|$)/,\n i, m;\n if (m = block.match(leading_pipe)) {\n // remove leading pipes in contents\n // (header and horizontal rule already have the leading pipe left out)\n m[3] = m[3].replace(/^\\s*\\|/gm, '');\n } else if (! ( m = block.match(no_leading_pipe))) {\n return undefined;\n }\n\n var table = [ \"table\", [ \"thead\", [ \"tr\" ] ], [ \"tbody\" ] ];\n\n // remove trailing pipes, then split on pipes\n // (no escaped pipes are allowed in horizontal rule)\n m[2] = m[2].replace(/\\|\\s*$/, '').split('|');\n\n // process alignment\n var html_attrs = [ ];\n forEach (m[2], function (s) {\n if (s.match(/^\\s*-+:\\s*$/)) html_attrs.push({align: \"right\"});\n else if (s.match(/^\\s*:-+\\s*$/)) html_attrs.push({align: \"left\"});\n else if (s.match(/^\\s*:-+:\\s*$/)) html_attrs.push({align: \"center\"});\n else html_attrs.push({});\n });\n\n // now for the header, avoid escaped pipes\n m[1] = _split_on_unescaped(m[1].replace(/\\|\\s*$/, ''), '|');\n for (i = 0; i < m[1].length; i++) {\n table[1][1].push(['th', html_attrs[i] || {}].concat(\n this.processInline(m[1][i].trim())));\n }\n\n // now for body contents\n forEach (m[3].replace(/\\|\\s*$/mg, '').split('\\n'), function (row) {\n var html_row = ['tr'];\n row = _split_on_unescaped(row, '|');\n for (i = 0; i < row.length; i++) {\n html_row.push(['td', html_attrs[i] || {}].concat(this.processInline(row[i].trim())));\n }\n table[2].push(html_row);\n }, this);\n\n return [table];\n}\n\nMarkdown.dialects.Maruku.inline[ \"{:\" ] = function inline_meta( text, matches, out ) {\n if ( !out.length ) {\n return [ 2, \"{:\" ];\n }\n\n // get the preceeding element\n var before = out[ out.length - 1 ];\n\n if ( typeof before === \"string\" ) {\n return [ 2, \"{:\" ];\n }\n\n // match a meta hash\n var m = text.match( /^\\{:\\s*((?:\\\\\\}|[^\\}])*)\\s*\\}/ );\n\n // no match, false alarm\n if ( !m ) {\n return [ 2, \"{:\" ];\n }\n\n // attach the attributes to the preceeding element\n var meta = this.dialect.processMetaHash( m[ 1 ] ),\n attr = extract_attr( before );\n\n if ( !attr ) {\n attr = {};\n before.splice( 1, 0, attr );\n }\n\n for ( var k in meta ) {\n attr[ k ] = meta[ k ];\n }\n\n // cut out the string and replace it with nothing\n return [ m[ 0 ].length, \"\" ];\n};\n\nMarkdown.dialects.Maruku.inline.__escape__ = /^\\\\[\\\\`\\*_{}\\[\\]()#\\+.!\\-|:]/;\n\nMarkdown.buildBlockOrder ( Markdown.dialects.Maruku.block );\nMarkdown.buildInlinePatterns( Markdown.dialects.Maruku.inline );\n\nvar isArray = Array.isArray || function(obj) {\n return Object.prototype.toString.call(obj) == \"[object Array]\";\n};\n\nvar forEach;\n// Don't mess with Array.prototype. Its not friendly\nif ( Array.prototype.forEach ) {\n forEach = function( arr, cb, thisp ) {\n return arr.forEach( cb, thisp );\n };\n}\nelse {\n forEach = function(arr, cb, thisp) {\n for (var i = 0; i < arr.length; i++) {\n cb.call(thisp || arr, arr[i], i, arr);\n }\n }\n}\n\nvar isEmpty = function( obj ) {\n for ( var key in obj ) {\n if ( hasOwnProperty.call( obj, key ) ) {\n return false;\n }\n }\n\n return true;\n}\n\nfunction extract_attr( jsonml ) {\n return isArray(jsonml)\n && jsonml.length > 1\n && typeof jsonml[ 1 ] === \"object\"\n && !( isArray(jsonml[ 1 ]) )\n ? jsonml[ 1 ]\n : undefined;\n}\n\n\n\n/**\n * renderJsonML( jsonml[, options] ) -> String\n * - jsonml (Array): JsonML array to render to XML\n * - options (Object): options\n *\n * Converts the given JsonML into well-formed XML.\n *\n * The options currently understood are:\n *\n * - root (Boolean): wether or not the root node should be included in the\n * output, or just its children. The default `false` is to not include the\n * root itself.\n */\nexpose.renderJsonML = function( jsonml, options ) {\n options = options || {};\n // include the root element in the rendered output?\n options.root = options.root || false;\n\n var content = [];\n\n if ( options.root ) {\n content.push( render_tree( jsonml ) );\n }\n else {\n jsonml.shift(); // get rid of the tag\n if ( jsonml.length && typeof jsonml[ 0 ] === \"object\" && !( jsonml[ 0 ] instanceof Array ) ) {\n jsonml.shift(); // get rid of the attributes\n }\n\n while ( jsonml.length ) {\n content.push( render_tree( jsonml.shift() ) );\n }\n }\n\n return content.join( \"\\n\\n\" );\n};\n\nfunction escapeHTML( text ) {\n return text.replace( /&/g, \"&\" )\n .replace( /</g, \"<\" )\n .replace( />/g, \">\" )\n .replace( /\"/g, \""\" )\n .replace( /'/g, \"'\" );\n}\n\nfunction render_tree( jsonml ) {\n // basic case\n if ( typeof jsonml === \"string\" ) {\n return escapeHTML( jsonml );\n }\n\n var tag = jsonml.shift(),\n attributes = {},\n content = [];\n\n if ( jsonml.length && typeof jsonml[ 0 ] === \"object\" && !( jsonml[ 0 ] instanceof Array ) ) {\n attributes = jsonml.shift();\n }\n\n while ( jsonml.length ) {\n content.push( render_tree( jsonml.shift() ) );\n }\n\n var tag_attrs = \"\";\n for ( var a in attributes ) {\n tag_attrs += \" \" + a + '=\"' + escapeHTML( attributes[ a ] ) + '\"';\n }\n\n // be careful about adding whitespace here for inline elements\n if ( tag == \"img\" || tag == \"br\" || tag == \"hr\" ) {\n return \"<\"+ tag + tag_attrs + \"/>\";\n }\n else {\n return \"<\"+ tag + tag_attrs + \">\" + content.join( \"\" ) + \"</\" + tag + \">\";\n }\n}\n\nfunction convert_tree_to_html( tree, references, options ) {\n var i;\n options = options || {};\n\n // shallow clone\n var jsonml = tree.slice( 0 );\n\n if ( typeof options.preprocessTreeNode === \"function\" ) {\n jsonml = options.preprocessTreeNode(jsonml, references);\n }\n\n // Clone attributes if they exist\n var attrs = extract_attr( jsonml );\n if ( attrs ) {\n jsonml[ 1 ] = {};\n for ( i in attrs ) {\n jsonml[ 1 ][ i ] = attrs[ i ];\n }\n attrs = jsonml[ 1 ];\n }\n\n // basic case\n if ( typeof jsonml === \"string\" ) {\n return jsonml;\n }\n\n // convert this node\n switch ( jsonml[ 0 ] ) {\n case \"header\":\n jsonml[ 0 ] = \"h\" + jsonml[ 1 ].level;\n delete jsonml[ 1 ].level;\n break;\n case \"bulletlist\":\n jsonml[ 0 ] = \"ul\";\n break;\n case \"numberlist\":\n jsonml[ 0 ] = \"ol\";\n break;\n case \"listitem\":\n jsonml[ 0 ] = \"li\";\n break;\n case \"para\":\n jsonml[ 0 ] = \"p\";\n break;\n case \"markdown\":\n jsonml[ 0 ] = \"html\";\n if ( attrs ) delete attrs.references;\n break;\n case \"code_block\":\n jsonml[ 0 ] = \"pre\";\n i = attrs ? 2 : 1;\n var code = [ \"code\" ];\n code.push.apply( code, jsonml.splice( i, jsonml.length - i ) );\n jsonml[ i ] = code;\n break;\n case \"inlinecode\":\n jsonml[ 0 ] = \"code\";\n break;\n case \"img\":\n jsonml[ 1 ].src = jsonml[ 1 ].href;\n delete jsonml[ 1 ].href;\n break;\n case \"linebreak\":\n jsonml[ 0 ] = \"br\";\n break;\n case \"link\":\n jsonml[ 0 ] = \"a\";\n break;\n case \"link_ref\":\n jsonml[ 0 ] = \"a\";\n\n // grab this ref and clean up the attribute node\n var ref = references[ attrs.ref ];\n\n // if the reference exists, make the link\n if ( ref ) {\n delete attrs.ref;\n\n // add in the href and title, if present\n attrs.href = ref.href;\n if ( ref.title ) {\n attrs.title = ref.title;\n }\n\n // get rid of the unneeded original text\n delete attrs.original;\n }\n // the reference doesn't exist, so revert to plain text\n else {\n return attrs.original;\n }\n break;\n case \"img_ref\":\n jsonml[ 0 ] = \"img\";\n\n // grab this ref and clean up the attribute node\n var ref = references[ attrs.ref ];\n\n // if the reference exists, make the link\n if ( ref ) {\n delete attrs.ref;\n\n // add in the href and title, if present\n attrs.src = ref.href;\n if ( ref.title ) {\n attrs.title = ref.title;\n }\n\n // get rid of the unneeded original text\n delete attrs.original;\n }\n // the reference doesn't exist, so revert to plain text\n else {\n return attrs.original;\n }\n break;\n }\n\n // convert all the children\n i = 1;\n\n // deal with the attribute node, if it exists\n if ( attrs ) {\n // if there are keys, skip over it\n for ( var key in jsonml[ 1 ] ) {\n i = 2;\n break;\n }\n // if there aren't, remove it\n if ( i === 1 ) {\n jsonml.splice( i, 1 );\n }\n }\n\n for ( ; i < jsonml.length; ++i ) {\n jsonml[ i ] = convert_tree_to_html( jsonml[ i ], references, options );\n }\n\n return jsonml;\n}\n\n\n// merges adjacent text nodes into a single node\nfunction merge_text_nodes( jsonml ) {\n // skip the tag name and attribute hash\n var i = extract_attr( jsonml ) ? 2 : 1;\n\n while ( i < jsonml.length ) {\n // if it's a string check the next item too\n if ( typeof jsonml[ i ] === \"string\" ) {\n if ( i + 1 < jsonml.length && typeof jsonml[ i + 1 ] === \"string\" ) {\n // merge the second string into the first and remove it\n jsonml[ i ] += jsonml.splice( i + 1, 1 )[ 0 ];\n }\n else {\n ++i;\n }\n }\n // if it's not a string recurse\n else {\n merge_text_nodes( jsonml[ i ] );\n ++i;\n }\n }\n}\n\n} )( (function() {\n if ( typeof exports === \"undefined\" ) {\n window.markdown = {};\n return window.markdown;\n }\n else {\n return exports;\n }\n} )() );\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/markdown/markdown.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/markdown/images/new-markdown-button": {
"title": "$:/plugins/tiddlywiki/markdown/images/new-markdown-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-new-markdown-button tc-image-button\" viewBox=\"0 0 128 128\" width=\"22pt\" height=\"22pt\">\n <g fill-rule=\"evenodd\">\n <rect x=\"80\" y=\"96\" width=\"48\" height=\"16\" rx=\"8\"></rect>\n <rect x=\"96\" y=\"80\" width=\"16\" height=\"48\" rx=\"8\"></rect>\n <path d=\"M3.23876972,39.5396716 C3.23876972,35.9653274 6.13586353,33.0691646 9.7141757,33.0691646 L98.1283744,33.0691646 C101.706101,33.0691646 104.60378,35.9646626 104.60378,39.5396716 L104.60378,84.8296213 C104.60378,88.4039654 101.706687,91.3001282 98.1283744,91.3001282 L9.7141757,91.3001282 C6.13644944,91.3001282 3.23876972,88.4046302 3.23876972,84.8296213 L3.23876972,39.5396716 L3.23876972,39.5396716 Z M-2.15298617,39.5396716 L-2.15298617,84.8296213 C-2.15298617,91.3833243 3.15957363,96.6918841 9.7141757,96.6918841 L98.1283744,96.6918841 C104.684083,96.6918841 109.995536,91.382138 109.995536,84.8296213 L109.995536,39.5396716 C109.995536,32.9859686 104.682977,27.6774087 98.1283744,27.6774087 L9.7141757,27.6774087 C3.15846686,27.6774087 -2.15298617,32.9871549 -2.15298617,39.5396716 Z M14.0222815,80.5166164 L14.0222815,43.8526764 L24.8057933,43.8526764 L35.589305,57.3320661 L46.3728168,43.8526764 L57.1563286,43.8526764 L57.1563286,80.5166164 L46.3728168,80.5166164 L46.3728168,59.4887685 L35.589305,72.9681582 L24.8057933,59.4887685 L24.8057933,80.5166164 L14.0222815,80.5166164 Z M81.4192301,80.5166164 L65.2439624,62.723822 L76.0274742,62.723822 L76.0274742,43.8526764 L86.810986,43.8526764 L86.810986,62.723822 L97.5944978,62.723822 L81.4192301,80.5166164 Z\"transform=\"translate(53.921275, 62.184646) rotate(-60.000000) translate(-53.921275, -62.184646) \"></path>\n </g>\n</svg>"
},
"$:/plugins/tiddlywiki/markdown/new-markdown-button": {
"title": "$:/plugins/tiddlywiki/markdown/new-markdown-button",
"tags": "$:/tags/PageControls",
"caption": "{{$:/plugins/tiddlywiki/markdown/images/new-markdown-button}} {{$:/language/Buttons/NewMarkdown/Caption}}",
"description": "{{$:/language/Buttons/NewMarkdown/Hint}}",
"list-after": "$:/core/ui/Buttons/new-tiddler",
"text": "<$button tooltip={{$:/language/Buttons/NewMarkdown/Hint}} aria-label={{$:/language/Buttons/NewMarkdown/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=\"text/x-markdown\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/plugins/tiddlywiki/markdown/images/new-markdown-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewMarkdown/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/plugins/tiddlywiki/markdown/readme": {
"title": "$:/plugins/tiddlywiki/markdown/readme",
"text": "This is a TiddlyWiki plugin for parsing Markdown text, based on the [[markdown-js|https://github.com/evilstreak/markdown-js]] project from Dominic Baggott. \n\nIt is completely self-contained, and doesn't need an Internet connection in order to work. It works both in the browser and under Node.js.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/markdown]]\n"
},
"$:/plugins/tiddlywiki/markdown/usage": {
"title": "$:/plugins/tiddlywiki/markdown/usage",
"text": "! Markdown Dialects\n\nBy default the markdown parser recognises the original dialect of Markdown [[as described by John Gruber|http://daringfireball.net/projects/markdown/]]. An extended dialect called \"Maruku\" is also included that provides table support and other advanced features. The syntax extensions are modelled on those of [[PHP Markdown Extra|https://michelf.ca/projects/php-markdown/extra/]].\n\nThe configuration tiddler [[$:/config/markdown/dialect]] determines which dialect is used:\n\n|!Dialect |!Description |\n|Gruber |Standard Markdown |\n|Maruku |Extended Maruku Markdown |\n\n\n! Creating ~WikiLinks\n\nCreate wiki links with the usual Markdown link syntax targeting `#` and the target tiddler title:\n\n```\n[link text](#TiddlerTitle)\n```\n\n! Images\n\nMarkdown image syntax can be used to reference images by tiddler title or an external URI. For example:\n\n```\n![alt text](/path/to/img.jpg \"Title\")\n\n![alt text](Motovun Jack.jpg \"Title\")\n```\n"
},
"$:/plugins/tiddlywiki/markdown/wrapper.js": {
"title": "$:/plugins/tiddlywiki/markdown/wrapper.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/markdown/wrapper.js\ntype: application/javascript\nmodule-type: parser\n\nWraps up the markdown-js parser for use in TiddlyWiki5\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar markdown = require(\"$:/plugins/tiddlywiki/markdown/markdown.js\");\n\nvar CONFIG_DIALECT_TIDDLER = \"$:/config/markdown/dialect\",\n\tDEFAULT_DIALECT = \"Gruber\";\n\nfunction transformNodes(nodes) {\n\tvar results = [];\n\tfor(var index=0; index<nodes.length; index++) {\n\t\tresults.push(transformNode(nodes[index]));\n\t}\n\treturn results;\n}\n\nfunction transformNode(node) {\n\tif($tw.utils.isArray(node)) {\n\t\tvar p = 0,\n\t\t\twidget = {type: \"element\", tag: node[p++]};\n\t\tif(!$tw.utils.isArray(node[p]) && typeof(node[p]) === \"object\") {\n\t\t\twidget.attributes = {};\n\t\t\t$tw.utils.each(node[p++],function(value,name) {\n\t\t\t\twidget.attributes[name] = {type: \"string\", value: value};\n\t\t\t});\n\t\t}\n\t\twidget.children = transformNodes(node.slice(p++));\n\t\t// Massage images into the image widget\n\t\tif(widget.tag === \"img\") {\n\t\t\twidget.type = \"image\";\n\t\t\tif(widget.attributes.alt) {\n\t\t\t\twidget.attributes.tooltip = widget.attributes.alt;\n\t\t\t\tdelete widget.attributes.alt;\n\t\t\t}\n\t\t\tif(widget.attributes.src) {\n\t\t\t\twidget.attributes.source = widget.attributes.src;\n\t\t\t\tdelete widget.attributes.src;\n\t\t\t}\n\t\t}\n\t\t// Convert internal links to proper wikilinks\n\t\tif (widget.tag === \"a\" && widget.attributes.href.value[0] === \"#\") {\n\t\t\twidget.type = \"link\";\n\t\t\twidget.attributes.to = widget.attributes.href;\n\t\t\tif (widget.attributes.to.type === \"string\") {\n\t\t\t\t//Remove '#' before conversion to wikilink\n\t\t\t\twidget.attributes.to.value = widget.attributes.to.value.substr(1);\n\t\t\t}\n\t\t\t//Children is fine\n\t\t\tdelete widget.tag;\n\t\t\tdelete widget.attributes.href;\n\t\t}\n\t\treturn widget;\n\t} else {\n\t\treturn {type: \"text\", text: node};\n\t}\n}\n\nvar MarkdownParser = function(type,text,options) {\n\tvar dialect = options.wiki.getTiddlerText(CONFIG_DIALECT_TIDDLER,DEFAULT_DIALECT),\n\t\tmarkdownTree = markdown.toHTMLTree(text,dialect),\n\t\tnode = $tw.utils.isArray(markdownTree[1]) ? markdownTree.slice(1) : markdownTree.slice(2);\n\tthis.tree = transformNodes(node);\n};\n\n/*\n\n[ 'html',\n [ 'p', 'something' ],\n [ 'h1',\n 'heading and ',\n [ 'strong', 'other' ] ] ]\n\n*/\n\nexports[\"text/x-markdown\"] = MarkdownParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
}
}
}
{
"tiddlers": {
"$:/core/modules/savers/nodewebkit.js": {
"title": "$:/core/modules/savers/nodewebkit.js",
"text": "/*\\\ntitle: $:/core/modules/savers/nodewebkit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes in the NW.js environment. Not required by TiddlyDesktop, which re-uses the TiddlyFox saver, but useful if you're embedding a single TiddlyWiki document into a NW.js app.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar NodeWebKitSaver = function(wiki) {\n};\n\nNodeWebKitSaver.prototype.save = function(text,method,callback) {\n\t// Bail out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = document.location.pathname;\n\t// Test for a Windows path of the form /x:/blah/blah\n\tif(/^\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// Convert slashes to backslashes\n\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t}\n\t// Try to save\n\tvar fs = require(\"fs\");\n\tfs.writeFile(pathname,text,callback);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nNodeWebKitSaver.prototype.info = {\n\tname: \"nodewebkit\",\n\tpriority: 1700\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\t// Check if we're running under node-webkit\n\treturn (typeof process == \"object\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new NodeWebKitSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/plugins/tiddlywiki/nodewebkitsaver/readme": {
"title": "$:/plugins/tiddlywiki/nodewebkitsaver/readme",
"text": "This plugin provides a ''saver'' module for saving changes when using TiddlyWiki directly under NW.js (previously known as node-webkit).\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/nodewebkitsaver]]\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/qrcode/MakeContactQR": {
"title": "$:/plugins/tiddlywiki/qrcode/MakeContactQR",
"tags": "$:/tags/MakeQR",
"caption": "Contact",
"text": "\\define wifi-url()\nWIFI:wifi name;T:WPA;S:SSID;P:password;\n\\end\n\n\\define image(firstname,lastname,address,tel,email)\n<img src=<<makeqr text:\"\"\"MECARD:N:$lastname$,$firstname$;ADR:$address$;TEL:$tel$;EMAIL:$email$;;\"\"\" size:\"350\">>/>\n\\end\n\n! Enter the contact details\n\nFirst name: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/contact/firstname\" tag=\"input\" default=\"\"/>\n\nLast name: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/contact/lastname\" tag=\"input\" default=\"\"/>\n\nAddress: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/contact/address\" tag=\"input\" default=\"\"/>\n\nTelephone: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/contact/tel\" tag=\"input\" default=\"\"/>\n\nEmail: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/contact/email\" tag=\"input\" default=\"\"/>\n\n! Here is your QR code\n\n<$macrocall $name=\"image\" firstname={{$:/config/plugins/tiddlywiki/qrcode/contact/firstname}} lastname={{$:/config/plugins/tiddlywiki/qrcode/contact/lastname}} address={{$:/config/plugins/tiddlywiki/qrcode/contact/address}} tel={{$:/config/plugins/tiddlywiki/qrcode/contact/tel}} email={{$:/config/plugins/tiddlywiki/qrcode/contact/email}}/>\n"
},
"$:/plugins/tiddlywiki/qrcode/MakeGenericQR": {
"title": "$:/plugins/tiddlywiki/qrcode/MakeGenericQR",
"tags": "$:/tags/MakeQR",
"caption": "Generic",
"text": "\\define image(content)\n<img src=<<makeqr text:\"\"\"$content$\"\"\" size:\"350\">>/>\n\\end\n\n! Enter the details\n\nYou can also use this form to encode URLs.\n\n<$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/generic\" default=\"\" class=\"tc-edit-texteditor\"/>\n\n! Here is your QR code\n\n<$macrocall $name=\"image\" content={{$:/config/plugins/tiddlywiki/qrcode/generic}}/>\n"
},
"$:/plugins/tiddlywiki/qrcode/MakeWifiQR": {
"title": "$:/plugins/tiddlywiki/qrcode/MakeWifiQR",
"tags": "$:/tags/MakeQR",
"caption": "Wifi",
"text": "\\define wifi-url()\nWIFI:T:WPA;S:SSID;P:password;;\n\\end\n\n\\define image(network,encryption,ssid,password)\n<img src=<<makeqr text:\"\"\"WIFI:T:$encryption$;S:$ssid$;P:$password$;;\"\"\" size:\"350\">>/>\n\\end\n\n! Enter the details of your wifi network\n\nEncryption: <$select tiddler=\"$:/config/plugins/tiddlywiki/qrcode/wifi/encryption\" default=\"none\">\n<option value=\"none\">None</option>\n<option value=\"WEP\">WEP</option>\n<option value=\"WPA\">WPA</option>\n<option value=\"WPA2\">WPA2</option>\n</$select>\n\nSSID: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/wifi/ssid\" tag=\"input\" default=\"\"/>\n\nPassword: <$edit-text tiddler=\"$:/config/plugins/tiddlywiki/qrcode/wifi/password\" tag=\"input\" default=\"\"/>\n\n! Here is your QR code\n\n<$macrocall $name=\"image\" network={{$:/config/plugins/tiddlywiki/qrcode/wifi/network}} encryption={{$:/config/plugins/tiddlywiki/qrcode/wifi/encryption}} ssid={{$:/config/plugins/tiddlywiki/qrcode/wifi/ssid}} password={{$:/config/plugins/tiddlywiki/qrcode/wifi/password}}/>\n"
},
"$:/plugins/tiddlywiki/qrcode/ViewToolbarButton": {
"title": "$:/plugins/tiddlywiki/qrcode/ViewToolbarButton",
"tags": "$:/tags/ViewToolbar",
"list-before": "$:/core/ui/Buttons/close",
"caption": "{{$:/plugins/tiddlywiki/qrcode/icon}}",
"short-caption": "QR code",
"description": "Generate QR code for this tiddler",
"text": "\\whitespace trim\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/qrcode\">> tooltip={{$:/plugins/tiddlywiki/qrcode/ViewToolbarButton!!description}} aria-label={{$:/plugins/tiddlywiki/qrcode/ViewToolbarButton!!short-caption}} class=<<tv-config-toolbar-class>> class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/plugins/tiddlywiki/qrcode/icon}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/plugins/tiddlywiki/qrcode/ViewToolbarButton!!short-caption}}/>\n</span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/qrcode\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n{{$:/plugins/tiddlywiki/qrcode/ViewToolbarButton||description}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$set name=\"targetTiddler\" value=<<currentTiddler>>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbarButton/QRcode]!has[draft.of]]\">\n\n<$button popup=<<qualify \"$:/state/popup/qrcode/type\">> class=\"tc-btn-invisible\" selectedClass=\"tc-selected\">\n\n<$action-sendmessage $message=\"tm-modal\" $param=<<currentTiddler>> currentTiddler=<<targetTiddler>>/>\n\n<$transclude field=\"caption\" mode=\"inline\"/>\n\n</$button>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>\n"
},
"$:/plugins/tiddlywiki/qrcode/ViewToolbarButton/Raw": {
"title": "$:/plugins/tiddlywiki/qrcode/ViewToolbarButton/Raw",
"tags": "$:/tags/ViewToolbarButton/QRcode",
"caption": "Raw content of this tiddler",
"subtitle": "QR code of raw tiddler content",
"text": "\\define image()\n<img src=<<makeqr text:\"\"\"$(content)$\"\"\" size:\"350\">>/>\n\\end\n\n<$set name=\"content\" value={{!!text}}>\n<<image>>\n</$set>\n"
},
"$:/plugins/tiddlywiki/qrcode/ViewToolbarButton/Rendered": {
"title": "$:/plugins/tiddlywiki/qrcode/ViewToolbarButton/Rendered",
"tags": "$:/tags/ViewToolbarButton/QRcode",
"caption": "Rendered content of this tiddler",
"subtitle": "QR code of rendered tiddler content",
"text": "\\define image()\n<img src=<<makeqr text:\"\"\"$(content)$\"\"\" size:\"350\">>/>\n\\end\n\n<$wikify name=\"content\" text={{!!text}} type=\"text\" mode=\"block\" output=\"formattedtext\">\n<<image>>\n</$wikify>\n"
},
"$:/plugins/tiddlywiki/qrcode/ViewToolbarButton/URL": {
"title": "$:/plugins/tiddlywiki/qrcode/ViewToolbarButton/URL",
"tags": "$:/tags/ViewToolbarButton/QRcode",
"caption": "URL of this tiddler",
"subtitle": "QR code of URL of this tiddler",
"text": "\\define image()\n<img src=<<makeqr text:\"\"\"$(url)$#$(hash)$\"\"\" size:\"350\">>/>\n\\end\n\n<$set name=\"url\" value={{$:/info/url/full}}>\n<$set name=\"hash\" filter=\"[<currentTiddler>encodeuricomponent[]]\" select=\"0\">\n<<image>>\n</$set>\n</$set>\n"
},
"$:/plugins/tiddlywiki/qrcode/styles": {
"title": "$:/plugins/tiddlywiki/qrcode/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-drop-down .tc-qrcode-drop-down img {\n\twidth: 100%;\n\theight: 100%;\n}\n"
},
"$:/plugins/tiddlywiki/qrcode/examples": {
"title": "$:/plugins/tiddlywiki/qrcode/examples",
"text": "<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MakeQR]!has[draft.of]]\" \"$:/plugins/tiddlywiki/qrcode/MakeGenericQR\">>"
},
"$:/plugins/tiddlywiki/qrcode/readme": {
"title": "$:/plugins/tiddlywiki/qrcode/readme",
"text": "The QR code plugin provides a macro that enables any text to be rendered as a [[QR code|https://en.wikipedia.org/wiki/QR_code]]. QR codes are a type of 2-dimensional bar code that encodes arbitrary data: text, numbers, links. QR code readers are available or built-in for smartphones, making them a convenient means to transfer information between devices\n\nThe QR code plugin adds the following features to TiddlyWiki:\n\n* A new [[makeqr Macro]] that renders specified text as a QR code image that can be displayed or printed\n* A new toolbar button that can display several QR code renderings of the content of a tiddler:\n** Raw content\n** Rendered, formatted content\n** URL of tiddler\n\nThe QR code plugin is based on the library [[qrcode.js by Zeno Zeng|https://github.com/zenozeng/node-yaqrcode]]."
},
"$:/plugins/tiddlywiki/qrcode/usage": {
"title": "$:/plugins/tiddlywiki/qrcode/usage",
"text": "! `makeqr` Macro\n\nThe <<.def makeqr>> [[macro|Macros]] converts text data into an image of the corresponding QR code. The image is returned as [[base64-encoded data URI|https://developer.mozilla.org/en-US/docs/Web/HTTP/Basics_of_HTTP/Data_URIs]].\n\n!! Parameters\n\n;text\n: The text to encode\n;size\n: The size of the image in pixels (defaults to 500)\n;errorCorrectLevel\n: Determines the amount of error correction applied to the image; see below (defaults to \"M\").\n;fallback\n: The fallback image to be returned in case of an error (see below)\n\nThe conversion will fail if the text is too long and/or complex and the macro will return the provided fallback image. If no fallback image is provided then an error image is generated.\n\nThe error correction level is a [[QR code feature|http://www.qrcode.com/en/about/error_correction.html]]:\n\n<<<\nQR Code has error correction capability to restore data if the code is dirty or damaged. ... Level Q or H may be selected for factory environment where QR Code get dirty, whereas Level L may be selected for clean environment with the large amount of data. Typically, Level M (15%) is most frequently selected.\n<<<\n\n!! Examples\n\nMaking a QR code for a simple string of text:\n\n```\n<<makeqr \"Hello there!\">>\n```\n\nMaking a QR code for the URL field of the current tiddler:\n\n```\n<$macrocall $name=\"makeqr\" text={{!!url}}/>\n```\n\nMaking a QR code for the URL of the current wiki:\n\n```\n<$macrocall $name=\"makeqr\" text={{$:/info/url/full}}/>\n```\n"
},
"$:/plugins/tiddlywiki/qrcode/qrcode.js": {
"text": "//---------------------------------------------------------------------\n//\n// QR Code Generator for JavaScript\n//\n// Copyright (c) 2009 Kazuhiko Arase\n//\n// URL: http://www.d-project.com/\n//\n// Licensed under the MIT license:\n//\thttp://www.opensource.org/licenses/mit-license.php\n//\n// The word 'QR Code' is registered trademark of\n// DENSO WAVE INCORPORATED\n//\thttp://www.denso-wave.com/qrcode/faqpatent-e.html\n//\n//---------------------------------------------------------------------\n\n//---------------------------------------------------------------------\n// qrcode\n//---------------------------------------------------------------------\n\n/**\n * qrcode\n * @param typeNumber 1 to 40\n * @param errorCorrectLevel 'L','M','Q','H'\n */\nvar qrcode = function(typeNumber, errorCorrectLevel) {\n\n var PAD0 = 0xEC;\n var PAD1 = 0x11;\n\n var _typeNumber = typeNumber;\n var _errorCorrectLevel = QRErrorCorrectLevel[errorCorrectLevel];\n var _modules = null;\n var _moduleCount = 0;\n var _dataCache = null;\n var _dataList = new Array();\n\n var _this = {};\n\n var makeImpl = function(test, maskPattern) {\n\n\t_moduleCount = _typeNumber * 4 + 17;\n\t_modules = function(moduleCount) {\n\t var modules = new Array(moduleCount);\n\t for (var row = 0; row < moduleCount; row += 1) {\n\t\tmodules[row] = new Array(moduleCount);\n\t\tfor (var col = 0; col < moduleCount; col += 1) {\n\t\t modules[row][col] = null;\n\t\t}\n\t }\n\t return modules;\n\t}(_moduleCount);\n\n\tsetupPositionProbePattern(0, 0);\n\tsetupPositionProbePattern(_moduleCount - 7, 0);\n\tsetupPositionProbePattern(0, _moduleCount - 7);\n\tsetupPositionAdjustPattern();\n\tsetupTimingPattern();\n\tsetupTypeInfo(test, maskPattern);\n\n\tif (_typeNumber >= 7) {\n\t setupTypeNumber(test);\n\t}\n\n\tif (_dataCache == null) {\n\t _dataCache = createData(_typeNumber, _errorCorrectLevel, _dataList);\n\t}\n\n\tmapData(_dataCache, maskPattern);\n };\n\n var setupPositionProbePattern = function(row, col) {\n\n\tfor (var r = -1; r <= 7; r += 1) {\n\n\t if (row + r <= -1 || _moduleCount <= row + r) continue;\n\n\t for (var c = -1; c <= 7; c += 1) {\n\n\t\tif (col + c <= -1 || _moduleCount <= col + c) continue;\n\n\t\tif ( (0 <= r && r <= 6 && (c == 0 || c == 6) )\n\t\t || (0 <= c && c <= 6 && (r == 0 || r == 6) )\n\t\t || (2 <= r && r <= 4 && 2 <= c && c <= 4) ) {\n\t\t _modules[row + r][col + c] = true;\n\t\t} else {\n\t\t _modules[row + r][col + c] = false;\n\t\t}\n\t }\n\t}\n };\n\n var getBestMaskPattern = function() {\n\n\tvar minLostPoint = 0;\n\tvar pattern = 0;\n\n\tfor (var i = 0; i < 8; i += 1) {\n\n\t makeImpl(true, i);\n\n\t var lostPoint = QRUtil.getLostPoint(_this);\n\n\t if (i == 0 || minLostPoint > lostPoint) {\n\t\tminLostPoint = lostPoint;\n\t\tpattern = i;\n\t }\n\t}\n\n\treturn pattern;\n };\n\n var setupTimingPattern = function() {\n\n\tfor (var r = 8; r < _moduleCount - 8; r += 1) {\n\t if (_modules[r][6] != null) {\n\t\tcontinue;\n\t }\n\t _modules[r][6] = (r % 2 == 0);\n\t}\n\n\tfor (var c = 8; c < _moduleCount - 8; c += 1) {\n\t if (_modules[6][c] != null) {\n\t\tcontinue;\n\t }\n\t _modules[6][c] = (c % 2 == 0);\n\t}\n };\n\n var setupPositionAdjustPattern = function() {\n\n\tvar pos = QRUtil.getPatternPosition(_typeNumber);\n\n\tfor (var i = 0; i < pos.length; i += 1) {\n\n\t for (var j = 0; j < pos.length; j += 1) {\n\n\t\tvar row = pos[i];\n\t\tvar col = pos[j];\n\n\t\tif (_modules[row][col] != null) {\n\t\t continue;\n\t\t}\n\n\t\tfor (var r = -2; r <= 2; r += 1) {\n\n\t\t for (var c = -2; c <= 2; c += 1) {\n\n\t\t\tif (r == -2 || r == 2 || c == -2 || c == 2\n\t\t\t || (r == 0 && c == 0) ) {\n\t\t\t _modules[row + r][col + c] = true;\n\t\t\t} else {\n\t\t\t _modules[row + r][col + c] = false;\n\t\t\t}\n\t\t }\n\t\t}\n\t }\n\t}\n };\n\n var setupTypeNumber = function(test) {\n\n\tvar bits = QRUtil.getBCHTypeNumber(_typeNumber);\n\n\tfor (var i = 0; i < 18; i += 1) {\n\t var mod = (!test && ( (bits >> i) & 1) == 1);\n\t _modules[Math.floor(i / 3)][i % 3 + _moduleCount - 8 - 3] = mod;\n\t}\n\n\tfor (var i = 0; i < 18; i += 1) {\n\t var mod = (!test && ( (bits >> i) & 1) == 1);\n\t _modules[i % 3 + _moduleCount - 8 - 3][Math.floor(i / 3)] = mod;\n\t}\n };\n\n var setupTypeInfo = function(test, maskPattern) {\n\n\tvar data = (_errorCorrectLevel << 3) | maskPattern;\n\tvar bits = QRUtil.getBCHTypeInfo(data);\n\n\t// vertical\n\tfor (var i = 0; i < 15; i += 1) {\n\n\t var mod = (!test && ( (bits >> i) & 1) == 1);\n\n\t if (i < 6) {\n\t\t_modules[i][8] = mod;\n\t } else if (i < 8) {\n\t\t_modules[i + 1][8] = mod;\n\t } else {\n\t\t_modules[_moduleCount - 15 + i][8] = mod;\n\t }\n\t}\n\n\t// horizontal\n\tfor (var i = 0; i < 15; i += 1) {\n\n\t var mod = (!test && ( (bits >> i) & 1) == 1);\n\n\t if (i < 8) {\n\t\t_modules[8][_moduleCount - i - 1] = mod;\n\t } else if (i < 9) {\n\t\t_modules[8][15 - i - 1 + 1] = mod;\n\t } else {\n\t\t_modules[8][15 - i - 1] = mod;\n\t }\n\t}\n\n\t// fixed module\n\t_modules[_moduleCount - 8][8] = (!test);\n };\n\n var mapData = function(data, maskPattern) {\n\n\tvar inc = -1;\n\tvar row = _moduleCount - 1;\n\tvar bitIndex = 7;\n\tvar byteIndex = 0;\n\tvar maskFunc = QRUtil.getMaskFunction(maskPattern);\n\n\tfor (var col = _moduleCount - 1; col > 0; col -= 2) {\n\n\t if (col == 6) col -= 1;\n\n\t while (true) {\n\n\t\tfor (var c = 0; c < 2; c += 1) {\n\n\t\t if (_modules[row][col - c] == null) {\n\n\t\t\tvar dark = false;\n\n\t\t\tif (byteIndex < data.length) {\n\t\t\t dark = ( ( (data[byteIndex] >>> bitIndex) & 1) == 1);\n\t\t\t}\n\n\t\t\tvar mask = maskFunc(row, col - c);\n\n\t\t\tif (mask) {\n\t\t\t dark = !dark;\n\t\t\t}\n\n\t\t\t_modules[row][col - c] = dark;\n\t\t\tbitIndex -= 1;\n\n\t\t\tif (bitIndex == -1) {\n\t\t\t byteIndex += 1;\n\t\t\t bitIndex = 7;\n\t\t\t}\n\t\t }\n\t\t}\n\n\t\trow += inc;\n\n\t\tif (row < 0 || _moduleCount <= row) {\n\t\t row -= inc;\n\t\t inc = -inc;\n\t\t break;\n\t\t}\n\t }\n\t}\n };\n\n var createBytes = function(buffer, rsBlocks) {\n\n\tvar offset = 0;\n\n\tvar maxDcCount = 0;\n\tvar maxEcCount = 0;\n\n\tvar dcdata = new Array(rsBlocks.length);\n\tvar ecdata = new Array(rsBlocks.length);\n\n\tfor (var r = 0; r < rsBlocks.length; r += 1) {\n\n\t var dcCount = rsBlocks[r].dataCount;\n\t var ecCount = rsBlocks[r].totalCount - dcCount;\n\n\t maxDcCount = Math.max(maxDcCount, dcCount);\n\t maxEcCount = Math.max(maxEcCount, ecCount);\n\n\t dcdata[r] = new Array(dcCount);\n\n\t for (var i = 0; i < dcdata[r].length; i += 1) {\n\t\tdcdata[r][i] = 0xff & buffer.getBuffer()[i + offset];\n\t }\n\t offset += dcCount;\n\n\t var rsPoly = QRUtil.getErrorCorrectPolynomial(ecCount);\n\t var rawPoly = qrPolynomial(dcdata[r], rsPoly.getLength() - 1);\n\n\t var modPoly = rawPoly.mod(rsPoly);\n\t ecdata[r] = new Array(rsPoly.getLength() - 1);\n\t for (var i = 0; i < ecdata[r].length; i += 1) {\n\t\tvar modIndex = i + modPoly.getLength() - ecdata[r].length;\n\t\tecdata[r][i] = (modIndex >= 0)? modPoly.getAt(modIndex) : 0;\n\t }\n\t}\n\n\tvar totalCodeCount = 0;\n\tfor (var i = 0; i < rsBlocks.length; i += 1) {\n\t totalCodeCount += rsBlocks[i].totalCount;\n\t}\n\n\tvar data = new Array(totalCodeCount);\n\tvar index = 0;\n\n\tfor (var i = 0; i < maxDcCount; i += 1) {\n\t for (var r = 0; r < rsBlocks.length; r += 1) {\n\t\tif (i < dcdata[r].length) {\n\t\t data[index] = dcdata[r][i];\n\t\t index += 1;\n\t\t}\n\t }\n\t}\n\n\tfor (var i = 0; i < maxEcCount; i += 1) {\n\t for (var r = 0; r < rsBlocks.length; r += 1) {\n\t\tif (i < ecdata[r].length) {\n\t\t data[index] = ecdata[r][i];\n\t\t index += 1;\n\t\t}\n\t }\n\t}\n\n\treturn data;\n };\n\n var createData = function(typeNumber, errorCorrectLevel, dataList) {\n\n\tvar rsBlocks = QRRSBlock.getRSBlocks(typeNumber, errorCorrectLevel);\n\n\tvar buffer = qrBitBuffer();\n\n\tfor (var i = 0; i < dataList.length; i += 1) {\n\t var data = dataList[i];\n\t buffer.put(data.getMode(), 4);\n\t buffer.put(data.getLength(), QRUtil.getLengthInBits(data.getMode(), typeNumber) );\n\t data.write(buffer);\n\t}\n\n\t// calc num max data.\n\tvar totalDataCount = 0;\n\tfor (var i = 0; i < rsBlocks.length; i += 1) {\n\t totalDataCount += rsBlocks[i].dataCount;\n\t}\n\n\tif (buffer.getLengthInBits() > totalDataCount * 8) {\n\t throw new Error('code length overflow. ('\n\t\t\t + buffer.getLengthInBits()\n\t\t\t + '>'\n\t\t\t + totalDataCount * 8\n\t\t\t + ')');\n\t}\n\n\t// end code\n\tif (buffer.getLengthInBits() + 4 <= totalDataCount * 8) {\n\t buffer.put(0, 4);\n\t}\n\n\t// padding\n\twhile (buffer.getLengthInBits() % 8 != 0) {\n\t buffer.putBit(false);\n\t}\n\n\t// padding\n\twhile (true) {\n\n\t if (buffer.getLengthInBits() >= totalDataCount * 8) {\n\t\tbreak;\n\t }\n\t buffer.put(PAD0, 8);\n\n\t if (buffer.getLengthInBits() >= totalDataCount * 8) {\n\t\tbreak;\n\t }\n\t buffer.put(PAD1, 8);\n\t}\n\n\treturn createBytes(buffer, rsBlocks);\n };\n\n _this.addData = function(data) {\n\tvar newData = qr8BitByte(data);\n\t_dataList.push(newData);\n\t_dataCache = null;\n };\n\n _this.isDark = function(row, col) {\n\tif (row < 0 || _moduleCount <= row || col < 0 || _moduleCount <= col) {\n\t throw new Error(row + ',' + col);\n\t}\n\treturn _modules[row][col];\n };\n\n _this.getModuleCount = function() {\n\treturn _moduleCount;\n };\n\n _this.make = function() {\n\tmakeImpl(false, getBestMaskPattern() );\n };\n\n _this.createTableTag = function(cellSize, margin) {\n\n\tcellSize = cellSize || 2;\n\tmargin = (typeof margin == 'undefined')? cellSize * 4 : margin;\n\n\tvar qrHtml = '';\n\n\tqrHtml += '<table style=\"';\n\tqrHtml += ' border-width: 0px; border-style: none;';\n\tqrHtml += ' border-collapse: collapse;';\n\tqrHtml += ' padding: 0px; margin: ' + margin + 'px;';\n\tqrHtml += '\">';\n\tqrHtml += '<tbody>';\n\n\tfor (var r = 0; r < _this.getModuleCount(); r += 1) {\n\n\t qrHtml += '<tr>';\n\n\t for (var c = 0; c < _this.getModuleCount(); c += 1) {\n\t\tqrHtml += '<td style=\"';\n\t\tqrHtml += ' border-width: 0px; border-style: none;';\n\t\tqrHtml += ' border-collapse: collapse;';\n\t\tqrHtml += ' padding: 0px; margin: 0px;';\n\t\tqrHtml += ' width: ' + cellSize + 'px;';\n\t\tqrHtml += ' height: ' + cellSize + 'px;';\n\t\tqrHtml += ' background-color: ';\n\t\tqrHtml += _this.isDark(r, c)? '#000000' : '#ffffff';\n\t\tqrHtml += ';';\n\t\tqrHtml += '\"/>';\n\t }\n\n\t qrHtml += '</tr>';\n\t}\n\n\tqrHtml += '</tbody>';\n\tqrHtml += '</table>';\n\n\treturn qrHtml;\n };\n\n _this.createImgTag = function(cellSize, margin, size) {\n\n\tcellSize = cellSize || 2;\n\tmargin = (typeof margin == 'undefined')? cellSize * 4 : margin;\n\n\tvar min = margin;\n\tvar max = _this.getModuleCount() * cellSize + margin;\n\n\treturn createImgTag(size, size, function(x, y) {\n\t if (min <= x && x < max && min <= y && y < max) {\n\t\tvar c = Math.floor( (x - min) / cellSize);\n\t\tvar r = Math.floor( (y - min) / cellSize);\n\t\treturn _this.isDark(r, c)? 0 : 1;\n\t } else {\n\t\treturn 1;\n\t }\n\t} );\n };\n\n return _this;\n};\n\n//---------------------------------------------------------------------\n// qrcode.stringToBytes\n//---------------------------------------------------------------------\n\nqrcode.stringToBytes = function(s) {\n var bytes = new Array();\n for (var i = 0; i < s.length; i += 1) {\n\tvar c = s.charCodeAt(i);\n\tbytes.push(c & 0xff);\n }\n return bytes;\n};\n\n//---------------------------------------------------------------------\n// qrcode.createStringToBytes\n//---------------------------------------------------------------------\n\n/**\n * @param unicodeData base64 string of byte array.\n * [16bit Unicode],[16bit Bytes], ...\n * @param numChars\n */\nqrcode.createStringToBytes = function(unicodeData, numChars) {\n\n // create conversion map.\n\n var unicodeMap = function() {\n\n\tvar bin = base64DecodeInputStream(unicodeData);\n\tvar read = function() {\n\t var b = bin.read();\n\t if (b == -1) throw new Error();\n\t return b;\n\t};\n\n\tvar count = 0;\n\tvar unicodeMap = {};\n\twhile (true) {\n\t var b0 = bin.read();\n\t if (b0 == -1) break;\n\t var b1 = read();\n\t var b2 = read();\n\t var b3 = read();\n\t var k = String.fromCharCode( (b0 << 8) | b1);\n\t var v = (b2 << 8) | b3;\n\t unicodeMap[k] = v;\n\t count += 1;\n\t}\n\tif (count != numChars) {\n\t throw new Error(count + ' != ' + numChars);\n\t}\n\n\treturn unicodeMap;\n }();\n\n var unknownChar = '?'.charCodeAt(0);\n\n return function(s) {\n\tvar bytes = new Array();\n\tfor (var i = 0; i < s.length; i += 1) {\n\t var c = s.charCodeAt(i);\n\t if (c < 128) {\n\t\tbytes.push(c);\n\t } else {\n\t\tvar b = unicodeMap[s.charAt(i)];\n\t\tif (typeof b == 'number') {\n\t\t if ( (b & 0xff) == b) {\n\t\t\t// 1byte\n\t\t\tbytes.push(b);\n\t\t } else {\n\t\t\t// 2bytes\n\t\t\tbytes.push(b >>> 8);\n\t\t\tbytes.push(b & 0xff);\n\t\t }\n\t\t} else {\n\t\t bytes.push(unknownChar);\n\t\t}\n\t }\n\t}\n\treturn bytes;\n };\n};\n\n//---------------------------------------------------------------------\n// QRMode\n//---------------------------------------------------------------------\n\nvar QRMode = {\n MODE_NUMBER :\t\t1 << 0,\n MODE_ALPHA_NUM : \t1 << 1,\n MODE_8BIT_BYTE : \t1 << 2,\n MODE_KANJI :\t\t1 << 3\n};\n\n//---------------------------------------------------------------------\n// QRErrorCorrectLevel\n//---------------------------------------------------------------------\n\nvar QRErrorCorrectLevel = {\n L : 1,\n M : 0,\n Q : 3,\n H : 2\n};\n\n//---------------------------------------------------------------------\n// QRMaskPattern\n//---------------------------------------------------------------------\n\nvar QRMaskPattern = {\n PATTERN000 : 0,\n PATTERN001 : 1,\n PATTERN010 : 2,\n PATTERN011 : 3,\n PATTERN100 : 4,\n PATTERN101 : 5,\n PATTERN110 : 6,\n PATTERN111 : 7\n};\n\n//---------------------------------------------------------------------\n// QRUtil\n//---------------------------------------------------------------------\n\nvar QRUtil = function() {\n\n var PATTERN_POSITION_TABLE = [\n\t[],\n\t[6, 18],\n\t[6, 22],\n\t[6, 26],\n\t[6, 30],\n\t[6, 34],\n\t[6, 22, 38],\n\t[6, 24, 42],\n\t[6, 26, 46],\n\t[6, 28, 50],\n\t[6, 30, 54],\n\t[6, 32, 58],\n\t[6, 34, 62],\n\t[6, 26, 46, 66],\n\t[6, 26, 48, 70],\n\t[6, 26, 50, 74],\n\t[6, 30, 54, 78],\n\t[6, 30, 56, 82],\n\t[6, 30, 58, 86],\n\t[6, 34, 62, 90],\n\t[6, 28, 50, 72, 94],\n\t[6, 26, 50, 74, 98],\n\t[6, 30, 54, 78, 102],\n\t[6, 28, 54, 80, 106],\n\t[6, 32, 58, 84, 110],\n\t[6, 30, 58, 86, 114],\n\t[6, 34, 62, 90, 118],\n\t[6, 26, 50, 74, 98, 122],\n\t[6, 30, 54, 78, 102, 126],\n\t[6, 26, 52, 78, 104, 130],\n\t[6, 30, 56, 82, 108, 134],\n\t[6, 34, 60, 86, 112, 138],\n\t[6, 30, 58, 86, 114, 142],\n\t[6, 34, 62, 90, 118, 146],\n\t[6, 30, 54, 78, 102, 126, 150],\n\t[6, 24, 50, 76, 102, 128, 154],\n\t[6, 28, 54, 80, 106, 132, 158],\n\t[6, 32, 58, 84, 110, 136, 162],\n\t[6, 26, 54, 82, 110, 138, 166],\n\t[6, 30, 58, 86, 114, 142, 170]\n ];\n var G15 = (1 << 10) | (1 << 8) | (1 << 5) | (1 << 4) | (1 << 2) | (1 << 1) | (1 << 0);\n var G18 = (1 << 12) | (1 << 11) | (1 << 10) | (1 << 9) | (1 << 8) | (1 << 5) | (1 << 2) | (1 << 0);\n var G15_MASK = (1 << 14) | (1 << 12) | (1 << 10) | (1 << 4) | (1 << 1);\n\n var _this = {};\n\n var getBCHDigit = function(data) {\n\tvar digit = 0;\n\twhile (data != 0) {\n\t digit += 1;\n\t data >>>= 1;\n\t}\n\treturn digit;\n };\n\n _this.getBCHTypeInfo = function(data) {\n\tvar d = data << 10;\n\twhile (getBCHDigit(d) - getBCHDigit(G15) >= 0) {\n\t d ^= (G15 << (getBCHDigit(d) - getBCHDigit(G15) ) );\n\t}\n\treturn ( (data << 10) | d) ^ G15_MASK;\n };\n\n _this.getBCHTypeNumber = function(data) {\n\tvar d = data << 12;\n\twhile (getBCHDigit(d) - getBCHDigit(G18) >= 0) {\n\t d ^= (G18 << (getBCHDigit(d) - getBCHDigit(G18) ) );\n\t}\n\treturn (data << 12) | d;\n };\n\n _this.getPatternPosition = function(typeNumber) {\n\treturn PATTERN_POSITION_TABLE[typeNumber - 1];\n };\n\n _this.getMaskFunction = function(maskPattern) {\n\n\tswitch (maskPattern) {\n\n\t case QRMaskPattern.PATTERN000 :\n\t\treturn function(i, j) { return (i + j) % 2 == 0; };\n\t case QRMaskPattern.PATTERN001 :\n\t\treturn function(i, j) { return i % 2 == 0; };\n\t case QRMaskPattern.PATTERN010 :\n\t\treturn function(i, j) { return j % 3 == 0; };\n\t case QRMaskPattern.PATTERN011 :\n\t\treturn function(i, j) { return (i + j) % 3 == 0; };\n\t case QRMaskPattern.PATTERN100 :\n\t\treturn function(i, j) { return (Math.floor(i / 2) + Math.floor(j / 3) ) % 2 == 0; };\n\t case QRMaskPattern.PATTERN101 :\n\t\treturn function(i, j) { return (i * j) % 2 + (i * j) % 3 == 0; };\n\t case QRMaskPattern.PATTERN110 :\n\t\treturn function(i, j) { return ( (i * j) % 2 + (i * j) % 3) % 2 == 0; };\n\t case QRMaskPattern.PATTERN111 :\n\t\treturn function(i, j) { return ( (i * j) % 3 + (i + j) % 2) % 2 == 0; };\n\n\t\tdefault :\n\t\tthrow new Error('bad maskPattern:' + maskPattern);\n\t}\n };\n\n _this.getErrorCorrectPolynomial = function(errorCorrectLength) {\n\tvar a = qrPolynomial([1], 0);\n\tfor (var i = 0; i < errorCorrectLength; i += 1) {\n\t a = a.multiply(qrPolynomial([1, QRMath.gexp(i)], 0) );\n\t}\n\treturn a;\n };\n\n _this.getLengthInBits = function(mode, type) {\n\n\tif (1 <= type && type < 10) {\n\n\t // 1 - 9\n\n\t switch(mode) {\n\t\tcase QRMode.MODE_NUMBER \t: return 10;\n\t\tcase QRMode.MODE_ALPHA_NUM \t: return 9;\n\t\tcase QRMode.MODE_8BIT_BYTE\t: return 8;\n\t\tcase QRMode.MODE_KANJI\t\t: return 8;\n\t\t default :\n\t\t throw new Error('mode:' + mode);\n\t }\n\n\t} else if (type < 27) {\n\n\t // 10 - 26\n\n\t switch(mode) {\n\t\tcase QRMode.MODE_NUMBER \t: return 12;\n\t\tcase QRMode.MODE_ALPHA_NUM \t: return 11;\n\t\tcase QRMode.MODE_8BIT_BYTE\t: return 16;\n\t\tcase QRMode.MODE_KANJI\t\t: return 10;\n\t\t default :\n\t\t throw new Error('mode:' + mode);\n\t }\n\n\t} else if (type < 41) {\n\n\t // 27 - 40\n\n\t switch(mode) {\n\t\tcase QRMode.MODE_NUMBER \t: return 14;\n\t\tcase QRMode.MODE_ALPHA_NUM\t: return 13;\n\t\tcase QRMode.MODE_8BIT_BYTE\t: return 16;\n\t\tcase QRMode.MODE_KANJI\t\t: return 12;\n\t\t default :\n\t\t throw new Error('mode:' + mode);\n\t }\n\n\t} else {\n\t throw new Error('type:' + type);\n\t}\n };\n\n _this.getLostPoint = function(qrcode) {\n\n\tvar moduleCount = qrcode.getModuleCount();\n\n\tvar lostPoint = 0;\n\n\t// LEVEL1\n\n\tfor (var row = 0; row < moduleCount; row += 1) {\n\t for (var col = 0; col < moduleCount; col += 1) {\n\n\t\tvar sameCount = 0;\n\t\tvar dark = qrcode.isDark(row, col);\n\n\t\tfor (var r = -1; r <= 1; r += 1) {\n\n\t\t if (row + r < 0 || moduleCount <= row + r) {\n\t\t\tcontinue;\n\t\t }\n\n\t\t for (var c = -1; c <= 1; c += 1) {\n\n\t\t\tif (col + c < 0 || moduleCount <= col + c) {\n\t\t\t continue;\n\t\t\t}\n\n\t\t\tif (r == 0 && c == 0) {\n\t\t\t continue;\n\t\t\t}\n\n\t\t\tif (dark == qrcode.isDark(row + r, col + c) ) {\n\t\t\t sameCount += 1;\n\t\t\t}\n\t\t }\n\t\t}\n\n\t\tif (sameCount > 5) {\n\t\t lostPoint += (3 + sameCount - 5);\n\t\t}\n\t }\n\t};\n\n\t// LEVEL2\n\n\tfor (var row = 0; row < moduleCount - 1; row += 1) {\n\t for (var col = 0; col < moduleCount - 1; col += 1) {\n\t\tvar count = 0;\n\t\tif (qrcode.isDark(row, col) ) count += 1;\n\t\tif (qrcode.isDark(row + 1, col) ) count += 1;\n\t\tif (qrcode.isDark(row, col + 1) ) count += 1;\n\t\tif (qrcode.isDark(row + 1, col + 1) ) count += 1;\n\t\tif (count == 0 || count == 4) {\n\t\t lostPoint += 3;\n\t\t}\n\t }\n\t}\n\n\t// LEVEL3\n\n\tfor (var row = 0; row < moduleCount; row += 1) {\n\t for (var col = 0; col < moduleCount - 6; col += 1) {\n\t\tif (qrcode.isDark(row, col)\n\t\t && !qrcode.isDark(row, col + 1)\n\t\t && qrcode.isDark(row, col + 2)\n\t\t && qrcode.isDark(row, col + 3)\n\t\t && qrcode.isDark(row, col + 4)\n\t\t && !qrcode.isDark(row, col + 5)\n\t\t && qrcode.isDark(row, col + 6) ) {\n\t\t lostPoint += 40;\n\t\t}\n\t }\n\t}\n\n\tfor (var col = 0; col < moduleCount; col += 1) {\n\t for (var row = 0; row < moduleCount - 6; row += 1) {\n\t\tif (qrcode.isDark(row, col)\n\t\t && !qrcode.isDark(row + 1, col)\n\t\t && qrcode.isDark(row + 2, col)\n\t\t && qrcode.isDark(row + 3, col)\n\t\t && qrcode.isDark(row + 4, col)\n\t\t && !qrcode.isDark(row + 5, col)\n\t\t && qrcode.isDark(row + 6, col) ) {\n\t\t lostPoint += 40;\n\t\t}\n\t }\n\t}\n\n\t// LEVEL4\n\n\tvar darkCount = 0;\n\n\tfor (var col = 0; col < moduleCount; col += 1) {\n\t for (var row = 0; row < moduleCount; row += 1) {\n\t\tif (qrcode.isDark(row, col) ) {\n\t\t darkCount += 1;\n\t\t}\n\t }\n\t}\n\n\tvar ratio = Math.abs(100 * darkCount / moduleCount / moduleCount - 50) / 5;\n\tlostPoint += ratio * 10;\n\n\treturn lostPoint;\n };\n\n return _this;\n}();\n\n//---------------------------------------------------------------------\n// QRMath\n//---------------------------------------------------------------------\n\nvar QRMath = function() {\n\n var EXP_TABLE = new Array(256);\n var LOG_TABLE = new Array(256);\n\n // initialize tables\n for (var i = 0; i < 8; i += 1) {\n\tEXP_TABLE[i] = 1 << i;\n }\n for (var i = 8; i < 256; i += 1) {\n\tEXP_TABLE[i] = EXP_TABLE[i - 4]\n\t ^ EXP_TABLE[i - 5]\n\t ^ EXP_TABLE[i - 6]\n\t ^ EXP_TABLE[i - 8];\n }\n for (var i = 0; i < 255; i += 1) {\n\tLOG_TABLE[EXP_TABLE[i] ] = i;\n }\n\n var _this = {};\n\n _this.glog = function(n) {\n\n\tif (n < 1) {\n\t throw new Error('glog(' + n + ')');\n\t}\n\n\treturn LOG_TABLE[n];\n };\n\n _this.gexp = function(n) {\n\n\twhile (n < 0) {\n\t n += 255;\n\t}\n\n\twhile (n >= 256) {\n\t n -= 255;\n\t}\n\n\treturn EXP_TABLE[n];\n };\n\n return _this;\n}();\n\n//---------------------------------------------------------------------\n// qrPolynomial\n//---------------------------------------------------------------------\n\nfunction qrPolynomial(num, shift) {\n\n if (typeof num.length == 'undefined') {\n\tthrow new Error(num.length + '/' + shift);\n }\n\n var _num = function() {\n\tvar offset = 0;\n\twhile (offset < num.length && num[offset] == 0) {\n\t offset += 1;\n\t}\n\tvar _num = new Array(num.length - offset + shift);\n\tfor (var i = 0; i < num.length - offset; i += 1) {\n\t _num[i] = num[i + offset];\n\t}\n\treturn _num;\n }();\n\n var _this = {};\n\n _this.getAt = function(index) {\n\treturn _num[index];\n };\n\n _this.getLength = function() {\n\treturn _num.length;\n };\n\n _this.multiply = function(e) {\n\n\tvar num = new Array(_this.getLength() + e.getLength() - 1);\n\n\tfor (var i = 0; i < _this.getLength(); i += 1) {\n\t for (var j = 0; j < e.getLength(); j += 1) {\n\t\tnum[i + j] ^= QRMath.gexp(QRMath.glog(_this.getAt(i) ) + QRMath.glog(e.getAt(j) ) );\n\t }\n\t}\n\n\treturn qrPolynomial(num, 0);\n };\n\n _this.mod = function(e) {\n\n\tif (_this.getLength() - e.getLength() < 0) {\n\t return _this;\n\t}\n\n\tvar ratio = QRMath.glog(_this.getAt(0) ) - QRMath.glog(e.getAt(0) );\n\n\tvar num = new Array(_this.getLength() );\n\tfor (var i = 0; i < _this.getLength(); i += 1) {\n\t num[i] = _this.getAt(i);\n\t}\n\n\tfor (var i = 0; i < e.getLength(); i += 1) {\n\t num[i] ^= QRMath.gexp(QRMath.glog(e.getAt(i) ) + ratio);\n\t}\n\n\t// recursive call\n\treturn qrPolynomial(num, 0).mod(e);\n };\n\n return _this;\n};\n\n//---------------------------------------------------------------------\n// QRRSBlock\n//---------------------------------------------------------------------\n\nvar QRRSBlock = function() {\n\n\n // [1: [L, M, Q, H], ..]\n var RS_BLOCK_TABLE=[[1,26,19],[1,26,16],[1,26,13],[1,26,9],[1,44,34],[1,44,28],[1,44,22],[1,44,16],[1,70,55],[1,70,44],[2,35,17],[2,35,13],[1,100,80],[2,50,32],[2,50,24],[4,25,9],[1,134,108],[2,67,43],[2,33,15,2,34,16],[2,33,11,2,34,12],[2,86,68],[4,43,27],[4,43,19],[4,43,15],[2,98,78],[4,49,31],[2,32,14,4,33,15],[4,39,13,1,40,14],[2,121,97],[2,60,38,2,61,39],[4,40,18,2,41,19],[4,40,14,2,41,15],[2,146,116],[3,58,36,2,59,37],[4,36,16,4,37,17],[4,36,12,4,37,13],[2,86,68,2,87,69],[4,69,43,1,70,44],[6,43,19,2,44,20],[6,43,15,2,44,16],[4,101,81],[1,80,50,4,81,51],[4,50,22,4,51,23],[3,36,12,8,37,13],[2,116,92,2,117,93],[6,58,36,2,59,37],[4,46,20,6,47,21],[7,42,14,4,43,15],[4,133,107],[8,59,37,1,60,38],[8,44,20,4,45,21],[12,33,11,4,34,12],[3,145,115,1,146,116],[4,64,40,5,65,41],[11,36,16,5,37,17],[11,36,12,5,37,13],[5,109,87,1,110,88],[5,65,41,5,66,42],[5,54,24,7,55,25],[11,36,12],[5,122,98,1,123,99],[7,73,45,3,74,46],[15,43,19,2,44,20],[3,45,15,13,46,16],[1,135,107,5,136,108],[10,74,46,1,75,47],[1,50,22,15,51,23],[2,42,14,17,43,15],[5,150,120,1,151,121],[9,69,43,4,70,44],[17,50,22,1,51,23],[2,42,14,19,43,15],[3,141,113,4,142,114],[3,70,44,11,71,45],[17,47,21,4,48,22],[9,39,13,16,40,14],[3,135,107,5,136,108],[3,67,41,13,68,42],[15,54,24,5,55,25],[15,43,15,10,44,16],[4,144,116,4,145,117],[17,68,42],[17,50,22,6,51,23],[19,46,16,6,47,17],[2,139,111,7,140,112],[17,74,46],[7,54,24,16,55,25],[34,37,13],[4,151,121,5,152,122],[4,75,47,14,76,48],[11,54,24,14,55,25],[16,45,15,14,46,16],[6,147,117,4,148,118],[6,73,45,14,74,46],[11,54,24,16,55,25],[30,46,16,2,47,17],[8,132,106,4,133,107],[8,75,47,13,76,48],[7,54,24,22,55,25],[22,45,15,13,46,16],[10,142,114,2,143,115],[19,74,46,4,75,47],[28,50,22,6,51,23],[33,46,16,4,47,17],[8,152,122,4,153,123],[22,73,45,3,74,46],[8,53,23,26,54,24],[12,45,15,28,46,16],[3,147,117,10,148,118],[3,73,45,23,74,46],[4,54,24,31,55,25],[11,45,15,31,46,16],[7,146,116,7,147,117],[21,73,45,7,74,46],[1,53,23,37,54,24],[19,45,15,26,46,16],[5,145,115,10,146,116],[19,75,47,10,76,48],[15,54,24,25,55,25],[23,45,15,25,46,16],[13,145,115,3,146,116],[2,74,46,29,75,47],[42,54,24,1,55,25],[23,45,15,28,46,16],[17,145,115],[10,74,46,23,75,47],[10,54,24,35,55,25],[19,45,15,35,46,16],[17,145,115,1,146,116],[14,74,46,21,75,47],[29,54,24,19,55,25],[11,45,15,46,46,16],[13,145,115,6,146,116],[14,74,46,23,75,47],[44,54,24,7,55,25],[59,46,16,1,47,17],[12,151,121,7,152,122],[12,75,47,26,76,48],[39,54,24,14,55,25],[22,45,15,41,46,16],[6,151,121,14,152,122],[6,75,47,34,76,48],[46,54,24,10,55,25],[2,45,15,64,46,16],[17,152,122,4,153,123],[29,74,46,14,75,47],[49,54,24,10,55,25],[24,45,15,46,46,16],[4,152,122,18,153,123],[13,74,46,32,75,47],[48,54,24,14,55,25],[42,45,15,32,46,16],[20,147,117,4,148,118],[40,75,47,7,76,48],[43,54,24,22,55,25],[10,45,15,67,46,16],[19,148,118,6,149,119],[18,75,47,31,76,48],[34,54,24,34,55,25],[20,45,15,61,46,16]];\n\n var qrRSBlock = function(totalCount, dataCount) {\n\tvar _this = {};\n\t_this.totalCount = totalCount;\n\t_this.dataCount = dataCount;\n\treturn _this;\n };\n\n var _this = {};\n\n var getRsBlockTable = function(typeNumber, errorCorrectLevel) {\n\n\tswitch(errorCorrectLevel) {\n\t case QRErrorCorrectLevel.L :\n\t\treturn RS_BLOCK_TABLE[(typeNumber - 1) * 4 + 0];\n\t case QRErrorCorrectLevel.M :\n\t\treturn RS_BLOCK_TABLE[(typeNumber - 1) * 4 + 1];\n\t case QRErrorCorrectLevel.Q :\n\t\treturn RS_BLOCK_TABLE[(typeNumber - 1) * 4 + 2];\n\t case QRErrorCorrectLevel.H :\n\t\treturn RS_BLOCK_TABLE[(typeNumber - 1) * 4 + 3];\n\t\tdefault :\n\t\treturn undefined;\n\t}\n };\n\n _this.getRSBlocks = function(typeNumber, errorCorrectLevel) {\n\n\tvar rsBlock = getRsBlockTable(typeNumber, errorCorrectLevel);\n\n\tif (typeof rsBlock == 'undefined') {\n\t throw new Error('bad rs block @ typeNumber:' + typeNumber +\n\t\t\t '/errorCorrectLevel:' + errorCorrectLevel);\n\t}\n\n\tvar length = rsBlock.length / 3;\n\n\tvar list = new Array();\n\n\tfor (var i = 0; i < length; i += 1) {\n\n\t var count = rsBlock[i * 3 + 0];\n\t var totalCount = rsBlock[i * 3 + 1];\n\t var dataCount = rsBlock[i * 3 + 2];\n\n\t for (var j = 0; j < count; j += 1) {\n\t\tlist.push(qrRSBlock(totalCount, dataCount) );\n\t }\n\t}\n\n\treturn list;\n };\n\n return _this;\n}();\n\n//---------------------------------------------------------------------\n// qrBitBuffer\n//---------------------------------------------------------------------\n\nvar qrBitBuffer = function() {\n\n var _buffer = new Array();\n var _length = 0;\n\n var _this = {};\n\n _this.getBuffer = function() {\n\treturn _buffer;\n };\n\n _this.getAt = function(index) {\n\tvar bufIndex = Math.floor(index / 8);\n\treturn ( (_buffer[bufIndex] >>> (7 - index % 8) ) & 1) == 1;\n };\n\n _this.put = function(num, length) {\n\tfor (var i = 0; i < length; i += 1) {\n\t _this.putBit( ( (num >>> (length - i - 1) ) & 1) == 1);\n\t}\n };\n\n _this.getLengthInBits = function() {\n\treturn _length;\n };\n\n _this.putBit = function(bit) {\n\n\tvar bufIndex = Math.floor(_length / 8);\n\tif (_buffer.length <= bufIndex) {\n\t _buffer.push(0);\n\t}\n\n\tif (bit) {\n\t _buffer[bufIndex] |= (0x80 >>> (_length % 8) );\n\t}\n\n\t_length += 1;\n };\n\n return _this;\n};\n\n//---------------------------------------------------------------------\n// qr8BitByte\n//---------------------------------------------------------------------\n\nvar qr8BitByte = function(data) {\n\n var _mode = QRMode.MODE_8BIT_BYTE;\n var _data = data;\n var _parsedData = [];\n\n var _this = {};\n\n\n // Added to support UTF-8 Characters\n for (var i = 0, l = _data.length; i < l; i++) {\n\tvar byteArray = [];\n\tvar code = _data.charCodeAt(i);\n\n\tif (code > 0x10000) {\n\t byteArray[0] = 0xF0 | ((code & 0x1C0000) >>> 18);\n\t byteArray[1] = 0x80 | ((code & 0x3F000) >>> 12);\n\t byteArray[2] = 0x80 | ((code & 0xFC0) >>> 6);\n\t byteArray[3] = 0x80 | (code & 0x3F);\n\t} else if (code > 0x800) {\n\t byteArray[0] = 0xE0 | ((code & 0xF000) >>> 12);\n\t byteArray[1] = 0x80 | ((code & 0xFC0) >>> 6);\n\t byteArray[2] = 0x80 | (code & 0x3F);\n\t} else if (code > 0x80) {\n\t byteArray[0] = 0xC0 | ((code & 0x7C0) >>> 6);\n\t byteArray[1] = 0x80 | (code & 0x3F);\n\t} else {\n\t byteArray[0] = code;\n\t}\n\n // Fix Unicode corruption bug\n _parsedData.push(byteArray);\n }\n\n _parsedData = Array.prototype.concat.apply([], _parsedData);\n\n if (_parsedData.length != _data.length) {\n\t_parsedData.unshift(191);\n\t_parsedData.unshift(187);\n\t_parsedData.unshift(239);\n }\n\n var _bytes = _parsedData;\n\n _this.getMode = function() {\n\treturn _mode;\n };\n\n _this.getLength = function(buffer) {\n\treturn _bytes.length;\n };\n\n _this.write = function(buffer) {\n\tfor (var i = 0; i < _bytes.length; i += 1) {\n\t buffer.put(_bytes[i], 8);\n\t}\n };\n\n return _this;\n};\n\n//=====================================================================\n// GIF Support etc.\n//\n\n//---------------------------------------------------------------------\n// byteArrayOutputStream\n//---------------------------------------------------------------------\n\nvar byteArrayOutputStream = function() {\n\n var _bytes = new Array();\n\n var _this = {};\n\n _this.writeByte = function(b) {\n\t_bytes.push(b & 0xff);\n };\n\n _this.writeShort = function(i) {\n\t_this.writeByte(i);\n\t_this.writeByte(i >>> 8);\n };\n\n _this.writeBytes = function(b, off, len) {\n\toff = off || 0;\n\tlen = len || b.length;\n\tfor (var i = 0; i < len; i += 1) {\n\t _this.writeByte(b[i + off]);\n\t}\n };\n\n _this.writeString = function(s) {\n\tfor (var i = 0; i < s.length; i += 1) {\n\t _this.writeByte(s.charCodeAt(i) );\n\t}\n };\n\n _this.toByteArray = function() {\n\treturn _bytes;\n };\n\n _this.toString = function() {\n\tvar s = '';\n\ts += '[';\n\tfor (var i = 0; i < _bytes.length; i += 1) {\n\t if (i > 0) {\n\t\ts += ',';\n\t }\n\t s += _bytes[i];\n\t}\n\ts += ']';\n\treturn s;\n };\n\n return _this;\n};\n\n//---------------------------------------------------------------------\n// base64EncodeOutputStream\n//---------------------------------------------------------------------\n\nvar base64EncodeOutputStream = function() {\n\n var _buffer = 0;\n var _buflen = 0;\n var _length = 0;\n var _base64 = '';\n\n var _this = {};\n\n var writeEncoded = function(b) {\n\t_base64 += String.fromCharCode(encode(b & 0x3f) );\n };\n\n var encode = function(n) {\n\tif (n < 0) {\n\t // error.\n\t} else if (n < 26) {\n\t return 0x41 + n;\n\t} else if (n < 52) {\n\t return 0x61 + (n - 26);\n\t} else if (n < 62) {\n\t return 0x30 + (n - 52);\n\t} else if (n == 62) {\n\t return 0x2b;\n\t} else if (n == 63) {\n\t return 0x2f;\n\t}\n\tthrow new Error('n:' + n);\n };\n\n _this.writeByte = function(n) {\n\n\t_buffer = (_buffer << 8) | (n & 0xff);\n\t_buflen += 8;\n\t_length += 1;\n\n\twhile (_buflen >= 6) {\n\t writeEncoded(_buffer >>> (_buflen - 6) );\n\t _buflen -= 6;\n\t}\n };\n\n _this.flush = function() {\n\n\tif (_buflen > 0) {\n\t writeEncoded(_buffer << (6 - _buflen) );\n\t _buffer = 0;\n\t _buflen = 0;\n\t}\n\n\tif (_length % 3 != 0) {\n\t // padding\n\t var padlen = 3 - _length % 3;\n\t for (var i = 0; i < padlen; i += 1) {\n\t\t_base64 += '=';\n\t }\n\t}\n };\n\n _this.toString = function() {\n\treturn _base64;\n };\n\n return _this;\n};\n\n//---------------------------------------------------------------------\n// base64DecodeInputStream\n//---------------------------------------------------------------------\n\nvar base64DecodeInputStream = function(str) {\n\n var _str = str;\n var _pos = 0;\n var _buffer = 0;\n var _buflen = 0;\n\n var _this = {};\n\n _this.read = function() {\n\n\twhile (_buflen < 8) {\n\n\t if (_pos >= _str.length) {\n\t\tif (_buflen == 0) {\n\t\t return -1;\n\t\t}\n\t\tthrow new Error('unexpected end of file./' + _buflen);\n\t }\n\n\t var c = _str.charAt(_pos);\n\t _pos += 1;\n\n\t if (c == '=') {\n\t\t_buflen = 0;\n\t\treturn -1;\n\t } else if (c.match(/^\\s$/) ) {\n\t\t// ignore if whitespace.\n\t\tcontinue;\n\t }\n\n\t _buffer = (_buffer << 6) | decode(c.charCodeAt(0) );\n\t _buflen += 6;\n\t}\n\n\tvar n = (_buffer >>> (_buflen - 8) ) & 0xff;\n\t_buflen -= 8;\n\treturn n;\n };\n\n var decode = function(c) {\n\tif (0x41 <= c && c <= 0x5a) {\n\t return c - 0x41;\n\t} else if (0x61 <= c && c <= 0x7a) {\n\t return c - 0x61 + 26;\n\t} else if (0x30 <= c && c <= 0x39) {\n\t return c - 0x30 + 52;\n\t} else if (c == 0x2b) {\n\t return 62;\n\t} else if (c == 0x2f) {\n\t return 63;\n\t} else {\n\t throw new Error('c:' + c);\n\t}\n };\n\n return _this;\n};\n\n//---------------------------------------------------------------------\n// gifImage (B/W)\n//---------------------------------------------------------------------\n\nvar gifImage = function(width, height) {\n\n var _width = width;\n var _height = height;\n var _data = new Array(width * height);\n\n var _this = {};\n\n _this.setPixel = function(x, y, pixel) {\n\t_data[y * _width + x] = pixel;\n };\n\n _this.write = function(out) {\n\n\t//---------------------------------\n\t// GIF Signature\n\n\tout.writeString('GIF87a');\n\n\t//---------------------------------\n\t// Screen Descriptor\n\n\tout.writeShort(_width);\n\tout.writeShort(_height);\n\n\tout.writeByte(0x80); // 2bit\n\tout.writeByte(0);\n\tout.writeByte(0);\n\n\t//---------------------------------\n\t// Global Color Map\n\n\t// black\n\tout.writeByte(0x00);\n\tout.writeByte(0x00);\n\tout.writeByte(0x00);\n\n\t// white\n\tout.writeByte(0xff);\n\tout.writeByte(0xff);\n\tout.writeByte(0xff);\n\n\t//---------------------------------\n\t// Image Descriptor\n\n\tout.writeString(',');\n\tout.writeShort(0);\n\tout.writeShort(0);\n\tout.writeShort(_width);\n\tout.writeShort(_height);\n\tout.writeByte(0);\n\n\t//---------------------------------\n\t// Local Color Map\n\n\t//---------------------------------\n\t// Raster Data\n\n\tvar lzwMinCodeSize = 2;\n\tvar raster = getLZWRaster(lzwMinCodeSize);\n\n\tout.writeByte(lzwMinCodeSize);\n\n\tvar offset = 0;\n\n\twhile (raster.length - offset > 255) {\n\t out.writeByte(255);\n\t out.writeBytes(raster, offset, 255);\n\t offset += 255;\n\t}\n\n\tout.writeByte(raster.length - offset);\n\tout.writeBytes(raster, offset, raster.length - offset);\n\tout.writeByte(0x00);\n\n\t//---------------------------------\n\t// GIF Terminator\n\tout.writeString(';');\n };\n\n var bitOutputStream = function(out) {\n\n\tvar _out = out;\n\tvar _bitLength = 0;\n\tvar _bitBuffer = 0;\n\n\tvar _this = {};\n\n\t_this.write = function(data, length) {\n\n\t if ( (data >>> length) != 0) {\n\t\tthrow new Error('length over');\n\t }\n\n\t while (_bitLength + length >= 8) {\n\t\t_out.writeByte(0xff & ( (data << _bitLength) | _bitBuffer) );\n\t\tlength -= (8 - _bitLength);\n\t\tdata >>>= (8 - _bitLength);\n\t\t_bitBuffer = 0;\n\t\t_bitLength = 0;\n\t }\n\n\t _bitBuffer = (data << _bitLength) | _bitBuffer;\n\t _bitLength = _bitLength + length;\n\t};\n\n\t_this.flush = function() {\n\t if (_bitLength > 0) {\n\t\t_out.writeByte(_bitBuffer);\n\t }\n\t};\n\n\treturn _this;\n };\n\n var getLZWRaster = function(lzwMinCodeSize) {\n\n\tvar clearCode = 1 << lzwMinCodeSize;\n\tvar endCode = (1 << lzwMinCodeSize) + 1;\n\tvar bitLength = lzwMinCodeSize + 1;\n\n\t// Setup LZWTable\n\tvar table = lzwTable();\n\n\tfor (var i = 0; i < clearCode; i += 1) {\n\t table.add(String.fromCharCode(i) );\n\t}\n\ttable.add(String.fromCharCode(clearCode) );\n\ttable.add(String.fromCharCode(endCode) );\n\n\tvar byteOut = byteArrayOutputStream();\n\tvar bitOut = bitOutputStream(byteOut);\n\n\t// clear code\n\tbitOut.write(clearCode, bitLength);\n\n\tvar dataIndex = 0;\n\n\tvar s = String.fromCharCode(_data[dataIndex]);\n\tdataIndex += 1;\n\n\twhile (dataIndex < _data.length) {\n\n\t var c = String.fromCharCode(_data[dataIndex]);\n\t dataIndex += 1;\n\n\t if (table.contains(s + c) ) {\n\n\t\ts = s + c;\n\n\t } else {\n\n\t\tbitOut.write(table.indexOf(s), bitLength);\n\n\t\tif (table.size() < 0xfff) {\n\n\t\t if (table.size() == (1 << bitLength) ) {\n\t\t\tbitLength += 1;\n\t\t }\n\n\t\t table.add(s + c);\n\t\t}\n\n\t\ts = c;\n\t }\n\t}\n\n\tbitOut.write(table.indexOf(s), bitLength);\n\n\t// end code\n\tbitOut.write(endCode, bitLength);\n\n\tbitOut.flush();\n\n\treturn byteOut.toByteArray();\n };\n\n var lzwTable = function() {\n\n\tvar _map = {};\n\tvar _size = 0;\n\n\tvar _this = {};\n\n\t_this.add = function(key) {\n\t if (_this.contains(key) ) {\n\t\tthrow new Error('dup key:' + key);\n\t }\n\t _map[key] = _size;\n\t _size += 1;\n\t};\n\n\t_this.size = function() {\n\t return _size;\n\t};\n\n\t_this.indexOf = function(key) {\n\t return _map[key];\n\t};\n\n\t_this.contains = function(key) {\n\t return typeof _map[key] != 'undefined';\n\t};\n\n\treturn _this;\n };\n\n return _this;\n};\n\nvar createImgTag = function(width, height, getPixel, alt) {\n\n var gif = gifImage(width, height);\n for (var y = 0; y < height; y += 1) {\n\tfor (var x = 0; x < width; x += 1) {\n\t gif.setPixel(x, y, getPixel(x, y) );\n\t}\n }\n\n var b = byteArrayOutputStream();\n gif.write(b);\n\n var base64 = base64EncodeOutputStream();\n var bytes = b.toByteArray();\n for (var i = 0; i < bytes.length; i += 1) {\n\tbase64.writeByte(bytes[i]);\n }\n base64.flush();\n\n var img = '';\n img += 'data:image/gif;base64,';\n img += base64;\n\n return img;\n};\n\n//---------------------------------------------------------------------\n// returns qrcode function.\n\nmodule.exports = qrcode;\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/qrcode/qrcode.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/qrcode/license": {
"text": "The MIT License (MIT)\n\nCopyright (c) 2013 Zeno Zeng\n\nPermission is hereby granted, free of charge, to any person obtaining a copy of\nthis software and associated documentation files (the \"Software\"), to deal in\nthe Software without restriction, including without limitation the rights to\nuse, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of\nthe Software, and to permit persons to whom the Software is furnished to do so,\nsubject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS\nFOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR\nCOPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER\nIN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN\nCONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/qrcode/license"
},
"$:/plugins/tiddlywiki/qrcode/icon": {
"title": "$:/plugins/tiddlywiki/qrcode/icon",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-qrcode tc-image-button\" viewBox=\"0 0 128 128\" width=\"22pt\" height=\"22pt\">\n <g fill-rule=\"evenodd\">\n <path d=\"M0,15.9969199 C0,7.16206498 7.16987059,0 15.9969199,0 L64.0030801,0 C72.837935,0 80,7.16987059 80,15.9969199 L80,64.0030801 C80,72.837935 72.8301294,80 64.0030801,80 L15.9969199,80 C7.16206498,80 0,72.8301294 0,64.0030801 L0,15.9969199 Z M16,22.0063866 C16,18.6891509 18.6835413,16 22.0063866,16 L57.9936134,16 C61.3108491,16 64,18.6835413 64,22.0063866 L64,57.9936134 C64,61.3108491 61.3164587,64 57.9936134,64 L22.0063866,64 C18.6891509,64 16,61.3164587 16,57.9936134 L16,22.0063866 Z M28,31.990053 C28,29.7864076 29.7842933,28 31.990053,28 L48.009947,28 C50.2135924,28 52,29.7842933 52,31.990053 L52,48.009947 C52,50.2135924 50.2157067,52 48.009947,52 L31.990053,52 C29.7864076,52 28,50.2157067 28,48.009947 L28,31.990053 Z\"></path>\n <path d=\"M112,16 L112,8.49833453 L112,6.00333095 C112,2.68778282 114.67804,0 118.003331,0 L121.996669,0 C125.312217,0 128,2.67804027 128,6.00333095 L128,8.49833453 L128,23.0016655 L128,25.9966691 C128,29.3122172 125.32196,32 121.996669,32 L119.001665,32 L104.998335,32 L102.003331,32 C98.6877828,32 96,29.3219597 96,25.9966691 L96,22.0033309 C96,18.6877828 98.6780403,16 102.003331,16 L104.998335,16 L112,16 Z\"></path>\n <path d=\"M96,56.9983345 L96,54.0033309 C96,50.6877828 98.6780403,48 102.003331,48 L104.998335,48 L119.001665,48 L121.996669,48 C125.312217,48 128,50.6780403 128,54.0033309 L128,57.9966691 C128,61.3122172 125.32196,64 121.996669,64 L119.001665,64 L112,64 L112,71.0016655 L112,73.9966691 C112,77.3122172 109.32196,80 105.996669,80 L102.003331,80 C98.6877828,80 96,77.3219597 96,73.9966691 L96,71.0016655 L96,56.9983345 Z\"></path>\n <path d=\"M16,112 L23.0016655,112 L24.9983345,112 L32,112 L32,104.998335 L32,102.003331 C32,98.6877828 34.6780403,96 38.0033309,96 L40.9983345,96 L55.0016655,96 L57.9966691,96 C61.3122172,96 64,98.6780403 64,102.003331 L64,105.996669 C64,109.312217 61.3219597,112 57.9966691,112 L55.0016655,112 L48,112 L48,119.001665 L48,121.996669 C48,125.312217 45.3219597,128 41.9966691,128 L39.0016655,128 L24.9983345,128 L23.0016655,128 L8.99833453,128 L6.00333095,128 C2.68778282,128 0,125.32196 0,121.996669 L0,119.001665 L0,104.998335 L0,102.003331 C0,98.6877828 2.67804027,96 6.00333095,96 L9.99666905,96 C13.3122172,96 16,98.6780403 16,102.003331 L16,104.998335 L16,112 Z\"></path>\n <path d=\"M103.001665,96 L105.996669,96 C109.312217,96 112,98.6780403 112,102.003331 L112,105.996669 C112,109.312217 109.32196,112 105.996669,112 L103.001665,112 L88.9983345,112 L86.0033309,112 C82.6877828,112 80,109.32196 80,105.996669 L80,102.003331 C80,98.6877828 82.6780403,96 86.0033309,96 L88.9983345,96 L103.001665,96 Z\"></path>\n <path d=\"M72.9983345,112 L70.0033309,112 C66.6780403,112 64,114.687783 64,118.003331 L64,121.996669 C64,125.32196 66.6877828,128 70.0033309,128 L72.9983345,128 L87.0016655,128 L89.9966691,128 C93.3219597,128 96,125.312217 96,121.996669 L96,118.003331 C96,114.67804 93.3122172,112 89.9966691,112 L87.0016655,112 L72.9983345,112 Z\"></path>\n <rect x=\"112\" y=\"80\" width=\"16\" height=\"16\" rx=\"6\"></rect>\n <rect x=\"112\" y=\"112\" width=\"16\" height=\"16\" rx=\"6\"></rect>\n </g>\n</svg>"
},
"$:/plugins/tiddlywiki/qrcode/makeqr.js": {
"title": "$:/plugins/tiddlywiki/qrcode/makeqr.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/qrcode/makeqr.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string into a QR Code\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nvar qrcode = require(\"$:/plugins/tiddlywiki/qrcode/qrcode.js\");\n\nvar QRCODE_GENERATION_ERROR_PREFIX = '<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 300 300\"><text x=\"0\" y=\"30\" fill=\"red\" font-family=\"Helvetica, sans-serif\" font-size=\"18\">',\n\tQRCODE_GENERATION_ERROR_SUFFIX = '</text></svg>';\n\nexports.name = \"makeqr\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"size\"},\n\t{name: \"errorCorrectLevel\"},\n\t{name: \"fallback\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,size,errorCorrectLevel,fallback) {\n\tvar result;\n\ttry {\n\t\tresult = generateQrCode(text,{size: size, errorCorrectLevel: errorCorrectLevel});\n\t} catch (ex) {\n\t\tconsole.log(\"makeqr error: \" + ex);\n\t\tresult = fallback || (\"data:image/svg+xml,\" + encodeURI(QRCODE_GENERATION_ERROR_PREFIX + ex + QRCODE_GENERATION_ERROR_SUFFIX));\n\t}\n\treturn result || \"\";\n};\n\nfunction generateQrCode(text,options) {\n\toptions = options || {};\n\tvar typeNumber = options.typeNumber || 4,\n\t\terrorCorrectLevel = options.errorCorrectLevel || \"M\",\n\t\tsize = options.size || 500,\n\t\tqr;\n\ttry {\n\t\tqr = qrcode(typeNumber,errorCorrectLevel);\n\t\tqr.addData(text);\n\t\tqr.make();\n\t} catch (e) {\n\t\tif(typeNumber >= 40) {\n\t\t\tthrow new Error(\"Text too long to encode\");\n\t\t} else {\n\t\t\treturn generateQrCode(text, {\n\t\t\t\tsize: size,\n\t\t\t\terrorCorrectLevel: errorCorrectLevel,\n\t\t\t\ttypeNumber: typeNumber + 1\n\t\t\t});\n\t\t}\n\t}\n\tvar cellsize = parseInt(size / qr.getModuleCount()),\n\t\tmargin = parseInt((size - qr.getModuleCount() * cellsize) / 2);\n\treturn qr.createImgTag(cellsize, margin, size);\n}\n\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/railroad/components.js": {
"title": "$:/plugins/tiddlywiki/railroad/components.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/railroad/components.js\ntype: application/javascript\nmodule-type: library\n\nComponents of a railroad diagram.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar railroad = require(\"$:/plugins/tiddlywiki/railroad/railroad-diagrams.js\");\n\n/////////////////////////// Base component\n\nvar Component = function() {\n\tthis.type = \"Component\";\n};\n\n// Set up a leaf component\nComponent.prototype.initialiseLeaf = function(type,text) {\n\tthis.type = type;\n\tthis.text = text;\n};\n\n// Set up a component with a single child\nComponent.prototype.initialiseWithChild = function(type,content) {\n\tthis.type = type;\n\tthis.child = toSingleChild(content);\n};\n\n// Set up a component with an array of children\nComponent.prototype.initialiseWithChildren = function(type,content) {\n\tthis.type = type;\n\t// Force the content to be an array\n\tthis.children = $tw.utils.isArray(content) ? content : [content];\n}\n\n// Return an array of the SVG strings of an array of children\nComponent.prototype.getSvgOfChildren = function() {\n\treturn this.children.map(function(child) {\n\t\treturn child.toSvg();\n\t});\n}\n\nComponent.prototype.toSvg = function() {\n\treturn \"\";\n}\n\nComponent.prototype.debug = function(output,indent) {\n\toutput.push(indent);\n\toutput.push(this.type);\n\t// Add the text of a leaf component\n\tif(this.text && this.text !== \"\") {\n\t\toutput.push(\": \");\n\t\toutput.push(this.text);\n\t}\n\t// Flag the normal route\n\tif(this.normal !== undefined) {\n\t\tif(this.normal === true) {\n\t\t\toutput.push(\" (normal)\");\n\t\t} else if(this.normal !== false) {\n\t\t\toutput.push(\" (normal: \");\n\t\t\toutput.push(this.normal);\n\t\t\toutput.push(\")\");\n\t\t}\n\t}\n\toutput.push(\"\\n\");\n\tvar contentIndent = indent + \" \";\n\t// Add the one child\n\tif(this.child) {\n\t\tthis.child.debug(output,contentIndent);\n\t}\n\t// Add the array of children\n\tif(this.children) {\n\t\tthis.debugArray(this.children,output,contentIndent);\n\t}\n \t// Add the separator if there is one\n\tif(this.separator) {\n\t\toutput.push(indent);\n\t\toutput.push(\"(separator)\\n\");\n\t\tthis.separator.debug(output,contentIndent);\n\t}\n};\n\nComponent.prototype.debugArray = function(array,output,indent) {\n\tfor(var i=0; i<array.length; i++) {\n\t\tvar item = array[i];\n\t\t// Choice content is a special case: we number the branches\n\t\tif(item.isChoiceBranch) {\n\t\t\toutput.push(indent);\n\t\t\toutput.push(\"(\");\n\t\t\toutput.push(i);\n\t\t\toutput.push(\")\\n\");\n\t\t\titem.debug(output,\" \"+indent);\n\t\t} else {\n\t\t\titem.debug(output,indent);\n\t\t}\n\t}\n}\n\nvar toSingleChild = function(content) {\n\tif($tw.utils.isArray(content)) {\n\t\t// Reduce an array of one child to just the child\n\t\tif(content.length === 1) {\n\t\t\treturn content[0];\n\t\t} else {\n\t\t\t// Never allow an empty sequence\n\t\t \tif(content.length === 0) {\n \t\t\t\tcontent.push(new Dummy());\n\t\t \t}\n\t\t\t// Wrap multiple children into a single sequence component\n\t\t\treturn new Sequence(content);\n\t\t}\n\t} else {\n\t\t// Already single\n\t\treturn content;\n\t}\n}\n\n/////////////////////////// Leaf components\n\nvar Comment = function(text) {\n\tthis.initialiseLeaf(\"Comment\",text);\n};\n\nComment.prototype = new Component();\n\nComment.prototype.toSvg = function() {\n\treturn railroad.Comment(this.text);\n}\n\nvar Dummy = function() {\n\tthis.initialiseLeaf(\"Dummy\");\n};\n\nDummy.prototype = new Component();\n\nDummy.prototype.toSvg = function() {\n\treturn railroad.Skip();\n}\n\nvar Nonterminal = function(text) {\n\tthis.initialiseLeaf(\"Nonterminal\",text);\n};\n\nNonterminal.prototype = new Component();\n\nNonterminal.prototype.toSvg = function() {\n\treturn railroad.NonTerminal(this.text);\n}\n\nvar Terminal = function(text) {\n\tthis.initialiseLeaf(\"Terminal\",text);\n};\n\nTerminal.prototype = new Component();\n\nTerminal.prototype.toSvg = function() {\n\treturn railroad.Terminal(this.text);\n}\n\n/////////////////////////// Components with one child\n\nvar Optional = function(content,normal) {\n\tthis.initialiseWithChild(\"Optional\",content);\n\tthis.normal = normal;\n};\n\nOptional.prototype = new Component();\n\nOptional.prototype.toSvg = function() {\n\t// Call Optional(component,\"skip\")\n\treturn railroad.Optional(this.child.toSvg(), this.normal ? undefined : \"skip\");\n}\n\nvar OptionalRepeated = function(content,separator,normal,wantArrow) {\n\tthis.initialiseWithChild(\"OptionalRepeated\",content);\n\tthis.separator = toSingleChild(separator);\n\tthis.normal = normal;\n\tthis.wantArrow = wantArrow;\n};\n\nOptionalRepeated.prototype = new Component();\n\nOptionalRepeated.prototype.toSvg = function() {\n\t// Call ZeroOrMore(component,separator,\"skip\")\n\tvar separatorSvg = this.separator ? this.separator.toSvg() : null;\n\tvar skip = this.normal ? undefined : \"skip\";\n\treturn railroad.ZeroOrMore(this.child.toSvg(),separatorSvg,skip,this.wantArrow);\n}\n\nvar Repeated = function(content,separator,wantArrow) {\n\tthis.initialiseWithChild(\"Repeated\",content);\n\tthis.separator = toSingleChild(separator);\n\tthis.wantArrow = wantArrow;\n};\n\nRepeated.prototype = new Component();\n\nRepeated.prototype.toSvg = function() {\n\t// Call OneOrMore(component,separator)\n\tvar separatorSvg = this.separator ? this.separator.toSvg() : null;\n\treturn railroad.OneOrMore(this.child.toSvg(),separatorSvg,this.wantArrow);\n}\n\nvar Link = function(content,options) {\n\tthis.initialiseWithChild(\"Link\",content);\n\tthis.options = options;\n};\n\nLink.prototype = new Component();\n\nLink.prototype.toSvg = function() {\n\treturn railroad.Link(this.child.toSvg(),this.options);\n}\n\nvar Transclusion = function(content) {\n\tthis.initialiseWithChild(\"Transclusion\",content);\n};\n\nTransclusion.prototype = new Component();\n\nTransclusion.prototype.toSvg = function() {\n\treturn this.child.toSvg();\n}\n\n/////////////////////////// Components with an array of children\n\nvar Root = function(content) {\n\tthis.initialiseWithChildren(\"Root\",content);\n};\n\nRoot.prototype = new Component();\n\nRoot.prototype.toSvg = function(options) {\n\tvar args = this.getSvgOfChildren();\n\targs.unshift(options);\n\t// Call Diagram(options,component1,component2,...)\n\treturn railroad.Diagram.apply(null,args);\n}\n\nvar Sequence = function(content) {\n\tthis.initialiseWithChildren(\"Sequence\",content);\n};\n\nSequence.prototype = new Component();\n\nSequence.prototype.toSvg = function() {\n\t// Call Sequence(component1,component2,...)\n\treturn railroad.Sequence.apply(null,this.getSvgOfChildren());\n}\n\nvar Choice = function(content,normal) {\n\tthis.initialiseWithChildren(\"Choice\",content.map(toSingleChild));\n\tfor(var i=0; i<this.children.length; i++) {\n\t\tthis.children[i].isChoiceBranch = true;\n\t}\n\tthis.normal = normal;\n};\n\nChoice.prototype = new Component();\n\nChoice.prototype.toSvg = function() {\n\t// Call Choice(normal,component1,component2,...)\n\tvar args = this.getSvgOfChildren();\n\targs.unshift(this.normal);\n\treturn railroad.Choice.apply(null,args);\n}\n\n/////////////////////////// Exports\n\nexports.components = {\n\tChoice: Choice,\n\tComment: Comment,\n\tDummy: Dummy,\n\tLink: Link,\n\tNonterminal: Nonterminal,\n\tOptional: Optional,\n\tOptionalRepeated: OptionalRepeated,\n\tRepeated: Repeated,\n\tRoot: Root,\n\tSequence: Sequence,\n\tTerminal: Terminal,\n\tTransclusion: Transclusion\n};\n\n})();",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/railroad/example-source": {
"title": "$:/plugins/tiddlywiki/railroad/example-source",
"created": "20150103184022184",
"modified": "20150119214125000",
"tags": "",
"type": "text/vnd.tiddlywiki.railroad",
"text": "[\"+\"]\n({ [[digit|GettingStarted]] } | \"#\" <'escape sequence'>)\n[{(\"@\" name-char | :\"--\" )}]\n"
},
"$:/plugins/tiddlywiki/railroad/example": {
"title": "$:/plugins/tiddlywiki/railroad/example",
"created": "20150102165032410",
"modified": "20150120090735000",
"tags": "",
"text": "Notation:\n\n<pre><code><$text text={{$:/plugins/tiddlywiki/railroad/example-source}}/></code></pre>\n\nDiagram:\n\n{{$:/plugins/tiddlywiki/railroad/example-source}}\n\nDebug mode:\n\n<$railroad debug=\"yes\" text={{$:/plugins/tiddlywiki/railroad/example-source}}/>\n"
},
"$:/plugins/tiddlywiki/railroad/readme": {
"title": "$:/plugins/tiddlywiki/railroad/readme",
"created": "20150102163222184",
"modified": "20150119231005000",
"text": "This plugin provides a `<$railroad>` widget for generating railroad diagrams as SVG images.\n\nAlternatively, the [[diagram notation|$:/plugins/tiddlywiki/railroad/syntax]] can be stored in a dedicated tiddler with its `type` field set to `text/vnd.tiddlywiki.railroad`, and that tiddler can simply be transcluded to wherever it is needed.\n\nThe plugin is based on [[a library by Tab Atkins|https://github.com/tabatkins/railroad-diagrams]], and has been extended to make it more flexible, including allowing components of a diagram to function as links or be transcluded from other tiddlers.\n"
},
"$:/plugins/tiddlywiki/railroad/syntax-string": {
"title": "$:/plugins/tiddlywiki/railroad/syntax-string",
"created": "20150103184022184",
"modified": "20150103184022184",
"text": "('\"' text '\"' | \"'\" text \"'\" | '\"\"\"' text '\"\"\"')"
},
"$:/plugins/tiddlywiki/railroad/syntax": {
"title": "$:/plugins/tiddlywiki/railroad/syntax",
"created": "20150103184022184",
"modified": "20150119220342000",
"text": "The railroad widget uses a special notation to construct the components defined below.\n\n`x` and `y` here stand for any component.\n\nNames (as opposed to quoted strings) are available when a value starts with a letter and contains only letters, digits, underscores, dots and hyphens.\n\n---\n\n; sequence\n: <$railroad text=\"\"\" [\"<-\"] {x} [\"->\"] \"\"\"/>\n* A sequence of components\n* The `<-` and `->` delimiters allow you to force a single component to be treated as a sequence. This is occasionally useful for spacing a diagram out\n\n---\n\n; optional\n: <$railroad text=\"\"\" \"[\" [\":\"] x \"]\" \"\"\"/>\n* A component that can be omitted\n* The colon makes `x` appear straight ahead\n\n---\n\n; repeated\n: <$railroad text=\"\"\" \"{\" x [:\"+\" y] \"}\" \"\"\"/>\n* A list of one or more `x`\n* The `+` suffix adds `y` as a separator between each `x` and the next\n\n---\n\n; optional repeated\n: <$railroad text=\"\"\" \"[{\" [\":\"] x [:\"+\" y] \"}]\" \"\"\"/>\n* An optional list of `x`, i.e. a list of zero or more `x`\n\n---\n\n; choice\n: <$railroad text=\"\"\" \"(\" {[:\":\"] x +\"|\"} \")\" \"\"\"/>\n* A set of alternatives\n* The colon indicates which branch appears straight ahead. By default, it's the first branch\n\n---\n\n; string / terminal\n: <$railroad text={{$:/plugins/tiddlywiki/railroad/syntax-string}}/>\n* A literal or terminal component\n* This follows the normal ~TiddlyWiki rules for quoted strings\n\n---\n\n; nonterminal\n: <$railroad text=\"\"\" (name | \"<\" string \">\") \"\"\"/>\n* A nonterminal component, i.e. the name of another diagram\n\n---\n\n; comment\n: <$railroad text=\"\"\" \"/\" string \"/\" \"\"\"/>\n* A comment\n\n---\n\n; dummy\n: <$railroad text=\"\"\" \"-\" \"\"\"/>\n* The absence of a component\n\n---\n\n; link\n: <$railroad text=\"\"\" \"[[\" x \"|\" (name|string) \"]]\" \"\"\"/>\n* A link to the tiddler title or URI given by the string or name\n\n---\n\n; transclusion\n: <$railroad text=\"\"\" \"{{\" (name|string) \"}}\" \"\"\"/>\n* Treats the content of another tiddler as diagram syntax and transcludes it into the current diagram\n\n---\n\n; arrow pragma\n: <$railroad text=\"\"\" \"\\arrow\" (\"yes\" | \"no\") \"\"\"/>\n* Controls whether repeat paths have an arrow on them\n* Can be toggled on and off in mid-diagram, if desired\n\n---\n\n; debug pragma\n: <$railroad text=\"\"\" \"\\debug\" \"\"\"/>\n* Causes the diagram to display its parse tree\n\n---\n\n; start/end pragma\n: <$railroad text=\"\"\" (\"\\start\" |: \"\\end\") (\"none\" |: \"single\" | \"double\") \"\"\"/>\n* Controls the style of the diagram's startpoint or endpoint\n"
},
"$:/plugins/tiddlywiki/railroad/usage": {
"title": "$:/plugins/tiddlywiki/railroad/usage",
"created": "20150102163222184",
"modified": "20150119231005000",
"text": "The content of the `<$railroad>` widget is ignored.\n\n|!Attribute |!Description |!Default |\n|text |Text in a special notation that defines the diagram's layout |-- |\n|arrow |If set to `no`, repeat paths do not have an arrow on them |`yes` |\n|start |Style of the startpoint: `single`, `double`, `none` |`single` |\n|end |Style of the endpoint: `single`, `double`, `none` |`single` |\n|debug |If set to `yes`, the diagram displays its parse tree |`no` |\n\nThese options can also be specified via pragmas in the diagram notation, or globally via a dictionary tiddler called `$:/config/railroad`:\n\n```\narrow: yes\nstart: single\nend: single\ndebug: no\n```\n"
},
"$:/plugins/tiddlywiki/railroad/railroad-diagrams.css": {
"text": "/* CSS modified for TiddlyWiki */\nsvg.railroad-diagram {\n\tbackground-color: hsl(30,20%,98%);\n\tborder-radius: 5px;\n}\nsvg.railroad-diagram:hover {\n\tbackground-color: hsl(30,20%,96%);\n}\nsvg.railroad-diagram path,\nsvg.railroad-diagram rect {\n\tstroke-width: 2;\n\tstroke: #333;\n}\nsvg.railroad-diagram path {\n\tfill: rgba(0,0,0,0);\n}\nsvg.railroad-diagram rect {\n\tfill: hsl(120,100%,90%);\n}\nsvg.railroad-diagram text {\n\tfont: 14px monospace;\n\ttext-anchor: middle;\n}\nsvg.railroad-diagram text.label {\n\ttext-anchor: start;\n}\nsvg.railroad-diagram text.comment {\n\tfont: italic 12px monospace;\n}\nsvg.railroad-diagram path.arrow {\n stroke-width: 2;\n}",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/railroad/railroad-diagrams.css",
"tags": "$:/tags/Stylesheet"
},
"$:/plugins/tiddlywiki/railroad/railroad-diagrams.js": {
"text": "(function(document) {\n/* TiddlyWiki: modifications to the original library are commented like this */\n\n/*\nRailroad Diagrams\nby Tab Atkins Jr. (and others)\nhttp://xanthir.com\nhttp://twitter.com/tabatkins\nhttp://github.com/tabatkins/railroad-diagrams\n\nThis document and all associated files in the github project are licensed under CC0: http://creativecommons.org/publicdomain/zero/1.0/\nThis means you can reuse, remix, or otherwise appropriate this project for your own use WITHOUT RESTRICTION.\n(The actual legal meaning can be found at the above link.)\nDon't ask me for permission to use any part of this project, JUST USE IT.\nI would appreciate attribution, but that is not required by the license.\n*/\n\n/*\nThis file uses a module pattern to avoid leaking names into the global scope.\nThe only accidental leakage is the name \"temp\".\nThe exported names can be found at the bottom of this file;\nsimply change the names in the array of strings to change what they are called in your application.\n\nAs well, several configuration constants are passed into the module function at the bottom of this file.\nAt runtime, these constants can be found on the Diagram class.\n*/\n\nvar temp = (function(options) {\n\tfunction subclassOf(baseClass, superClass) {\n\t\tbaseClass.prototype = Object.create(superClass.prototype);\n\t\tbaseClass.prototype.$super = superClass.prototype;\n\t}\n\n\tfunction unnull(/* children */) {\n\t\treturn [].slice.call(arguments).reduce(function(sofar, x) { return sofar !== undefined ? sofar : x; });\n\t}\n\n\tfunction determineGaps(outer, inner) {\n\t\tvar diff = outer - inner;\n\t\tswitch(Diagram.INTERNAL_ALIGNMENT) {\n\t\t\tcase 'left': return [0, diff]; break;\n\t\t\tcase 'right': return [diff, 0]; break;\n\t\t\tcase 'center':\n\t\t\tdefault: return [diff/2, diff/2]; break;\n\t\t}\n\t}\n\n\tfunction wrapString(value) {\n\t\treturn ((typeof value) == 'string') ? new Terminal(value) : value;\n\t}\n\n\n\tfunction SVG(name, attrs, text) {\n\t\tattrs = attrs || {};\n\t\ttext = text || '';\n\t\tvar el = document.createElementNS(\"http://www.w3.org/2000/svg\",name);\n\t\tfor(var attr in attrs) {\n\t\t\tel.setAttribute(attr, attrs[attr]);\n\t\t}\n\t\tel.textContent = text;\n\t\treturn el;\n\t}\n\n\tfunction FakeSVG(tagName, attrs, text){\n\t\tif(!(this instanceof FakeSVG)) return new FakeSVG(tagName, attrs, text);\n\t\tif(text) this.children = text;\n\t\telse this.children = [];\n\t\tthis.tagName = tagName;\n\t\tthis.attrs = unnull(attrs, {});\n\t\treturn this;\n\t};\n\tFakeSVG.prototype.format = function(x, y, width) {\n\t\t// Virtual\n\t};\n\tFakeSVG.prototype.addTo = function(parent) {\n\t\tif(parent instanceof FakeSVG) {\n\t\t\tparent.children.push(this);\n\t\t\treturn this;\n\t\t} else {\n\t\t\tvar svg = this.toSVG();\n\t\t\tparent.appendChild(svg);\n\t\t\treturn svg;\n\t\t}\n\t};\n\tFakeSVG.prototype.toSVG = function() {\n\t\tvar el = SVG(this.tagName, this.attrs);\n\t\tif(typeof this.children == 'string') {\n\t\t\tel.textContent = this.children;\n\t\t} else {\n\t\t\tthis.children.forEach(function(e) {\n\t\t\t\tel.appendChild(e.toSVG());\n\t\t\t});\n\t\t}\n\t\treturn el;\n\t};\n\tFakeSVG.prototype.toString = function() {\n\t\tvar str = '<' + this.tagName;\n\t\tvar group = this.tagName == \"g\" || this.tagName == \"svg\";\n\t\tfor(var attr in this.attrs) {\n\t\t\tstr += ' ' + attr + '=\"' + (this.attrs[attr]+'').replace(/&/g, '&').replace(/\"/g, '"') + '\"';\n\t\t}\n\t\tstr += '>';\n\t\tif(group) str += \"\\n\";\n\t\tif(typeof this.children == 'string') {\n\t\t\tstr += this.children.replace(/&/g, '&').replace(/</g, '<');\n\t\t} else {\n\t\t\tthis.children.forEach(function(e) {\n\t\t\t\tstr += e;\n\t\t\t});\n\t\t}\n\t\tstr += '</' + this.tagName + '>\\n';\n\t\treturn str;\n\t}\n\n\tfunction Path(x,y,attrs) {\n\t\tif(!(this instanceof Path)) return new Path(x,y,attrs);\n\t\tFakeSVG.call(this, 'path', attrs);\n\t\tthis.attrs.d = \"M\"+x+' '+y;\n\t}\n\tsubclassOf(Path, FakeSVG);\n\tPath.prototype.m = function(x,y) {\n\t\tthis.attrs.d += 'm'+x+' '+y;\n\t\treturn this;\n\t}\n\tPath.prototype.h = function(val) {\n\t\tthis.attrs.d += 'h'+val;\n\t\treturn this;\n\t}\n\tPath.prototype.right = Path.prototype.h;\n\tPath.prototype.left = function(val) { return this.h(-val); }\n\tPath.prototype.v = function(val) {\n\t\tthis.attrs.d += 'v'+val;\n\t\treturn this;\n\t}\n\tPath.prototype.down = Path.prototype.v;\n\tPath.prototype.up = function(val) { return this.v(-val); }\n\tPath.prototype.arc = function(sweep){\n\t\tvar x = Diagram.ARC_RADIUS;\n\t\tvar y = Diagram.ARC_RADIUS;\n\t\tif(sweep[0] == 'e' || sweep[1] == 'w') {\n\t\t\tx *= -1;\n\t\t}\n\t\tif(sweep[0] == 's' || sweep[1] == 'n') {\n\t\t\ty *= -1;\n\t\t}\n\t\tif(sweep == 'ne' || sweep == 'es' || sweep == 'sw' || sweep == 'wn') {\n\t\t\tvar cw = 1;\n\t\t} else {\n\t\t\tvar cw = 0;\n\t\t}\n\t\tthis.attrs.d += \"a\"+Diagram.ARC_RADIUS+\" \"+Diagram.ARC_RADIUS+\" 0 0 \"+cw+' '+x+' '+y;\n\t\treturn this;\n\t}\n\tPath.prototype.format = function() {\n\t\t// All paths in this library start/end horizontally.\n\t\t// The extra .5 ensures a minor overlap, so there's no seams in bad rasterizers.\n\t\tthis.attrs.d += 'h.5';\n\t\treturn this;\n\t}\n/* TiddlyWiki: added support for arbitrary straight lines */\n\tPath.prototype.line = function(dx,dy) {\n\t\tthis.attrs.d += \"l\"+dx+\" \"+dy;\n\t\treturn this;\n\t}\n\n/* TiddlyWiki: added twOptions parameter, passing it to Start() and End() */\n\tfunction Diagram(twOptions, items) {\n\t\tif(!(this instanceof Diagram)) return new Diagram(twOptions, [].slice.call(arguments,1));\n\t\tFakeSVG.call(this, 'svg', {class: Diagram.DIAGRAM_CLASS});\n\t\tthis.items = items.map(wrapString);\n\t\tthis.items.unshift(new Start(twOptions.start));\n\t\tthis.items.push(new End(twOptions.end));\n\t\tthis.width = this.items.reduce(function(sofar, el) { return sofar + el.width + (el.needsSpace?20:0)}, 0)+1;\n\t\tthis.up = Math.max.apply(null, this.items.map(function (x) { return x.up; }));\n\t\tthis.down = Math.max.apply(null, this.items.map(function (x) { return x.down; }));\n\t\tthis.formatted = false;\t\t\n\t}\n\tsubclassOf(Diagram, FakeSVG);\n\tfor(var option in options) {\n\t\tDiagram[option] = options[option];\n\t}\n\tDiagram.prototype.format = function(paddingt, paddingr, paddingb, paddingl) {\n\t\tpaddingt = unnull(paddingt, 20);\n\t\tpaddingr = unnull(paddingr, paddingt, 20);\n\t\tpaddingb = unnull(paddingb, paddingt, 20);\n\t\tpaddingl = unnull(paddingl, paddingr, 20);\n\t\tvar x = paddingl;\n\t\tvar y = paddingt;\n\t\ty += this.up;\n\t\tvar g = FakeSVG('g', Diagram.STROKE_ODD_PIXEL_LENGTH ? {transform:'translate(.5 .5)'} : {});\n\t\tfor(var i = 0; i < this.items.length; i++) {\n\t\t\tvar item = this.items[i];\n\t\t\tif(item.needsSpace) {\n\t\t\t\tPath(x,y).h(10).addTo(g);\n\t\t\t\tx += 10;\n\t\t\t}\n\t\t\titem.format(x, y, item.width).addTo(g);\n\t\t\tx += item.width;\n\t\t\tif(item.needsSpace) {\n\t\t\t\tPath(x,y).h(10).addTo(g);\n\t\t\t\tx += 10;\n\t\t\t}\n\t\t}\n\t\tthis.attrs.width = this.width + paddingl + paddingr;\n\t\tthis.attrs.height = this.up + this.down + paddingt + paddingb;\n\t\tthis.attrs.viewBox = \"0 0 \" + this.attrs.width + \" \" + this.attrs.height;\n\t\tg.addTo(this);\n\t\tthis.formatted = true;\n\t\treturn this;\n\t}\n\tDiagram.prototype.addTo = function(parent) {\n\t\tvar scriptTag = document.getElementsByTagName('script');\n\t\tscriptTag = scriptTag[scriptTag.length - 1];\n\t\tvar parentTag = scriptTag.parentNode;\n\t\tparent = parent || parentTag;\n\t\treturn this.$super.addTo.call(this, parent);\n\t}\n\tDiagram.prototype.toSVG = function() {\n\t\tif (!this.formatted) {\n\t\t\tthis.format();\n\t\t}\n\t\treturn this.$super.toSVG.call(this);\n\t}\n\tDiagram.prototype.toString = function() {\n\t\tif (!this.formatted) {\n\t\t\tthis.format();\n\t\t}\n\t\treturn this.$super.toString.call(this);\n\t}\n\n\tfunction Sequence(items) {\n\t\tif(!(this instanceof Sequence)) return new Sequence([].slice.call(arguments));\n\t\tFakeSVG.call(this, 'g');\n\t\tthis.items = items.map(wrapString);\n\t\tthis.width = this.items.reduce(function(sofar, el) { return sofar + el.width + (el.needsSpace?20:0)}, 0);\n\t\tthis.up = this.items.reduce(function(sofar,el) { return Math.max(sofar, el.up)}, 0);\n\t\tthis.down = this.items.reduce(function(sofar,el) { return Math.max(sofar, el.down)}, 0);\n\t}\n\tsubclassOf(Sequence, FakeSVG);\n\tSequence.prototype.format = function(x,y,width) {\n\t\t// Hook up the two sides if this is narrower than its stated width.\n\t\tvar gaps = determineGaps(width, this.width);\n\t\tPath(x,y).h(gaps[0]).addTo(this);\n\t\tPath(x+gaps[0]+this.width,y).h(gaps[1]).addTo(this);\n\t\tx += gaps[0];\n\n\t\tfor(var i = 0; i < this.items.length; i++) {\n\t\t\tvar item = this.items[i];\n\t\t\tif(item.needsSpace) {\n\t\t\t\tPath(x,y).h(10).addTo(this);\n\t\t\t\tx += 10;\n\t\t\t}\n\t\t\titem.format(x, y, item.width).addTo(this);\n\t\t\tx += item.width;\n\t\t\tif(item.needsSpace) {\n\t\t\t\tPath(x,y).h(10).addTo(this);\n\t\t\t\tx += 10;\n\t\t\t}\n\t\t}\n\t\treturn this;\n\t}\n\n\tfunction Choice(normal, items) {\n\t\tif(!(this instanceof Choice)) return new Choice(normal, [].slice.call(arguments,1));\n\t\tFakeSVG.call(this, 'g');\n\t\tif( typeof normal !== \"number\" || normal !== Math.floor(normal) ) {\n\t\t\tthrow new TypeError(\"The first argument of Choice() must be an integer.\");\n\t\t} else if(normal < 0 || normal >= items.length) {\n\t\t\tthrow new RangeError(\"The first argument of Choice() must be an index for one of the items.\");\n\t\t} else {\n\t\t\tthis.normal = normal;\n\t\t}\n\t\tthis.items = items.map(wrapString);\n\t\tthis.width = this.items.reduce(function(sofar, el){return Math.max(sofar, el.width)},0) + Diagram.ARC_RADIUS*4;\n\t\tthis.up = this.down = 0;\n\t\tfor(var i = 0; i < this.items.length; i++) {\n\t\t\tvar item = this.items[i];\n\t\t\tif(i < normal) { this.up += Math.max(Diagram.ARC_RADIUS,item.up + item.down + Diagram.VERTICAL_SEPARATION); }\n\t\t\tif(i == normal) { this.up += Math.max(Diagram.ARC_RADIUS, item.up); this.down += Math.max(Diagram.ARC_RADIUS, item.down); }\n\t\t\tif(i > normal) { this.down += Math.max(Diagram.ARC_RADIUS,Diagram.VERTICAL_SEPARATION + item.up + item.down); }\n\t\t}\n\t}\n\tsubclassOf(Choice, FakeSVG);\n\tChoice.prototype.format = function(x,y,width) {\n\t\t// Hook up the two sides if this is narrower than its stated width.\n\t\tvar gaps = determineGaps(width, this.width);\n\t\tPath(x,y).h(gaps[0]).addTo(this);\n\t\tPath(x+gaps[0]+this.width,y).h(gaps[1]).addTo(this);\n\t\tx += gaps[0];\n\n\t\tvar last = this.items.length -1;\n\t\tvar innerWidth = this.width - Diagram.ARC_RADIUS*4;\n\n\t\t// Do the elements that curve above\n\t\tfor(var i = this.normal - 1; i >= 0; i--) {\n\t\t\tvar item = this.items[i];\n\t\t\tif( i == this.normal - 1 ) {\n\t\t\t\tvar distanceFromY = Math.max(Diagram.ARC_RADIUS*2, this.items[i+1].up + Diagram.VERTICAL_SEPARATION + item.down);\n\t\t\t}\n\t\t\tPath(x,y).arc('se').up(distanceFromY - Diagram.ARC_RADIUS*2).arc('wn').addTo(this);\n\t\t\titem.format(x+Diagram.ARC_RADIUS*2,y - distanceFromY,innerWidth).addTo(this);\n\t\t\tPath(x+Diagram.ARC_RADIUS*2+innerWidth, y-distanceFromY).arc('ne').down(distanceFromY - Diagram.ARC_RADIUS*2).arc('ws').addTo(this);\n\t\t\tdistanceFromY += Math.max(Diagram.ARC_RADIUS, item.up + Diagram.VERTICAL_SEPARATION + (i == 0 ? 0 : this.items[i-1].down));\n\t\t}\n\n\t\t// Do the straight-line path.\n\t\tPath(x,y).right(Diagram.ARC_RADIUS*2).addTo(this);\n\t\tthis.items[this.normal].format(x+Diagram.ARC_RADIUS*2, y, innerWidth).addTo(this);\n\t\tPath(x+Diagram.ARC_RADIUS*2+innerWidth, y).right(Diagram.ARC_RADIUS*2).addTo(this);\n\n\t\t// Do the elements that curve below\n\t\tfor(var i = this.normal+1; i <= last; i++) {\n\t\t\tvar item = this.items[i];\n\t\t\tif( i == this.normal + 1 ) {\n\t\t\t\tvar distanceFromY = Math.max(Diagram.ARC_RADIUS*2, this.items[i-1].down + Diagram.VERTICAL_SEPARATION + item.up);\n\t\t\t}\n\t\t\tPath(x,y).arc('ne').down(distanceFromY - Diagram.ARC_RADIUS*2).arc('ws').addTo(this);\n\t\t\titem.format(x+Diagram.ARC_RADIUS*2, y+distanceFromY, innerWidth).addTo(this);\n\t\t\tPath(x+Diagram.ARC_RADIUS*2+innerWidth, y+distanceFromY).arc('se').up(distanceFromY - Diagram.ARC_RADIUS*2).arc('wn').addTo(this);\n\t\t\tdistanceFromY += Math.max(Diagram.ARC_RADIUS, item.down + Diagram.VERTICAL_SEPARATION + (i == last ? 0 : this.items[i+1].up));\n\t\t}\n\n\t\treturn this;\n\t}\n\n\tfunction Optional(item, skip) {\n\t\tif( skip === undefined )\n\t\t\treturn Choice(1, Skip(), item);\n\t\telse if ( skip === \"skip\" )\n\t\t\treturn Choice(0, Skip(), item);\n\t\telse\n\t\t\tthrow \"Unknown value for Optional()'s 'skip' argument.\";\n\t}\n\n/* TiddlyWiki: added wantArrow */\n\tfunction OneOrMore(item, rep, wantArrow) {\n\t\tif(!(this instanceof OneOrMore)) return new OneOrMore(item, rep, wantArrow);\n\t\tFakeSVG.call(this, 'g');\n\n/* TiddlyWiki: code added */\n\t\tthis.wantArrow = wantArrow;\n\n\t\trep = rep || (new Skip);\n\t\tthis.item = wrapString(item);\n\t\tthis.rep = wrapString(rep);\n\t\tthis.width = Math.max(this.item.width, this.rep.width) + Diagram.ARC_RADIUS*2;\n\t\tthis.up = this.item.up;\n\t\tthis.down = Math.max(Diagram.ARC_RADIUS*2, this.item.down + Diagram.VERTICAL_SEPARATION + this.rep.up + this.rep.down);\n\n/* TiddlyWiki: moved calculation of distanceFromY (of the repeat arc) to here */\n\t\tthis.distanceFromY = Math.max(Diagram.ARC_RADIUS*2, this.item.down+Diagram.VERTICAL_SEPARATION+this.rep.up);\n\t}\n\tsubclassOf(OneOrMore, FakeSVG);\n\tOneOrMore.prototype.needsSpace = true;\n\tOneOrMore.prototype.format = function(x,y,width) {\n\t\t// Hook up the two sides if this is narrower than its stated width.\n\t\tvar gaps = determineGaps(width, this.width);\n\t\tPath(x,y).h(gaps[0]).addTo(this);\n\t\tPath(x+gaps[0]+this.width,y).h(gaps[1]).addTo(this);\n\t\tx += gaps[0];\n\n\t\t// Draw item\n\t\tPath(x,y).right(Diagram.ARC_RADIUS).addTo(this);\n\t\tthis.item.format(x+Diagram.ARC_RADIUS,y,this.width-Diagram.ARC_RADIUS*2).addTo(this);\n\t\tPath(x+this.width-Diagram.ARC_RADIUS,y).right(Diagram.ARC_RADIUS).addTo(this);\n\n\t\t// Draw repeat arc\n/* TiddlyWiki: moved calculation of distanceFromY from here to constructor */\n\t\tvar distanceFromY = this.distanceFromY;\n\t\t\n\t\tPath(x+Diagram.ARC_RADIUS,y).arc('nw').down(distanceFromY-Diagram.ARC_RADIUS*2).arc('ws').addTo(this);\n\t\tthis.rep.format(x+Diagram.ARC_RADIUS, y+distanceFromY, this.width - Diagram.ARC_RADIUS*2).addTo(this);\n\t\tPath(x+this.width-Diagram.ARC_RADIUS, y+distanceFromY).arc('se').up(distanceFromY-Diagram.ARC_RADIUS*2).arc('en').addTo(this);\n\t\t\n/* TiddlyWiki: code added */\n\t\tif(this.wantArrow) {\n\t\t\tvar arrowSize = Diagram.ARC_RADIUS/2;\n\t\t\t// Compensate for the illusion that makes the arrow look unbalanced if it's too close to the curve below it\n\t\t\tvar multiplier = (distanceFromY < arrowSize*5) ? 1.2 : 1;\n\t\t\tPath(x-arrowSize, y+distanceFromY/2 + arrowSize/2, {class:\"arrow\"}).\n\t\t\t\tline(arrowSize, -arrowSize).line(arrowSize*multiplier, arrowSize).addTo(this);\n\t\t}\n\n\t\treturn this;\n\t}\n\n\tfunction ZeroOrMore(item, rep, skip, wantArrow) {\n\t\treturn Optional(OneOrMore(item, rep, wantArrow), skip);\n\t}\n\n/* TiddlyWiki: added type parameter */\n\tfunction Start(type) {\n\t\tif(!(this instanceof Start)) return new Start(type);\n\t\tFakeSVG.call(this, 'path');\n\t\tthis.type = type || 'single'\n\t\tthis.width = (this.type === 'double') ? 20 : 10;\n\t\tthis.up = 10;\n\t\tthis.down = 10;\n\t}\n\tsubclassOf(Start, FakeSVG);\n\tStart.prototype.format = function(x,y) {\n/* TiddlyWiki: added types */\n\t\tif(this.type === 'single') {\n\t\t\tthis.attrs.d = 'M '+x+' '+(y-10)+' v 20 m 0 -10 h 10.5';\n\t\t} else if(this.type === 'double') {\n\t\t\tthis.attrs.d = 'M '+x+' '+(y-10)+' v 20 m 10 -20 v 20 m -10 -10 h 20.5';\n\t\t} else { // 'none'\n\t\t\tthis.attrs.d = 'M '+x+' '+y+' h 10.5';\n\t\t}\n\t\treturn this;\n\t}\n\n/* TiddlyWiki: added type parameter */\n\tfunction End(type) {\n\t\tif(!(this instanceof End)) return new End(type);\n\t\tFakeSVG.call(this, 'path');\n\t\tthis.type = type || 'double';\n\t\tthis.width = (this.type === 'double') ? 20 : 10;\n\t\tthis.up = 10;\n\t\tthis.down = 10;\n\t}\n\tsubclassOf(End, FakeSVG);\n\tEnd.prototype.format = function(x,y) {\n/* TiddlyWiki: added types */\n\t\tif(this.type === 'single') {\n\t\t\tthis.attrs.d = 'M '+x+' '+y+' h 10 m 0 -10 v 20';\n\t\t} else if(this.type === 'double') {\n\t\t\tthis.attrs.d = 'M '+x+' '+y+' h 20 m -10 -10 v 20 m 10 -20 v 20';\n\t\t} else { // 'none'\n\t\t\tthis.attrs.d = 'M '+x+' '+y+' h 10';\n\t\t}\n\t\treturn this;\n\t}\n\n\tfunction Terminal(text) {\n\t\tif(!(this instanceof Terminal)) return new Terminal(text);\n\t\tFakeSVG.call(this, 'g');\n\t\tthis.text = text;\n\t\tthis.width = text.length * 8 + 20; /* Assume that each char is .5em, and that the em is 16px */\n\t\tthis.up = 11;\n\t\tthis.down = 11;\n\t}\n\tsubclassOf(Terminal, FakeSVG);\n\tTerminal.prototype.needsSpace = true;\n\tTerminal.prototype.format = function(x, y, width) {\n\t\t// Hook up the two sides if this is narrower than its stated width.\n\t\tvar gaps = determineGaps(width, this.width);\n\t\tPath(x,y).h(gaps[0]).addTo(this);\n\t\tPath(x+gaps[0]+this.width,y).h(gaps[1]).addTo(this);\n\t\tx += gaps[0];\n\n\t\tFakeSVG('rect', {x:x, y:y-11, width:this.width, height:this.up+this.down, rx:10, ry:10}).addTo(this);\n\t\tFakeSVG('text', {x:x+this.width/2, y:y+4}, this.text).addTo(this);\n\t\treturn this;\n\t}\n\n\tfunction NonTerminal(text) {\n\t\tif(!(this instanceof NonTerminal)) return new NonTerminal(text);\n\t\tFakeSVG.call(this, 'g');\n\t\tthis.text = text;\n\t\tthis.width = text.length * 8 + 20;\n\t\tthis.up = 11;\n\t\tthis.down = 11;\n\t}\n\tsubclassOf(NonTerminal, FakeSVG);\n\tNonTerminal.prototype.needsSpace = true;\n\tNonTerminal.prototype.format = function(x, y, width) {\n\t\t// Hook up the two sides if this is narrower than its stated width.\n\t\tvar gaps = determineGaps(width, this.width);\n\t\tPath(x,y).h(gaps[0]).addTo(this);\n\t\tPath(x+gaps[0]+this.width,y).h(gaps[1]).addTo(this);\n\t\tx += gaps[0];\n\n\t\tFakeSVG('rect', {x:x, y:y-11, width:this.width, height:this.up+this.down}).addTo(this);\n\t\tFakeSVG('text', {x:x+this.width/2, y:y+4}, this.text).addTo(this);\n\t\treturn this;\n\t}\n\n\tfunction Comment(text) {\n\t\tif(!(this instanceof Comment)) return new Comment(text);\n\t\tFakeSVG.call(this, 'g');\n\t\tthis.text = text;\n\t\tthis.width = text.length * 7 + 10;\n\t\tthis.up = 11;\n\t\tthis.down = 11;\n\t}\n\tsubclassOf(Comment, FakeSVG);\n\tComment.prototype.needsSpace = true;\n\tComment.prototype.format = function(x, y, width) {\n\t\t// Hook up the two sides if this is narrower than its stated width.\n\t\tvar gaps = determineGaps(width, this.width);\n\t\tPath(x,y).h(gaps[0]).addTo(this);\n\t\tPath(x+gaps[0]+this.width,y).h(gaps[1]).addTo(this);\n\t\tx += gaps[0];\n\n\t\tFakeSVG('text', {x:x+this.width/2, y:y+5, class:'comment'}, this.text).addTo(this);\n\t\treturn this;\n\t}\n\n\tfunction Skip() {\n\t\tif(!(this instanceof Skip)) return new Skip();\n\t\tFakeSVG.call(this, 'g');\n\t\tthis.width = 0;\n\t\tthis.up = 0;\n\t\tthis.down = 0;\n\t}\n\tsubclassOf(Skip, FakeSVG);\n\tSkip.prototype.format = function(x, y, width) {\n\t\tPath(x,y).right(width).addTo(this);\n\t\treturn this;\n\t}\n\t\n/* TiddlyWiki: added linking ability */\n\tfunction Link(item,options) {\n\t\tif(!(this instanceof Link)) return new Link(item,options);\n\t\tFakeSVG.call(this,'a',options);\n\t\tthis.item = item;\n\t\tthis.width = item.width;\n\t\tthis.up = item.up;\n\t\tthis.down = item.down;\n\t}\n\tsubclassOf(Link, FakeSVG);\n\tLink.prototype.needsSpace = true;\n\tLink.prototype.format = function(x, y, width) {\n\t\tthis.item.format(x,y,width).addTo(this);\n\t\treturn this;\n\t}\n\n/* TiddlyWiki: this block replaces the export mechanism in the original library */\n\tif (exports) {\n\t\texports.Diagram = Diagram;\n\t\texports.Sequence = Sequence;\n\t\texports.Choice = Choice;\n\t\texports.Optional = Optional;\n\t\texports.OneOrMore = OneOrMore;\n\t\texports.ZeroOrMore = ZeroOrMore;\n\t\texports.Terminal = Terminal;\n\t\texports.NonTerminal = NonTerminal;\n\t\texports.Comment = Comment;\n\t\texports.Skip = Skip;\n\t\texports.Link = Link;\n\t};\n})(\n\t{\n\tVERTICAL_SEPARATION: 8,\n\tARC_RADIUS: 10,\n\tDIAGRAM_CLASS: 'railroad-diagram',\n\tSTROKE_ODD_PIXEL_LENGTH: true,\n\tINTERNAL_ALIGNMENT: 'center',\n\t}\n);\n\n/* TiddlyWiki: removed assignments to properties of the window object */\n\n})($tw.node ? $tw.fakeDocument : window.document)\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/railroad/railroad-diagrams.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/railroad/parser.js": {
"title": "$:/plugins/tiddlywiki/railroad/parser.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/railroad/parser.js\ntype: application/javascript\nmodule-type: library\n\nParser for the source of a railroad diagram.\n\n[:x]\t\t\toptional, normally included\n[x]\t\t\t\toptional, normally omitted\n{x}\t\t\t\tone or more\n{x +\",\"}\t\tone or more, comma-separated\n[{:x}]\t\t\tzero or more, normally included\n[{:x +\",\"}]\t\tzero or more, comma-separated, normally included\n[{x}]\t\t\tzero or more, normally omitted\n[{x +\",\"}]\t\tzero or more, comma-separated, normally omitted\nx y z\t\t\tsequence\n<-x y z->\t\texplicit sequence\n(x|y|z)\t\t\talternatives\n(x|:y|z)\t\talternatives, normally y\n\"x\"\t\t\t\tterminal\n<\"x\">\t\t\tnonterminal\n/\"blah\"/\t\tcomment\n-\t\t\t\tdummy\n[[x|\"tiddler\"]]\tlink\n{{\"tiddler\"}}\ttransclusion\n\n\"x\" can also be written 'x' or \"\"\"x\"\"\"\n\npragmas:\n\t\\arrow yes|no\n\t\\debug yes|no\n\t\\start single|double|none\n\t\\end single|double|none\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar components = require(\"$:/plugins/tiddlywiki/railroad/components.js\").components;\n\nvar Parser = function(widget,source,options) {\n\tthis.widget = widget;\n\tthis.source = source;\n\tthis.options = options;\n\tthis.tokens = this.tokenise(source);\n\tthis.tokenPos = 0;\n\tthis.advance();\n\tthis.content = this.parseContent();\n\tthis.root = new components.Root(this.content);\n\tthis.checkFinished();\n};\n\n/////////////////////////// Parser dispatch\n\nParser.prototype.parseContent = function() {\n\tvar content = [];\n\t// Parse zero or more components\n\twhile(true) {\n\t\tvar component = this.parseComponent();\n\t\tif(!component) {\n\t\t\tbreak;\n\t\t}\n\t\tif(!component.isPragma) {\n\t\t\tcontent.push(component);\n\t\t}\n\t}\n\treturn content;\n};\n\nParser.prototype.parseComponent = function() {\n\tvar component = null;\n\tif(this.token) {\n\t\tif(this.at(\"string\")) {\n\t\t\tcomponent = this.parseTerminal();\n\t\t} else if(this.at(\"name\")) {\n\t\t\tcomponent = this.parseName();\n\t\t} else if(this.at(\"pragma\")) {\n\t\t\tcomponent = this.parsePragma();\n\t\t} else {\n\t\t\tswitch(this.token.value) {\n\t\t\t\tcase \"[\":\n\t\t\t\t\tcomponent = this.parseOptional();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"{\":\n\t\t\t\t\tcomponent = this.parseRepeated();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"<\":\n\t\t\t\t\tcomponent = this.parseNonterminal();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"(\":\n\t\t\t\t\tcomponent = this.parseChoice();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"/\":\n\t\t\t\t\tcomponent = this.parseComment();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"[[\":\n\t\t\t\t\tcomponent = this.parseLink();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"{{\":\n\t\t\t\t\tcomponent = this.parseTransclusion();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"<-\":\n\t\t\t\t\tcomponent = this.parseSequence();\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"-\":\n\t\t\t\t\tcomponent = this.parseDummy();\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\treturn component;\n};\n\n/////////////////////////// Specific components\n\nParser.prototype.parseChoice = function() {\n\t// Consume the (\n\tthis.advance();\n\tvar content = [],\n\t\tcolon = -1;\n\tdo {\n\t\t// Allow at most one branch to be prefixed with a colon\n\t\tif(colon === -1 && this.eat(\":\")) {\n\t\t\tcolon = content.length;\n\t\t}\n\t\t// Parse the next branch\n\t\tcontent.push(this.parseContent());\n\t} while(this.eat(\"|\"));\n\t// Consume the closing bracket\n\tthis.close(\")\");\n\t// Create a component\n\treturn new components.Choice(content,colon === -1 ? 0 : colon);\n};\n\nParser.prototype.parseComment = function() {\n\t// Consume the /\n\tthis.advance();\n\t// The comment's content should be in a string literal\n\tvar content = this.expectString(\"after /\");\n\t// Consume the closing /\n\tthis.close(\"/\");\n\t// Create a component\n\treturn new components.Comment(content);\n};\n\nParser.prototype.parseDummy = function() {\n\t// Consume the -\n\tthis.advance();\n\t// Create a component\n\treturn new components.Dummy();\n};\n\nParser.prototype.parseLink = function() {\n\t// Consume the [[\n\tthis.advance();\n\t// Parse the content\n\tvar content = this.parseContent();\n\t// Consume the |\n\tthis.expect(\"|\");\n\t// Consume the target\n\tvar target = this.expectNameOrString(\"as link target\");\n\t// Prepare some attributes for the SVG \"a\" element to carry\n\tvar options = {\"data-tw-target\": target};\n\tif($tw.utils.isLinkExternal(target)) {\n\t\toptions[\"data-tw-external\"] = true;\n\t}\n\t// Consume the closing ]]\n\tthis.close(\"]]\");\n\t// Create a component\n\treturn new components.Link(content,options);\n};\n\nParser.prototype.parseName = function() {\n\t// Create a component\n\tvar component = new components.Nonterminal(this.token.value);\n\t// Consume the name\n\tthis.advance();\n\treturn component;\n};\n\nParser.prototype.parseNonterminal = function() {\n\t// Consume the <\n\tthis.advance();\n\t// The nonterminal's name should be in a string literal\n\tvar content = this.expectString(\"after <\");\n\t// Consume the closing bracket\n\tthis.close(\">\");\n\t// Create a component\n\treturn new components.Nonterminal(content);\n};\n\nParser.prototype.parseOptional = function() {\n\tvar wantArrow = this.options.arrow;\n\t// Consume the [\n\tthis.advance();\n\t// Consume the { if there is one\n\tvar repeated = this.eat(\"{\");\n\t// Note whether omission is the normal route\n\tvar normal = this.eat(\":\");\n\t// Parse the content\n\tvar content = this.parseContent(),\n\t\tseparator = null;\n\t// Parse the separator if there is one\n\tif(repeated && this.eat(\"+\")) {\n\t\tseparator = this.parseContent();\n\t}\n\t// Consume the closing brackets\n\tif(repeated) {\n\t\tthis.close(\"}\");\n\t}\n\tthis.close(\"]\");\n\t// Create a component\n\treturn repeated ? new components.OptionalRepeated(content,separator,normal,wantArrow)\n\t\t: new components.Optional(content,normal);\n};\n\nParser.prototype.parseRepeated = function() {\n\tvar wantArrow = this.options.arrow;\n\t// Consume the {\n\tthis.advance();\n\t// Parse the content\n\tvar content = this.parseContent(),\n\t\tseparator = null;\n\t// Parse the separator if there is one\n\tif(this.eat(\"+\")) {\n\t\tseparator = this.parseContent();\n\t}\n\t// Consume the closing bracket\n\tthis.close(\"}\");\n\t// Create a component\n\treturn new components.Repeated(content,separator,wantArrow);\n};\n\nParser.prototype.parseSequence = function() {\n\t// Consume the <-\n\tthis.advance();\n\t// Parse the content\n\tvar content = this.parseContent();\n\t// Consume the closing ->\n\tthis.close(\"->\");\n\t// Create a component\n\treturn new components.Sequence(content);\n};\n\nParser.prototype.parseTerminal = function() {\n\tvar component = new components.Terminal(this.token.value);\n\t// Consume the string literal\n\tthis.advance();\n return component;\n};\n\nParser.prototype.parseTransclusion = function() {\n\t// Consume the {{\n\tthis.advance();\n\t// Consume the text reference\n\tvar textRef = this.expectNameOrString(\"as transclusion source\");\n\t// Consume the closing }}\n\tthis.close(\"}}\");\n\t// Retrieve the content of the text reference\n\tvar source = this.widget.wiki.getTextReference(textRef,\"\",this.widget.getVariable(\"currentTiddler\"));\n\t// Parse the content\n\tvar content = new Parser(this.widget,source).content;\n\t// Create a component\n\treturn new components.Transclusion(content);\n};\n\n/////////////////////////// Pragmas\n\nParser.prototype.parsePragma = function() {\n\t// Create a dummy component\n\tvar component = { isPragma: true };\n\t// Consume the pragma\n\tvar pragma = this.token.value;\n\tthis.advance();\n\t// Apply the setting\n\tif(pragma === \"arrow\") {\n\t\tthis.options.arrow = this.parseYesNo(pragma);\t\t\n\t} else if(pragma === \"debug\") {\n\t\tthis.options.debug = true;\n\t} else if(pragma === \"start\") {\n\t\tthis.options.start = this.parseTerminusStyle(pragma);\t\t\n\t} else if(pragma === \"end\") {\n\t\tthis.options.end = this.parseTerminusStyle(pragma);\t\t\n\t} else {\n\t\tthrow \"Invalid pragma\";\n\t}\n\treturn component;\n};\n\nParser.prototype.parseYesNo = function(pragma) {\n\treturn this.parseSetting([\"yes\",\"no\"],pragma) === \"yes\";\n}\n\nParser.prototype.parseTerminusStyle = function(pragma) {\n\treturn this.parseSetting([\"single\",\"double\",\"none\"],pragma);\n}\n\nParser.prototype.parseSetting = function(options,pragma) {\n\tif(this.at(\"name\") && options.indexOf(this.token.value) !== -1) {\n\t\treturn this.tokenValueEaten();\t\t\n\t}\n\tthrow options.join(\" or \") + \" expected after \\\\\" + pragma;\n}\n\n/////////////////////////// Token manipulation\n\nParser.prototype.advance = function() {\n\tif(this.tokenPos >= this.tokens.length) {\n\t\tthis.token = null;\n\t}\n\tthis.token = this.tokens[this.tokenPos++];\n};\n\nParser.prototype.at = function(token) {\n\treturn this.token && (this.token.type === token || this.token.type === \"token\" && this.token.value === token);\n};\n\nParser.prototype.eat = function(token) {\n\tvar at = this.at(token);\n\tif(at) {\n\t\tthis.advance();\n\t}\n\treturn at;\n};\n\nParser.prototype.tokenValueEaten = function() {\n\tvar output = this.token.value;\n\tthis.advance();\n\treturn output;\n};\n\nParser.prototype.close = function(token) {\n\tif(!this.eat(token)) {\n\t\tthrow \"Closing \" + token + \" expected\";\n\t}\n};\n\nParser.prototype.checkFinished = function() {\n\tif(this.token) {\n\t\tthrow \"Syntax error at \" + this.token.value;\n\t}\n};\n\nParser.prototype.expect = function(token) {\n\tif(!this.eat(token)) {\n\t\tthrow token + \" expected\";\n\t}\n};\n\nParser.prototype.expectString = function(context,token) {\n\tif(!this.at(\"string\")) {\n\t\ttoken = token || \"String\";\n\t\tthrow token + \" expected \" + context;\n\t}\n\treturn this.tokenValueEaten();\n};\n\nParser.prototype.expectNameOrString = function(context) {\n\tif(this.at(\"name\")) {\n\t\treturn this.tokenValueEaten();\n\t}\n\treturn this.expectString(context,\"Name or string\");\n};\n\n/////////////////////////// Tokenisation\n\nParser.prototype.tokenise = function(source) {\n\tvar tokens = [],\n\t\tpos = 0,\n\t\tc, s, token;\n\twhile(pos < source.length) {\n\t\t// Initialise this iteration\n\t\ts = token = null;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Avoid falling off the end of the string\n\t\tif (pos >= source.length) {\n\t\t\tbreak;\n\t\t}\n\t\t// Examine the next character\n\t\tc = source.charAt(pos);\n\t\tif(\"\\\"'\".indexOf(c) !== -1) {\n\t\t\t// String literal\n\t\t\ttoken = $tw.utils.parseStringLiteral(source,pos);\n\t\t\tif(!token) {\n\t\t\t\tthrow \"Unterminated string literal\";\n\t\t\t}\n\t\t} else if(\"[]{}\".indexOf(c) !== -1) {\n\t\t\t// Single or double character\n\t\t\ts = source.charAt(pos+1) === c ? c + c : c;\n\t\t} else if(c === \"<\") {\n\t\t\t// < or <-\n\t\t\ts = source.charAt(pos+1) === \"-\" ? \"<-\" : \"<\";\n\t\t} else if(c === \"-\") {\n\t\t\t// - or ->\n\t\t\ts = source.charAt(pos+1) === \">\" ? \"->\" : \"-\";\n\t\t} else if(\"()>+/:|\".indexOf(c) !== -1) {\n\t\t\t// Single character\n\t\t\ts = c;\n\t\t} else if(c.match(/[a-zA-Z]/)) {\n\t\t\t// Name\n\t\t\ttoken = this.readName(source,pos);\n\t\t} else if(c.match(/\\\\/)) {\n\t\t\t// Pragma\n\t\t\ttoken = this.readPragma(source,pos);\n\t\t} else {\n\t\t\tthrow \"Syntax error at \" + c;\n\t\t}\n\t\t// Add our findings to the return array\n\t\tif(token) {\n\t\t\ttokens.push(token);\n\t\t} else {\n\t\t\ttoken = $tw.utils.parseTokenString(source,pos,s);\n\t\t\ttokens.push(token);\n\t\t}\n\t\t// Prepare for the next character\n\t\tpos = token.end;\n\t}\n\treturn tokens;\n};\n\nParser.prototype.readName = function(source,pos) {\n\tvar re = /([a-zA-Z0-9_.-]+)/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\treturn {type: \"name\", value: match[1], start: pos, end: pos+match[1].length};\n\t} else {\n\t\tthrow \"Invalid name\";\n\t}\n};\n\nParser.prototype.readPragma = function(source,pos) {\n\tvar re = /([a-z]+)/g;\n\tpos++;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\treturn {type: \"pragma\", value: match[1], start: pos, end: pos+match[1].length};\n\t} else {\n\t\tthrow \"Invalid pragma\";\n\t}\n};\n\n/////////////////////////// Exports\n\nexports.parser = Parser;\n\n})();",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/railroad/typed-parser.js": {
"title": "$:/plugins/tiddlywiki/railroad/typed-parser.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/railroad/typed-parser.js\ntype: application/javascript\nmodule-type: parser\n\nThis parser wraps unadorned railroad syntax into a railroad widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar RailroadParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"railroad\",\n\t\t\ttag: \"$railroad\",\n\t\t\ttext: text\n\t\t};\n\tthis.tree = [element];\nconsole.log(text);\n};\n\nexports[\"text/vnd.tiddlywiki.railroad\"] = RailroadParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/plugins/tiddlywiki/railroad/wrapper.js": {
"title": "$:/plugins/tiddlywiki/railroad/wrapper.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/railroad/wrapper.js\ntype: application/javascript\nmodule-type: widget\n\nWrapper for `railroad-diagrams.js` that provides a `<$railroad>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Parser = require(\"$:/plugins/tiddlywiki/railroad/parser.js\").parser,\n\tWidget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RailroadWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\nvar RAILROAD_OPTIONS = \"$:/config/railroad\";\n\n/*\nInherit from the base widget class\n*/\nRailroadWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRailroadWidget.prototype.render = function(parent,nextSibling) {\n\t// Housekeeping\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Get the source text\n\tvar source = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\t// Create a div to contain the SVG or error message\n\tvar div = this.document.createElement(\"div\");\n\ttry {\n\t\t// Initialise options from the config tiddler or widget attributes\n\t\tvar config = $tw.wiki.getTiddlerData(RAILROAD_OPTIONS,{});\n\t\tvar options = {\n\t\t\tarrow: this.getAttribute(\"arrow\", config.arrow || \"yes\") === \"yes\",\n\t\t\tdebug: this.getAttribute(\"debug\", config.debug || \"no\") === \"yes\",\n\t\t\tstart: this.getAttribute(\"start\", config.start || \"single\"),\n\t\t\tend: this.getAttribute(\"end\", config.end || \"single\")\n\t\t};\n\t\t// Parse the source\n\t\tvar parser = new Parser(this,source,options);\n\t\t// Generate content into the div\n\t\tif(parser.options.debug) {\n\t\t\tthis.renderDebug(parser,div);\n\t\t} else {\n\t\t\tthis.renderSvg(parser,div);\n\t\t}\n\t} catch(ex) {\n\t\tdiv.className = \"tc-error\";\n\t\tdiv.textContent = ex;\n\t}\n\t// Insert the div into the DOM\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\n};\n\nRailroadWidget.prototype.renderDebug = function(parser,div) {\n\tvar output = [\"<pre>\"];\n\tparser.root.debug(output, \"\");\n\toutput.push(\"</pre>\");\n\tdiv.innerHTML = output.join(\"\");\n};\n\nRailroadWidget.prototype.renderSvg = function(parser,div) {\n\t// Generate a model of the diagram\n\tvar fakeSvg = parser.root.toSvg(parser.options);\n\t// Render the model into a tree of SVG DOM nodes\n\tvar svg = fakeSvg.toSVG();\n\t// Fill in the remaining attributes of any link nodes\n\tthis.patchLinks(svg);\n\t// Insert the SVG tree into the div\n\tdiv.appendChild(svg);\n};\n\nRailroadWidget.prototype.patchLinks = function(node) {\n\tvar self = this;\n\tif(!$tw.node && node.hasChildNodes()) {\n\t\tvar children = node.childNodes;\n\t\tfor(var i=0; i<children.length; i++) {\n\t\t\tvar child = children[i];\n\t\t\tvar attributes = child.attributes;\n\t\t\tif(attributes) {\n\t\t\t\t// Find each element that has a data-tw-target attribute\n\t\t\t\tvar target = child.attributes[\"data-tw-target\"];\n\t\t\t\tif(target !== undefined) {\n\t\t\t\t\ttarget = target.value;\n\t\t\t\t\tif(child.attributes[\"data-tw-external\"]) {\n\t\t\t\t\t\t// External links are straightforward\n\t\t\t\t\t\tchild.setAttribute(\"target\",\"_blank\");\n\t\t\t\t\t\tchild.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Each internal link gets its own onclick handler, capturing its own copy of target\n\t\t\t\t\t\t(function(myTarget) {\n\t\t\t\t\t\t\tchild.onclick = function(event) {\n\t\t\t\t\t\t\t\tself.dispatchLink(myTarget,event);\n\t\t\t\t\t\t\t\treturn false;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t})(target);\n\t\t\t\t\t\ttarget = \"#\" + target;\n\t\t\t\t\t}\n\t\t\t\t\tchild.setAttributeNS(\"http://www.w3.org/1999/xlink\",\"href\",target);\n\t\t\t\t}\n\t\t\t}\n\t\t\tthis.patchLinks(child);\n\t\t}\n\t}\n};\n\nRailroadWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text || changedTiddlers[RAILROAD_OPTIONS]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn false;\t\n};\n\nRailroadWidget.prototype.dispatchLink = function(to,event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nexports.railroad = RailroadWidget;\n\n})();",
"type": "application/javascript",
"module-type": "widget"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/sax/sax.js": {
"text": ";(function (sax) { // wrapper for non-node envs\n sax.parser = function (strict, opt) { return new SAXParser(strict, opt) }\n sax.SAXParser = SAXParser\n sax.SAXStream = SAXStream\n sax.createStream = createStream\n\n // When we pass the MAX_BUFFER_LENGTH position, start checking for buffer overruns.\n // When we check, schedule the next check for MAX_BUFFER_LENGTH - (max(buffer lengths)),\n // since that's the earliest that a buffer overrun could occur. This way, checks are\n // as rare as required, but as often as necessary to ensure never crossing this bound.\n // Furthermore, buffers are only tested at most once per write(), so passing a very\n // large string into write() might have undesirable effects, but this is manageable by\n // the caller, so it is assumed to be safe. Thus, a call to write() may, in the extreme\n // edge case, result in creating at most one complete copy of the string passed in.\n // Set to Infinity to have unlimited buffers.\n sax.MAX_BUFFER_LENGTH = 64 * 1024\n\n var buffers = [\n 'comment', 'sgmlDecl', 'textNode', 'tagName', 'doctype',\n 'procInstName', 'procInstBody', 'entity', 'attribName',\n 'attribValue', 'cdata', 'script'\n ]\n\n sax.EVENTS = [\n 'text',\n 'processinginstruction',\n 'sgmldeclaration',\n 'doctype',\n 'comment',\n 'opentagstart',\n 'attribute',\n 'opentag',\n 'closetag',\n 'opencdata',\n 'cdata',\n 'closecdata',\n 'error',\n 'end',\n 'ready',\n 'script',\n 'opennamespace',\n 'closenamespace'\n ]\n\n function SAXParser (strict, opt) {\n if (!(this instanceof SAXParser)) {\n return new SAXParser(strict, opt)\n }\n\n var parser = this\n clearBuffers(parser)\n parser.q = parser.c = ''\n parser.bufferCheckPosition = sax.MAX_BUFFER_LENGTH\n parser.opt = opt || {}\n parser.opt.lowercase = parser.opt.lowercase || parser.opt.lowercasetags\n parser.looseCase = parser.opt.lowercase ? 'toLowerCase' : 'toUpperCase'\n parser.tags = []\n parser.closed = parser.closedRoot = parser.sawRoot = false\n parser.tag = parser.error = null\n parser.strict = !!strict\n parser.noscript = !!(strict || parser.opt.noscript)\n parser.state = S.BEGIN\n parser.strictEntities = parser.opt.strictEntities\n parser.ENTITIES = parser.strictEntities ? Object.create(sax.XML_ENTITIES) : Object.create(sax.ENTITIES)\n parser.attribList = []\n\n // namespaces form a prototype chain.\n // it always points at the current tag,\n // which protos to its parent tag.\n if (parser.opt.xmlns) {\n parser.ns = Object.create(rootNS)\n }\n\n // mostly just for error reporting\n parser.trackPosition = parser.opt.position !== false\n if (parser.trackPosition) {\n parser.position = parser.line = parser.column = 0\n }\n emit(parser, 'onready')\n }\n\n if (!Object.create) {\n Object.create = function (o) {\n function F () {}\n F.prototype = o\n var newf = new F()\n return newf\n }\n }\n\n if (!Object.keys) {\n Object.keys = function (o) {\n var a = []\n for (var i in o) if (o.hasOwnProperty(i)) a.push(i)\n return a\n }\n }\n\n function checkBufferLength (parser) {\n var maxAllowed = Math.max(sax.MAX_BUFFER_LENGTH, 10)\n var maxActual = 0\n for (var i = 0, l = buffers.length; i < l; i++) {\n var len = parser[buffers[i]].length\n if (len > maxAllowed) {\n // Text/cdata nodes can get big, and since they're buffered,\n // we can get here under normal conditions.\n // Avoid issues by emitting the text node now,\n // so at least it won't get any bigger.\n switch (buffers[i]) {\n case 'textNode':\n closeText(parser)\n break\n\n case 'cdata':\n emitNode(parser, 'oncdata', parser.cdata)\n parser.cdata = ''\n break\n\n case 'script':\n emitNode(parser, 'onscript', parser.script)\n parser.script = ''\n break\n\n default:\n error(parser, 'Max buffer length exceeded: ' + buffers[i])\n }\n }\n maxActual = Math.max(maxActual, len)\n }\n // schedule the next check for the earliest possible buffer overrun.\n var m = sax.MAX_BUFFER_LENGTH - maxActual\n parser.bufferCheckPosition = m + parser.position\n }\n\n function clearBuffers (parser) {\n for (var i = 0, l = buffers.length; i < l; i++) {\n parser[buffers[i]] = ''\n }\n }\n\n function flushBuffers (parser) {\n closeText(parser)\n if (parser.cdata !== '') {\n emitNode(parser, 'oncdata', parser.cdata)\n parser.cdata = ''\n }\n if (parser.script !== '') {\n emitNode(parser, 'onscript', parser.script)\n parser.script = ''\n }\n }\n\n SAXParser.prototype = {\n end: function () { end(this) },\n write: write,\n resume: function () { this.error = null; return this },\n close: function () { return this.write(null) },\n flush: function () { flushBuffers(this) }\n }\n\n var Stream\n try {\n Stream = require('stream').Stream\n } catch (ex) {\n Stream = function () {}\n }\n\n var streamWraps = sax.EVENTS.filter(function (ev) {\n return ev !== 'error' && ev !== 'end'\n })\n\n function createStream (strict, opt) {\n return new SAXStream(strict, opt)\n }\n\n function SAXStream (strict, opt) {\n if (!(this instanceof SAXStream)) {\n return new SAXStream(strict, opt)\n }\n\n Stream.apply(this)\n\n this._parser = new SAXParser(strict, opt)\n this.writable = true\n this.readable = true\n\n var me = this\n\n this._parser.onend = function () {\n me.emit('end')\n }\n\n this._parser.onerror = function (er) {\n me.emit('error', er)\n\n // if didn't throw, then means error was handled.\n // go ahead and clear error, so we can write again.\n me._parser.error = null\n }\n\n this._decoder = null\n\n streamWraps.forEach(function (ev) {\n Object.defineProperty(me, 'on' + ev, {\n get: function () {\n return me._parser['on' + ev]\n },\n set: function (h) {\n if (!h) {\n me.removeAllListeners(ev)\n me._parser['on' + ev] = h\n return h\n }\n me.on(ev, h)\n },\n enumerable: true,\n configurable: false\n })\n })\n }\n\n SAXStream.prototype = Object.create(Stream.prototype, {\n constructor: {\n value: SAXStream\n }\n })\n\n SAXStream.prototype.write = function (data) {\n if (typeof Buffer === 'function' &&\n typeof Buffer.isBuffer === 'function' &&\n Buffer.isBuffer(data)) {\n if (!this._decoder) {\n var SD = require('string_decoder').StringDecoder\n this._decoder = new SD('utf8')\n }\n data = this._decoder.write(data)\n }\n\n this._parser.write(data.toString())\n this.emit('data', data)\n return true\n }\n\n SAXStream.prototype.end = function (chunk) {\n if (chunk && chunk.length) {\n this.write(chunk)\n }\n this._parser.end()\n return true\n }\n\n SAXStream.prototype.on = function (ev, handler) {\n var me = this\n if (!me._parser['on' + ev] && streamWraps.indexOf(ev) !== -1) {\n me._parser['on' + ev] = function () {\n var args = arguments.length === 1 ? [arguments[0]] : Array.apply(null, arguments)\n args.splice(0, 0, ev)\n me.emit.apply(me, args)\n }\n }\n\n return Stream.prototype.on.call(me, ev, handler)\n }\n\n // this really needs to be replaced with character classes.\n // XML allows all manner of ridiculous numbers and digits.\n var CDATA = '[CDATA['\n var DOCTYPE = 'DOCTYPE'\n var XML_NAMESPACE = 'http://www.w3.org/XML/1998/namespace'\n var XMLNS_NAMESPACE = 'http://www.w3.org/2000/xmlns/'\n var rootNS = { xml: XML_NAMESPACE, xmlns: XMLNS_NAMESPACE }\n\n // http://www.w3.org/TR/REC-xml/#NT-NameStartChar\n // This implementation works on strings, a single character at a time\n // as such, it cannot ever support astral-plane characters (10000-EFFFF)\n // without a significant breaking change to either this parser, or the\n // JavaScript language. Implementation of an emoji-capable xml parser\n // is left as an exercise for the reader.\n var nameStart = /[:_A-Za-z\\u00C0-\\u00D6\\u00D8-\\u00F6\\u00F8-\\u02FF\\u0370-\\u037D\\u037F-\\u1FFF\\u200C-\\u200D\\u2070-\\u218F\\u2C00-\\u2FEF\\u3001-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFFD]/\n\n var nameBody = /[:_A-Za-z\\u00C0-\\u00D6\\u00D8-\\u00F6\\u00F8-\\u02FF\\u0370-\\u037D\\u037F-\\u1FFF\\u200C-\\u200D\\u2070-\\u218F\\u2C00-\\u2FEF\\u3001-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFFD\\u00B7\\u0300-\\u036F\\u203F-\\u2040.\\d-]/\n\n var entityStart = /[#:_A-Za-z\\u00C0-\\u00D6\\u00D8-\\u00F6\\u00F8-\\u02FF\\u0370-\\u037D\\u037F-\\u1FFF\\u200C-\\u200D\\u2070-\\u218F\\u2C00-\\u2FEF\\u3001-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFFD]/\n var entityBody = /[#:_A-Za-z\\u00C0-\\u00D6\\u00D8-\\u00F6\\u00F8-\\u02FF\\u0370-\\u037D\\u037F-\\u1FFF\\u200C-\\u200D\\u2070-\\u218F\\u2C00-\\u2FEF\\u3001-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFFD\\u00B7\\u0300-\\u036F\\u203F-\\u2040.\\d-]/\n\n function isWhitespace (c) {\n return c === ' ' || c === '\\n' || c === '\\r' || c === '\\t'\n }\n\n function isQuote (c) {\n return c === '\"' || c === '\\''\n }\n\n function isAttribEnd (c) {\n return c === '>' || isWhitespace(c)\n }\n\n function isMatch (regex, c) {\n return regex.test(c)\n }\n\n function notMatch (regex, c) {\n return !isMatch(regex, c)\n }\n\n var S = 0\n sax.STATE = {\n BEGIN: S++, // leading byte order mark or whitespace\n BEGIN_WHITESPACE: S++, // leading whitespace\n TEXT: S++, // general stuff\n TEXT_ENTITY: S++, // & and such.\n OPEN_WAKA: S++, // <\n SGML_DECL: S++, // <!BLARG\n SGML_DECL_QUOTED: S++, // <!BLARG foo \"bar\n DOCTYPE: S++, // <!DOCTYPE\n DOCTYPE_QUOTED: S++, // <!DOCTYPE \"//blah\n DOCTYPE_DTD: S++, // <!DOCTYPE \"//blah\" [ ...\n DOCTYPE_DTD_QUOTED: S++, // <!DOCTYPE \"//blah\" [ \"foo\n COMMENT_STARTING: S++, // <!-\n COMMENT: S++, // <!--\n COMMENT_ENDING: S++, // <!-- blah -\n COMMENT_ENDED: S++, // <!-- blah --\n CDATA: S++, // <![CDATA[ something\n CDATA_ENDING: S++, // ]\n CDATA_ENDING_2: S++, // ]]\n PROC_INST: S++, // <?hi\n PROC_INST_BODY: S++, // <?hi there\n PROC_INST_ENDING: S++, // <?hi \"there\" ?\n OPEN_TAG: S++, // <strong\n OPEN_TAG_SLASH: S++, // <strong /\n ATTRIB: S++, // <a\n ATTRIB_NAME: S++, // <a foo\n ATTRIB_NAME_SAW_WHITE: S++, // <a foo _\n ATTRIB_VALUE: S++, // <a foo=\n ATTRIB_VALUE_QUOTED: S++, // <a foo=\"bar\n ATTRIB_VALUE_CLOSED: S++, // <a foo=\"bar\"\n ATTRIB_VALUE_UNQUOTED: S++, // <a foo=bar\n ATTRIB_VALUE_ENTITY_Q: S++, // <foo bar=\""\"\n ATTRIB_VALUE_ENTITY_U: S++, // <foo bar="\n CLOSE_TAG: S++, // </a\n CLOSE_TAG_SAW_WHITE: S++, // </a >\n SCRIPT: S++, // <script> ...\n SCRIPT_ENDING: S++ // <script> ... <\n }\n\n sax.XML_ENTITIES = {\n 'amp': '&',\n 'gt': '>',\n 'lt': '<',\n 'quot': '\"',\n 'apos': \"'\"\n }\n\n sax.ENTITIES = {\n 'amp': '&',\n 'gt': '>',\n 'lt': '<',\n 'quot': '\"',\n 'apos': \"'\",\n 'AElig': 198,\n 'Aacute': 193,\n 'Acirc': 194,\n 'Agrave': 192,\n 'Aring': 197,\n 'Atilde': 195,\n 'Auml': 196,\n 'Ccedil': 199,\n 'ETH': 208,\n 'Eacute': 201,\n 'Ecirc': 202,\n 'Egrave': 200,\n 'Euml': 203,\n 'Iacute': 205,\n 'Icirc': 206,\n 'Igrave': 204,\n 'Iuml': 207,\n 'Ntilde': 209,\n 'Oacute': 211,\n 'Ocirc': 212,\n 'Ograve': 210,\n 'Oslash': 216,\n 'Otilde': 213,\n 'Ouml': 214,\n 'THORN': 222,\n 'Uacute': 218,\n 'Ucirc': 219,\n 'Ugrave': 217,\n 'Uuml': 220,\n 'Yacute': 221,\n 'aacute': 225,\n 'acirc': 226,\n 'aelig': 230,\n 'agrave': 224,\n 'aring': 229,\n 'atilde': 227,\n 'auml': 228,\n 'ccedil': 231,\n 'eacute': 233,\n 'ecirc': 234,\n 'egrave': 232,\n 'eth': 240,\n 'euml': 235,\n 'iacute': 237,\n 'icirc': 238,\n 'igrave': 236,\n 'iuml': 239,\n 'ntilde': 241,\n 'oacute': 243,\n 'ocirc': 244,\n 'ograve': 242,\n 'oslash': 248,\n 'otilde': 245,\n 'ouml': 246,\n 'szlig': 223,\n 'thorn': 254,\n 'uacute': 250,\n 'ucirc': 251,\n 'ugrave': 249,\n 'uuml': 252,\n 'yacute': 253,\n 'yuml': 255,\n 'copy': 169,\n 'reg': 174,\n 'nbsp': 160,\n 'iexcl': 161,\n 'cent': 162,\n 'pound': 163,\n 'curren': 164,\n 'yen': 165,\n 'brvbar': 166,\n 'sect': 167,\n 'uml': 168,\n 'ordf': 170,\n 'laquo': 171,\n 'not': 172,\n 'shy': 173,\n 'macr': 175,\n 'deg': 176,\n 'plusmn': 177,\n 'sup1': 185,\n 'sup2': 178,\n 'sup3': 179,\n 'acute': 180,\n 'micro': 181,\n 'para': 182,\n 'middot': 183,\n 'cedil': 184,\n 'ordm': 186,\n 'raquo': 187,\n 'frac14': 188,\n 'frac12': 189,\n 'frac34': 190,\n 'iquest': 191,\n 'times': 215,\n 'divide': 247,\n 'OElig': 338,\n 'oelig': 339,\n 'Scaron': 352,\n 'scaron': 353,\n 'Yuml': 376,\n 'fnof': 402,\n 'circ': 710,\n 'tilde': 732,\n 'Alpha': 913,\n 'Beta': 914,\n 'Gamma': 915,\n 'Delta': 916,\n 'Epsilon': 917,\n 'Zeta': 918,\n 'Eta': 919,\n 'Theta': 920,\n 'Iota': 921,\n 'Kappa': 922,\n 'Lambda': 923,\n 'Mu': 924,\n 'Nu': 925,\n 'Xi': 926,\n 'Omicron': 927,\n 'Pi': 928,\n 'Rho': 929,\n 'Sigma': 931,\n 'Tau': 932,\n 'Upsilon': 933,\n 'Phi': 934,\n 'Chi': 935,\n 'Psi': 936,\n 'Omega': 937,\n 'alpha': 945,\n 'beta': 946,\n 'gamma': 947,\n 'delta': 948,\n 'epsilon': 949,\n 'zeta': 950,\n 'eta': 951,\n 'theta': 952,\n 'iota': 953,\n 'kappa': 954,\n 'lambda': 955,\n 'mu': 956,\n 'nu': 957,\n 'xi': 958,\n 'omicron': 959,\n 'pi': 960,\n 'rho': 961,\n 'sigmaf': 962,\n 'sigma': 963,\n 'tau': 964,\n 'upsilon': 965,\n 'phi': 966,\n 'chi': 967,\n 'psi': 968,\n 'omega': 969,\n 'thetasym': 977,\n 'upsih': 978,\n 'piv': 982,\n 'ensp': 8194,\n 'emsp': 8195,\n 'thinsp': 8201,\n 'zwnj': 8204,\n 'zwj': 8205,\n 'lrm': 8206,\n 'rlm': 8207,\n 'ndash': 8211,\n 'mdash': 8212,\n 'lsquo': 8216,\n 'rsquo': 8217,\n 'sbquo': 8218,\n 'ldquo': 8220,\n 'rdquo': 8221,\n 'bdquo': 8222,\n 'dagger': 8224,\n 'Dagger': 8225,\n 'bull': 8226,\n 'hellip': 8230,\n 'permil': 8240,\n 'prime': 8242,\n 'Prime': 8243,\n 'lsaquo': 8249,\n 'rsaquo': 8250,\n 'oline': 8254,\n 'frasl': 8260,\n 'euro': 8364,\n 'image': 8465,\n 'weierp': 8472,\n 'real': 8476,\n 'trade': 8482,\n 'alefsym': 8501,\n 'larr': 8592,\n 'uarr': 8593,\n 'rarr': 8594,\n 'darr': 8595,\n 'harr': 8596,\n 'crarr': 8629,\n 'lArr': 8656,\n 'uArr': 8657,\n 'rArr': 8658,\n 'dArr': 8659,\n 'hArr': 8660,\n 'forall': 8704,\n 'part': 8706,\n 'exist': 8707,\n 'empty': 8709,\n 'nabla': 8711,\n 'isin': 8712,\n 'notin': 8713,\n 'ni': 8715,\n 'prod': 8719,\n 'sum': 8721,\n 'minus': 8722,\n 'lowast': 8727,\n 'radic': 8730,\n 'prop': 8733,\n 'infin': 8734,\n 'ang': 8736,\n 'and': 8743,\n 'or': 8744,\n 'cap': 8745,\n 'cup': 8746,\n 'int': 8747,\n 'there4': 8756,\n 'sim': 8764,\n 'cong': 8773,\n 'asymp': 8776,\n 'ne': 8800,\n 'equiv': 8801,\n 'le': 8804,\n 'ge': 8805,\n 'sub': 8834,\n 'sup': 8835,\n 'nsub': 8836,\n 'sube': 8838,\n 'supe': 8839,\n 'oplus': 8853,\n 'otimes': 8855,\n 'perp': 8869,\n 'sdot': 8901,\n 'lceil': 8968,\n 'rceil': 8969,\n 'lfloor': 8970,\n 'rfloor': 8971,\n 'lang': 9001,\n 'rang': 9002,\n 'loz': 9674,\n 'spades': 9824,\n 'clubs': 9827,\n 'hearts': 9829,\n 'diams': 9830\n }\n\n Object.keys(sax.ENTITIES).forEach(function (key) {\n var e = sax.ENTITIES[key]\n var s = typeof e === 'number' ? String.fromCharCode(e) : e\n sax.ENTITIES[key] = s\n })\n\n for (var s in sax.STATE) {\n sax.STATE[sax.STATE[s]] = s\n }\n\n // shorthand\n S = sax.STATE\n\n function emit (parser, event, data) {\n parser[event] && parser[event](data)\n }\n\n function emitNode (parser, nodeType, data) {\n if (parser.textNode) closeText(parser)\n emit(parser, nodeType, data)\n }\n\n function closeText (parser) {\n parser.textNode = textopts(parser.opt, parser.textNode)\n if (parser.textNode) emit(parser, 'ontext', parser.textNode)\n parser.textNode = ''\n }\n\n function textopts (opt, text) {\n if (opt.trim) text = text.trim()\n if (opt.normalize) text = text.replace(/\\s+/g, ' ')\n return text\n }\n\n function error (parser, er) {\n closeText(parser)\n if (parser.trackPosition) {\n er += '\\nLine: ' + parser.line +\n '\\nColumn: ' + parser.column +\n '\\nChar: ' + parser.c\n }\n er = new Error(er)\n parser.error = er\n emit(parser, 'onerror', er)\n return parser\n }\n\n function end (parser) {\n if (parser.sawRoot && !parser.closedRoot) strictFail(parser, 'Unclosed root tag')\n if ((parser.state !== S.BEGIN) &&\n (parser.state !== S.BEGIN_WHITESPACE) &&\n (parser.state !== S.TEXT)) {\n error(parser, 'Unexpected end')\n }\n closeText(parser)\n parser.c = ''\n parser.closed = true\n emit(parser, 'onend')\n SAXParser.call(parser, parser.strict, parser.opt)\n return parser\n }\n\n function strictFail (parser, message) {\n if (typeof parser !== 'object' || !(parser instanceof SAXParser)) {\n throw new Error('bad call to strictFail')\n }\n if (parser.strict) {\n error(parser, message)\n }\n }\n\n function newTag (parser) {\n if (!parser.strict) parser.tagName = parser.tagName[parser.looseCase]()\n var parent = parser.tags[parser.tags.length - 1] || parser\n var tag = parser.tag = { name: parser.tagName, attributes: {} }\n\n // will be overridden if tag contails an xmlns=\"foo\" or xmlns:foo=\"bar\"\n if (parser.opt.xmlns) {\n tag.ns = parent.ns\n }\n parser.attribList.length = 0\n emitNode(parser, 'onopentagstart', tag)\n }\n\n function qname (name, attribute) {\n var i = name.indexOf(':')\n var qualName = i < 0 ? [ '', name ] : name.split(':')\n var prefix = qualName[0]\n var local = qualName[1]\n\n // <x \"xmlns\"=\"http://foo\">\n if (attribute && name === 'xmlns') {\n prefix = 'xmlns'\n local = ''\n }\n\n return { prefix: prefix, local: local }\n }\n\n function attrib (parser) {\n if (!parser.strict) {\n parser.attribName = parser.attribName[parser.looseCase]()\n }\n\n if (parser.attribList.indexOf(parser.attribName) !== -1 ||\n parser.tag.attributes.hasOwnProperty(parser.attribName)) {\n parser.attribName = parser.attribValue = ''\n return\n }\n\n if (parser.opt.xmlns) {\n var qn = qname(parser.attribName, true)\n var prefix = qn.prefix\n var local = qn.local\n\n if (prefix === 'xmlns') {\n // namespace binding attribute. push the binding into scope\n if (local === 'xml' && parser.attribValue !== XML_NAMESPACE) {\n strictFail(parser,\n 'xml: prefix must be bound to ' + XML_NAMESPACE + '\\n' +\n 'Actual: ' + parser.attribValue)\n } else if (local === 'xmlns' && parser.attribValue !== XMLNS_NAMESPACE) {\n strictFail(parser,\n 'xmlns: prefix must be bound to ' + XMLNS_NAMESPACE + '\\n' +\n 'Actual: ' + parser.attribValue)\n } else {\n var tag = parser.tag\n var parent = parser.tags[parser.tags.length - 1] || parser\n if (tag.ns === parent.ns) {\n tag.ns = Object.create(parent.ns)\n }\n tag.ns[local] = parser.attribValue\n }\n }\n\n // defer onattribute events until all attributes have been seen\n // so any new bindings can take effect. preserve attribute order\n // so deferred events can be emitted in document order\n parser.attribList.push([parser.attribName, parser.attribValue])\n } else {\n // in non-xmlns mode, we can emit the event right away\n parser.tag.attributes[parser.attribName] = parser.attribValue\n emitNode(parser, 'onattribute', {\n name: parser.attribName,\n value: parser.attribValue\n })\n }\n\n parser.attribName = parser.attribValue = ''\n }\n\n function openTag (parser, selfClosing) {\n if (parser.opt.xmlns) {\n // emit namespace binding events\n var tag = parser.tag\n\n // add namespace info to tag\n var qn = qname(parser.tagName)\n tag.prefix = qn.prefix\n tag.local = qn.local\n tag.uri = tag.ns[qn.prefix] || ''\n\n if (tag.prefix && !tag.uri) {\n strictFail(parser, 'Unbound namespace prefix: ' +\n JSON.stringify(parser.tagName))\n tag.uri = qn.prefix\n }\n\n var parent = parser.tags[parser.tags.length - 1] || parser\n if (tag.ns && parent.ns !== tag.ns) {\n Object.keys(tag.ns).forEach(function (p) {\n emitNode(parser, 'onopennamespace', {\n prefix: p,\n uri: tag.ns[p]\n })\n })\n }\n\n // handle deferred onattribute events\n // Note: do not apply default ns to attributes:\n // http://www.w3.org/TR/REC-xml-names/#defaulting\n for (var i = 0, l = parser.attribList.length; i < l; i++) {\n var nv = parser.attribList[i]\n var name = nv[0]\n var value = nv[1]\n var qualName = qname(name, true)\n var prefix = qualName.prefix\n var local = qualName.local\n var uri = prefix === '' ? '' : (tag.ns[prefix] || '')\n var a = {\n name: name,\n value: value,\n prefix: prefix,\n local: local,\n uri: uri\n }\n\n // if there's any attributes with an undefined namespace,\n // then fail on them now.\n if (prefix && prefix !== 'xmlns' && !uri) {\n strictFail(parser, 'Unbound namespace prefix: ' +\n JSON.stringify(prefix))\n a.uri = prefix\n }\n parser.tag.attributes[name] = a\n emitNode(parser, 'onattribute', a)\n }\n parser.attribList.length = 0\n }\n\n parser.tag.isSelfClosing = !!selfClosing\n\n // process the tag\n parser.sawRoot = true\n parser.tags.push(parser.tag)\n emitNode(parser, 'onopentag', parser.tag)\n if (!selfClosing) {\n // special case for <script> in non-strict mode.\n if (!parser.noscript && parser.tagName.toLowerCase() === 'script') {\n parser.state = S.SCRIPT\n } else {\n parser.state = S.TEXT\n }\n parser.tag = null\n parser.tagName = ''\n }\n parser.attribName = parser.attribValue = ''\n parser.attribList.length = 0\n }\n\n function closeTag (parser) {\n if (!parser.tagName) {\n strictFail(parser, 'Weird empty close tag.')\n parser.textNode += '</>'\n parser.state = S.TEXT\n return\n }\n\n if (parser.script) {\n if (parser.tagName !== 'script') {\n parser.script += '</' + parser.tagName + '>'\n parser.tagName = ''\n parser.state = S.SCRIPT\n return\n }\n emitNode(parser, 'onscript', parser.script)\n parser.script = ''\n }\n\n // first make sure that the closing tag actually exists.\n // <a><b></c></b></a> will close everything, otherwise.\n var t = parser.tags.length\n var tagName = parser.tagName\n if (!parser.strict) {\n tagName = tagName[parser.looseCase]()\n }\n var closeTo = tagName\n while (t--) {\n var close = parser.tags[t]\n if (close.name !== closeTo) {\n // fail the first time in strict mode\n strictFail(parser, 'Unexpected close tag')\n } else {\n break\n }\n }\n\n // didn't find it. we already failed for strict, so just abort.\n if (t < 0) {\n strictFail(parser, 'Unmatched closing tag: ' + parser.tagName)\n parser.textNode += '</' + parser.tagName + '>'\n parser.state = S.TEXT\n return\n }\n parser.tagName = tagName\n var s = parser.tags.length\n while (s-- > t) {\n var tag = parser.tag = parser.tags.pop()\n parser.tagName = parser.tag.name\n emitNode(parser, 'onclosetag', parser.tagName)\n\n var x = {}\n for (var i in tag.ns) {\n x[i] = tag.ns[i]\n }\n\n var parent = parser.tags[parser.tags.length - 1] || parser\n if (parser.opt.xmlns && tag.ns !== parent.ns) {\n // remove namespace bindings introduced by tag\n Object.keys(tag.ns).forEach(function (p) {\n var n = tag.ns[p]\n emitNode(parser, 'onclosenamespace', { prefix: p, uri: n })\n })\n }\n }\n if (t === 0) parser.closedRoot = true\n parser.tagName = parser.attribValue = parser.attribName = ''\n parser.attribList.length = 0\n parser.state = S.TEXT\n }\n\n function parseEntity (parser) {\n var entity = parser.entity\n var entityLC = entity.toLowerCase()\n var num\n var numStr = ''\n\n if (parser.ENTITIES[entity]) {\n return parser.ENTITIES[entity]\n }\n if (parser.ENTITIES[entityLC]) {\n return parser.ENTITIES[entityLC]\n }\n entity = entityLC\n if (entity.charAt(0) === '#') {\n if (entity.charAt(1) === 'x') {\n entity = entity.slice(2)\n num = parseInt(entity, 16)\n numStr = num.toString(16)\n } else {\n entity = entity.slice(1)\n num = parseInt(entity, 10)\n numStr = num.toString(10)\n }\n }\n entity = entity.replace(/^0+/, '')\n if (isNaN(num) || numStr.toLowerCase() !== entity) {\n strictFail(parser, 'Invalid character entity')\n return '&' + parser.entity + ';'\n }\n\n return String.fromCodePoint(num)\n }\n\n function beginWhiteSpace (parser, c) {\n if (c === '<') {\n parser.state = S.OPEN_WAKA\n parser.startTagPosition = parser.position\n } else if (!isWhitespace(c)) {\n // have to process this as a text node.\n // weird, but happens.\n strictFail(parser, 'Non-whitespace before first tag.')\n parser.textNode = c\n parser.state = S.TEXT\n }\n }\n\n function charAt (chunk, i) {\n var result = ''\n if (i < chunk.length) {\n result = chunk.charAt(i)\n }\n return result\n }\n\n function write (chunk) {\n var parser = this\n if (this.error) {\n throw this.error\n }\n if (parser.closed) {\n return error(parser,\n 'Cannot write after close. Assign an onready handler.')\n }\n if (chunk === null) {\n return end(parser)\n }\n if (typeof chunk === 'object') {\n chunk = chunk.toString()\n }\n var i = 0\n var c = ''\n while (true) {\n c = charAt(chunk, i++)\n parser.c = c\n\n if (!c) {\n break\n }\n\n if (parser.trackPosition) {\n parser.position++\n if (c === '\\n') {\n parser.line++\n parser.column = 0\n } else {\n parser.column++\n }\n }\n\n switch (parser.state) {\n case S.BEGIN:\n parser.state = S.BEGIN_WHITESPACE\n if (c === '\\uFEFF') {\n continue\n }\n beginWhiteSpace(parser, c)\n continue\n\n case S.BEGIN_WHITESPACE:\n beginWhiteSpace(parser, c)\n continue\n\n case S.TEXT:\n if (parser.sawRoot && !parser.closedRoot) {\n var starti = i - 1\n while (c && c !== '<' && c !== '&') {\n c = charAt(chunk, i++)\n if (c && parser.trackPosition) {\n parser.position++\n if (c === '\\n') {\n parser.line++\n parser.column = 0\n } else {\n parser.column++\n }\n }\n }\n parser.textNode += chunk.substring(starti, i - 1)\n }\n if (c === '<' && !(parser.sawRoot && parser.closedRoot && !parser.strict)) {\n parser.state = S.OPEN_WAKA\n parser.startTagPosition = parser.position\n } else {\n if (!isWhitespace(c) && (!parser.sawRoot || parser.closedRoot)) {\n strictFail(parser, 'Text data outside of root node.')\n }\n if (c === '&') {\n parser.state = S.TEXT_ENTITY\n } else {\n parser.textNode += c\n }\n }\n continue\n\n case S.SCRIPT:\n // only non-strict\n if (c === '<') {\n parser.state = S.SCRIPT_ENDING\n } else {\n parser.script += c\n }\n continue\n\n case S.SCRIPT_ENDING:\n if (c === '/') {\n parser.state = S.CLOSE_TAG\n } else {\n parser.script += '<' + c\n parser.state = S.SCRIPT\n }\n continue\n\n case S.OPEN_WAKA:\n // either a /, ?, !, or text is coming next.\n if (c === '!') {\n parser.state = S.SGML_DECL\n parser.sgmlDecl = ''\n } else if (isWhitespace(c)) {\n // wait for it...\n } else if (isMatch(nameStart, c)) {\n parser.state = S.OPEN_TAG\n parser.tagName = c\n } else if (c === '/') {\n parser.state = S.CLOSE_TAG\n parser.tagName = ''\n } else if (c === '?') {\n parser.state = S.PROC_INST\n parser.procInstName = parser.procInstBody = ''\n } else {\n strictFail(parser, 'Unencoded <')\n // if there was some whitespace, then add that in.\n if (parser.startTagPosition + 1 < parser.position) {\n var pad = parser.position - parser.startTagPosition\n c = new Array(pad).join(' ') + c\n }\n parser.textNode += '<' + c\n parser.state = S.TEXT\n }\n continue\n\n case S.SGML_DECL:\n if ((parser.sgmlDecl + c).toUpperCase() === CDATA) {\n emitNode(parser, 'onopencdata')\n parser.state = S.CDATA\n parser.sgmlDecl = ''\n parser.cdata = ''\n } else if (parser.sgmlDecl + c === '--') {\n parser.state = S.COMMENT\n parser.comment = ''\n parser.sgmlDecl = ''\n } else if ((parser.sgmlDecl + c).toUpperCase() === DOCTYPE) {\n parser.state = S.DOCTYPE\n if (parser.doctype || parser.sawRoot) {\n strictFail(parser,\n 'Inappropriately located doctype declaration')\n }\n parser.doctype = ''\n parser.sgmlDecl = ''\n } else if (c === '>') {\n emitNode(parser, 'onsgmldeclaration', parser.sgmlDecl)\n parser.sgmlDecl = ''\n parser.state = S.TEXT\n } else if (isQuote(c)) {\n parser.state = S.SGML_DECL_QUOTED\n parser.sgmlDecl += c\n } else {\n parser.sgmlDecl += c\n }\n continue\n\n case S.SGML_DECL_QUOTED:\n if (c === parser.q) {\n parser.state = S.SGML_DECL\n parser.q = ''\n }\n parser.sgmlDecl += c\n continue\n\n case S.DOCTYPE:\n if (c === '>') {\n parser.state = S.TEXT\n emitNode(parser, 'ondoctype', parser.doctype)\n parser.doctype = true // just remember that we saw it.\n } else {\n parser.doctype += c\n if (c === '[') {\n parser.state = S.DOCTYPE_DTD\n } else if (isQuote(c)) {\n parser.state = S.DOCTYPE_QUOTED\n parser.q = c\n }\n }\n continue\n\n case S.DOCTYPE_QUOTED:\n parser.doctype += c\n if (c === parser.q) {\n parser.q = ''\n parser.state = S.DOCTYPE\n }\n continue\n\n case S.DOCTYPE_DTD:\n parser.doctype += c\n if (c === ']') {\n parser.state = S.DOCTYPE\n } else if (isQuote(c)) {\n parser.state = S.DOCTYPE_DTD_QUOTED\n parser.q = c\n }\n continue\n\n case S.DOCTYPE_DTD_QUOTED:\n parser.doctype += c\n if (c === parser.q) {\n parser.state = S.DOCTYPE_DTD\n parser.q = ''\n }\n continue\n\n case S.COMMENT:\n if (c === '-') {\n parser.state = S.COMMENT_ENDING\n } else {\n parser.comment += c\n }\n continue\n\n case S.COMMENT_ENDING:\n if (c === '-') {\n parser.state = S.COMMENT_ENDED\n parser.comment = textopts(parser.opt, parser.comment)\n if (parser.comment) {\n emitNode(parser, 'oncomment', parser.comment)\n }\n parser.comment = ''\n } else {\n parser.comment += '-' + c\n parser.state = S.COMMENT\n }\n continue\n\n case S.COMMENT_ENDED:\n if (c !== '>') {\n strictFail(parser, 'Malformed comment')\n // allow <!-- blah -- bloo --> in non-strict mode,\n // which is a comment of \" blah -- bloo \"\n parser.comment += '--' + c\n parser.state = S.COMMENT\n } else {\n parser.state = S.TEXT\n }\n continue\n\n case S.CDATA:\n if (c === ']') {\n parser.state = S.CDATA_ENDING\n } else {\n parser.cdata += c\n }\n continue\n\n case S.CDATA_ENDING:\n if (c === ']') {\n parser.state = S.CDATA_ENDING_2\n } else {\n parser.cdata += ']' + c\n parser.state = S.CDATA\n }\n continue\n\n case S.CDATA_ENDING_2:\n if (c === '>') {\n if (parser.cdata) {\n emitNode(parser, 'oncdata', parser.cdata)\n }\n emitNode(parser, 'onclosecdata')\n parser.cdata = ''\n parser.state = S.TEXT\n } else if (c === ']') {\n parser.cdata += ']'\n } else {\n parser.cdata += ']]' + c\n parser.state = S.CDATA\n }\n continue\n\n case S.PROC_INST:\n if (c === '?') {\n parser.state = S.PROC_INST_ENDING\n } else if (isWhitespace(c)) {\n parser.state = S.PROC_INST_BODY\n } else {\n parser.procInstName += c\n }\n continue\n\n case S.PROC_INST_BODY:\n if (!parser.procInstBody && isWhitespace(c)) {\n continue\n } else if (c === '?') {\n parser.state = S.PROC_INST_ENDING\n } else {\n parser.procInstBody += c\n }\n continue\n\n case S.PROC_INST_ENDING:\n if (c === '>') {\n emitNode(parser, 'onprocessinginstruction', {\n name: parser.procInstName,\n body: parser.procInstBody\n })\n parser.procInstName = parser.procInstBody = ''\n parser.state = S.TEXT\n } else {\n parser.procInstBody += '?' + c\n parser.state = S.PROC_INST_BODY\n }\n continue\n\n case S.OPEN_TAG:\n if (isMatch(nameBody, c)) {\n parser.tagName += c\n } else {\n newTag(parser)\n if (c === '>') {\n openTag(parser)\n } else if (c === '/') {\n parser.state = S.OPEN_TAG_SLASH\n } else {\n if (!isWhitespace(c)) {\n strictFail(parser, 'Invalid character in tag name')\n }\n parser.state = S.ATTRIB\n }\n }\n continue\n\n case S.OPEN_TAG_SLASH:\n if (c === '>') {\n openTag(parser, true)\n closeTag(parser)\n } else {\n strictFail(parser, 'Forward-slash in opening tag not followed by >')\n parser.state = S.ATTRIB\n }\n continue\n\n case S.ATTRIB:\n // haven't read the attribute name yet.\n if (isWhitespace(c)) {\n continue\n } else if (c === '>') {\n openTag(parser)\n } else if (c === '/') {\n parser.state = S.OPEN_TAG_SLASH\n } else if (isMatch(nameStart, c)) {\n parser.attribName = c\n parser.attribValue = ''\n parser.state = S.ATTRIB_NAME\n } else {\n strictFail(parser, 'Invalid attribute name')\n }\n continue\n\n case S.ATTRIB_NAME:\n if (c === '=') {\n parser.state = S.ATTRIB_VALUE\n } else if (c === '>') {\n strictFail(parser, 'Attribute without value')\n parser.attribValue = parser.attribName\n attrib(parser)\n openTag(parser)\n } else if (isWhitespace(c)) {\n parser.state = S.ATTRIB_NAME_SAW_WHITE\n } else if (isMatch(nameBody, c)) {\n parser.attribName += c\n } else {\n strictFail(parser, 'Invalid attribute name')\n }\n continue\n\n case S.ATTRIB_NAME_SAW_WHITE:\n if (c === '=') {\n parser.state = S.ATTRIB_VALUE\n } else if (isWhitespace(c)) {\n continue\n } else {\n strictFail(parser, 'Attribute without value')\n parser.tag.attributes[parser.attribName] = ''\n parser.attribValue = ''\n emitNode(parser, 'onattribute', {\n name: parser.attribName,\n value: ''\n })\n parser.attribName = ''\n if (c === '>') {\n openTag(parser)\n } else if (isMatch(nameStart, c)) {\n parser.attribName = c\n parser.state = S.ATTRIB_NAME\n } else {\n strictFail(parser, 'Invalid attribute name')\n parser.state = S.ATTRIB\n }\n }\n continue\n\n case S.ATTRIB_VALUE:\n if (isWhitespace(c)) {\n continue\n } else if (isQuote(c)) {\n parser.q = c\n parser.state = S.ATTRIB_VALUE_QUOTED\n } else {\n strictFail(parser, 'Unquoted attribute value')\n parser.state = S.ATTRIB_VALUE_UNQUOTED\n parser.attribValue = c\n }\n continue\n\n case S.ATTRIB_VALUE_QUOTED:\n if (c !== parser.q) {\n if (c === '&') {\n parser.state = S.ATTRIB_VALUE_ENTITY_Q\n } else {\n parser.attribValue += c\n }\n continue\n }\n attrib(parser)\n parser.q = ''\n parser.state = S.ATTRIB_VALUE_CLOSED\n continue\n\n case S.ATTRIB_VALUE_CLOSED:\n if (isWhitespace(c)) {\n parser.state = S.ATTRIB\n } else if (c === '>') {\n openTag(parser)\n } else if (c === '/') {\n parser.state = S.OPEN_TAG_SLASH\n } else if (isMatch(nameStart, c)) {\n strictFail(parser, 'No whitespace between attributes')\n parser.attribName = c\n parser.attribValue = ''\n parser.state = S.ATTRIB_NAME\n } else {\n strictFail(parser, 'Invalid attribute name')\n }\n continue\n\n case S.ATTRIB_VALUE_UNQUOTED:\n if (!isAttribEnd(c)) {\n if (c === '&') {\n parser.state = S.ATTRIB_VALUE_ENTITY_U\n } else {\n parser.attribValue += c\n }\n continue\n }\n attrib(parser)\n if (c === '>') {\n openTag(parser)\n } else {\n parser.state = S.ATTRIB\n }\n continue\n\n case S.CLOSE_TAG:\n if (!parser.tagName) {\n if (isWhitespace(c)) {\n continue\n } else if (notMatch(nameStart, c)) {\n if (parser.script) {\n parser.script += '</' + c\n parser.state = S.SCRIPT\n } else {\n strictFail(parser, 'Invalid tagname in closing tag.')\n }\n } else {\n parser.tagName = c\n }\n } else if (c === '>') {\n closeTag(parser)\n } else if (isMatch(nameBody, c)) {\n parser.tagName += c\n } else if (parser.script) {\n parser.script += '</' + parser.tagName\n parser.tagName = ''\n parser.state = S.SCRIPT\n } else {\n if (!isWhitespace(c)) {\n strictFail(parser, 'Invalid tagname in closing tag')\n }\n parser.state = S.CLOSE_TAG_SAW_WHITE\n }\n continue\n\n case S.CLOSE_TAG_SAW_WHITE:\n if (isWhitespace(c)) {\n continue\n }\n if (c === '>') {\n closeTag(parser)\n } else {\n strictFail(parser, 'Invalid characters in closing tag')\n }\n continue\n\n case S.TEXT_ENTITY:\n case S.ATTRIB_VALUE_ENTITY_Q:\n case S.ATTRIB_VALUE_ENTITY_U:\n var returnState\n var buffer\n switch (parser.state) {\n case S.TEXT_ENTITY:\n returnState = S.TEXT\n buffer = 'textNode'\n break\n\n case S.ATTRIB_VALUE_ENTITY_Q:\n returnState = S.ATTRIB_VALUE_QUOTED\n buffer = 'attribValue'\n break\n\n case S.ATTRIB_VALUE_ENTITY_U:\n returnState = S.ATTRIB_VALUE_UNQUOTED\n buffer = 'attribValue'\n break\n }\n\n if (c === ';') {\n parser[buffer] += parseEntity(parser)\n parser.entity = ''\n parser.state = returnState\n } else if (isMatch(parser.entity.length ? entityBody : entityStart, c)) {\n parser.entity += c\n } else {\n strictFail(parser, 'Invalid character in entity name')\n parser[buffer] += '&' + parser.entity + c\n parser.entity = ''\n parser.state = returnState\n }\n\n continue\n\n default:\n throw new Error(parser, 'Unknown state: ' + parser.state)\n }\n } // while\n\n if (parser.position >= parser.bufferCheckPosition) {\n checkBufferLength(parser)\n }\n return parser\n }\n\n /*! http://mths.be/fromcodepoint v0.1.0 by @mathias */\n /* istanbul ignore next */\n if (!String.fromCodePoint) {\n (function () {\n var stringFromCharCode = String.fromCharCode\n var floor = Math.floor\n var fromCodePoint = function () {\n var MAX_SIZE = 0x4000\n var codeUnits = []\n var highSurrogate\n var lowSurrogate\n var index = -1\n var length = arguments.length\n if (!length) {\n return ''\n }\n var result = ''\n while (++index < length) {\n var codePoint = Number(arguments[index])\n if (\n !isFinite(codePoint) || // `NaN`, `+Infinity`, or `-Infinity`\n codePoint < 0 || // not a valid Unicode code point\n codePoint > 0x10FFFF || // not a valid Unicode code point\n floor(codePoint) !== codePoint // not an integer\n ) {\n throw RangeError('Invalid code point: ' + codePoint)\n }\n if (codePoint <= 0xFFFF) { // BMP code point\n codeUnits.push(codePoint)\n } else { // Astral code point; split in surrogate halves\n // http://mathiasbynens.be/notes/javascript-encoding#surrogate-formulae\n codePoint -= 0x10000\n highSurrogate = (codePoint >> 10) + 0xD800\n lowSurrogate = (codePoint % 0x400) + 0xDC00\n codeUnits.push(highSurrogate, lowSurrogate)\n }\n if (index + 1 === length || codeUnits.length > MAX_SIZE) {\n result += stringFromCharCode.apply(null, codeUnits)\n codeUnits.length = 0\n }\n }\n return result\n }\n /* istanbul ignore next */\n if (Object.defineProperty) {\n Object.defineProperty(String, 'fromCodePoint', {\n value: fromCodePoint,\n configurable: true,\n writable: true\n })\n } else {\n String.fromCodePoint = fromCodePoint\n }\n }())\n }\n})(typeof exports === 'undefined' ? this.sax = {} : exports)\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/sax/sax.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/sax/license": {
"text": "The ISC License\n\nCopyright (c) Isaac Z. Schlueter and Contributors\n\nPermission to use, copy, modify, and/or distribute this software for any\npurpose with or without fee is hereby granted, provided that the above\ncopyright notice and this permission notice appear in all copies.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\" AND THE AUTHOR DISCLAIMS ALL WARRANTIES\nWITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF\nMERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR\nANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES\nWHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN\nACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR\nIN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.\n\n====\n\n`String.fromCodePoint` by Mathias Bynens used according to terms of MIT\nLicense, as follows:\n\n Copyright Mathias Bynens <https://mathiasbynens.be/>\n\n Permission is hereby granted, free of charge, to any person obtaining\n a copy of this software and associated documentation files (the\n \"Software\"), to deal in the Software without restriction, including\n without limitation the rights to use, copy, modify, merge, publish,\n distribute, sublicense, and/or sell copies of the Software, and to\n permit persons to whom the Software is furnished to do so, subject to\n the following conditions:\n\n The above copyright notice and this permission notice shall be\n included in all copies or substantial portions of the Software.\n\n THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND,\n EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND\n NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE\n LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION\n OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION\n WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/sax/license"
},
"$:/plugins/tiddlywiki/sax/readme": {
"title": "$:/plugins/tiddlywiki/sax/readme",
"text": "This plugin packages [[sax.js|https://github.com/isaacs/sax-js]] for use by other plugins. It does not provide any end-user visible features.\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/stacked-view/StackedControls": {
"title": "$:/plugins/tiddlywiki/stacked-view/StackedControls",
"caption": "Stacked View",
"tags": "$:/tags/SideBar",
"text": "Set the [[fan separation|$:/config/StackedStoryViewFanHeight]]:\n\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"-10\">-10</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"0\">0</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"10\">10</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"30\">30</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"50\">50</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"100\">100</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"150\">150</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"200\">200</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"250\">250</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"300\">300</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"500\">500</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"700\">700</$button>\n* <$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"1500\">1500</$button>\n"
},
"$:/config/StackedStoryViewFanHeight": {
"title": "$:/config/StackedStoryViewFanHeight",
"text": "100"
},
"$:/plugins/tiddlywiki/stacked-view/readme": {
"title": "$:/plugins/tiddlywiki/stacked-view/readme",
"text": "This plugin provides a new story visualisation that displays individual tiddlers as a stack of cards. It is currently experimental and incomplete.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/stacked-view]]\n"
},
"$:/plugins/tiddlywiki/stacked-view/config-macros/stacked-storyview": {
"title": "$:/plugins/tiddlywiki/stacked-view/config-macros/stacked-storyview",
"tags": "$:/tags/Macro",
"text": "\\define tv-stacked-storyview-fan-height-config-title() $:/config/StackedStoryViewFanHeight\n"
},
"$:/plugins/tiddlywiki/stacked-view/stacked.js": {
"title": "$:/plugins/tiddlywiki/stacked-view/stacked.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/stacked-view/stacked.js\ntype: application/javascript\nmodule-type: storyview\n\nKeeps tiddlers in a stack\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar StackedListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\tthis.fanHeightConfigTitle = listWidget.getVariable(\"tv-stacked-storyview-fan-height-config-title\");\n\tthis.placeTiddlers();\n};\n\nStackedListView.prototype.placeTiddlers = function() {\n\t// Initialise the stack of tiddler titles\n\tthis.listStack = [];\n\tvar numItems = this.listWidget.children.length,\n\t\tt, itemWidget,\n\t\tduration = $tw.utils.getAnimationDuration();\n\tfor(t=numItems-1; t>=0; t--) {\n\t\titemWidget = this.listWidget.children[t];\n\t\tthis.listStack.push(itemWidget.parseTreeNode.itemTitle);\n\t}\n\t// Ensure the tiddler at the top of the history stack is at the top of the array\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]);\n\tfor(t=0; t<history.length; t++) {\n\t\tvar title = history[t].title;\n\t\tif(this.listStack.indexOf(title) !== -1) {\n\t\t\t$tw.utils.pushTop(this.listStack,title);\n\t\t}\n\t}\n\t// Get the configured fan height\n\tvar fanHeight = parseInt(this.listWidget.wiki.getTiddlerText(this.fanHeightConfigTitle),10);\n\t// Position each tiddler\n\tfor(var t=numItems-1; t>=0; t--) {\n\t\t// Get the DOM node for this tiddler\n\t\titemWidget = this.listWidget.children[t];\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\tif(domNode instanceof Element) {\n\t\t\t// Allows the width of the tiddler to be adjusted\n\t\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t\t\t// Find the position of the tiddler in the stack\n\t\t\tvar pos = this.listStack.indexOf(itemWidget.parseTreeNode.itemTitle);\n\t\t\tif(pos !== -1) {\n\t\t\t\t// Style the tiddler to position it\n\t\t\t\tvar posFactor = pos/(numItems-1);\n\t\t\t\t$tw.utils.setStyle(domNode,[\n\t\t\t\t\t{position: \"absolute\"},\n\t\t\t\t\t{transformOrigin: \"50% 0\"},\n\t\t\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration * (0.5 + posFactor) + \"ms \" + easing},\n\t\t\t\t\t{transform: \"translateX(0px) translateY(\" + (fanHeight * posFactor * posFactor) + \"px) scale(\" + (0.1 + posFactor * 0.9) + \")\"},\n\t\t\t\t\t{zIndex: pos + \"\"}\n\t\t\t\t]);\n\t\t\t}\n\t\t}\n\t}\n};\n\nStackedListView.prototype.refreshStart = function(changedTiddlers,changedAttributes) {\n};\n\nStackedListView.prototype.refreshEnd = function(changedTiddlers,changedAttributes) {\n\tthis.placeTiddlers();\n};\n\nStackedListView.prototype.navigateTo = function(historyInfo) {\n};\n\nStackedListView.prototype.insert = function(widget) {\n};\n\nStackedListView.prototype.remove = function(widget) {\n\twidget.removeChildDomNodes();\n};\n\nexports.stacked = StackedListView;\n\n})();",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/images/storyview-stacked": {
"title": "$:/core/images/storyview-stacked",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-storyview-stack tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M8.00697327,0 C3.58484404,0 0,3.59075293 0,8.00697327 L0,119.993027 C0,124.415156 3.59075293,128 8.00697327,128 L119.993027,128 C124.415156,128 128,124.409247 128,119.993027 L128,8.00697327 C128,3.58484404 124.409247,0 119.993027,0 L8.00697327,0 L8.00697327,0 Z M32,43 L32,37.3807213 C32,34.4040057 34.3875896,32 37.3328305,32 L45.5,32 L45.5,32 L84,32 L90.6671695,32 C93.6079301,32 96,34.409031 96,37.3807213 L96,43 L32,43 Z M30,48 L23.9992458,48 C19.5813843,48 16,51.578055 16,56.0085154 L16,103.991485 C16,108.414466 19.5881049,112 23.9992458,112 L104.000754,112 C108.418616,112 112,108.421945 112,103.991485 L112,56.0085154 C112,51.5855345 108.411895,48 104.000754,48 L98.5,48 L30,48 Z M80,27 L80,23.7529272 C80,22.2325275 78.803965,21 77.3335847,21 L50.6664153,21 C49.1937948,21 48,22.2299564 48,23.7529272 L48,27 L80,27 Z\"></path>\n </g>\n</svg>"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/text-slicer/docs/exporters": {
"title": "$:/plugins/tiddlywiki/text-slicer/docs/exporters",
"tags": "$:/plugins/tiddlywiki/text-slicer/docs",
"caption": "Exporters",
"text": "Documents can be saved under Node.js, or previewed in the browser.\n\n[TBD]\n"
},
"$:/plugins/tiddlywiki/text-slicer/docs/internals": {
"title": "$:/plugins/tiddlywiki/text-slicer/docs/internals",
"tags": "$:/plugins/tiddlywiki/text-slicer/docs",
"caption": "Internals",
"text": "! Introduction\n\nThe slicing process is performed by a simple automaton that scans the document and applies simple declarative rules to yield a collection of tiddlers.\n\nThe automaton processes the incoming XML document starting with the root element and then recursively visits each child node and their children. Actions are triggered as each component of the document is encountered:\n\n* Opening tags of elements\n* Closing tags of elements\n* Text nodes\n\nComponents are matched against the current set of rules to determine what actions should be performed. They can include a combination of:\n\n* Starting a new tiddler with specified fields\n* Rendering the markup for the current tag into the current tiddler\n* Appending the content of the current text node to the current tiddler\n* Threading tiddlers to their parents using a combination of the `list` and `tags` fields\n\n! Slicing State Data\n\nAs the automaton performs its scan, it maintains the following state information:\n\n* ''chunks'' - an array of tiddlers without titles, addressed by their numeric index. The title field is reused to hold the plain text of the chunk that is later used to generate the final title for the tiddler\n* ''currentChunk'' - the numeric index of the chunk currently being filled, or `null` if there is no current chunk\n* ''parentStack'' - a stack of parent chunks stored as `{chunk: <chunk-index>, actions: <actions>}`\n\nAt the start, the special document chunk is created and pushed onto the stack of parent chunks\n\n! Slicing Rules\n\nSlicing rules are maintained in tiddlers tagged `$:/tags/text-slicer/slicer-rules` with the following fields:\n\n* ''title'' - title of the tiddler containing the listof rules\n* ''name'' - short, human readable name for the set of rules\n* ''inherits-from'' - (optional) the ''name'' field of another set of rules that should be inherited as a base\n* ''text'' - JSON data as described below\n\nThe JSON data is an array of rules, each of which is an object with the following fields:\n\n* ''selector'' - a selector string identifying the components to be matched by this rule\n* ''actions'' - an object describing the actions to be performed when this selector matches a tag\n\n!! Selectors\n\nThe selector format is a simplified form of CSS selectors. They are specified as follows:\n\n* A ''selector'' is a list of one or more ''match expressions'' separated by commas. The rule is triggered if any of the match expressions produce a positive match\n* A ''match expression'' is a list of one or element ''tag names'' separated by spaces. The rule is triggered if the final tag name in the list matches the tag of the current element, and all of the preceding tags in the expression exist as ancestors of the current element in the specified order (but not necessarily as immediate children of one another)\n* A ''tag name'' is the textual name of an element\n* Tag names in match expressions may optionally be separated by a `>` sign surrounded by spaces to impose the requirement that the left hand element be the immediate parent of the right hand element\n\n!!! Example Selectors\n\nThis XML document will be used to illustrate some examples:\n\n```\n<a>\n <b>\n <d>one</d>\n </b>\n <c>\n <d>two</d>\n <e>\n three\n <e>\n four\n </e>\n </e>\n </c>\n</a>\n\n```\n\n|!Selector |!Matches |\n|b |Matches the single `<b>` element |\n|d |Matches both of the two `<d>` elements |\n|c,d |Matches the `<c>` element and both of the two `<d>` elements |\n|c d |Matches the second of the two `<d>` elements |\n|a d |Matches both of the two `<d>` elements |\n|a > d |Doesn't match anything |\n|e |Matches both of the two `<e>` elements |\n|c > e |Matches the outermost of the two `<e>` elements |\n|e > e |Matches the innermost of the two `<e>` elements |\n\n!! Actions\n\nThe ''action'' property of a slicer rule is an object that can have any of the following optional fields:\n\n* ''startNewChunk'' - causes a new chunk to be started on encountering an opening tag. The value is an object containing the fields to be assigned to the new chunk\n* ''isParent'' - causes the new chunk to be marked as a child of the current chunk (boolean flag; only applies if ''startNewChunk'' is set)\n* ''headingLevel'' - arrange heading parents according to level (numerical index; only applies if ''startNewChunk'' and ''isParent'' are set)\n* ''dontRenderTag'' - disables the default rendering of opening and closing tags to the current chunk. By default the tags are rendered as XML tags, but this can be overridden via ''markup'' (boolean; defaults to ''false'')\n* ''isImage'' - identifies an element as representing an HTML image element, with special processing for the ''src'' attribute\n* ''markup'' - optional object with either or both of `{wiki: {prefix: <str>,suffix: <str>}}` and `{html: {prefix: <str>,suffix: <str>}}` allowing the rendered tags to be customised\n"
},
"$:/plugins/tiddlywiki/text-slicer/docs/model": {
"title": "$:/plugins/tiddlywiki/text-slicer/docs/model",
"tags": "$:/plugins/tiddlywiki/text-slicer/docs",
"caption": "Document Model",
"text": "Individual tiddlers are created for each heading, paragraph and list item. They are linked together into a hierarchical outline using lists.\n\nFor example, consider a tiddler titled ''Example'' containing this simple text:\n\n<<<\n! This is a heading\n\nThis is a paragraph.\n\n* And the first list item\n* Second list item\n<<<\n\nIt will be sliced up into:\n\n* a tiddler for the overall document\n** a tiddler for the heading\n*** a tiddler for the paragraph\n*** a tiddler for the list\n**** and a tiddler for each list item\n\nThese tiddlers are bound together using lists: the parent tiddler has a ''list'' field that lists each child in the correct order.\n\n!! Slicing Process\n\nSlicing generates the following component tiddlers.\n\nTiddler titles are generated automatically in most cases (but can subsequently be changed manually). The automatically generated title is made up of concatenating the following elements:\n\n* root text (e.g. ''para'')\n* a dash ''-''\n* the first few words of the text of the item (up to 40 characters), separated with dashes ''-''\n* if necessary, a dash ''-'' and a numerical index to make the title unique\n\nFor example, ''para-how-to-use-pentagonal-tiles 23''.\n\nAny CSS classes used in the original document are assigned as tags to the associated tiddlers.\n\n!!! Document\n\nThe document itself is represented by a tiddler with the following fields:\n\n* ''toc-type'': the text \"document\"\n* ''title'': the text ''\"Sliced up \"'' plus the title of the tiddler that was sliced\n* ''text'': Available for comments about the document\n* ''list'': ordered list of tiddlers making up the root level of this document\n\n!!! Headings\n\nTiddlers representing headings have the following fields:\n\n* ''toc-type'': the text \"heading\"\n* ''toc-heading-level'': the heading level \"h1\", \"h2\", \"h3\" etc.\n* ''title'': an automatically generated unique title\n* ''text'': the text of the heading\n* ''list'': ordered list of tiddlers tagged with this heading (i.e. the child headings, paragraphs and lists displayed under this heading)\n** In addition, any CSS classes found in the HTML are converted into tags\n\n!!! Paragraphs\n\nTiddlers representing paragraphs have the following fields:\n\n* ''toc-type'': the text \"paragraph\"\n* ''title'': an automatically generated unique title\n* ''text'': the text of the paragraph\n* ''tags'': any CSS classes found in the HTML are converted into tags\n\n!!! Lists\n\nLists are represented by several tiddlers: one for the list itself, and one for each item in the list.\n\nThe tiddler representing the list itself has the following fields:\n\n* ''toc-type'': the text \"list\"\n* ''toc-list-type'': the text \"ul\" or \"ol\"\n* ''toc-list-filter'': the default filter used to generate the titles of the list items\n* ''title'': an automatically generated unique title\n* ''list'': ordered list of titles of tiddlers representing the items in this list\n* ''tags'': any CSS classes found in the HTML are converted into tags\n\nThe tiddlers representing items within the list have the following fields:\n\n* ''toc-type'': the text \"item\"\n* ''title'': an automatically generated unique title\n* ''text'': the text of the list item\n* ''tags'': any CSS classes found in the HTML are converted into tags\n\n!!! Definition lists\n\nDefinition lists are represented by several tiddlers: one for the definition list itself, and one for each term and definition in the list.\n\nThe tiddler representing the definition list itself has the following fields:\n\n* ''toc-type'': the text \"def-list\"\n* ''toc-list-filter'': the default filter used to generate the titles of the definition list items\n* ''title'': an automatically generated unique title\n* ''list'': ordered list of titles of tiddlers representing the items (terms and/or definition) in the definition list\n* ''tags'': any CSS classes found in the HTML are converted into tags\n\nThe tiddlers representing terms within the definition list have the following fields:\n\n* ''toc-type'': the text \"term\"\n* ''title'': an automatically generated unique title\n* ''text'': the text of the definition list term\n* ''tags'': any CSS classes found in the HTML are converted into tags\n\nThe tiddlers representing definitions within the definition list have the following fields:\n\n* ''toc-type'': the text \"definition\"\n* ''title'': an automatically generated unique title\n* ''text'' : the text of the definition list definition\n* ''tags'': any CSS classes found in the HTML are converted into tags\n\n!!! Images\n\nTiddlers representing images have the following fields:\n\n* ''toc-type'': the text \"image\"\n* ''title'': an automatically generated unique title\n* ''type'': appropriate content type for the image (eg \"image/jpeg\")\n\n!!! Notes\n\nNotes are available during editing but hidden for static renderings. The slicing mechanism does not generate notes; they can only be subsequently added manually. Tiddlers representing notes have the following fields:\n\n* ''toc-type'': the text \"note\"\n* ''title'': an automatically generated unique title\n* ''text'': the text of the note\n* ''tags'': any CSS classes found in the HTML are converted into tags\n"
},
"$:/plugins/tiddlywiki/text-slicer/docs/preview": {
"title": "$:/plugins/tiddlywiki/text-slicer/docs/preview",
"tags": "$:/plugins/tiddlywiki/text-slicer/docs",
"caption": "Preview",
"text": "The document preview column appears at the left side of the screen. The content of headings can be collapsed and expanded to help navigation. Clicking on a tiddler opens the corresponding tiddler in the main story river.\n\nClicking ''Show toolbar'' causes each tiddler to be preceded by a toolbar showing the underlying title. It can be edited directly to rename the tiddler. References to the tiddler in the ''tags'' and ''list'' are automatically updated to reflect the change, but note that links to the tiddler will not be automatically changed.\n\nThe following theme tweaks should be applied to enable the preview column:\n\n* Set [[story left position|$:/themes/tiddlywiki/vanilla/metrics/storyleft]] to ''400px'' (or more)\n* It is recommended to also set the [[sidebar layout|$:/themes/tiddlywiki/vanilla/options/sidebarlayout]] to ''fluid-fixed''.\n\nTo preview the entire document in a separate window, locate it in the preview column and click the button labelled \"View document\". The document will open in plain text in a new window. The window will be automatically updated as you work on the document.\n"
},
"$:/plugins/tiddlywiki/text-slicer/docs/usage": {
"title": "$:/plugins/tiddlywiki/text-slicer/docs/usage",
"tags": "$:/plugins/tiddlywiki/text-slicer/docs",
"caption": "Usage",
"text": "The tool can slice any tiddler that can be rendered as HTML, including both WikiText and HTML itself.\n\nDocuments created with Microsoft Word will need to be first converted to HTML. The library [[mammoth.js|https://github.com/mwilliamson/mammoth.js]] is recommended for this purpose.\n\n!! Browser\n\nIn the browser, you can slice a monolithic document tiddler using the slicer toolbar button.\n\n!! Node.js\n\nThe `--slice` command allows a tiddler to be sliced under Node.js:\n\n```\ntiddlywiki mywiki --slice SourceDocument --build index\n```\n"
},
"$:/plugins/tiddlywiki/text-slicer/docs": {
"title": "$:/plugins/tiddlywiki/text-slicer/docs",
"list": "$:/plugins/tiddlywiki/text-slicer/docs/usage $:/plugins/tiddlywiki/text-slicer/docs/preview $:/plugins/tiddlywiki/text-slicer/docs/model $:/plugins/tiddlywiki/text-slicer/docs/exporters $:/plugins/tiddlywiki/text-slicer/docs/internals",
"text": "! Introduction\n\nThis plugin contains tools to help work with documents that are structured as a hierarchical outline of tiddlers. The structural relationships within the document are expressed through the `list` and `tags` fields: for example, headings have a list specifying the chunks of content to be shown under the heading.\n\nThe major components within the text slicer plugin include:\n\n* ''the slicer'', a tool that slices up an existing monolithic document according to the headings, lists and paragraphs. It is available as a toolbar button for the browser, or as a command for use under Node.js\n* ''document preview column'', a new sidebar on the left that shows the full text of any documents in the wiki and allows individual tiddlers to be opened with a click\n* ''templates'' for previewing and exporting the individual documents as HTML files\n\nMinor components include:\n\n* a new `list-children` filter that returns all the descendents listed in the `list` field of the selected tiddlers\n* a new canned filter for [[advanced search|$:/AdvancedSearch]] that lists orphans tiddlers that are not part of any document\n\n<<tabs \"[all[tiddlers+shadows]tag[$:/plugins/tiddlywiki/text-slicer/docs]!has[draft.of]]\" \"$:/plugins/tiddlywiki/text-slicer/docs/usage\">>\n"
},
"$:/plugins/tiddlywiki/text-slicer/readme": {
"title": "$:/plugins/tiddlywiki/text-slicer/readme",
"text": "This plugin contains tools to help slice up long texts into individual tiddlers. It currently works directly with XHTML documents and with Microsoft Word compatible DOCX documents via conversion to HTML.\n\nIt is an expression of the philosophy of TiddlyWiki: that text is easier to re-use and work with if it is sliced up into separate chunks that can be independently manipulated, and then woven back together to make up stories and narratives for publication.\n\n"
},
"$:/plugins/tiddlywiki/text-slicer/icon": {
"title": "$:/plugins/tiddlywiki/text-slicer/icon",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-text-slicer tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\" sketch:type=\"MSPage\">\n <path d=\"M64,0 L118.5596,32 L118.5596,96 L64,128 L9.44039956,96 L9.44039956,32 L64,0 Z\" ></path>\n <g transform=\"translate(32.000000, 32.000000) scale(2.19)\" fill=\"#ffffff\">\n {{$:/plugins/tiddlywiki/text-slicer/images/text-slicer-icon}}\n </g>\n </g>\n</svg>"
},
"$:/plugins/tiddlywiki/text-slicer/images/text-slicer-icon": {
"title": "$:/plugins/tiddlywiki/text-slicer/images/text-slicer-icon",
"tags": "$:/tags/Image",
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},
"$:/language/Help/slice": {
"title": "$:/language/Help/slice",
"description": "Slice a hierarchical document into individual tiddlers",
"text": "Slices the specified tiddler\n\n```\n--slice <source-title> [<dest-title>] [<slicer-rules>] [<output-mode>]\n```\n\n* ''source-title'': Title of the tiddler to be sliced\n* ''dest-title'': Base title for the generated output tiddlers\n* ''slicer-rules'': Name of the slicer rules to use for the operation (see below)\n* ''output-mode'': \"html\" vs \"wiki\"\n\nThe plugin comes with several built-in sets of slicer rules:\n\n* //html-by-paragraph//: Slice every paragraph into a separate tiddler, threaded by heading\n* //html-by-heading//: Slice every heading into separate threaded tiddlers\n* //html-plain-paragraphs//: Slice every paragraph into a separate tiddler, without formatting or headings\n\nAdvanced users can create or edit their own slicer rules for precise control over the conversion process\n"
},
"$:/plugins/tiddlywiki/text-slicer/modules/commands/slice.js": {
"title": "$:/plugins/tiddlywiki/text-slicer/modules/commands/slice.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/text-slicer/modules/commands/slice.js\ntype: application/javascript\nmodule-type: command\n\nCommand to slice a specified tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\"),\n\ttextSlicer = require(\"$:/plugins/tiddlywiki/text-slicer/modules/slicer.js\");\n\nexports.info = {\n\tname: \"slice\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tsourceTitle = this.params[0],\n\t\tdestTitle = this.params[1],\n\t\tslicerRules = this.params[2],\n\t\toutputMode = this.params[3],\n\t\tslicer = new textSlicer.Slicer({\n\t\t\tsourceTiddlerTitle: sourceTitle,\n\t\t\tbaseTiddlerTitle: destTitle,\n\t\t\tslicerRules: slicerRules,\n\t\t\toutputMode: outputMode,\n\t\t\twiki: wiki,\n\t\t\tcallback: function(err,tiddlers) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn self.callback(err);\n\t\t\t\t}\n\t\t\t\twiki.addTiddlers(tiddlers);\n\t\t\t\tself.callback();\t\n\t\t\t}\n\t\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/filters/list-children.js": {
"title": "$:/core/modules/filters/list-children.js",
"text": "/*\\\ntitle: $:/core/modules/filters/list-children.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the descendents of a tiddler listed in the \"list\" field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports[\"list-children\"] = function(source,operator,options) {\n\tvar children = {},\n\t\tprocessTiddler = function(title) {\n\t\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\t\tif(tiddler && !$tw.utils.hop(children,title)) {\n\t\t\t\tchildren[title] = true;\n\t\t\t\tvar list = options.wiki.getTiddlerList(title,operator.operand);\n\t\t\t\tlist.forEach(function(listItem) {\n\t\t\t\t\tif(!$tw.utils.hop(children,listItem)) {\n\t\t\t\t\t\tprocessTiddler(listItem);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tprocessTiddler(title);\n\t});\n\treturn Object.keys(children);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-by-heading.json": {
"title": "$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-by-heading.json",
"name": "html-by-heading",
"caption": "By Heading (HTML)",
"description": "One tiddler per heading, threaded (HTML)",
"inherits-from": "html-by-paragraph",
"type": "application/json",
"tags": "$:/tags/text-slicer/slicer-rules",
"text": "[\n\t{\n\t\t\"selector\": \"address,center,fieldset,form,hr,iframe,isindex,noframes,noscript,ol,ul,li,pre,table\",\n\t\t\"actions\": {}\n\t},\n\t{\n\t\t\"selector\": \"blockquote\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"<<<\\n\",\n\t\t\t\t\t\"suffix\": \"<<<\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"dd\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"\\n: \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"dl\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"\\n\",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"dt\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"\\n; \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h1\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h1\"\n\t\t\t},\n\t\t\t\"mergeNext\": true,\n\t\t\t\"setCaption\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 1,\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"! \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h2\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h2\"\n\t\t\t},\n\t\t\t\"mergeNext\": true,\n\t\t\t\"setCaption\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 2,\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"!! \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h3\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h3\"\n\t\t\t},\n\t\t\t\"mergeNext\": true,\n\t\t\t\"setCaption\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 3,\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"!!! \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h4\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h4\"\n\t\t\t},\n\t\t\t\"mergeNext\": true,\n\t\t\t\"setCaption\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 4,\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"!!!! \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h5\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h5\"\n\t\t\t},\n\t\t\t\"mergeNext\": true,\n\t\t\t\"setCaption\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 5,\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"!!!!! \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h6\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h6\"\n\t\t\t},\n\t\t\t\"mergeNext\": true,\n\t\t\t\"setCaption\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 6,\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"!!!!!! \",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"p\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"\",\n\t\t\t\t\t\"suffix\": \"\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"*\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t}\n]\n"
},
"$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-by-paragraph.json": {
"title": "$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-by-paragraph.json",
"name": "html-by-paragraph",
"caption": "By Paragraph (HTML)",
"description": "One tiddler per paragraph, threaded by heading (HTML)",
"type": "application/json",
"tags": "$:/tags/text-slicer/slicer-rules",
"text": "[\n\t{\n\t\t\"selector\": \"address,center,fieldset,form,hr,iframe,isindex,noframes,noscript,pre,table\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"blockquote\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t},\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"<<<\\n\",\n\t\t\t\t\t\"suffix\": \"<<<\\n\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"body,div,head,html,span\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"dd\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"definition\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"dl\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"def-list\",\n\t\t\t\t\"toc-list-filter\": \"[list<currentTiddler>!has[draft.of]]\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"dt\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"term\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"em,i\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"//\",\n\t\t\t\t\t\"suffix\": \"//\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h1\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 1,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h1\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h2\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 2,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h2\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h3\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 3,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h3\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h4\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 4,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h4\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h5\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 5,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h5\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"h6\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"headingLevel\": 6,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"heading\",\n\t\t\t\t\"toc-heading-level\": \"h6\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"img\",\n\t\t\"actions\": {\n\t\t\t\"isImage\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"li\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"item\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"ol\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"list\",\n\t\t\t\t\"toc-list-type\": \"ol\",\n\t\t\t\t\"toc-list-filter\": \"[list<currentTiddler>!has[draft.of]]\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"p\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"strike\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"~~\",\n\t\t\t\t\t\"suffix\": \"~~\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"strong,b\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"''\",\n\t\t\t\t\t\"suffix\": \"''\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"sub\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \",,\",\n\t\t\t\t\t\"suffix\": \",,\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"sup\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"^^\",\n\t\t\t\t\t\"suffix\": \"^^\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"head > title\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"u\",\n\t\t\"actions\": {\n\t\t\t\"markup\": {\n\t\t\t\t\"wiki\": {\n\t\t\t\t\t\"prefix\": \"__\",\n\t\t\t\t\t\"suffix\": \"__\"\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"ul\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"isParent\": true,\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"list\",\n\t\t\t\t\"toc-list-type\": \"ul\",\n\t\t\t\t\"toc-list-filter\": \"[list<currentTiddler>!has[draft.of]]\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"*\",\n\t\t\"actions\": {}\n\t}\n]"
},
"$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-linear.json": {
"title": "$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-linear.json",
"name": "html-linear",
"caption": "Linear (HTML)",
"description": "One tiddler per paragraph in a single linear thread (HTML)",
"type": "application/json",
"tags": "$:/tags/text-slicer/slicer-rules",
"text": "[\n\t{\n\t\t\"selector\": \"li > p\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"p\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t},\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"a\",\n\t\t\"actions\": {\n\t\t\t\"isAnchor\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"address,blockquote,center,dl,dt,fieldset,form,h1,h2,h3,h4,h5,h6,hr,iframe,isindex,noframes,noscript,ol,pre,table,ul\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t}\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"br,caption,code,col,colgroup,em,i,dd,li,strike,strong,b,sub,sup,u,tbody,td,tfoot,th,thead,tr\",\n\t\t\"actions\": {\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"img\",\n\t\t\"actions\": {\n\t\t\t\"isImage\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"head\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true,\n\t\t\t\"discard\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"*\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t}\n]"
},
"$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-plain-paragraphs.json": {
"title": "$:/plugins/tiddlywiki/text-slicer/slicer-rules/html-plain-paragraphs.json",
"name": "html-plain-paragraphs",
"caption": "Plain Paragraphs (HTML)",
"description": "One tiddler per paragraph, without formatting (HTML)",
"type": "application/json",
"tags": "$:/tags/text-slicer/slicer-rules",
"text": "[\n\t{\n\t\t\"selector\": \"address,blockquote,center,dd,dt,h1,h2,h3,h4,h5,h6,li,p\",\n\t\t\"actions\": {\n\t\t\t\"startNewChunk\": {\n\t\t\t\t\"toc-type\": \"paragraph\"\n\t\t\t},\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t},\n\t{\n\t\t\"selector\": \"*\",\n\t\t\"actions\": {\n\t\t\t\"dontRenderTag\": true\n\t\t}\n\t}\n]\n"
},
"$:/plugins/tiddlywiki/text-slicer/modules/slicer.js": {
"title": "$:/plugins/tiddlywiki/text-slicer/modules/slicer.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/text-slicer/modules/slicer.js\ntype: application/javascript\nmodule-type: library\n\nSlice a tiddler or DOM document into individual tiddlers\n\nvar slicer = new textSlicer.Slicer(doc,{\n\t\tslicerRules: JSON data defining slicer rules -or- title of rules taken from tiddlers tagged $:/tags/text-slicer/slicer-rules\n\t\tsourceTiddlerTitle: tiddler to slice -or-\n\t\tsourceText: text to slice\n\t\toutputMode: \"html\" (default) -or- \"wiki\"\n\t\tbaseTiddlerTitle: \"MySlicedTiddlers-\"\n\t\trole: \"sliced-content\"\n\t\tcallback: function(err,tiddlers)\n\t});\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Slicer(options) {\n\t// Quick tests\n\tthis.testSlicerRuleMatching();\n\t// Marshal parameters\n\tthis.sourceTiddlerTitle = options.sourceTiddlerTitle;\n\tthis.sourceText = options.sourceText;\n\tthis.wiki = options.wiki;\n\tthis.role = options.role || \"sliced-html\";\n\tthis.outputMode = options.outputMode || \"html\";\n\tthis.escapeWikiText = options.escapeWikiText || false;\n\tthis.callbackFn = options.callback;\n\t// Get the slicer rules\n\tvar nameSlicerRules = null;\n\tif(!options.slicerRules) {\n\t\tnameSlicerRules = \"html-by-paragraph\";\n\t\tthis.slicerRules = this.loadSlicerRules(nameSlicerRules);\n\t} else if(typeof options.slicerRules === \"string\") {\n\t\tnameSlicerRules = options.slicerRules;\n\t\tthis.slicerRules = this.loadSlicerRules(nameSlicerRules);\n\t} else {\n\t\tthis.slicerRules = options.slicerRules;\n\t}\n\t// Set up the base tiddler title\n\tthis.baseTiddlerTitle = this.getBaseTiddlerTitle(options.baseTiddlerTitle);\n\t// Initialise state\n\tthis.namespaces = {}; // Hashmap of URLs\n\tthis.chunks = []; // Array of tiddlers without titles, addressed by their index. We use the title field to hold the plain text content\n\tthis.currentChunk = null; // Index of the chunk currently being written to\n\tthis.parentStack = []; // Stack of parent chunks {chunk: chunk index,actions:}\n\tthis.elementStack = []; // Stack of {tag:,isSelfClosing:,actions:}\n\tthis.titleCounts = {}; // Hashmap of counts of prefixed titles that have been issued\n\t// Set up the document tiddler as top level heading\n\tthis.chunks.push({\n\t\t\"toc-type\": \"document\",\n\t\ttitle: this.baseTiddlerTitle,\n\t\ttext: \"<div class='tc-table-of-contents'><<toc-selective-expandable \\\"\\\"\\\"\" + this.baseTiddlerTitle + \"document\\\"\\\"\\\">></div>\",\n\t\tlist: [],\n\t\ttags: [],\n\t\trole: this.role,\n\t\t\"slicer-rules\": nameSlicerRules,\n\t\t\"slicer-output-mode\": this.outputMode\n\t});\n\tthis.parentStack.push({chunk: 0, actions: this.getMatchingSlicerRuleActions(\"(document)\")});\n\tthis.insertPrecedingChunk({\n\t\t\"toc-type\": \"anchor\",\n\t\t\"title\": this.baseTiddlerTitle + \"-anchor-\"\n\t});\n\t// Set up the parser\n\tvar sax = require(\"$:/plugins/tiddlywiki/sax/sax.js\");\n\tthis.sax = sax.parser(false,{\n\t\txmlns: true,\n\t\tlowercase: true\n\t});\n\tthis.sax.onerror = this.onError.bind(this);\n\tthis.sax.onopennamespace = this.onOpenNamespace.bind(this);\n\tthis.sax.onclosenamespace = this.onCloseNamespace.bind(this);\n\tthis.sax.onopentag = this.onOpenTag.bind(this);\n\tthis.sax.onclosetag = this.onCloseTag.bind(this);\n\tthis.sax.ontext = this.onText.bind(this);\n\tthis.sax.onend = this.onEnd.bind(this);\n\t// Start streaming the data\n\tthis.sax.write(this.getSourceText());\n\tthis.sax.close();\n}\n\nSlicer.prototype.callback = function(err,tiddlers) {\n\tvar self = this;\n\t$tw.utils.nextTick(function() {\n\t\tself.callbackFn(err,tiddlers);\n\t});\n};\n\nSlicer.prototype.loadSlicerRules = function(name) {\n\t// Collect the available slicer rule tiddlers\n\tvar self = this,\n\t\ttitles = this.wiki.getTiddlersWithTag(\"$:/tags/text-slicer/slicer-rules\"),\n\t\ttiddlers = {},\n\t\trules = {},\n\t\truleNames = [];\n\ttitles.forEach(function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\ttiddlers[tiddler.fields.name] = tiddler;\n\t\trules[tiddler.fields.name] = self.wiki.getTiddlerData(title,[]);\n\t});\n\t// Follow the inheritance trail to get a stack of slicer rule names\n\tvar n = name;\n\tdo {\n\t\truleNames.push(n);\n\t\tn = tiddlers[n] && tiddlers[n].fields[\"inherits-from\"];\n\t} while(n && ruleNames.indexOf(n) === -1);\n\t// Concatenate the slicer rules\n\trules = ruleNames.reduce(function(accumulator,name) {\n\t\treturn accumulator.concat(rules[name]);\n\t},[]);\n\treturn rules;\n};\n\nSlicer.prototype.getMatchingSlicerRuleActions = function(name) {\n\tvar rule = this.searchSlicerRules(name,this.slicerRules,this.elementStack);\n\tif(!rule) {\n\t\treturn {};\n\t} else {\n\t\treturn rule.actions;\n\t}\n};\n\nSlicer.prototype.testSlicerRuleMatching = function() {\n\tvar tests = [\n\t\t\t{\n\t\t\t\ttest: this.searchSlicerRules(\"title\",[\n\t\t\t\t\t\t{selector: \"title,head,body\", rules: true},\n\t\t\t\t\t\t{selector: \"body\", rules: true}\n\t\t\t\t\t],[\n\t\t\t\t\t\t{tag:\"head\"}\n\t\t\t\t\t]),\n\t\t\t\tresult: \"title,head,body\"\n\t\t\t},\n\t\t\t{\n\t\t\t\ttest: this.searchSlicerRules(\"body\",[\n\t\t\t\t\t\t{selector: \"title,head,body\", rules: true},\n\t\t\t\t\t\t{selector: \"body\", rules: true}\n\t\t\t\t\t],[\n\t\t\t\t\t\t{tag:\"head\"}\n\t\t\t\t\t]),\n\t\t\t\tresult: \"title,head,body\"\n\t\t\t},\n\t\t\t{\t\n\t\t\t\ttest: this.searchSlicerRules(\"title\",[\n\t\t\t\t\t\t{selector: \"head > title\", rules: true},\n\t\t\t\t\t\t{selector: \"title\", rules: true}\n\t\t\t\t\t],[\n\t\t\t\t\t\t{tag:\"head\"}\n\t\t\t\t\t]),\n\t\t\t\tresult: \"head > title\"\n\t\t\t}\n\t\t],\n\t\tresults = tests.forEach(function(test,index) {\n\t\t\tif(test.test.selector !== test.result) {\n\t\t\t\tthrow \"Failing test \" + index + \", returns \" + test.test.selector + \" instead of \" + test.result;\n\t\t\t}\n\t\t});\n};\n\nSlicer.prototype.searchSlicerRules = function(name,rules,elementStack) {\n\treturn rules.find(function(rule) {\n\t\t// Split and trim the selectors for this rule\n\t\treturn !!rule.selector.split(\",\").map(function(selector) {\n\t\t\t\treturn selector.trim();\n\t\t\t// Find the first selector that matches, if any\n\t\t\t}).find(function(selector) {\n\t\t\t\t// Split and trim the parts of the selector\n\t\t\t\tvar parts = selector.split(\" \").map(function(part) {\n\t\t\t\t\treturn part.trim();\n\t\t\t\t});\n\t\t\t\t// * matches any element\n\t\t\t\tif(parts.length === 1 && parts[0] === \"*\") {\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t\t// Make a copy of the element stack so that we can be destructive\n\t\t\t\tvar elements = elementStack.slice(0).concat({tag: name}),\n\t\t\t\t\tnextElementMustBeAtTopOfStack = true,\n\t\t\t\t\tcurrentPart = parts.length - 1;\n\t\t\t\twhile(currentPart >= 0) {\n\t\t\t\t\tif(parts[currentPart] === \">\") {\n\t\t\t\t\t\tnextElementMustBeAtTopOfStack = true;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tif(!nextElementMustBeAtTopOfStack) {\n\t\t\t\t\t\t\twhile(elements.length > 0 && elements[elements.length - 1].tag !== parts[currentPart]) {\n\t\t\t\t\t\t\t\telements.pop();\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t\tif(elements.length === 0 || elements[elements.length - 1].tag !== parts[currentPart]) {\n\t\t\t\t\t\t\treturn false;\n\t\t\t\t\t\t}\n\t\t\t\t\t\telements.pop();\n\t\t\t\t\t\tnextElementMustBeAtTopOfStack = false;\n\t\t\t\t\t}\n\t\t\t\t\tcurrentPart--;\n\t\t\t\t}\n\t\t\t\treturn true;\n\t\t\t});\n\t\t});\n};\n\nSlicer.prototype.getBaseTiddlerTitle = function(baseTiddlerTitle) {\n\tif(baseTiddlerTitle) {\n\t\treturn baseTiddlerTitle\t\t\n\t} else {\n\t\tif(this.sourceTiddlerTitle) {\n\t\t\treturn \"Sliced up \" + this.sourceTiddlerTitle + \":\";\n\t\t} else {\n\t\t\treturn \"SlicedTiddler\";\n\t\t}\n\t}\n};\n\nSlicer.prototype.getSourceText = function() {\n\tif(this.sourceTiddlerTitle) {\n\t\tvar tiddler = this.wiki.getTiddler(this.sourceTiddlerTitle);\n\t\tif(!tiddler) {\n\t\t\tconsole.log(\"Tiddler '\" + this.sourceTiddlerTitle + \"' does not exist\");\n\t\t\treturn \"\";\n\t\t}\n\t\tif(tiddler.fields.type === \"text/html\" || tiddler.fields.type === \"text/xml\" || (tiddler.fields.type || \"\").slice(-4) === \"+xml\") {\n\t\t\treturn tiddler.fields.text;\n\t\t} else {\n\t\t\treturn this.getTiddlerAsHtml(tiddler);\n\t\t}\n\t} else {\n\t\treturn this.sourceText;\n\t}\n};\n\nSlicer.prototype.getTiddlerAsHtml = function(tiddler) {\n\tvar widgetNode = this.wiki.makeTranscludeWidget(tiddler.fields.title,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparseAsInline: false,\n\t\t\timportPageMacros: true}),\n\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn [\"<!DOCTYPE html PUBLIC \\\"-//W3C//DTD XHTML 1.1//EN\\\" \\\"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd\\\">\",\"<html xmlns=\\\"http://www.w3.org/1999/xhtml\\\">\",\"<head>\",\"</head>\",\"<body>\",container.innerHTML,\"</body>\",\"</html>\"].join(\"\\n\");\n};\n\n\nSlicer.prototype.getImmediateParent = function() {\n\treturn this.parentStack.slice(-1)[0];\n};\n\nSlicer.prototype.onError = function(e) {\n\tconsole.error(\"Sax error: \", e)\n\t// Try to resume after errors\n\tthis.sax.error = null;\n\tthis.sax.resume();\n};\n\nSlicer.prototype.onOpenNamespace = function(info) {\n\tthis.namespaces[info.prefix] = info.uri;\n};\n\nSlicer.prototype.onCloseNamespace = function(info) {\n};\n\nSlicer.prototype.onOpenTag = function(node) {\n\tvar actions = this.getMatchingSlicerRuleActions(node.name);\n\t// Create an anchor if we encounter an ID\n\tif(node.attributes.id) {\n\t\tthis.insertPrecedingChunk({\n\t\t\t\"toc-type\": \"anchor\",\n\t\t\t\"title\": this.baseTiddlerTitle + \"-anchor-\" + node.attributes.id.value\n\t\t});\n\t}\n\t// Check for an element that should start a new chunk\n\tif(actions.startNewChunk) {\n\t\t// If this is a heading, pop off any higher or equal level headings first\n\t\tif(actions.isParent && actions.headingLevel) {\n\t\t\tvar parentActions = this.getImmediateParent().actions;\n\t\t\twhile(parentActions.isParent && parentActions.headingLevel && parentActions.headingLevel >= actions.headingLevel) {\n\t\t\t\tthis.parentStack.pop();\n\t\t\t\tparentActions = this.getImmediateParent().actions;\n\t\t\t}\n\t\t}\n\t\t// Start the new chunk\n\t\tthis.startNewChunk(actions.startNewChunk);\n\t\t// If this is a parent then also add it to the parent stack\n\t\tif(actions.isParent) {\n\t\t\tthis.parentStack.push({chunk: this.currentChunk, actions: actions});\n\t\t}\n\t}\n\t// Render the tag inline in the current chunk unless we should ignore it\n\tif(!actions.dontRenderTag) {\n\t\tif(actions.isImage) {\n\t\t\tthis.onOpenImage(node);\n\t\t} else if(actions.isAnchor) {\n\t\t\tthis.onOpenAnchor(node);\n\t\t} else {\n\t\t\tvar markupInfo = actions.markup && actions.markup[this.outputMode];\n\t\t\tif(markupInfo) {\n\t\t\t\tthis.addTextToCurrentChunk(markupInfo.prefix);\n\t\t\t} else {\n\t\t\t\tthis.addTextToCurrentChunk(\"<\" + node.name + (node.isSelfClosing ? \"/\" : \"\") + \">\");\n\t\t\t}\n\t\t}\n\t}\n\t// Remember whether this tag is self closing\n\tthis.elementStack.push({tag: node.name,isSelfClosing: node.isSelfClosing, actions: actions, node: node});\n};\n\nSlicer.prototype.onOpenAnchor = function(node) {\n\tif(node.attributes.href) {\n\t\tvar value = node.attributes.href.value;\n\t\tif(value.indexOf(\"https://\") === 0 || value.indexOf(\"http://\") === 0) {\n\t\t\t// External link\n\t\t\tthis.addTextToCurrentChunk(\"<a href=\\\"\" + value + \"\\\" target=\\\"_blank\\\" rel=\\\"noopener noreferrer\\\">\");\n\t\t} else {\n\t\t\t// Internal link\n\t\t\tvar parts = value.split(\"#\"),\n\t\t\t\tbase = parts[0],\n\t\t\t\thash = parts[1] || \"\",\n\t\t\t\ttitle = $tw.utils.resolvePath(base,this.baseTiddlerTitle) + \"-anchor-\" + hash;\n\t\t\tthis.addTextToCurrentChunk(\"<$link to=\\\"\" + title + \"\\\">\");\t\t\t\n\t\t}\n\t}\n};\n\nSlicer.prototype.onCloseAnchor = function(elementInfo) {\n\tif(elementInfo.node.attributes.href) {\n\t\tvar value = elementInfo.node.attributes.href.value;\n\t\tif(value.indexOf(\"https://\") === 0 || value.indexOf(\"http://\") === 0) {\n\t\t\t// External link\n\t\t\tthis.addTextToCurrentChunk(\"</a>\");\n\t\t} else {\n\t\t\t// Internal link\n\t\t\tthis.addTextToCurrentChunk(\"</$link>\");\n\t\t}\n\t}\n};\n\nSlicer.prototype.onOpenImage = function(node) {\n\tvar url = node.attributes.src.value;\n\tif(url.slice(0,5) === \"data:\") {\n\t\t// var parts = url.slice(5).split(\",\");\n\t\t// this.chunks.push({\n\t\t// \ttitle: ,\n\t\t// \ttext: parts[1],\n\t\t// \ttype: parts[0].split[\";\"][0],\n\t\t// \trole: this.role\n\t\t// });\n\t}\n\tthis.addTextToCurrentChunk(\"[img[\" + $tw.utils.resolvePath(url,this.baseTiddlerTitle) + \"]]\");\n};\n\nSlicer.prototype.onCloseTag = function(name) {\n\tvar e = this.elementStack.pop(),\n\t\tactions = e.actions,\n\t\tselfClosing = e.isSelfClosing;\n\t// Set the caption if required\n// TODO\n// \tif(actions.setCaption) {\n// \t\tthis.chunks[this.currentChunk].caption = this.chunks[this.currentChunk].title;\n// \t}\n\t// Render the tag\n\tif(actions.isAnchor) {\n\t\tthis.onCloseAnchor(e);\n\t} else if (!actions.dontRenderTag && !selfClosing) {\n\t\tvar markupInfo = actions.markup && actions.markup[this.outputMode];\n\t\tif(markupInfo) {\n\t\t\tthis.addTextToCurrentChunk(markupInfo.suffix);\n\t\t} else {\n\t\t\tthis.addTextToCurrentChunk(\"</\" + name + \">\");\t\t\t\n\t\t}\n\t}\n\t// Check for an element that started a new chunk\n\tif(actions.startNewChunk) {\n\t\tif(!actions.mergeNext) {\n\t\t\tthis.currentChunk = null;\t\t\t\n\t\t}\n\t\t// If this is a parent and not a heading then also pop it from the parent stack\n\t\tif(actions.isParent && !actions.headingLevel) {\n\t\t\tthis.parentStack.pop();\n\t\t}\n\t}\n};\n\nSlicer.prototype.onText = function(text) {\n\tvar self = this;\n\t// Discard the text if we're inside an element with actions.discard set true\n\tif(this.elementStack.some(function(e) {return e.actions.discard;})) {\n\t\treturn;\n\t}\n\t// Optionally escape common character sequences that might be parsed as wikitext\n\ttext = $tw.utils.htmlEncode(text);\n\tif(this.escapeWikiText) {\n\t\t$tw.utils.each([\"[[\",\"{{\",\"__\",\"''\",\"//\",\",,\",\"^^\",\"~~\",\"`\",\"--\",\"\\\"\\\"\",\"@@\"],function(str) {\n\t\t\tvar replace = str.split(\"\").map(function(c) {\n\t\t\t\treturn \"&#\" + c.charCodeAt(0) + \";\";\n\t\t\t}).join(\"\");\n\t\t\ttext = text.replace(new RegExp($tw.utils.escapeRegExp(str),\"mg\"),replace);\n\t\t});\n\t}\n\tthis.addTextToCurrentChunk(text);\n\tthis.addTextToCurrentChunk(text,\"caption\");\n};\n\nSlicer.prototype.onEnd = function() {\n\tthis.callback(null,this.chunks);\n};\n\nSlicer.prototype.addTextToCurrentChunk = function(str,field) {\n\tfield = field || \"text\";\n\tif(this.currentChunk === null && str.trim() !== \"\") {\n\t\tthis.startNewChunk({\n\t\t\ttitle: this.makeTitle(\"paragraph\"),\n\t\t\t\"toc-type\": \"paragraph\"\n\t\t});\n\t}\n\tif(this.currentChunk !== null) {\n\t\tthis.chunks[this.currentChunk][field] += str;\n\t}\n};\n\nSlicer.prototype.startNewChunk = function(fields) {\n\tvar title = fields.title || this.makeTitle(fields[\"toc-type\"]);\n\tvar parentChunk = this.chunks[this.getImmediateParent().chunk];\n\tthis.chunks.push($tw.utils.extend({},{\n\t\ttitle: title,\n\t\ttext: \"\",\n\t\tcaption: \"\",\n\t\ttags: [parentChunk.title],\n\t\tlist: [],\n\t\trole: this.role\n\t},fields));\n\tthis.currentChunk = this.chunks.length - 1;\n\tparentChunk.list.push(title);\n};\n\nSlicer.prototype.insertPrecedingChunk = function(fields) {\n\tif(!fields.title) {\n\t\tthrow \"Chunks need a title\"\n\t}\n\tif(!this.currentChunk) {\n\t\tthis.startNewChunk(fields);\n\t\tthis.currentChunk = null;\n\t} else {\n\t\tvar parentChunk = this.chunks[this.getImmediateParent().chunk],\n\t\t\tindex = this.chunks.length - 1;\n\t\t// Insert the new chunk\n\t\tthis.chunks.splice(index,0,$tw.utils.extend({},{\n\t\t\ttext: \"\",\n\t\t\tcaption: \"\",\n\t\t\ttags: [parentChunk.title],\n\t\t\tlist: [],\n\t\t\trole: this.role\n\t\t},fields));\n\t\t// Adjust the current chunk pointer\n\t\tthis.currentChunk += 1;\n\t\t// Insert a pointer to the new chunk in the parent\n\t\tparentChunk.list.splice(parentChunk.list.length - 1,0,fields.title);\t\t\n\t}\n};\n\nSlicer.prototype.isBlank = function(s) {\n\treturn (/^[\\s\\xA0]*$/g).test(s);\n};\n\nSlicer.prototype.makeTitle = function(prefix) {\n\tprefix = prefix || \"\";\n\tvar count = (this.titleCounts[prefix] || 0) + 1;\n\tthis.titleCounts[prefix] = count;\n\treturn this.baseTiddlerTitle + \"-\" + prefix + \"-\" + count;\n};\n\nexports.Slicer = Slicer;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/text-slicer/modules/startup/slicer-startup.js": {
"title": "$:/plugins/tiddlywiki/text-slicer/modules/startup/slicer-startup.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/text-slicer/modules/startup/slicer-startup.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget event handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar textSlicer = require(\"$:/plugins/tiddlywiki/text-slicer/modules/slicer.js\");\n\n// Export name and synchronous status\nexports.name = \"slicer\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Install the root widget event handlers\nexports.startup = function() {\n\t// Check sax is installed\n\tif(!$tw.utils.hop($tw.modules.titles,\"$:/plugins/tiddlywiki/sax/sax.js\")) {\n\t\t// Make a logger\n\t\tvar logger = new $tw.utils.Logger(\"text-slicer\");\n\t\tlogger.alert(\"The plugin 'text-slicer' requires the 'sax' plugin to be installed\");\n\t}\n\t// Add tm-slice-tiddler event handler\n\t$tw.rootWidget.addEventListener(\"tm-slice-tiddler\",function(event) {\n\t\tvar slicer = new textSlicer.Slicer({\n\t\t\tsourceTiddlerTitle: event.param,\n\t\t\tslicerRules: event.paramObject && event.paramObject.slicerRules,\n\t\t\toutputMode: event.paramObject && event.paramObject.outputMode,\n\t\t\tbaseTiddlerTitle: event.paramObject && event.paramObject.destTitle,\n\t\t\trole: event.paramObject && event.paramObject.role,\n\t\t\twiki: $tw.wiki,\n\t\t\tcallback: function(err,tiddlers) {\n\t\t\t\tif(err) {\n\t\t\t\t\tlogger.alert(\"Slicer error: \" + err);\n\t\t\t\t} else {\n\t\t\t\t\t$tw.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/tiddlywiki/text-slicer/styles": {
"title": "$:/plugins/tiddlywiki/text-slicer/styles",
"tags": "$:/tags/Stylesheet",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n.tc-document-preview-column {\n\tposition: fixed;\n\toverflow-y: auto;\n\toverflow-x: visible;\n\t-webkit-overflow-scrolling: touch;\n background-color: <<colour page-background>>;\n\tright: auto;\n\tleft: 0;\n\ttop: 0;\n\tbottom: 0;\n\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\tfont-size: 0.9em;\n}\n\n.tc-sliced-document-title {\n\tfont-size: 1.7em;\n}\n\n.tc-slice-note {\n color: #800;\n padding: 4px 4px 4px 4px;\n border: 1px solid #feed77;\n background: #feed77;\n background: -webkit-gradient(linear,left top,left bottom,color-stop(0%,#dede80),color-stop(7%,#feed77),color-stop(92%,#feed77),color-stop(100%,#dede80));\n background: -webkit-linear-gradient(72deg,rgba(255, 255, 255, 0.5) 8%,rgba(255, 255, 255, 0.1) 80%), -webkit-linear-gradient(top,#dede80 0,#feed77 7%,#feed77 92%,#dede80 100%);\n background: -moz-linear-gradient(72deg,rgba(255, 255, 255, 0.5) 8%,rgba(255, 255, 255, 0.1) 80%), -moz-linear-gradient(top,#dede80 0,#feed77 7%,#feed77 92%,#dede80 100%);\n background: -o-linear-gradient(72deg,rgba(255, 255, 255, 0.5) 8%,rgba(255, 255, 255, 0.1) 80%), -o-linear-gradient(top,#dede80 0,#feed77 7%,#feed77 92%,#dede80 100%);\n background: -ms-linear-gradient(72deg,rgba(255, 255, 255, 0.5) 8%,rgba(255, 255, 255, 0.1) 80%), -ms-linear-gradient(top,#dede80 0,#feed77 7%,#feed77 92%,#dede80 100%);\n background: linear-gradient(72deg,rgba(255, 255, 255, 0.5) 8%,rgba(255, 255, 255, 0.1) 80%), linear-gradient(top,#dede80 0,#feed77 7%,#feed77 92%,#dede80 100%);\n\t<<box-shadow \"1px 1px 6px rgba(0,0,0,0.4)\">>\n}\n\n.tc-document-preview-column .tc-sliced-document-header {\n\tmargin-left: 24px;\n}\n\n.tc-document-preview-column .tc-sliced-document {\n\tmargin-bottom: 3px;\n}\n\n.tc-view-template-document-tiddler-wrapper,\n.tc-edit-template-document-tiddler-wrapper {\n border-top: 2px solid #D6A2A2;\n margin-left: -42px;\n margin-right: -42px;\n margin-bottom: -42px;\n padding-left: 42px;\n padding-right: 42px;\n background: #FFE3E3;\n padding-bottom: 10px;\n}\n\n.tc-edit-template-document-tiddler-wrapper {\n\tbackground: #A3A3D7;\n}\n\ndiv.tc-view-template-document-tiddler-heading a,\ndiv.tc-edit-template-document-tiddler-heading a {\n\tborder: 1px solid #D6A2A2;\n\tbackground: #fff;\n\tborder-radius: 16px;\n padding: 0px 4px 0px 4px;\n margin: 2px 4px 2px 4px;\n white-space: nowrap;\n display: inline-block;\n}\n\ndiv.tc-view-template-document-tiddler-heading a:hover,\ndiv.tc-edit-template-document-tiddler-heading a:hover {\n\tborder: 1px solid <<colour background>>;\n\ttext-decoration: none;\n\tcolor: <<colour background>>;\n\tbackground: <<colour foreground>>;\n}\n\n.tc-view-template-document-tiddler-heading-icon,\n.tc-edit-template-document-tiddler-heading-icon {\n\twidth: 42px;\n\ttext-align: center;\n margin-left: -42px;\n margin-right: -42px;\n position: absolute;\n}\n\n.tc-view-template-document-tiddler-subheading,\n.tc-edit-template-document-tiddler-subheading {\n\tfont-size: 0.7em;\n\tfont-weight: bold;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-view-template-document-tiddler-heading-icon svg,\n.tc-edit-template-document-tiddler-heading-icon svg {\n\tfill: <<colour background>>;\t\n}\n\n.tc-view-template-document-tiddler {\n\tfont-size: 0.9em;\n}\n\n.tc-document-tiddler {\n\tfont-family: Georgia, Times, 'Times New Roman', serif;\n}\n\n.tc-text-slicer-rename input {\n\tdisplay: block;\n\twidth: 100%;\n}\n\n.tc-document-tiddler-link {\n\tcursor: pointer;\n}\n\n.tc-document-tiddler-link:hover {\n background: <<color background>>;\n}\n\n.tc-document-tiddler-toolbar {\n\tposition: absolute;\n\twidth: 24px;\n\ttext-align: center;\n}\n\n.tc-document-preview-column .tc-sliced-document-body {\n\tmargin-left: 24px;\n}\n\n.tc-document-preview-column .tc-document-tiddler-toolbar {\n\tmargin-left: -24px;\n}\n\n.tc-table-of-contents .tc-slice-toolbar button {\n\tcolor: inherit;\n\tbackground-color: inherit;\n}\n\n.tc-tiddler-frame .tc-document-tiddler-toolbar {\n left: 0;\n width: 42px;\n}\n\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/def-list": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/def-list",
"text": "\\define body()\n<dl>\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n<$list filter={{!!toc-list-filter}} template=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler\"/>\n</$list>\n</dl>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/definition": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/definition",
"text": "\\define body()\n<$link tag=\"dd\" class=\"tc-document-tiddler-link\">\n\n<$transclude/>\n\n</$link>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/document": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/document",
"text": "\\define config-document-status()\n$:/state/plugins/tiddlywiki/text-slicer/show-preview-document/$(tv-heading-status-config-prefix)$/$(currentTiddler)$\n\\end\n\n\\define config-show-toolbar()\n$:/state/plugins/tiddlywiki/text-slicer/show-toolbar/$(currentTiddler)$\n\\end\n\n\\define config-show-metadata()\n$:/state/plugins/tiddlywiki/text-slicer/show-metadata/$(currentTiddler)$\n\\end\n\n\\define config-heading-status()\n$:/state/plugins/tiddlywiki/text-slicer/heading-status/$(currentTiddler)$\n\\end\n\n\\define body()\n<$set name=\"tv-heading-status-config-title\" value=<<config-heading-status>>>\n<$set name=\"tv-show-toolbar\" value={{$(config-show-toolbar)$}}>\n<div class=\"tc-sliced-document\">\n<div class=\"tc-sliced-document-header\">\n<div class=\"tc-document-tiddler-toolbar\">\n<$reveal type=\"nomatch\" state=<<config-document-status>> text=\"close\" default=\"open\" tag=\"div\">\n<$button set=<<config-document-status>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<config-document-status>> text=\"close\" default=\"open\" tag=\"div\">\n<$button set=<<config-document-status>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n</div>\n<h1 class=\"tc-sliced-document-title\">''Document'': <$link><$view field=\"title\"/></$link></h1>\n</div>\n<$reveal type=\"nomatch\" state=<<config-document-status>> text=\"close\" default=\"open\" tag=\"div\">\n{{||$:/plugins/tiddlywiki/text-slicer/ui/document/header}}\n<div class='tc-sliced-document-body'>\n<$set name=\"tv-show-toolbar\" value={{$(config-show-toolbar)$}}>\n<$set name=\"tv-exclude-filter\" value={{!!toc-exclude-filter}}>\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler\"/>\n</$set>\n</$set>\n</div>\n</$reveal>\n</div>\n</$set>\n</$set>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/heading": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/heading",
"text": "\\define config-heading-status()\n$(tv-heading-status-config-title)$/$(tv-heading-status-config-prefix)$/$(currentTiddler)$\n\\end\n\n\\define body(level:\"h1\")\n<$set name=\"tv-heading-status-config-title\" value=<<config-heading-status>>>\n<div class=\"tc-document-tiddler\">\n<div class=\"tc-document-tiddler-toolbar\">\n<$reveal type=\"nomatch\" state=<<tv-heading-status-config-title>> text=\"close\" default=<<tv-default-heading-state>> tag=\"div\">\n<$button set=<<tv-heading-status-config-title>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<tv-heading-status-config-title>> text=\"close\" default=<<tv-default-heading-state>> tag=\"div\">\n<$button set=<<tv-heading-status-config-title>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n</div>\n<$link tag=\"$level$\" class=\"tc-document-tiddler-link\">\n<$transclude/>\n</$link>\n<$reveal type=\"nomatch\" state=<<tv-heading-status-config-title>> text=\"close\" default=<<tv-default-heading-state>> tag=\"div\">\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler\"/>\n</$reveal>\n</div>\n</$set>\n\\end\n\n<$macrocall $name=\"body\" level={{!!toc-heading-level}}/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/image": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/image",
"text": "\\define body()\n<$link tag=\"div\" class=\"tc-document-tiddler-link tc-document-tiddler\">\n\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n<$transclude/>\n\n</$list>\n\n</$link>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/item": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/item",
"text": "\\define body()\n<$link tag=\"li\" class=\"tc-document-tiddler-link\">\n\n<$transclude/>\n\n</$link>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/list": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/list",
"text": "\\define body(type:\"ul\")\n<$type$>\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n<$list filter={{!!toc-list-filter}} template=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler\"/>\n</$list>\n</$type$>\n\\end\n\n<$macrocall $name=\"body\" type={{!!toc-list-type}}/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/note": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/note",
"text": "\\define body()\n<div class=\"tc-slice-note\">\n\n<$link tag=\"div\" class=\"tc-document-tiddler-link tc-document-tiddler\">\n\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n<$transclude/>\n\n</$list>\n\n</$link>\n\n</div>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/paragraph": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/paragraph",
"text": "\\define body()\n<$link tag=\"div\" class=\"tc-document-tiddler-link tc-document-tiddler\">\n\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n<$transclude/>\n\n</$list>\n\n</$link>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/term": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/term",
"text": "\\define body()\n<$link tag=\"dt\" class=\"tc-document-tiddler-link\">\n\n<$transclude/>\n\n</$link>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler",
"text": "\\define if(condition,then,else)\n<$list filter=\"\"\"$condition$ +[limit[1]]\"\"\" emptyMessage=\"\"\"$else$\"\"\" variable=\"ignore\">\n$then$\n</$list>\n\\end\n\n\\define include-component(type)\n<<if \"[{!!toc-type}prefix[$type$]]\" \"\"\"\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/$type$\" mode=\"block\"/>\n\"\"\">>\n\\end\n\n<$list filter=\"[<tv-show-toolbar>prefix[yes]]\" variable=\"hasToolbar\">\n{{||$:/plugins/tiddlywiki/text-slicer/ui/tiddler/toolbar}}\n</$list>\n\n<<include-component \"document\">>\n<<include-component \"heading\">>\n<<include-component \"paragraph\">>\n<<include-component \"note\">>\n<<include-component \"list\">>\n<<include-component \"item\">>\n<<include-component \"image\">>\n<<include-component \"def-list\">>\n<<include-component \"term\">>\n<<include-component \"definition\">>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/def-list": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/def-list",
"text": "\\define body()\n<dl>\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n<$list filter={{!!toc-list-filter}} template=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/tiddler\"/>\n</$list>\n</dl>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/definition": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/definition",
"text": "\\define body()\n<dd>\n\n<$transclude/>\n\n</dd>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/document": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/document",
"text": "<$set name=\"tv-exclude-filter\" value={{!!toc-exclude-filter}}>\n\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/tiddler\"/>\n\n</$set>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/heading": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/heading",
"text": "\\define body(level:\"h1\")\n<$level$>\n<$transclude/>\n</$level$>\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/tiddler\"/>\n\\end\n\n<$macrocall $name=\"body\" level={{!!toc-heading-level}}/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/image": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/image",
"text": "<$transclude/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/item": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/item",
"text": "\\define body()\n<li>\n\n<$transclude/>\n\n</li>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/list": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/list",
"text": "\\define body(type:\"ul\")\n<$type$>\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n<$list filter={{!!toc-list-filter}} template=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/tiddler\"/>\n</$list>\n</$type$>\n\\end\n\n<$macrocall $name=\"body\" type={{!!toc-list-type}}/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/note": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/note",
"text": "<!-- Don't display notes in plain mode -->\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/paragraph": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/paragraph",
"text": "\\define body()\n<div>\n\n<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n<$transclude/>\n\n</$list>\n\n</div>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/term": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/term",
"text": "\\define body()\n<dt>\n\n<$transclude/>\n\n</dt>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/plain/tiddler": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/plain/tiddler",
"text": "<$vars toc-type={{!!toc-type}}>\n\n<$list filter=\"[<toc-type>prefix[document]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/document\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[heading]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/heading\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[paragraph]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/paragraph\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[note]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/note\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[list]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/list\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[item]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/item\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[image]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/image\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[def-list]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/def-list\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[term]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/term\" mode=\"block\"/>\n</$list>\n\n<$list filter=\"[<toc-type>prefix[definition]]\" variable=\"item\">\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/definition\" mode=\"block\"/>\n</$list>\n\n</$vars>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/def-list": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/def-list",
"text": "<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n`<dl class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$list filter={{!!toc-list-filter}} template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n\n`</dl>`\n\n</$list>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/definition": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/definition",
"text": "`<dd class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$transclude/>\n\n`</dd>`\n\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/document": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/document",
"text": "<$set name=\"tv-exclude-filter\" value={{!!toc-exclude-filter}}>\n\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n\n</$set>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/heading": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/heading",
"text": "`<`<$text text={{!!toc-heading-level}}/>` class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$view field=\"text\" format=\"htmlencodedplainwikified\"/>\n\n`</`<$text text={{!!toc-heading-level}}/>`>`\n\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes",
"text": "<$list filter=\"[all[current]tags[]addprefix[$:/_DocumentTags/]has[title]]\"><$view field=\"css-class\"/> </$list>"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/image": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/image",
"text": "<$reveal state=\"!!_canonical_uri\" type=\"match\" text=\"\">\n\n`<img src=\"data:`<$view format=\"text\" field=\"type\"/>`;base64,`<$view format=\"text\" field=\"text\"/>`\" class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n</$reveal>\n\n<$reveal state=\"!!_canonical_uri\" type=\"nomatch\" text=\"\">\n\n`<img src=\"`<$text text=<<tv-external-image-path>>/><$view field=\"title\" format=\"doubleurlencoded\"/>`\" class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n</$reveal>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/item": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/item",
"text": "`<li class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$transclude/>\n\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n\n`</li>`\n\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/list": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/list",
"text": "<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n`<`<$text text={{!!toc-list-type}}/>` class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$list filter={{!!toc-list-filter}} template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n\n`</`<$text text={{!!toc-list-type}}/>`>`\n\n</$list>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/note": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/note",
"text": "<!-- Don't display notes in static mode -->\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/paragraph": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/paragraph",
"text": "<$list filter=\"\"\"[all[current]] $(tv-exclude-filter)$ +[limit[1]]\"\"\" variable=\"item\">\n\n`<p class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$view field=\"text\" format=\"htmlencodedplainwikified\"/>\n\n`</p>`\n\n</$list>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/term": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/term",
"text": "`<dt class=\"`{{||$:/plugins/tiddlywiki/text-slicer/templates/static/helpers/classes}}`\">`\n\n<$transclude/>\n\n`</dt>`\n\n<$list filter=\"[list<currentTiddler>!has[draft.of]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler\"/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler": {
"title": "$:/plugins/tiddlywiki/text-slicer/templates/static/tiddler",
"text": "<$vars toc-type={{!!toc-type}}>\n\n<$list filter=\"[<toc-type>prefix[document]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/document\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[heading]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/heading\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[paragraph]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/paragraph\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[note]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/note\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[list]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/list\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[item]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/item\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[image]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/image\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[def-list]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/def-list\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[term]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/term\" mode=\"block\"/>\n\n</$list>\n\n<$list filter=\"[<toc-type>prefix[definition]]\" variable=\"item\">\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/static/definition\" mode=\"block\"/>\n\n</$list>\n\n</$vars>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/document/header": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/document/header",
"text": "\\define metadatafield()\n<tr>\n<td>\n''<$transclude tiddler=<<listItem>> field=\"caption\"/>''\n</td>\n<td>\n<$reveal type=\"match\" state=\"\"\"$(listItem)$!!field-type\"\"\" text=\"string\">\n<$edit-text field={{$(listItem)$!!field}}/>\n</$reveal>\n<$reveal type=\"match\" state=\"\"\"$(listItem)$!!field-type\"\"\" text=\"list\">\n<$edit-text tag=\"textarea\" field={{$(listItem)$!!field}}/>\n</$reveal>\n</td>\n</tr>\n\\end\n\n<div class=\"tc-sliced-document-header\">\n\n''Exclude filter'': <$edit-text field=\"toc-exclude-filter\"/>\n\n<$checkbox tiddler=<<config-show-toolbar>> field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> Show toolbar </$checkbox> <$checkbox tiddler=<<config-show-metadata>> field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> Show metadata</$checkbox> <$button>\n<$action-sendmessage $message=\"tm-open-window\" $param=<<currentTiddler>> template=\"$:/plugins/tiddlywiki/text-slicer/templates/plain/document\"/>\nView document\n</$button>\n\n<$reveal state=<<config-show-metadata>> default=\"no\" type=\"match\" text=\"yes\">\n<table>\n<tbody>\n<$list filter=\"[all[system+tiddlers]tag[$:/tags/DocumentMetaData]]\" variable=\"listItem\">\n<<metadatafield>>\n</$list>\n</tbody>\n</table>\n</$reveal>\n\n\n</div>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/edit-template-segment": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/edit-template-segment",
"tags": "$:/tags/EditTemplate",
"text": "\\define edit-field(name,tag:\"input\")\n$name$:\n\n<$edit-text field=\"\"\"$name$\"\"\" tag=\"$tag$\" class=\"tc-edit-texteditor\"/>\n\\end\n\n<$reveal type=\"nomatch\" state=\"!!toc-type\" text=\"\">\n\n<div class=\"tc-edit-template-document-tiddler-wrapper\">\n\n<div class=\"tc-edit-template-document-tiddler-heading\">\n\n<div class=\"tc-edit-template-document-tiddler-heading-icon\">\n\n{{$:/core/images/file}}\n\n</div>\n\n<div class=\"tc-edit-template-document-tiddler-subheading\">\n\n<$view field=\"toc-type\"/>\n\n</div>\n\n<<edit-field \"list\" tag:\"textarea\">>\n\n</div>\n\n</div>\n\n</$reveal>\n\n"
},
"$:/plugins/tiddlywiki/text-slicer/filters/Orphans": {
"title": "$:/plugins/tiddlywiki/text-slicer/filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[has[toc-type]] -[toc-type[document]list-children[]]",
"description": "[Text-slicer] Tiddlers that are not part of any document",
"text": ""
},
"$:/plugins/tiddlywiki/text-slicer/ui/preview-column/empty": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/preview-column/empty",
"text": "<div class=\"tc-sliced-document-header\">\n\nCreate a document by slicing an existing tiddler\n\n---\n\n[[Help|$:/plugins/tiddlywiki/text-slicer/docs]]\n\n</div>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/preview-column/multiple": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/preview-column/multiple",
"text": "Show document: <$select tiddler=\"$:/plugins/tiddlywiki/text-slicer/config/currentDocument\">\n<$list filter=\"[toc-type[document]!has[draft.of]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"title\"/></option>\n</$list>\n</$select>\n\n<$tiddler tiddler={{$:/plugins/tiddlywiki/text-slicer/config/currentDocument}}>\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/document\"/>\n\n</$tiddler>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/preview-column/single": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/preview-column/single",
"text": "<$list filter=\"[toc-type[document]!has[draft.of]sort[title]limit[1]]\" template=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/document\"/>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/preview-column": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/preview-column",
"tags": "$:/tags/AboveStory",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-document-preview-column\">\n\n<$vars\n\ttv-default-heading-state=\"open\"\n>\n\n<$list filter=\"[toc-type[document]!has[draft.of]sort[title]limit[1]]\" emptyMessage={{$:/plugins/tiddlywiki/text-slicer/ui/preview-column/empty}}>\n\n<$list filter=\"[toc-type[document]!has[draft.of]sort[title]butfirst[1]limit[1]]\" emptyMessage={{$:/plugins/tiddlywiki/text-slicer/ui/preview-column/single}} template=\"$:/plugins/tiddlywiki/text-slicer/ui/preview-column/multiple\"/>\n\n</$list>\n\n</$vars>\n\n</$scrollable>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/slice-modal": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/slice-modal",
"footer": "<$button message=\"tm-close-tiddler\">Cancel</$button> <$button><$action-sendmessage $message=\"tm-close-tiddler\"/><$action-sendmessage $message=\"tm-slice-tiddler\" $param=<<currentTiddler>> slicerRules={{$:/config/plugins/text-slicer/slice-rule}} outputMode={{$:/config/plugins/text-slicer/output-mode}} destTitle={{$:/config/plugins/text-slicer/base-title}}/>Slice</$button>",
"subtitle": "Slicing \"<$text text=<<currentTiddler>>/>\" into chunks",
"text": "''Choose how the tiddler should be sliced''\n\nPrefix for extracted tiddlers: <$edit-text tiddler=\"$:/config/plugins/text-slicer/base-title\" default={{{ [[Sliced up ]addsuffix<currentTiddler>addsuffix[:]] }}} tag=\"input\" size=\"30\"/>\n\n<$select tiddler=\"$:/config/plugins/text-slicer/slice-rule\" default=\"html-by-paragraph\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/text-slicer/slicer-rules]!has[draft.of]]\">\n<option value={{!!name}}><$text text={{!!description}}/></option>\n</$list>\n</$select>\n\nOutput mode: <$select tiddler=\"$:/config/plugins/text-slicer/output-mode\" default=\"html\">\n<option value=\"html\">HTML</option>\n<option value=\"wiki\">Wiki text</option>\n</$select>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/slice-toolbar-button": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/slice-toolbar-button",
"tags": "$:/tags/ViewToolbar",
"list-before": "$:/core/ui/Buttons/edit",
"caption": "{{$:/plugins/tiddlywiki/text-slicer/images/text-slicer-icon}} Slice text tiddler",
"description": "Slice this text tiddler by headings and lists",
"text": "\\whitespace trim\n\n\\define hint()\nSlice this text tiddler into chunks\n\\end\n\n<$button tooltip=<<hint>> aria-label=<<hint>> class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-modal\" $param=\"$:/plugins/tiddlywiki/text-slicer/ui/slice-modal\" currentTiddler=<<currentTiddler>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/plugins/tiddlywiki/text-slicer/images/text-slicer-icon}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"> Slice tiddler</span>\n</$list>\n</$button>"
},
"$:/plugins/tiddlywiki/text-slicer/ui/tiddler/toolbar/title": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/tiddler/toolbar/title",
"tags": "$:/tags/TextSlicerToolbar",
"text": "\\define renameProxyTitle()\n$:/state/plugins/tiddlywiki/text-slicer/rename-$(currentTiddler)$\n\\end\n\n\\define body()\n<div class=\"tc-text-slicer-rename\">\n<$edit-text tag=\"input\" tiddler=<<renameProxyTitle>> placeholder=\"Rename\" default=<<currentTiddler>>/>\n<$reveal type=\"nomatch\" state=\"\"\"$(renameProxyTitle)$\"\"\" text=<<currentTiddler>> default=<<currentTiddler>>>\n<$button>\n<$action-deletetiddler $tiddler=<<renameProxyTitle>>/>\ncancel\n</$button>\n<$button>\n<$action-sendmessage $message=\"tm-rename-tiddler\" from=<<currentTiddler>> to={{$(renameProxyTitle)$}}/>\n<$action-deletetiddler $tiddler=<<renameProxyTitle>>/>\nrename\n</$button>\n<$set name=\"proxy-title\" value={{$(renameProxyTitle)$}}>\n<$list filter=\"\"\"[<proxy-title>is[tiddler]]\"\"\">\nWarning: tiddler already exists\n</$list>\n</$set>\n</$reveal>\n</div>\n\\end\n\n<<body>>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/tiddler/toolbar": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/tiddler/toolbar",
"text": "<div class=\"tc-slice-toolbar\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextSlicerToolbar]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n"
},
"$:/plugins/tiddlywiki/text-slicer/ui/view-template-segment": {
"title": "$:/plugins/tiddlywiki/text-slicer/ui/view-template-segment",
"tags": "$:/tags/ViewTemplate",
"text": "\\define config-heading-status()\n$:/state/plugins/tiddlywiki/text-slicer/heading-status/$(currentTiddler)$\n\\end\n\n<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$reveal type=\"nomatch\" state=\"!!toc-type\" text=\"\">\n\n<div class=\"tc-view-template-document-tiddler-wrapper\">\n\n<div class=\"tc-view-template-document-tiddler-heading\">\n\n<div class=\"tc-view-template-document-tiddler-heading-icon\">\n\n{{$:/core/images/file}}\n\n</div>\n\n<div class=\"tc-view-template-document-tiddler-subheading\">\n\n<$view field=\"toc-type\"/>\n\n</div>\n\nParents: <$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=\"None\">\n<$link><$view field=\"title\"/></$link>\n</$list>\n\n</div>\n\n<div class=\"tc-view-template-document-tiddler\">\n\n<$vars\n\ttv-default-heading-state=\"close\"\n\ttv-heading-status-config-prefix=\"view-template\"\n\ttv-heading-status-config-title=<<config-heading-status>>\n>\n\n<$transclude tiddler=\"$:/plugins/tiddlywiki/text-slicer/templates/interactive/tiddler\"/>\n\n</$vars>\n\n</div>\n\n</div>\n\n</$reveal>\n\n</$reveal>\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/xlsx-utils/controls": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/controls",
"caption": "XLSX Utilities",
"tags": "$:/tags/ControlPanel",
"text": "\\define help-button(state)\n<$button popup=\"\"\"$:/state/expand-help/$state$\"\"\" class=\"tc-btn-invisible tc-popup-keep\">\n{{$:/core/images/help}}\n</$button>\n\\end\n\n\\define help-content(type,state)\n<$reveal tag=\"span\" state=\"\"\"$:/state/expand-help/$state$\"\"\" type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down tc-popup-keep\" style=\"padding: 0.5em; max-width: 30em; white-space: normal;\">\n<$transclude tiddler=\"\"\"$:/plugins/tiddlywiki/xlsx-utils/docs/$type$\"\"\" mode=\"block\"/>\n</div>\n</$reveal>\n\\end\n\n\\define renameProxyTitle()\n$:/state/plugins/tiddlywiki/xlsx-utils/rename-$(currentTiddler)$\n\\end\n\n\\define rename-current-tiddler()\n<$edit-text tag=\"input\" tiddler=<<renameProxyTitle>> placeholder=\"Rename\" default=<<currentTiddler>> size=\"50\"/>\n<$reveal type=\"nomatch\" state=\"\"\"$(renameProxyTitle)$\"\"\" text=<<currentTiddler>> default=<<currentTiddler>> tag=\"span\">\n<$button>\n<$action-deletetiddler $tiddler=<<renameProxyTitle>>/>\ncancel\n</$button>\n<$button>\n<$action-sendmessage $message=\"tm-rename-tiddler\" from=<<currentTiddler>> to={{$(renameProxyTitle)$}}/>\n<$action-deletetiddler $tiddler=<<renameProxyTitle>>/>\nrename\n</$button>\n<$set name=\"proxy-title\" value={{$(renameProxyTitle)$}}>\n<$list filter=\"\"\"[<proxy-title>is[tiddler]]\"\"\">\nWarning: tiddler already exists\n</$list>\n</$set>\n</$reveal>\n\\end\n\n\\define expand-collapse-button(state)\n<$reveal state=\"\"\"$:/state/expand/$state$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/expand/$state$\"\"\" $value=\"no\"/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal state=\"\"\"$:/state/expand/$state$\"\"\" type=\"nomatch\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/expand/$state$\"\"\" $value=\"yes\"/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n\\end\n\n\\define expand-collapse-content(state,content,class)\n<$reveal state=\"\"\"$:/state/expand/$state$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"div\" class=\"\"\"$class$\"\"\" animate=\"yes\" retain=\"yes\">\n$content$\n</$reveal>\n\\end\n\n\\define up-down-buttons(parent,child)\n<$list filter=\"[list<$parent$>butfirst[]field:title<$child$>limit[1]]\" variable=\"listItem\">\n<$button class=\"tc-btn-invisible\">\n<$action-listops $tiddler=<<$parent$>> $subfilter=\"+[move:-1<$child$>]\"/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$list>\n<$list filter=\"[list<$parent$>butlast[]field:title<$child$>limit[1]]\" variable=\"listItem\">\n<$button class=\"tc-btn-invisible\">\n<$action-listops $tiddler=<<$parent$>> $subfilter=\"+[move:1<$child$>]\"/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$list>\n\\end\n\n\\define edit-button(state)\n<$reveal state=\"\"\"$:/state/edit/$state$\"\"\" type=\"nomatch\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/edit/$state$\"\"\" $value=\"yes\"/>\n<$action-setfield $tiddler=\"\"\"$:/state/expand/$state$\"\"\" $value=\"yes\"/>\n{{$:/core/images/edit-button}}\n</$button>\n</$reveal>\n<$reveal state=\"\"\"$:/state/edit/$state$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/edit/$state$\"\"\" $value=\"no\"/>\n{{$:/core/images/done-button}} Finish editing\n</$button>\n</$reveal>\n\\end\n\n\\define delete-item-button(filter,parent,title,prompt)\n<$button class=\"tc-btn-invisible\">\n<$action-deletetiddler $filter=\"\"\"$filter$\"\"\"/>\n<$action-listops $tiddler=\"\"\"$parent$\"\"\" $subfilter=\"-[[$title$]]\"/>\n{{$:/core/images/delete-button}}$prompt$\n</$button>\n\\end\n\n\\define edit-field()\n<$select tiddler=<<field>> field=\"import-field-list-op\" default=\"none\">\n<option value=\"none\">Set field</option>\n<option value=\"append\">Append to list field</option>\n</$select>\n<$edit-text tiddler=<<field>> field=\"import-field-name\" size=\"10\" tag=\"input\" placeholder=\"field name\"default=\"\"/>\n<$reveal state=\"\"\"$(field)$!!import-field-list-op\"\"\" type=\"match\" text=\"none\" default=\"none\" tag=\"span\">\nto\n</$reveal>\n<$reveal state=\"\"\"$(field)$!!import-field-list-op\"\"\" type=\"match\" text=\"append\" default=\"none\" tag=\"span\">\nthe\n</$reveal>\n<$select tiddler=<<field>> field=\"import-field-type\" default=\"string\">\n<option value=\"date\">date</option>\n<option value=\"string\">string</option>\n</$select>\n<$select tiddler=<<field>> field=\"import-field-source\" default=\"column\">\n<option value=\"column\">from column</option>\n<option value=\"constant\">constant</option>\n</$select>\n<$reveal state=\"\"\"$(field)$!!import-field-source\"\"\" type=\"match\" text=\"column\" default=\"column\" tag=\"span\">\n<$edit-text tiddler=<<field>> field=\"import-field-column\" tag=\"input\" placeholder=\"column\" default=\"\"/>\nprefixed\n<$edit-text tiddler=<<field>> field=\"import-field-prefix\" tag=\"input\" placeholder=\"prefix\" default=\"\"/>,\nsuffixed\n<$edit-text tiddler=<<field>> field=\"import-field-suffix\" tag=\"input\" placeholder=\"suffix\" default=\"\"/>\n</$reveal>\n<$reveal state=\"\"\"$(field)$!!import-field-source\"\"\" type=\"match\" text=\"constant\" default=\"column\" tag=\"span\">\n<$edit-text tiddler=<<field>> field=\"import-field-value\" tag=\"input\" placeholder=\"constant\" default=\"\"/>\n</$reveal>\n<$checkbox tiddler=<<field>> field=\"import-field-skip-tiddler-if-blank\" checked=\"yes\" unchecked=\"no\" default=\"no\">\nSkip this tiddler when field blank\n<br/>\nTitle:\n<$tiddler tiddler=<<field>>>\n<<rename-current-tiddler>>\n</$tiddler>\n\\end\n\n\\define view-field()\n<$link to=<<field>>>\n<$list filter=\"[<field>!has[import-field-list-op]]\" variable=\"listItem\">\nSet field ''<$view tiddler=<<field>> field=\"import-field-name\"/>'' to\n</$list>\n<$list filter=\"[<field>get[import-field-list-op]prefix[append]]\" variable=\"listItem\">\nAppend to list field ''<$view tiddler=<<field>> field=\"import-field-name\"/>''\n</$list>\n<$list filter=\"[<field>has[import-field-prefix]]\" variable=\"listItem\">\n''<code><$view tiddler=<<field>> field=\"import-field-prefix\"/></code>'' +\n</$list>\n<$list filter=\"[<field>get[import-field-type]prefix[date]]\" variable=\"listItem\">\ndate\n</$list>\n<$list filter=\"[<field>get[import-field-source]prefix[column]]\" variable=\"listItem\">\nvalue from column ''<$view tiddler=<<field>> field=\"import-field-column\"/>''\n</$list>\n<$list filter=\"[<field>get[import-field-source]prefix[constant]]\" variable=\"listItem\">\nconstant ''<code><$view tiddler=<<field>> field=\"import-field-value\"/></code>''\n</$list>\n<$list filter=\"[<field>has[import-field-suffix]]\" variable=\"listItem\">\n+ ''<code><$view tiddler=<<field>> field=\"import-field-suffix\"/></code>''\n</$list>\n</$link>\n\\end\n\n\\define list-fields()\n<ul class=\"tc-import-spec-row-list\">\n<$list filter=\"[list<row>]\" variable=\"field\" emptyMessage=\"<div>(No field import specifiers)</div>\">\n<li class=\"tc-import-spec-field-wrapper\">\n<$reveal state=\"\"\"$:/state/edit/$(row)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"span\">\n<<edit-field>>\n<<up-down-buttons parent:\"row\" child:\"field\">>\n<$macrocall $name=\"delete-item-button\" filter=\"[<field>]\" parent=<<row>> title=<<field>>/>\n</$reveal>\n<$reveal state=\"\"\"$:/state/edit/$(row)$\"\"\" type=\"nomatch\" text=\"yes\" default=\"no\" tag=\"span\">\n<<view-field>>\n</$reveal>\n</li>\n</$list>\n</ul>\n\\end\n\n\\define view-row-content()\n<$reveal state=\"\"\"$:/state/edit/$(row)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"ul\" class=\"tc-import-spec-row-controls\" animate=\"yes\" retain=\"yes\">\n<li>\n<$macrocall $name=\"delete-item-button\" filter=\"[<row>] [<row>getlist[]]\" parent=<<sheet>> title=<<row>> prompt=\" Delete this row\"/>\n</li>\n<li>\nTitle:\n<$tiddler tiddler=<<row>>>\n<<rename-current-tiddler>>\n</$tiddler>\n</li>\n<li>\nRow type:\n<$select tiddler=<<row>> field=\"import-row-type\" default=\"by-field\">\n<option value=\"by-field\">By field</option>\n<option value=\"by-column\">By column</option>\n</$select>\n</li>\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Field\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"field\" import-field-name=\"fieldname\" import-field-type=\"string\" import-field-source=\"column\" import-field-column=\"Column Name\" />\n<$action-listops $tiddler=<<row>> $subfilter=\"[{$:/temp/newtiddler}] +[putfirst[]]\"/>\n{{$:/core/images/new-button}} Add new field\n</$button>\n</li>\n</$reveal>\n<<list-fields>>\n\\end\n\n\\define view-row()\n<div class=\"tc-import-spec-row-wrapper\">\n<h5>\n<$macrocall $name=\"expand-collapse-button\" state=<<row>>/>\nEach row: <$list filter=\"[list<row>import-field-name[title]]\" variable=\"field\" emptyMessage=\"\n<$link to=<<field>>>(title field not set)</$link>\"><<view-field>></$list>\n<$macrocall $name=\"edit-button\" state=<<row>>/>\n<<up-down-buttons parent:\"sheet\" child:\"row\">>\n<$macrocall $name=\"help-button\" state=<<row>>/>\n</h5>\n<$macrocall $name=\"help-content\" type=\"row\" state=<<row>>/>\n<$macrocall $name=\"expand-collapse-content\" state=<<row>> content=<<view-row-content>> class=\"tc-import-spec-row\"/>\n</div>\n\\end\n\n\\define list-rows()\n<div class=\"tc-import-spec-sheet-list\">\n<$list filter=\"[list<sheet>]\" variable=\"row\" emptyMessage=\"<div>(No row import specifiers)</div>\">\n<<view-row>>\n</$list>\n\\end\n\n\\define view-sheet-content()\n<$reveal state=\"\"\"$:/state/edit/$(sheet)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"ul\" class=\"tc-import-spec-sheet-controls\" animate=\"yes\" retain=\"yes\">\n<li>\n<$macrocall $name=\"delete-item-button\" filter=\"[<sheet>] [<sheet>getlist[]] [<sheet>getlist[]getlist[]]\" parent=<<workbook>> title=<<sheet>> prompt=\" Delete this sheet\"/>\n</li>\n<li>\nTitle:\n<$tiddler tiddler=<<sheet>>>\n<<rename-current-tiddler>>\n</$tiddler>\n</li>\n<li>\nImport sheet name:\n<$edit-text tiddler=<<sheet>> field=\"import-sheet-name\" size=\"50\"/>\n</li>\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Row\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"row\"/>\n<$action-listops $tiddler=<<sheet>> $subfilter=\"[{$:/temp/newtiddler}] +[putfirst[]]\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/edit/]] }}} $value=\"yes\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/expand/]] }}} $value=\"yes\"/>\n{{$:/core/images/new-button}} Add new row\n</$button>\n</li>\n</$reveal>\n<<list-rows>>\n\\end\n\n\\define view-sheet()\n<div class=\"tc-import-spec-sheet-wrapper\">\n<h4>\n<$macrocall $name=\"expand-collapse-button\" state=<<sheet>>/>\nSheet: <$link to=<<sheet>>><$view tiddler=<<sheet>> field=\"import-sheet-name\"/></$link>\n<$macrocall $name=\"edit-button\" state=<<sheet>>/>\n<<up-down-buttons parent:\"workbook\" child:\"sheet\">>\n<$macrocall $name=\"help-button\" state=<<sheet>>/>\n</h4>\n<$macrocall $name=\"help-content\" type=\"sheet\" state=<<sheet>>/>\n<$macrocall $name=\"expand-collapse-content\" state=<<sheet>> content=<<view-sheet-content>> class=\"tc-import-spec-sheet\"/>\n</div>\n\\end\n\n\\define list-sheets()\n<div class=\"tc-import-spec-workbook-list\">\n<$list filter=\"[list<workbook>]\" variable=\"sheet\" emptyMessage=\"<div>(No sheet import specifiers)</div>\">\n<<view-sheet>>\n</$list>\n</div>\n\\end\n\n\\define view-workbook-content()\n<$reveal state=\"\"\"$:/state/edit/$(workbook)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"ul\" class=\"tc-import-spec-workbook-controls\" animate=\"yes\" retain=\"yes\">\n<li>\n<$macrocall $name=\"delete-item-button\" filter=\"[<workbook>] [<workbook>getlist[]] [<workbook>getlist[]getlist[]] [<workbook>getlist[]getlist[]getlist[]]\" prompt=\" Delete this workbook\"/>\n</li>\n<li>\nTitle:\n<$tiddler tiddler=<<workbook>>>\n<<rename-current-tiddler>>\n</$tiddler>\n</li>\n<li>\nCaption:\n<$edit-text tiddler=<<workbook>> field=\"caption\" size=\"50\"/>\n</li>\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Sheet\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"sheet\" import-sheet-name=\"Sheet name\"/>\n<$action-listops $tiddler=<<workbook>> $subfilter=\"[{$:/temp/newtiddler}] +[putfirst[]]\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/edit/]] }}} $value=\"yes\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/expand/]] }}} $value=\"yes\"/>\n{{$:/core/images/new-button}} Add new sheet\n</$button>\n</li>\n</$reveal>\n<<list-sheets>>\n\\end\n\n\\define view-workbook()\n<div class=\"tc-import-spec-workbook-wrapper\">\n<h3>\n<$macrocall $name=\"expand-collapse-button\" state=<<workbook>>/>\nWorkbook: <$link to=<<workbook>>><$view tiddler=<<workbook>> field=\"caption\"/></$link>\n<$macrocall $name=\"edit-button\" state=<<workbook>>/>\n<$macrocall $name=\"help-button\" state=<<workbook>>/>\n</h3>\n<$macrocall $name=\"help-content\" type=\"workbook\" state=<<workbook>>/>\n<$macrocall $name=\"expand-collapse-content\" state=<<workbook>> content=<<view-workbook-content>> class=\"tc-import-spec-workbook\"/>\n</div>\n\\end\n\n\\define list-workbooks()\n<ul class=\"tc-import-spec-editor-controls\">\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Workbook\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"workbook\" caption=\"New workbook\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/edit/]] }}} $value=\"yes\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/expand/]] }}} $value=\"yes\"/>\n{{$:/core/images/new-button}} Add new workbook\n</$button>\n</li>\n</ul>\n<div class=\"tc-import-spec-editor-list\">\n<$list filter=\"[all[shadows+tiddlers]import-spec-role[workbook]sort[caption]]\" variable=\"workbook\">\n<<view-workbook>>\n</$list>\n</div>\n\\end\n\n<h1>\nControls for XLSX Spreadsheet Utilities\n</h1>\n\n<div class=\"tc-import-spec-selector\">\n<h2>\nCurrent Import Specification\n</h2>\n<$list filter=\"[all[shadows+tiddlers]import-spec-role[workbook]limit[1]]\" emptyMessage=\"\"\"\nThere are no import specifications available. Use the controls below to create one\n\"\"\">\nThis is the import specification that will be used for the next import of an `.XLSX` file\n<$select tiddler=\"$:/config/plugins/tiddlywiki/xlsx-utils/default-import-spec\">\n<$list filter=\"[all[shadows+tiddlers]import-spec-role[workbook]sort[caption]]\">\n<option value=<<currentTiddler>>><$text text={{!!caption}}/></option>\n</$list>\n</$select>\n</$list>\n</div>\n\n<div class=\"tc-import-spec-editor-wrapper\">\n<h2>\n Import Specifications\n<$macrocall $name=\"help-button\" state=\"\"/>\n</h2>\n<$macrocall $name=\"help-content\" type=\"editor\" state=\"\"/>\n<div class=\"tc-import-spec-editor\">\n<<list-workbooks>>\n</div>\n</div>\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/deserializer.js": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/deserializer.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/deserializer.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nXLSX file deserializer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse an XLSX file into tiddlers\n*/\nexports[\"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet\"] = function(text,fields) {\n\t// Collect output tiddlers in an array\n\tvar results = [],\n\t\tXLSXImporter = require(\"$:/plugins/tiddlywiki/xlsx-utils/importer.js\").XLSXImporter,\n\t\timporter = new XLSXImporter({\n\t\t\ttext: text\n\t\t});\n\t// Return the output tiddlers\n\treturn importer.getResults();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/editor": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/editor",
"text": "!!! Import Specifications\n\nImport specifications govern how spreadsheets are converted into individual tiddlers.\n\nEach \"workbook\" describes how spreadsheets of a particular format should be converted.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/row": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/row",
"text": "!!! Row Import Specifications\n\nEach row import specification describes how one tiddler should be extracted from each row of the current sheet.\n\nNote that using multiple row import specifications within a sheet enables multiple tiddlers to be created from each row of the sheet.\n\nRows contain a list of field import specifications that describe how each field of the tiddler should be created.\n\n!!! Field Import Specifications\n\nField import specifications describe the value given to a particular field of a tiddler.\n\nThey follow a rich syntax for describing how each field of the tiddler is created. For example:\n\n* Set field `title` to string from column `Organization`\n* Set field `role` to string constant `organization`\n* Append to list field `list` the string from column `Country` prefixed with `Map:`\n\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/sheet": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/sheet",
"text": "!!! Sheet Import Specifications\n\nEach sheet import specification describes how a named sheet within a workbook should be converted into individual tiddlers.\n\nSheets contain a list of row import specifications that describe how individual rows of the sheet should be handled.\n\nEach sheet has the name of the sheet that it handles.\n\nNote that the first row of each sheet is interpreted as the title of each column.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/workbook": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/workbook",
"text": "!!! Workbook Import Specifications\n\nEach workbook import specification describes how spreadsheets of a particular format should be converted into individual tiddlers.\n\nCreate a new workbook for each type of spreadsheet that you will be working with.\n\nWorkbooks contain a list of sheet import specifications that describe how individual sheets of the workbook should be handled.\n\nEach workbook has a caption that you can use to describe its purpose.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/xlsx.js": {
"text": "var old_exports = exports,JSZip = require(\"$:/plugins/tiddlywiki/jszip/jszip.js\");exports = {};if($tw.browser){module.exports=undefined;};/* xlsx.js (C) 2013-2015 SheetJS -- http://sheetjs.com */\n/* vim: set ts=2: */\n/*jshint -W041 */\n/*jshint funcscope:true, eqnull:true */\nvar XLSX = {};\n(function make_xlsx(XLSX){\nXLSX.version = '0.8.0';\nvar current_codepage = 1200, current_cptable;\nif(typeof module !== \"undefined\" && typeof require !== 'undefined') {\n\tif(typeof cptable === 'undefined') cptable = require('./dist/cpexcel');\n\tcurrent_cptable = cptable[current_codepage];\n}\nfunction reset_cp() { set_cp(1200); }\nvar set_cp = function(cp) { current_codepage = cp; };\n\nfunction char_codes(data) { var o = []; for(var i = 0, len = data.length; i < len; ++i) o[i] = data.charCodeAt(i); return o; }\nvar debom_xml = function(data) { return data; };\n\nvar _getchar = function _gc1(x) { return String.fromCharCode(x); };\nif(typeof cptable !== 'undefined') {\n\tset_cp = function(cp) { current_codepage = cp; current_cptable = cptable[cp]; };\n\tdebom_xml = function(data) {\n\t\tif(data.charCodeAt(0) === 0xFF && data.charCodeAt(1) === 0xFE) { return cptable.utils.decode(1200, char_codes(data.substr(2))); }\n\t\treturn data;\n\t};\n\t_getchar = function _gc2(x) {\n\t\tif(current_codepage === 1200) return String.fromCharCode(x);\n\t\treturn cptable.utils.decode(current_codepage, [x&255,x>>8])[0];\n\t};\n}\nvar Base64 = (function make_b64(){\n\tvar map = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";\n\treturn {\n\t\tencode: function(input, utf8) {\n\t\t\tvar o = \"\";\n\t\t\tvar c1, c2, c3, e1, e2, e3, e4;\n\t\t\tfor(var i = 0; i < input.length; ) {\n\t\t\t\tc1 = input.charCodeAt(i++);\n\t\t\t\tc2 = input.charCodeAt(i++);\n\t\t\t\tc3 = input.charCodeAt(i++);\n\t\t\t\te1 = c1 >> 2;\n\t\t\t\te2 = (c1 & 3) << 4 | c2 >> 4;\n\t\t\t\te3 = (c2 & 15) << 2 | c3 >> 6;\n\t\t\t\te4 = c3 & 63;\n\t\t\t\tif (isNaN(c2)) { e3 = e4 = 64; }\n\t\t\t\telse if (isNaN(c3)) { e4 = 64; }\n\t\t\t\to += map.charAt(e1) + map.charAt(e2) + map.charAt(e3) + map.charAt(e4);\n\t\t\t}\n\t\t\treturn o;\n\t\t},\n\t\tdecode: function b64_decode(input, utf8) {\n\t\t\tvar o = \"\";\n\t\t\tvar c1, c2, c3;\n\t\t\tvar e1, e2, e3, e4;\n\t\t\tinput = input.replace(/[^A-Za-z0-9\\+\\/\\=]/g, \"\");\n\t\t\tfor(var i = 0; i < input.length;) {\n\t\t\t\te1 = map.indexOf(input.charAt(i++));\n\t\t\t\te2 = map.indexOf(input.charAt(i++));\n\t\t\t\te3 = map.indexOf(input.charAt(i++));\n\t\t\t\te4 = map.indexOf(input.charAt(i++));\n\t\t\t\tc1 = e1 << 2 | e2 >> 4;\n\t\t\t\tc2 = (e2 & 15) << 4 | e3 >> 2;\n\t\t\t\tc3 = (e3 & 3) << 6 | e4;\n\t\t\t\to += String.fromCharCode(c1);\n\t\t\t\tif (e3 != 64) { o += String.fromCharCode(c2); }\n\t\t\t\tif (e4 != 64) { o += String.fromCharCode(c3); }\n\t\t\t}\n\t\t\treturn o;\n\t\t}\n\t};\n})();\nvar has_buf = (typeof Buffer !== 'undefined');\n\nfunction new_raw_buf(len) {\n\t/* jshint -W056 */\n\treturn new (has_buf ? Buffer : Array)(len);\n\t/* jshint +W056 */\n}\n\nfunction s2a(s) {\n\tif(has_buf) return new Buffer(s, \"binary\");\n\treturn s.split(\"\").map(function(x){ return x.charCodeAt(0) & 0xff; });\n}\n\nvar bconcat = function(bufs) { return [].concat.apply([], bufs); };\n\nvar chr0 = /\\u0000/g, chr1 = /[\\u0001-\\u0006]/;\n/* ssf.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/*jshint -W041 */\nvar SSF = {};\nvar make_ssf = function make_ssf(SSF){\nSSF.version = '0.8.1';\nfunction _strrev(x) { var o = \"\", i = x.length-1; while(i>=0) o += x.charAt(i--); return o; }\nfunction fill(c,l) { var o = \"\"; while(o.length < l) o+=c; return o; }\nfunction pad0(v,d){var t=\"\"+v; return t.length>=d?t:fill('0',d-t.length)+t;}\nfunction pad_(v,d){var t=\"\"+v;return t.length>=d?t:fill(' ',d-t.length)+t;}\nfunction rpad_(v,d){var t=\"\"+v; return t.length>=d?t:t+fill(' ',d-t.length);}\nfunction pad0r1(v,d){var t=\"\"+Math.round(v); return t.length>=d?t:fill('0',d-t.length)+t;}\nfunction pad0r2(v,d){var t=\"\"+v; return t.length>=d?t:fill('0',d-t.length)+t;}\nvar p2_32 = Math.pow(2,32);\nfunction pad0r(v,d){if(v>p2_32||v<-p2_32) return pad0r1(v,d); var i = Math.round(v); return pad0r2(i,d); }\nfunction isgeneral(s, i) { return s.length >= 7 + i && (s.charCodeAt(i)|32) === 103 && (s.charCodeAt(i+1)|32) === 101 && (s.charCodeAt(i+2)|32) === 110 && (s.charCodeAt(i+3)|32) === 101 && (s.charCodeAt(i+4)|32) === 114 && (s.charCodeAt(i+5)|32) === 97 && (s.charCodeAt(i+6)|32) === 108; }\n/* Options */\nvar opts_fmt = [\n\t[\"date1904\", 0],\n\t[\"output\", \"\"],\n\t[\"WTF\", false]\n];\nfunction fixopts(o){\n\tfor(var y = 0; y != opts_fmt.length; ++y) if(o[opts_fmt[y][0]]===undefined) o[opts_fmt[y][0]]=opts_fmt[y][1];\n}\nSSF.opts = opts_fmt;\nvar table_fmt = {\n\t0: 'General',\n\t1: '0',\n\t2: '0.00',\n\t3: '#,##0',\n\t4: '#,##0.00',\n\t9: '0%',\n\t10: '0.00%',\n\t11: '0.00E+00',\n\t12: '# ?/?',\n\t13: '# ??/??',\n\t14: 'm/d/yy',\n\t15: 'd-mmm-yy',\n\t16: 'd-mmm',\n\t17: 'mmm-yy',\n\t18: 'h:mm AM/PM',\n\t19: 'h:mm:ss AM/PM',\n\t20: 'h:mm',\n\t21: 'h:mm:ss',\n\t22: 'm/d/yy h:mm',\n\t37: '#,##0 ;(#,##0)',\n\t38: '#,##0 ;[Red](#,##0)',\n\t39: '#,##0.00;(#,##0.00)',\n\t40: '#,##0.00;[Red](#,##0.00)',\n\t45: 'mm:ss',\n\t46: '[h]:mm:ss',\n\t47: 'mmss.0',\n\t48: '##0.0E+0',\n\t49: '@',\n\t56: '\"上午/下午 \"hh\"時\"mm\"分\"ss\"秒 \"',\n\t65535: 'General'\n};\nvar days = [\n\t['Sun', 'Sunday'],\n\t['Mon', 'Monday'],\n\t['Tue', 'Tuesday'],\n\t['Wed', 'Wednesday'],\n\t['Thu', 'Thursday'],\n\t['Fri', 'Friday'],\n\t['Sat', 'Saturday']\n];\nvar months = [\n\t['J', 'Jan', 'January'],\n\t['F', 'Feb', 'February'],\n\t['M', 'Mar', 'March'],\n\t['A', 'Apr', 'April'],\n\t['M', 'May', 'May'],\n\t['J', 'Jun', 'June'],\n\t['J', 'Jul', 'July'],\n\t['A', 'Aug', 'August'],\n\t['S', 'Sep', 'September'],\n\t['O', 'Oct', 'October'],\n\t['N', 'Nov', 'November'],\n\t['D', 'Dec', 'December']\n];\nfunction frac(x, D, mixed) {\n\tvar sgn = x < 0 ? -1 : 1;\n\tvar B = x * sgn;\n\tvar P_2 = 0, P_1 = 1, P = 0;\n\tvar Q_2 = 1, Q_1 = 0, Q = 0;\n\tvar A = Math.floor(B);\n\twhile(Q_1 < D) {\n\t\tA = Math.floor(B);\n\t\tP = A * P_1 + P_2;\n\t\tQ = A * Q_1 + Q_2;\n\t\tif((B - A) < 0.0000000005) break;\n\t\tB = 1 / (B - A);\n\t\tP_2 = P_1; P_1 = P;\n\t\tQ_2 = Q_1; Q_1 = Q;\n\t}\n\tif(Q > D) { Q = Q_1; P = P_1; }\n\tif(Q > D) { Q = Q_2; P = P_2; }\n\tif(!mixed) return [0, sgn * P, Q];\n\tif(Q===0) throw \"Unexpected state: \"+P+\" \"+P_1+\" \"+P_2+\" \"+Q+\" \"+Q_1+\" \"+Q_2;\n\tvar q = Math.floor(sgn * P/Q);\n\treturn [q, sgn*P - q*Q, Q];\n}\nfunction general_fmt_int(v, opts) { return \"\"+v; }\nSSF._general_int = general_fmt_int;\nvar general_fmt_num = (function make_general_fmt_num() {\nvar gnr1 = /\\.(\\d*[1-9])0+$/, gnr2 = /\\.0*$/, gnr4 = /\\.(\\d*[1-9])0+/, gnr5 = /\\.0*[Ee]/, gnr6 = /(E[+-])(\\d)$/;\nfunction gfn2(v) {\n\tvar w = (v<0?12:11);\n\tvar o = gfn5(v.toFixed(12)); if(o.length <= w) return o;\n\to = v.toPrecision(10); if(o.length <= w) return o;\n\treturn v.toExponential(5);\n}\nfunction gfn3(v) {\n\tvar o = v.toFixed(11).replace(gnr1,\".$1\");\n\tif(o.length > (v<0?12:11)) o = v.toPrecision(6);\n\treturn o;\n}\nfunction gfn4(o) {\n\tfor(var i = 0; i != o.length; ++i) if((o.charCodeAt(i) | 0x20) === 101) return o.replace(gnr4,\".$1\").replace(gnr5,\"E\").replace(\"e\",\"E\").replace(gnr6,\"$10$2\");\n\treturn o;\n}\nfunction gfn5(o) {\n\t//for(var i = 0; i != o.length; ++i) if(o.charCodeAt(i) === 46) return o.replace(gnr2,\"\").replace(gnr1,\".$1\");\n\t//return o;\n\treturn o.indexOf(\".\") > -1 ? o.replace(gnr2,\"\").replace(gnr1,\".$1\") : o;\n}\nreturn function general_fmt_num(v, opts) {\n\tvar V = Math.floor(Math.log(Math.abs(v))*Math.LOG10E), o;\n\tif(V >= -4 && V <= -1) o = v.toPrecision(10+V);\n\telse if(Math.abs(V) <= 9) o = gfn2(v);\n\telse if(V === 10) o = v.toFixed(10).substr(0,12);\n\telse o = gfn3(v);\n\treturn gfn5(gfn4(o));\n};})();\nSSF._general_num = general_fmt_num;\nfunction general_fmt(v, opts) {\n\tswitch(typeof v) {\n\t\tcase 'string': return v;\n\t\tcase 'boolean': return v ? \"TRUE\" : \"FALSE\";\n\t\tcase 'number': return (v|0) === v ? general_fmt_int(v, opts) : general_fmt_num(v, opts);\n\t}\n\tthrow new Error(\"unsupported value in General format: \" + v);\n}\nSSF._general = general_fmt;\nfunction fix_hijri(date, o) { return 0; }\nfunction parse_date_code(v,opts,b2) {\n\tif(v > 2958465 || v < 0) return null;\n\tvar date = (v|0), time = Math.floor(86400 * (v - date)), dow=0;\n\tvar dout=[];\n\tvar out={D:date, T:time, u:86400*(v-date)-time,y:0,m:0,d:0,H:0,M:0,S:0,q:0};\n\tif(Math.abs(out.u) < 1e-6) out.u = 0;\n\tfixopts(opts != null ? opts : (opts=[]));\n\tif(opts.date1904) date += 1462;\n\tif(out.u > 0.999) {\n\t\tout.u = 0;\n\t\tif(++time == 86400) { time = 0; ++date; }\n\t}\n\tif(date === 60) {dout = b2 ? [1317,10,29] : [1900,2,29]; dow=3;}\n\telse if(date === 0) {dout = b2 ? [1317,8,29] : [1900,1,0]; dow=6;}\n\telse {\n\t\tif(date > 60) --date;\n\t\t/* 1 = Jan 1 1900 */\n\t\tvar d = new Date(1900,0,1);\n\t\td.setDate(d.getDate() + date - 1);\n\t\tdout = [d.getFullYear(), d.getMonth()+1,d.getDate()];\n\t\tdow = d.getDay();\n\t\tif(date < 60) dow = (dow + 6) % 7;\n\t\tif(b2) dow = fix_hijri(d, dout);\n\t}\n\tout.y = dout[0]; out.m = dout[1]; out.d = dout[2];\n\tout.S = time % 60; time = Math.floor(time / 60);\n\tout.M = time % 60; time = Math.floor(time / 60);\n\tout.H = time;\n\tout.q = dow;\n\treturn out;\n}\nSSF.parse_date_code = parse_date_code;\n/*jshint -W086 */\nfunction write_date(type, fmt, val, ss0) {\n\tvar o=\"\", ss=0, tt=0, y = val.y, out, outl = 0;\n\tswitch(type) {\n\t\tcase 98: /* 'b' buddhist year */\n\t\t\ty = val.y + 543;\n\t\t\t/* falls through */\n\t\tcase 121: /* 'y' year */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = y % 100; outl = 2; break;\n\t\t\tdefault: out = y % 10000; outl = 4; break;\n\t\t} break;\n\t\tcase 109: /* 'm' month */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.m; outl = fmt.length; break;\n\t\t\tcase 3: return months[val.m-1][1];\n\t\t\tcase 5: return months[val.m-1][0];\n\t\t\tdefault: return months[val.m-1][2];\n\t\t} break;\n\t\tcase 100: /* 'd' day */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.d; outl = fmt.length; break;\n\t\t\tcase 3: return days[val.q][0];\n\t\t\tdefault: return days[val.q][1];\n\t\t} break;\n\t\tcase 104: /* 'h' 12-hour */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = 1+(val.H+11)%12; outl = fmt.length; break;\n\t\t\tdefault: throw 'bad hour format: ' + fmt;\n\t\t} break;\n\t\tcase 72: /* 'H' 24-hour */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.H; outl = fmt.length; break;\n\t\t\tdefault: throw 'bad hour format: ' + fmt;\n\t\t} break;\n\t\tcase 77: /* 'M' minutes */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.M; outl = fmt.length; break;\n\t\t\tdefault: throw 'bad minute format: ' + fmt;\n\t\t} break;\n\t\tcase 115: /* 's' seconds */\n\t\tif(val.u === 0) switch(fmt) {\n\t\t\tcase 's': case 'ss': return pad0(val.S, fmt.length);\n\t\t\tcase '.0': case '.00': case '.000':\n\t\t}\n\t\tswitch(fmt) {\n\t\t\tcase 's': case 'ss': case '.0': case '.00': case '.000':\n\t\t\t\tif(ss0 >= 2) tt = ss0 === 3 ? 1000 : 100;\n\t\t\t\telse tt = ss0 === 1 ? 10 : 1;\n\t\t\t\tss = Math.round((tt)*(val.S + val.u));\n\t\t\t\tif(ss >= 60*tt) ss = 0;\n\t\t\t\tif(fmt === 's') return ss === 0 ? \"0\" : \"\"+ss/tt;\n\t\t\t\to = pad0(ss,2 + ss0);\n\t\t\t\tif(fmt === 'ss') return o.substr(0,2);\n\t\t\t\treturn \".\" + o.substr(2,fmt.length-1);\n\t\t\tdefault: throw 'bad second format: ' + fmt;\n\t\t}\n\t\tcase 90: /* 'Z' absolute time */\n\t\tswitch(fmt) {\n\t\t\tcase '[h]': case '[hh]': out = val.D*24+val.H; break;\n\t\t\tcase '[m]': case '[mm]': out = (val.D*24+val.H)*60+val.M; break;\n\t\t\tcase '[s]': case '[ss]': out = ((val.D*24+val.H)*60+val.M)*60+Math.round(val.S+val.u); break;\n\t\t\tdefault: throw 'bad abstime format: ' + fmt;\n\t\t} outl = fmt.length === 3 ? 1 : 2; break;\n\t\tcase 101: /* 'e' era */\n\t\t\tout = y; outl = 1;\n\t}\n\tif(outl > 0) return pad0(out, outl); else return \"\";\n}\n/*jshint +W086 */\nfunction commaify(s) {\n\tif(s.length <= 3) return s;\n\tvar j = (s.length % 3), o = s.substr(0,j);\n\tfor(; j!=s.length; j+=3) o+=(o.length > 0 ? \",\" : \"\") + s.substr(j,3);\n\treturn o;\n}\nvar write_num = (function make_write_num(){\nvar pct1 = /%/g;\nfunction write_num_pct(type, fmt, val){\n\tvar sfmt = fmt.replace(pct1,\"\"), mul = fmt.length - sfmt.length;\n\treturn write_num(type, sfmt, val * Math.pow(10,2*mul)) + fill(\"%\",mul);\n}\nfunction write_num_cm(type, fmt, val){\n\tvar idx = fmt.length - 1;\n\twhile(fmt.charCodeAt(idx-1) === 44) --idx;\n\treturn write_num(type, fmt.substr(0,idx), val / Math.pow(10,3*(fmt.length-idx)));\n}\nfunction write_num_exp(fmt, val){\n\tvar o;\n\tvar idx = fmt.indexOf(\"E\") - fmt.indexOf(\".\") - 1;\n\tif(fmt.match(/^#+0.0E\\+0$/)) {\n\t\tvar period = fmt.indexOf(\".\"); if(period === -1) period=fmt.indexOf('E');\n\t\tvar ee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E)%period;\n\t\tif(ee < 0) ee += period;\n\t\to = (val/Math.pow(10,ee)).toPrecision(idx+1+(period+ee)%period);\n\t\tif(o.indexOf(\"e\") === -1) {\n\t\t\tvar fakee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E);\n\t\t\tif(o.indexOf(\".\") === -1) o = o[0] + \".\" + o.substr(1) + \"E+\" + (fakee - o.length+ee);\n\t\t\telse o += \"E+\" + (fakee - ee);\n\t\t\twhile(o.substr(0,2) === \"0.\") {\n\t\t\t\to = o[0] + o.substr(2,period) + \".\" + o.substr(2+period);\n\t\t\t\to = o.replace(/^0+([1-9])/,\"$1\").replace(/^0+\\./,\"0.\");\n\t\t\t}\n\t\t\to = o.replace(/\\+-/,\"-\");\n\t\t}\n\t\to = o.replace(/^([+-]?)(\\d*)\\.(\\d*)[Ee]/,function($$,$1,$2,$3) { return $1 + $2 + $3.substr(0,(period+ee)%period) + \".\" + $3.substr(ee) + \"E\"; });\n\t} else o = val.toExponential(idx);\n\tif(fmt.match(/E\\+00$/) && o.match(/e[+-]\\d$/)) o = o.substr(0,o.length-1) + \"0\" + o[o.length-1];\n\tif(fmt.match(/E\\-/) && o.match(/e\\+/)) o = o.replace(/e\\+/,\"e\");\n\treturn o.replace(\"e\",\"E\");\n}\nvar frac1 = /# (\\?+)( ?)\\/( ?)(\\d+)/;\nfunction write_num_f1(r, aval, sign) {\n\tvar den = parseInt(r[4]), rr = Math.round(aval * den), base = Math.floor(rr/den);\n\tvar myn = (rr - base*den), myd = den;\n\treturn sign + (base === 0 ? \"\" : \"\"+base) + \" \" + (myn === 0 ? fill(\" \", r[1].length + 1 + r[4].length) : pad_(myn,r[1].length) + r[2] + \"/\" + r[3] + pad0(myd,r[4].length));\n}\nfunction write_num_f2(r, aval, sign) {\n\treturn sign + (aval === 0 ? \"\" : \"\"+aval) + fill(\" \", r[1].length + 2 + r[4].length);\n}\nvar dec1 = /^#*0*\\.(0+)/;\nvar closeparen = /\\).*[0#]/;\nvar phone = /\\(###\\) ###\\\\?-####/;\nfunction hashq(str) {\n\tvar o = \"\", cc;\n\tfor(var i = 0; i != str.length; ++i) switch((cc=str.charCodeAt(i))) {\n\t\tcase 35: break;\n\t\tcase 63: o+= \" \"; break;\n\t\tcase 48: o+= \"0\"; break;\n\t\tdefault: o+= String.fromCharCode(cc);\n\t}\n\treturn o;\n}\nfunction rnd(val, d) { var dd = Math.pow(10,d); return \"\"+(Math.round(val * dd)/dd); }\nfunction dec(val, d) { return Math.round((val-Math.floor(val))*Math.pow(10,d)); }\nfunction flr(val) { if(val < 2147483647 && val > -2147483648) return \"\"+(val >= 0 ? (val|0) : (val-1|0)); return \"\"+Math.floor(val); }\nfunction write_num_flt(type, fmt, val) {\n\tif(type.charCodeAt(0) === 40 && !fmt.match(closeparen)) {\n\t\tvar ffmt = fmt.replace(/\\( */,\"\").replace(/ \\)/,\"\").replace(/\\)/,\"\");\n\t\tif(val >= 0) return write_num_flt('n', ffmt, val);\n\t\treturn '(' + write_num_flt('n', ffmt, -val) + ')';\n\t}\n\tif(fmt.charCodeAt(fmt.length - 1) === 44) return write_num_cm(type, fmt, val);\n\tif(fmt.indexOf('%') !== -1) return write_num_pct(type, fmt, val);\n\tif(fmt.indexOf('E') !== -1) return write_num_exp(fmt, val);\n\tif(fmt.charCodeAt(0) === 36) return \"$\"+write_num_flt(type,fmt.substr(fmt[1]==' '?2:1),val);\n\tvar o, oo;\n\tvar r, ri, ff, aval = Math.abs(val), sign = val < 0 ? \"-\" : \"\";\n\tif(fmt.match(/^00+$/)) return sign + pad0r(aval,fmt.length);\n\tif(fmt.match(/^[#?]+$/)) {\n\t\to = pad0r(val,0); if(o === \"0\") o = \"\";\n\t\treturn o.length > fmt.length ? o : hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n\tif((r = fmt.match(frac1)) !== null) return write_num_f1(r, aval, sign);\n\tif(fmt.match(/^#+0+$/) !== null) return sign + pad0r(aval,fmt.length - fmt.indexOf(\"0\"));\n\tif((r = fmt.match(dec1)) !== null) {\n\t\to = rnd(val, r[1].length).replace(/^([^\\.]+)$/,\"$1.\"+r[1]).replace(/\\.$/,\".\"+r[1]).replace(/\\.(\\d*)$/,function($$, $1) { return \".\" + $1 + fill(\"0\", r[1].length-$1.length); });\n\t\treturn fmt.indexOf(\"0.\") !== -1 ? o : o.replace(/^0\\./,\".\");\n\t}\n\tfmt = fmt.replace(/^#+([0.])/, \"$1\");\n\tif((r = fmt.match(/^(0*)\\.(#*)$/)) !== null) {\n\t\treturn sign + rnd(aval, r[2].length).replace(/\\.(\\d*[1-9])0*$/,\".$1\").replace(/^(-?\\d*)$/,\"$1.\").replace(/^0\\./,r[1].length?\"0.\":\".\");\n\t}\n\tif((r = fmt.match(/^#,##0(\\.?)$/)) !== null) return sign + commaify(pad0r(aval,0));\n\tif((r = fmt.match(/^#,##0\\.([#0]*0)$/)) !== null) {\n\t\treturn val < 0 ? \"-\" + write_num_flt(type, fmt, -val) : commaify(\"\"+(Math.floor(val))) + \".\" + pad0(dec(val, r[1].length),r[1].length);\n\t}\n\tif((r = fmt.match(/^#,#*,#0/)) !== null) return write_num_flt(type,fmt.replace(/^#,#*,/,\"\"),val);\n\tif((r = fmt.match(/^([0#]+)(\\\\?-([0#]+))+$/)) !== null) {\n\t\to = _strrev(write_num_flt(type, fmt.replace(/[\\\\-]/g,\"\"), val));\n\t\tri = 0;\n\t\treturn _strrev(_strrev(fmt.replace(/\\\\/g,\"\")).replace(/[0#]/g,function(x){return ri<o.length?o[ri++]:x==='0'?'0':\"\";}));\n\t}\n\tif(fmt.match(phone) !== null) {\n\t\to = write_num_flt(type, \"##########\", val);\n\t\treturn \"(\" + o.substr(0,3) + \") \" + o.substr(3, 3) + \"-\" + o.substr(6);\n\t}\n\tvar oa = \"\";\n\tif((r = fmt.match(/^([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(r[4].length,7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, false);\n\t\to = \"\" + sign;\n\t\toa = write_num(\"n\", r[1], ff[1]);\n\t\tif(oa[oa.length-1] == \" \") oa = oa.substr(0,oa.length-1) + \"0\";\n\t\to += oa + r[2] + \"/\" + r[3];\n\t\toa = rpad_(ff[2],ri);\n\t\tif(oa.length < r[4].length) oa = hashq(r[4].substr(r[4].length-oa.length)) + oa;\n\t\to += oa;\n\t\treturn o;\n\t}\n\tif((r = fmt.match(/^# ([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(Math.max(r[1].length, r[4].length),7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, true);\n\t\treturn sign + (ff[0]||(ff[1] ? \"\" : \"0\")) + \" \" + (ff[1] ? pad_(ff[1],ri) + r[2] + \"/\" + r[3] + rpad_(ff[2],ri): fill(\" \", 2*ri+1 + r[2].length + r[3].length));\n\t}\n\tif((r = fmt.match(/^[#0?]+$/)) !== null) {\n\t\to = pad0r(val, 0);\n\t\tif(fmt.length <= o.length) return o;\n\t\treturn hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n if((r = fmt.match(/^([#0?]+)\\.([#0]+)$/)) !== null) {\n\t\to = \"\" + val.toFixed(Math.min(r[2].length,10)).replace(/([^0])0+$/,\"$1\");\n\t\tri = o.indexOf(\".\");\n\t\tvar lres = fmt.indexOf(\".\") - ri, rres = fmt.length - o.length - lres;\n\t\treturn hashq(fmt.substr(0,lres) + o + fmt.substr(fmt.length-rres));\n\t}\n\tif((r = fmt.match(/^00,000\\.([#0]*0)$/)) !== null) {\n\t\tri = dec(val, r[1].length);\n\t\treturn val < 0 ? \"-\" + write_num_flt(type, fmt, -val) : commaify(flr(val)).replace(/^\\d,\\d{3}$/,\"0$&\").replace(/^\\d*$/,function($$) { return \"00,\" + ($$.length < 3 ? pad0(0,3-$$.length) : \"\") + $$; }) + \".\" + pad0(ri,r[1].length);\n\t}\n\tswitch(fmt) {\n\t\tcase \"#,###\": var x = commaify(pad0r(aval,0)); return x !== \"0\" ? sign + x : \"\";\n\t\tdefault:\n\t}\n\tthrow new Error(\"unsupported format |\" + fmt + \"|\");\n}\nfunction write_num_cm2(type, fmt, val){\n\tvar idx = fmt.length - 1;\n\twhile(fmt.charCodeAt(idx-1) === 44) --idx;\n\treturn write_num(type, fmt.substr(0,idx), val / Math.pow(10,3*(fmt.length-idx)));\n}\nfunction write_num_pct2(type, fmt, val){\n\tvar sfmt = fmt.replace(pct1,\"\"), mul = fmt.length - sfmt.length;\n\treturn write_num(type, sfmt, val * Math.pow(10,2*mul)) + fill(\"%\",mul);\n}\nfunction write_num_exp2(fmt, val){\n\tvar o;\n\tvar idx = fmt.indexOf(\"E\") - fmt.indexOf(\".\") - 1;\n\tif(fmt.match(/^#+0.0E\\+0$/)) {\n\t\tvar period = fmt.indexOf(\".\"); if(period === -1) period=fmt.indexOf('E');\n\t\tvar ee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E)%period;\n\t\tif(ee < 0) ee += period;\n\t\to = (val/Math.pow(10,ee)).toPrecision(idx+1+(period+ee)%period);\n\t\tif(!o.match(/[Ee]/)) {\n\t\t\tvar fakee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E);\n\t\t\tif(o.indexOf(\".\") === -1) o = o[0] + \".\" + o.substr(1) + \"E+\" + (fakee - o.length+ee);\n\t\t\telse o += \"E+\" + (fakee - ee);\n\t\t\to = o.replace(/\\+-/,\"-\");\n\t\t}\n\t\to = o.replace(/^([+-]?)(\\d*)\\.(\\d*)[Ee]/,function($$,$1,$2,$3) { return $1 + $2 + $3.substr(0,(period+ee)%period) + \".\" + $3.substr(ee) + \"E\"; });\n\t} else o = val.toExponential(idx);\n\tif(fmt.match(/E\\+00$/) && o.match(/e[+-]\\d$/)) o = o.substr(0,o.length-1) + \"0\" + o[o.length-1];\n\tif(fmt.match(/E\\-/) && o.match(/e\\+/)) o = o.replace(/e\\+/,\"e\");\n\treturn o.replace(\"e\",\"E\");\n}\nfunction write_num_int(type, fmt, val) {\n\tif(type.charCodeAt(0) === 40 && !fmt.match(closeparen)) {\n\t\tvar ffmt = fmt.replace(/\\( */,\"\").replace(/ \\)/,\"\").replace(/\\)/,\"\");\n\t\tif(val >= 0) return write_num_int('n', ffmt, val);\n\t\treturn '(' + write_num_int('n', ffmt, -val) + ')';\n\t}\n\tif(fmt.charCodeAt(fmt.length - 1) === 44) return write_num_cm2(type, fmt, val);\n\tif(fmt.indexOf('%') !== -1) return write_num_pct2(type, fmt, val);\n\tif(fmt.indexOf('E') !== -1) return write_num_exp2(fmt, val);\n\tif(fmt.charCodeAt(0) === 36) return \"$\"+write_num_int(type,fmt.substr(fmt[1]==' '?2:1),val);\n\tvar o;\n\tvar r, ri, ff, aval = Math.abs(val), sign = val < 0 ? \"-\" : \"\";\n\tif(fmt.match(/^00+$/)) return sign + pad0(aval,fmt.length);\n\tif(fmt.match(/^[#?]+$/)) {\n\t\to = (\"\"+val); if(val === 0) o = \"\";\n\t\treturn o.length > fmt.length ? o : hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n\tif((r = fmt.match(frac1)) !== null) return write_num_f2(r, aval, sign);\n\tif(fmt.match(/^#+0+$/) !== null) return sign + pad0(aval,fmt.length - fmt.indexOf(\"0\"));\n\tif((r = fmt.match(dec1)) !== null) {\n\t\to = (\"\"+val).replace(/^([^\\.]+)$/,\"$1.\"+r[1]).replace(/\\.$/,\".\"+r[1]).replace(/\\.(\\d*)$/,function($$, $1) { return \".\" + $1 + fill(\"0\", r[1].length-$1.length); });\n\t\treturn fmt.indexOf(\"0.\") !== -1 ? o : o.replace(/^0\\./,\".\");\n\t}\n\tfmt = fmt.replace(/^#+([0.])/, \"$1\");\n\tif((r = fmt.match(/^(0*)\\.(#*)$/)) !== null) {\n\t\treturn sign + (\"\"+aval).replace(/\\.(\\d*[1-9])0*$/,\".$1\").replace(/^(-?\\d*)$/,\"$1.\").replace(/^0\\./,r[1].length?\"0.\":\".\");\n\t}\n\tif((r = fmt.match(/^#,##0(\\.?)$/)) !== null) return sign + commaify((\"\"+aval));\n\tif((r = fmt.match(/^#,##0\\.([#0]*0)$/)) !== null) {\n\t\treturn val < 0 ? \"-\" + write_num_int(type, fmt, -val) : commaify((\"\"+val)) + \".\" + fill('0',r[1].length);\n\t}\n\tif((r = fmt.match(/^#,#*,#0/)) !== null) return write_num_int(type,fmt.replace(/^#,#*,/,\"\"),val);\n\tif((r = fmt.match(/^([0#]+)(\\\\?-([0#]+))+$/)) !== null) {\n\t\to = _strrev(write_num_int(type, fmt.replace(/[\\\\-]/g,\"\"), val));\n\t\tri = 0;\n\t\treturn _strrev(_strrev(fmt.replace(/\\\\/g,\"\")).replace(/[0#]/g,function(x){return ri<o.length?o[ri++]:x==='0'?'0':\"\";}));\n\t}\n\tif(fmt.match(phone) !== null) {\n\t\to = write_num_int(type, \"##########\", val);\n\t\treturn \"(\" + o.substr(0,3) + \") \" + o.substr(3, 3) + \"-\" + o.substr(6);\n\t}\n\tvar oa = \"\";\n\tif((r = fmt.match(/^([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(r[4].length,7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, false);\n\t\to = \"\" + sign;\n\t\toa = write_num(\"n\", r[1], ff[1]);\n\t\tif(oa[oa.length-1] == \" \") oa = oa.substr(0,oa.length-1) + \"0\";\n\t\to += oa + r[2] + \"/\" + r[3];\n\t\toa = rpad_(ff[2],ri);\n\t\tif(oa.length < r[4].length) oa = hashq(r[4].substr(r[4].length-oa.length)) + oa;\n\t\to += oa;\n\t\treturn o;\n\t}\n\tif((r = fmt.match(/^# ([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(Math.max(r[1].length, r[4].length),7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, true);\n\t\treturn sign + (ff[0]||(ff[1] ? \"\" : \"0\")) + \" \" + (ff[1] ? pad_(ff[1],ri) + r[2] + \"/\" + r[3] + rpad_(ff[2],ri): fill(\" \", 2*ri+1 + r[2].length + r[3].length));\n\t}\n\tif((r = fmt.match(/^[#0?]+$/)) !== null) {\n\t\to = \"\" + val;\n\t\tif(fmt.length <= o.length) return o;\n\t\treturn hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n\tif((r = fmt.match(/^([#0]+)\\.([#0]+)$/)) !== null) {\n\t\to = \"\" + val.toFixed(Math.min(r[2].length,10)).replace(/([^0])0+$/,\"$1\");\n\t\tri = o.indexOf(\".\");\n\t\tvar lres = fmt.indexOf(\".\") - ri, rres = fmt.length - o.length - lres;\n\t\treturn hashq(fmt.substr(0,lres) + o + fmt.substr(fmt.length-rres));\n\t}\n\tif((r = fmt.match(/^00,000\\.([#0]*0)$/)) !== null) {\n\t\treturn val < 0 ? \"-\" + write_num_int(type, fmt, -val) : commaify(\"\"+val).replace(/^\\d,\\d{3}$/,\"0$&\").replace(/^\\d*$/,function($$) { return \"00,\" + ($$.length < 3 ? pad0(0,3-$$.length) : \"\") + $$; }) + \".\" + pad0(0,r[1].length);\n\t}\n\tswitch(fmt) {\n\t\tcase \"#,###\": var x = commaify(\"\"+aval); return x !== \"0\" ? sign + x : \"\";\n\t\tdefault:\n\t}\n\tthrow new Error(\"unsupported format |\" + fmt + \"|\");\n}\nreturn function write_num(type, fmt, val) {\n\treturn (val|0) === val ? write_num_int(type, fmt, val) : write_num_flt(type, fmt, val);\n};})();\nfunction split_fmt(fmt) {\n\tvar out = [];\n\tvar in_str = false, cc;\n\tfor(var i = 0, j = 0; i < fmt.length; ++i) switch((cc=fmt.charCodeAt(i))) {\n\t\tcase 34: /* '\"' */\n\t\t\tin_str = !in_str; break;\n\t\tcase 95: case 42: case 92: /* '_' '*' '\\\\' */\n\t\t\t++i; break;\n\t\tcase 59: /* ';' */\n\t\t\tout[out.length] = fmt.substr(j,i-j);\n\t\t\tj = i+1;\n\t}\n\tout[out.length] = fmt.substr(j);\n\tif(in_str === true) throw new Error(\"Format |\" + fmt + \"| unterminated string \");\n\treturn out;\n}\nSSF._split = split_fmt;\nvar abstime = /\\[[HhMmSs]*\\]/;\nfunction eval_fmt(fmt, v, opts, flen) {\n\tvar out = [], o = \"\", i = 0, c = \"\", lst='t', q, dt, j, cc;\n\tvar hr='H';\n\t/* Tokenize */\n\twhile(i < fmt.length) {\n\t\tswitch((c = fmt[i])) {\n\t\t\tcase 'G': /* General */\n\t\t\t\tif(!isgeneral(fmt, i)) throw new Error('unrecognized character ' + c + ' in ' +fmt);\n\t\t\t\tout[out.length] = {t:'G', v:'General'}; i+=7; break;\n\t\t\tcase '\"': /* Literal text */\n\t\t\t\tfor(o=\"\";(cc=fmt.charCodeAt(++i)) !== 34 && i < fmt.length;) o += String.fromCharCode(cc);\n\t\t\t\tout[out.length] = {t:'t', v:o}; ++i; break;\n\t\t\tcase '\\\\': var w = fmt[++i], t = (w === \"(\" || w === \")\") ? w : 't';\n\t\t\t\tout[out.length] = {t:t, v:w}; ++i; break;\n\t\t\tcase '_': out[out.length] = {t:'t', v:\" \"}; i+=2; break;\n\t\t\tcase '@': /* Text Placeholder */\n\t\t\t\tout[out.length] = {t:'T', v:v}; ++i; break;\n\t\t\tcase 'B': case 'b':\n\t\t\t\tif(fmt[i+1] === \"1\" || fmt[i+1] === \"2\") {\n if(dt==null) { dt=parse_date_code(v, opts, fmt[i+1] === \"2\"); if(dt==null) return \"\"; }\n\t\t\t\t\tout[out.length] = {t:'X', v:fmt.substr(i,2)}; lst = c; i+=2; break;\n\t\t\t\t}\n\t\t\t\t/* falls through */\n\t\t\tcase 'M': case 'D': case 'Y': case 'H': case 'S': case 'E':\n\t\t\t\tc = c.toLowerCase();\n\t\t\t\t/* falls through */\n\t\t\tcase 'm': case 'd': case 'y': case 'h': case 's': case 'e': case 'g':\n\t\t\t\tif(v < 0) return \"\";\n\t\t\t\tif(dt==null) { dt=parse_date_code(v, opts); if(dt==null) return \"\"; }\n\t\t\t\to = c; while(++i<fmt.length && fmt[i].toLowerCase() === c) o+=c;\n\t\t\t\tif(c === 'm' && lst.toLowerCase() === 'h') c = 'M'; /* m = minute */\n\t\t\t\tif(c === 'h') c = hr;\n\t\t\t\tout[out.length] = {t:c, v:o}; lst = c; break;\n\t\t\tcase 'A':\n\t\t\t\tq={t:c, v:\"A\"};\n\t\t\t\tif(dt==null) dt=parse_date_code(v, opts);\n if(fmt.substr(i, 3) === \"A/P\") { if(dt!=null) q.v = dt.H >= 12 ? \"P\" : \"A\"; q.t = 'T'; hr='h';i+=3;}\n else if(fmt.substr(i,5) === \"AM/PM\") { if(dt!=null) q.v = dt.H >= 12 ? \"PM\" : \"AM\"; q.t = 'T'; i+=5; hr='h'; }\n\t\t\t\telse { q.t = \"t\"; ++i; }\n\t\t\t\tif(dt==null && q.t === 'T') return \"\";\n\t\t\t\tout[out.length] = q; lst = c; break;\n\t\t\tcase '[':\n\t\t\t\to = c;\n\t\t\t\twhile(fmt[i++] !== ']' && i < fmt.length) o += fmt[i];\n\t\t\t\tif(o.substr(-1) !== ']') throw 'unterminated \"[\" block: |' + o + '|';\n\t\t\t\tif(o.match(abstime)) {\n\t\t\t\t\tif(dt==null) { dt=parse_date_code(v, opts); if(dt==null) return \"\"; }\n\t\t\t\t\tout[out.length] = {t:'Z', v:o.toLowerCase()};\n\t\t\t\t} else { o=\"\"; }\n\t\t\t\tbreak;\n\t\t\t/* Numbers */\n\t\t\tcase '.':\n\t\t\t\tif(dt != null) {\n\t\t\t\t\to = c; while((c=fmt[++i]) === \"0\") o += c;\n\t\t\t\t\tout[out.length] = {t:'s', v:o}; break;\n\t\t\t\t}\n\t\t\t\t/* falls through */\n\t\t\tcase '0': case '#':\n\t\t\t\to = c; while(\"0#?.,E+-%\".indexOf(c=fmt[++i]) > -1 || c=='\\\\' && fmt[i+1] == \"-\" && \"0#\".indexOf(fmt[i+2])>-1) o += c;\n\t\t\t\tout[out.length] = {t:'n', v:o}; break;\n\t\t\tcase '?':\n\t\t\t\to = c; while(fmt[++i] === c) o+=c;\n\t\t\t\tq={t:c, v:o}; out[out.length] = q; lst = c; break;\n\t\t\tcase '*': ++i; if(fmt[i] == ' ' || fmt[i] == '*') ++i; break; // **\n\t\t\tcase '(': case ')': out[out.length] = {t:(flen===1?'t':c), v:c}; ++i; break;\n\t\t\tcase '1': case '2': case '3': case '4': case '5': case '6': case '7': case '8': case '9':\n\t\t\t\to = c; while(\"0123456789\".indexOf(fmt[++i]) > -1) o+=fmt[i];\n\t\t\t\tout[out.length] = {t:'D', v:o}; break;\n\t\t\tcase ' ': out[out.length] = {t:c, v:c}; ++i; break;\n\t\t\tdefault:\n\t\t\t\tif(\",$-+/():!^&'~{}<>=€acfijklopqrtuvwxz\".indexOf(c) === -1) throw new Error('unrecognized character ' + c + ' in ' + fmt);\n\t\t\t\tout[out.length] = {t:'t', v:c}; ++i; break;\n\t\t}\n\t}\n\tvar bt = 0, ss0 = 0, ssm;\n\tfor(i=out.length-1, lst='t'; i >= 0; --i) {\n\t\tswitch(out[i].t) {\n\t\t\tcase 'h': case 'H': out[i].t = hr; lst='h'; if(bt < 1) bt = 1; break;\n\t\t\tcase 's':\n\t\t\t\tif((ssm=out[i].v.match(/\\.0+$/))) ss0=Math.max(ss0,ssm[0].length-1);\n\t\t\t\tif(bt < 3) bt = 3;\n\t\t\t/* falls through */\n\t\t\tcase 'd': case 'y': case 'M': case 'e': lst=out[i].t; break;\n\t\t\tcase 'm': if(lst === 's') { out[i].t = 'M'; if(bt < 2) bt = 2; } break;\n\t\t\tcase 'X': if(out[i].v === \"B2\");\n\t\t\t\tbreak;\n\t\t\tcase 'Z':\n\t\t\t\tif(bt < 1 && out[i].v.match(/[Hh]/)) bt = 1;\n\t\t\t\tif(bt < 2 && out[i].v.match(/[Mm]/)) bt = 2;\n\t\t\t\tif(bt < 3 && out[i].v.match(/[Ss]/)) bt = 3;\n\t\t}\n\t}\n\tswitch(bt) {\n\t\tcase 0: break;\n\t\tcase 1:\n\t\t\tif(dt.u >= 0.5) { dt.u = 0; ++dt.S; }\n\t\t\tif(dt.S >= 60) { dt.S = 0; ++dt.M; }\n\t\t\tif(dt.M >= 60) { dt.M = 0; ++dt.H; }\n\t\t\tbreak;\n\t\tcase 2:\n\t\t\tif(dt.u >= 0.5) { dt.u = 0; ++dt.S; }\n\t\t\tif(dt.S >= 60) { dt.S = 0; ++dt.M; }\n\t\t\tbreak;\n\t}\n\t/* replace fields */\n\tvar nstr = \"\", jj;\n\tfor(i=0; i < out.length; ++i) {\n\t\tswitch(out[i].t) {\n\t\t\tcase 't': case 'T': case ' ': case 'D': break;\n\t\t\tcase 'X': out[i] = undefined; break;\n\t\t\tcase 'd': case 'm': case 'y': case 'h': case 'H': case 'M': case 's': case 'e': case 'b': case 'Z':\n\t\t\t\tout[i].v = write_date(out[i].t.charCodeAt(0), out[i].v, dt, ss0);\n\t\t\t\tout[i].t = 't'; break;\n\t\t\tcase 'n': case '(': case '?':\n\t\t\t\tjj = i+1;\n\t\t\t\twhile(out[jj] != null && (\n\t\t\t\t\t(c=out[jj].t) === \"?\" || c === \"D\" ||\n\t\t\t\t\t(c === \" \" || c === \"t\") && out[jj+1] != null && (out[jj+1].t === '?' || out[jj+1].t === \"t\" && out[jj+1].v === '/') ||\n\t\t\t\t\tout[i].t === '(' && (c === ' ' || c === 'n' || c === ')') ||\n\t\t\t\t\tc === 't' && (out[jj].v === '/' || '$€'.indexOf(out[jj].v) > -1 || out[jj].v === ' ' && out[jj+1] != null && out[jj+1].t == '?')\n\t\t\t\t)) {\n\t\t\t\t\tout[i].v += out[jj].v;\n\t\t\t\t\tout[jj] = undefined; ++jj;\n\t\t\t\t}\n\t\t\t\tnstr += out[i].v;\n\t\t\t\ti = jj-1; break;\n\t\t\tcase 'G': out[i].t = 't'; out[i].v = general_fmt(v,opts); break;\n\t\t}\n\t}\n\tvar vv = \"\", myv, ostr;\n\tif(nstr.length > 0) {\n\t\tmyv = (v<0&&nstr.charCodeAt(0) === 45 ? -v : v); /* '-' */\n\t\tostr = write_num(nstr.charCodeAt(0) === 40 ? '(' : 'n', nstr, myv); /* '(' */\n\t\tjj=ostr.length-1;\n\t\tvar decpt = out.length;\n\t\tfor(i=0; i < out.length; ++i) if(out[i] != null && out[i].v.indexOf(\".\") > -1) { decpt = i; break; }\n\t\tvar lasti=out.length;\n\t\tif(decpt === out.length && ostr.indexOf(\"E\") === -1) {\n\t\t\tfor(i=out.length-1; i>= 0;--i) {\n\t\t\t\tif(out[i] == null || 'n?('.indexOf(out[i].t) === -1) continue;\n\t\t\t\tif(jj>=out[i].v.length-1) { jj -= out[i].v.length; out[i].v = ostr.substr(jj+1, out[i].v.length); }\n\t\t\t\telse if(jj < 0) out[i].v = \"\";\n\t\t\t\telse { out[i].v = ostr.substr(0, jj+1); jj = -1; }\n\t\t\t\tout[i].t = 't';\n\t\t\t\tlasti = i;\n\t\t\t}\n\t\t\tif(jj>=0 && lasti<out.length) out[lasti].v = ostr.substr(0,jj+1) + out[lasti].v;\n\t\t}\n\t\telse if(decpt !== out.length && ostr.indexOf(\"E\") === -1) {\n\t\t\tjj = ostr.indexOf(\".\")-1;\n\t\t\tfor(i=decpt; i>= 0; --i) {\n\t\t\t\tif(out[i] == null || 'n?('.indexOf(out[i].t) === -1) continue;\n\t\t\t\tj=out[i].v.indexOf(\".\")>-1&&i===decpt?out[i].v.indexOf(\".\")-1:out[i].v.length-1;\n\t\t\t\tvv = out[i].v.substr(j+1);\n\t\t\t\tfor(; j>=0; --j) {\n\t\t\t\t\tif(jj>=0 && (out[i].v[j] === \"0\" || out[i].v[j] === \"#\")) vv = ostr[jj--] + vv;\n\t\t\t\t}\n\t\t\t\tout[i].v = vv;\n\t\t\t\tout[i].t = 't';\n\t\t\t\tlasti = i;\n\t\t\t}\n\t\t\tif(jj>=0 && lasti<out.length) out[lasti].v = ostr.substr(0,jj+1) + out[lasti].v;\n\t\t\tjj = ostr.indexOf(\".\")+1;\n\t\t\tfor(i=decpt; i<out.length; ++i) {\n\t\t\t\tif(out[i] == null || 'n?('.indexOf(out[i].t) === -1 && i !== decpt ) continue;\n\t\t\t\tj=out[i].v.indexOf(\".\")>-1&&i===decpt?out[i].v.indexOf(\".\")+1:0;\n\t\t\t\tvv = out[i].v.substr(0,j);\n\t\t\t\tfor(; j<out[i].v.length; ++j) {\n\t\t\t\t\tif(jj<ostr.length) vv += ostr[jj++];\n\t\t\t\t}\n\t\t\t\tout[i].v = vv;\n\t\t\t\tout[i].t = 't';\n\t\t\t\tlasti = i;\n\t\t\t}\n\t\t}\n\t}\n\tfor(i=0; i<out.length; ++i) if(out[i] != null && 'n(?'.indexOf(out[i].t)>-1) {\n\t\tmyv = (flen >1 && v < 0 && i>0 && out[i-1].v === \"-\" ? -v:v);\n\t\tout[i].v = write_num(out[i].t, out[i].v, myv);\n\t\tout[i].t = 't';\n\t}\n\tvar retval = \"\";\n\tfor(i=0; i !== out.length; ++i) if(out[i] != null) retval += out[i].v;\n\treturn retval;\n}\nSSF._eval = eval_fmt;\nvar cfregex = /\\[[=<>]/;\nvar cfregex2 = /\\[([=<>]*)(-?\\d+\\.?\\d*)\\]/;\nfunction chkcond(v, rr) {\n\tif(rr == null) return false;\n\tvar thresh = parseFloat(rr[2]);\n\tswitch(rr[1]) {\n\t\tcase \"=\": if(v == thresh) return true; break;\n\t\tcase \">\": if(v > thresh) return true; break;\n\t\tcase \"<\": if(v < thresh) return true; break;\n\t\tcase \"<>\": if(v != thresh) return true; break;\n\t\tcase \">=\": if(v >= thresh) return true; break;\n\t\tcase \"<=\": if(v <= thresh) return true; break;\n\t}\n\treturn false;\n}\nfunction choose_fmt(f, v) {\n\tvar fmt = split_fmt(f);\n\tvar l = fmt.length, lat = fmt[l-1].indexOf(\"@\");\n\tif(l<4 && lat>-1) --l;\n\tif(fmt.length > 4) throw \"cannot find right format for |\" + fmt + \"|\";\n\tif(typeof v !== \"number\") return [4, fmt.length === 4 || lat>-1?fmt[fmt.length-1]:\"@\"];\n\tswitch(fmt.length) {\n\t\tcase 1: fmt = lat>-1 ? [\"General\", \"General\", \"General\", fmt[0]] : [fmt[0], fmt[0], fmt[0], \"@\"]; break;\n\t\tcase 2: fmt = lat>-1 ? [fmt[0], fmt[0], fmt[0], fmt[1]] : [fmt[0], fmt[1], fmt[0], \"@\"]; break;\n\t\tcase 3: fmt = lat>-1 ? [fmt[0], fmt[1], fmt[0], fmt[2]] : [fmt[0], fmt[1], fmt[2], \"@\"]; break;\n\t\tcase 4: break;\n\t}\n\tvar ff = v > 0 ? fmt[0] : v < 0 ? fmt[1] : fmt[2];\n\tif(fmt[0].indexOf(\"[\") === -1 && fmt[1].indexOf(\"[\") === -1) return [l, ff];\n\tif(fmt[0].match(cfregex) != null || fmt[1].match(cfregex) != null) {\n\t\tvar m1 = fmt[0].match(cfregex2);\n\t\tvar m2 = fmt[1].match(cfregex2);\n\t\treturn chkcond(v, m1) ? [l, fmt[0]] : chkcond(v, m2) ? [l, fmt[1]] : [l, fmt[m1 != null && m2 != null ? 2 : 1]];\n\t}\n\treturn [l, ff];\n}\nfunction format(fmt,v,o) {\n\tfixopts(o != null ? o : (o=[]));\n\tvar sfmt = \"\";\n\tswitch(typeof fmt) {\n\t\tcase \"string\": sfmt = fmt; break;\n\t\tcase \"number\": sfmt = (o.table != null ? o.table : table_fmt)[fmt]; break;\n\t}\n\tif(isgeneral(sfmt,0)) return general_fmt(v, o);\n\tvar f = choose_fmt(sfmt, v);\n\tif(isgeneral(f[1])) return general_fmt(v, o);\n\tif(v === true) v = \"TRUE\"; else if(v === false) v = \"FALSE\";\n\telse if(v === \"\" || v == null) return \"\";\n\treturn eval_fmt(f[1], v, o, f[0]);\n}\nSSF._table = table_fmt;\nSSF.load = function load_entry(fmt, idx) { table_fmt[idx] = fmt; };\nSSF.format = format;\nSSF.get_table = function get_table() { return table_fmt; };\nSSF.load_table = function load_table(tbl) { for(var i=0; i!=0x0188; ++i) if(tbl[i] !== undefined) SSF.load(tbl[i], i); };\n};\nmake_ssf(SSF);\n/* map from xlml named formats to SSF TODO: localize */\nvar XLMLFormatMap = {\n\t\"General Number\": \"General\",\n\t\"General Date\": SSF._table[22],\n\t\"Long Date\": \"dddd, mmmm dd, yyyy\",\n\t\"Medium Date\": SSF._table[15],\n\t\"Short Date\": SSF._table[14],\n\t\"Long Time\": SSF._table[19],\n\t\"Medium Time\": SSF._table[18],\n\t\"Short Time\": SSF._table[20],\n\t\"Currency\": '\"$\"#,##0.00_);[Red]\\\\(\"$\"#,##0.00\\\\)',\n\t\"Fixed\": SSF._table[2],\n\t\"Standard\": SSF._table[4],\n\t\"Percent\": SSF._table[10],\n\t\"Scientific\": SSF._table[11],\n\t\"Yes/No\": '\"Yes\";\"Yes\";\"No\";@',\n\t\"True/False\": '\"True\";\"True\";\"False\";@',\n\t\"On/Off\": '\"Yes\";\"Yes\";\"No\";@'\n};\n\nvar DO_NOT_EXPORT_CFB = true;\n/* cfb.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/* vim: set ts=2: */\n/*jshint eqnull:true */\n\n/* [MS-CFB] v20130118 */\nvar CFB = (function _CFB(){\nvar exports = {};\nexports.version = '0.10.2';\nfunction parse(file) {\nvar mver = 3; // major version\nvar ssz = 512; // sector size\nvar nmfs = 0; // number of mini FAT sectors\nvar ndfs = 0; // number of DIFAT sectors\nvar dir_start = 0; // first directory sector location\nvar minifat_start = 0; // first mini FAT sector location\nvar difat_start = 0; // first mini FAT sector location\n\nvar fat_addrs = []; // locations of FAT sectors\n\n/* [MS-CFB] 2.2 Compound File Header */\nvar blob = file.slice(0,512);\nprep_blob(blob, 0);\n\n/* major version */\nvar mv = check_get_mver(blob);\nmver = mv[0];\nswitch(mver) {\n\tcase 3: ssz = 512; break; case 4: ssz = 4096; break;\n\tdefault: throw \"Major Version: Expected 3 or 4 saw \" + mver;\n}\n\n/* reprocess header */\nif(ssz !== 512) { blob = file.slice(0,ssz); prep_blob(blob, 28 /* blob.l */); }\n/* Save header for final object */\nvar header = file.slice(0,ssz);\n\ncheck_shifts(blob, mver);\n\n// Number of Directory Sectors\nvar nds = blob.read_shift(4, 'i');\nif(mver === 3 && nds !== 0) throw '# Directory Sectors: Expected 0 saw ' + nds;\n\n// Number of FAT Sectors\n//var nfs = blob.read_shift(4, 'i');\nblob.l += 4;\n\n// First Directory Sector Location\ndir_start = blob.read_shift(4, 'i');\n\n// Transaction Signature\nblob.l += 4;\n\n// Mini Stream Cutoff Size\nblob.chk('00100000', 'Mini Stream Cutoff Size: ');\n\n// First Mini FAT Sector Location\nminifat_start = blob.read_shift(4, 'i');\n\n// Number of Mini FAT Sectors\nnmfs = blob.read_shift(4, 'i');\n\n// First DIFAT sector location\ndifat_start = blob.read_shift(4, 'i');\n\n// Number of DIFAT Sectors\nndfs = blob.read_shift(4, 'i');\n\n// Grab FAT Sector Locations\nfor(var q, j = 0; j < 109; ++j) { /* 109 = (512 - blob.l)>>>2; */\n\tq = blob.read_shift(4, 'i');\n\tif(q<0) break;\n\tfat_addrs[j] = q;\n}\n\n/** Break the file up into sectors */\nvar sectors = sectorify(file, ssz);\n\nsleuth_fat(difat_start, ndfs, sectors, ssz, fat_addrs);\n\n/** Chains */\nvar sector_list = make_sector_list(sectors, dir_start, fat_addrs, ssz);\n\nsector_list[dir_start].name = \"!Directory\";\nif(nmfs > 0 && minifat_start !== ENDOFCHAIN) sector_list[minifat_start].name = \"!MiniFAT\";\nsector_list[fat_addrs[0]].name = \"!FAT\";\nsector_list.fat_addrs = fat_addrs;\nsector_list.ssz = ssz;\n\n/* [MS-CFB] 2.6.1 Compound File Directory Entry */\nvar files = {}, Paths = [], FileIndex = [], FullPaths = [], FullPathDir = {};\nread_directory(dir_start, sector_list, sectors, Paths, nmfs, files, FileIndex);\n\nbuild_full_paths(FileIndex, FullPathDir, FullPaths, Paths);\n\nvar root_name = Paths.shift();\nPaths.root = root_name;\n\n/* [MS-CFB] 2.6.4 (Unicode 3.0.1 case conversion) */\nvar find_path = make_find_path(FullPaths, Paths, FileIndex, files, root_name);\n\nreturn {\n\traw: {header: header, sectors: sectors},\n\tFileIndex: FileIndex,\n\tFullPaths: FullPaths,\n\tFullPathDir: FullPathDir,\n\tfind: find_path\n};\n} // parse\n\n/* [MS-CFB] 2.2 Compound File Header -- read up to major version */\nfunction check_get_mver(blob) {\n\t// header signature 8\n\tblob.chk(HEADER_SIGNATURE, 'Header Signature: ');\n\n\t// clsid 16\n\tblob.chk(HEADER_CLSID, 'CLSID: ');\n\n\t// minor version 2\n\tvar mver = blob.read_shift(2, 'u');\n\n\treturn [blob.read_shift(2,'u'), mver];\n}\nfunction check_shifts(blob, mver) {\n\tvar shift = 0x09;\n\n\t// Byte Order\n\tblob.chk('feff', 'Byte Order: ');\n\n\t// Sector Shift\n\tswitch((shift = blob.read_shift(2))) {\n\t\tcase 0x09: if(mver !== 3) throw 'MajorVersion/SectorShift Mismatch'; break;\n\t\tcase 0x0c: if(mver !== 4) throw 'MajorVersion/SectorShift Mismatch'; break;\n\t\tdefault: throw 'Sector Shift: Expected 9 or 12 saw ' + shift;\n\t}\n\n\t// Mini Sector Shift\n\tblob.chk('0600', 'Mini Sector Shift: ');\n\n\t// Reserved\n\tblob.chk('000000000000', 'Reserved: ');\n}\n\n/** Break the file up into sectors */\nfunction sectorify(file, ssz) {\n\tvar nsectors = Math.ceil(file.length/ssz)-1;\n\tvar sectors = new Array(nsectors);\n\tfor(var i=1; i < nsectors; ++i) sectors[i-1] = file.slice(i*ssz,(i+1)*ssz);\n\tsectors[nsectors-1] = file.slice(nsectors*ssz);\n\treturn sectors;\n}\n\n/* [MS-CFB] 2.6.4 Red-Black Tree */\nfunction build_full_paths(FI, FPD, FP, Paths) {\n\tvar i = 0, L = 0, R = 0, C = 0, j = 0, pl = Paths.length;\n\tvar dad = new Array(pl), q = new Array(pl);\n\n\tfor(; i < pl; ++i) { dad[i]=q[i]=i; FP[i]=Paths[i]; }\n\n\tfor(; j < q.length; ++j) {\n\t\ti = q[j];\n\t\tL = FI[i].L; R = FI[i].R; C = FI[i].C;\n\t\tif(dad[i] === i) {\n\t\t\tif(L !== -1 /*NOSTREAM*/ && dad[L] !== L) dad[i] = dad[L];\n\t\t\tif(R !== -1 && dad[R] !== R) dad[i] = dad[R];\n\t\t}\n\t\tif(C !== -1 /*NOSTREAM*/) dad[C] = i;\n\t\tif(L !== -1) { dad[L] = dad[i]; q.push(L); }\n\t\tif(R !== -1) { dad[R] = dad[i]; q.push(R); }\n\t}\n\tfor(i=1; i !== pl; ++i) if(dad[i] === i) {\n\t\tif(R !== -1 /*NOSTREAM*/ && dad[R] !== R) dad[i] = dad[R];\n\t\telse if(L !== -1 && dad[L] !== L) dad[i] = dad[L];\n\t}\n\n\tfor(i=1; i < pl; ++i) {\n\t\tif(FI[i].type === 0 /* unknown */) continue;\n\t\tj = dad[i];\n\t\tif(j === 0) FP[i] = FP[0] + \"/\" + FP[i];\n\t\telse while(j !== 0) {\n\t\t\tFP[i] = FP[j] + \"/\" + FP[i];\n\t\t\tj = dad[j];\n\t\t}\n\t\tdad[i] = 0;\n\t}\n\n\tFP[0] += \"/\";\n\tfor(i=1; i < pl; ++i) {\n\t\tif(FI[i].type !== 2 /* stream */) FP[i] += \"/\";\n\t\tFPD[FP[i]] = FI[i];\n\t}\n}\n\n/* [MS-CFB] 2.6.4 */\nfunction make_find_path(FullPaths, Paths, FileIndex, files, root_name) {\n\tvar UCFullPaths = new Array(FullPaths.length);\n\tvar UCPaths = new Array(Paths.length), i;\n\tfor(i = 0; i < FullPaths.length; ++i) UCFullPaths[i] = FullPaths[i].toUpperCase().replace(chr0,'').replace(chr1,'!');\n\tfor(i = 0; i < Paths.length; ++i) UCPaths[i] = Paths[i].toUpperCase().replace(chr0,'').replace(chr1,'!');\n\treturn function find_path(path) {\n\t\tvar k;\n\t\tif(path.charCodeAt(0) === 47 /* \"/\" */) { k=true; path = root_name + path; }\n\t\telse k = path.indexOf(\"/\") !== -1;\n\t\tvar UCPath = path.toUpperCase().replace(chr0,'').replace(chr1,'!');\n\t\tvar w = k === true ? UCFullPaths.indexOf(UCPath) : UCPaths.indexOf(UCPath);\n\t\tif(w === -1) return null;\n\t\treturn k === true ? FileIndex[w] : files[Paths[w]];\n\t};\n}\n\n/** Chase down the rest of the DIFAT chain to build a comprehensive list\n DIFAT chains by storing the next sector number as the last 32 bytes */\nfunction sleuth_fat(idx, cnt, sectors, ssz, fat_addrs) {\n\tvar q;\n\tif(idx === ENDOFCHAIN) {\n\t\tif(cnt !== 0) throw \"DIFAT chain shorter than expected\";\n\t} else if(idx !== -1 /*FREESECT*/) {\n\t\tvar sector = sectors[idx], m = (ssz>>>2)-1;\n\t\tfor(var i = 0; i < m; ++i) {\n\t\t\tif((q = __readInt32LE(sector,i*4)) === ENDOFCHAIN) break;\n\t\t\tfat_addrs.push(q);\n\t\t}\n\t\tsleuth_fat(__readInt32LE(sector,ssz-4),cnt - 1, sectors, ssz, fat_addrs);\n\t}\n}\n\n/** Follow the linked list of sectors for a given starting point */\nfunction get_sector_list(sectors, start, fat_addrs, ssz, chkd) {\n\tvar sl = sectors.length;\n\tvar buf, buf_chain;\n\tif(!chkd) chkd = new Array(sl);\n\tvar modulus = ssz - 1, j, jj;\n\tbuf = [];\n\tbuf_chain = [];\n\tfor(j=start; j>=0;) {\n\t\tchkd[j] = true;\n\t\tbuf[buf.length] = j;\n\t\tbuf_chain.push(sectors[j]);\n\t\tvar addr = fat_addrs[Math.floor(j*4/ssz)];\n\t\tjj = ((j*4) & modulus);\n\t\tif(ssz < 4 + jj) throw \"FAT boundary crossed: \" + j + \" 4 \"+ssz;\n\t\tj = __readInt32LE(sectors[addr], jj);\n\t}\n\treturn {nodes: buf, data:__toBuffer([buf_chain])};\n}\n\n/** Chase down the sector linked lists */\nfunction make_sector_list(sectors, dir_start, fat_addrs, ssz) {\n\tvar sl = sectors.length, sector_list = new Array(sl);\n\tvar chkd = new Array(sl), buf, buf_chain;\n\tvar modulus = ssz - 1, i, j, k, jj;\n\tfor(i=0; i < sl; ++i) {\n\t\tbuf = [];\n\t\tk = (i + dir_start); if(k >= sl) k-=sl;\n\t\tif(chkd[k] === true) continue;\n\t\tbuf_chain = [];\n\t\tfor(j=k; j>=0;) {\n\t\t\tchkd[j] = true;\n\t\t\tbuf[buf.length] = j;\n\t\t\tbuf_chain.push(sectors[j]);\n\t\t\tvar addr = fat_addrs[Math.floor(j*4/ssz)];\n\t\t\tjj = ((j*4) & modulus);\n\t\t\tif(ssz < 4 + jj) throw \"FAT boundary crossed: \" + j + \" 4 \"+ssz;\n\t\t\tj = __readInt32LE(sectors[addr], jj);\n\t\t}\n\t\tsector_list[k] = {nodes: buf, data:__toBuffer([buf_chain])};\n\t}\n\treturn sector_list;\n}\n\n/* [MS-CFB] 2.6.1 Compound File Directory Entry */\nfunction read_directory(dir_start, sector_list, sectors, Paths, nmfs, files, FileIndex) {\n\tvar blob;\n\tvar minifat_store = 0, pl = (Paths.length?2:0);\n\tvar sector = sector_list[dir_start].data;\n\tvar i = 0, namelen = 0, name, o, ctime, mtime;\n\tfor(; i < sector.length; i+= 128) {\n\t\tblob = sector.slice(i, i+128);\n\t\tprep_blob(blob, 64);\n\t\tnamelen = blob.read_shift(2);\n\t\tif(namelen === 0) continue;\n\t\tname = __utf16le(blob,0,namelen-pl);\n\t\tPaths.push(name);\n\t\to = {\n\t\t\tname: name,\n\t\t\ttype: blob.read_shift(1),\n\t\t\tcolor: blob.read_shift(1),\n\t\t\tL: blob.read_shift(4, 'i'),\n\t\t\tR: blob.read_shift(4, 'i'),\n\t\t\tC: blob.read_shift(4, 'i'),\n\t\t\tclsid: blob.read_shift(16),\n\t\t\tstate: blob.read_shift(4, 'i')\n\t\t};\n\t\tctime = blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2);\n\t\tif(ctime !== 0) {\n\t\t\to.ctime = ctime; o.ct = read_date(blob, blob.l-8);\n\t\t}\n\t\tmtime = blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2);\n\t\tif(mtime !== 0) {\n\t\t\to.mtime = mtime; o.mt = read_date(blob, blob.l-8);\n\t\t}\n\t\to.start = blob.read_shift(4, 'i');\n\t\to.size = blob.read_shift(4, 'i');\n\t\tif(o.type === 5) { /* root */\n\t\t\tminifat_store = o.start;\n\t\t\tif(nmfs > 0 && minifat_store !== ENDOFCHAIN) sector_list[minifat_store].name = \"!StreamData\";\n\t\t\t/*minifat_size = o.size;*/\n\t\t} else if(o.size >= 4096 /* MSCSZ */) {\n\t\t\to.storage = 'fat';\n\t\t\tif(sector_list[o.start] === undefined) sector_list[o.start] = get_sector_list(sectors, o.start, sector_list.fat_addrs, sector_list.ssz);\n\t\t\tsector_list[o.start].name = o.name;\n\t\t\to.content = sector_list[o.start].data.slice(0,o.size);\n\t\t\tprep_blob(o.content, 0);\n\t\t} else {\n\t\t\to.storage = 'minifat';\n\t\t\tif(minifat_store !== ENDOFCHAIN && o.start !== ENDOFCHAIN) {\n\t\t\t\to.content = sector_list[minifat_store].data.slice(o.start*MSSZ,o.start*MSSZ+o.size);\n\t\t\t\tprep_blob(o.content, 0);\n\t\t\t}\n\t\t}\n\t\tfiles[name] = o;\n\t\tFileIndex.push(o);\n\t}\n}\n\nfunction read_date(blob, offset) {\n\treturn new Date(( ( (__readUInt32LE(blob,offset+4)/1e7)*Math.pow(2,32)+__readUInt32LE(blob,offset)/1e7 ) - 11644473600)*1000);\n}\n\nvar fs;\nfunction readFileSync(filename, options) {\n\tif(fs === undefined) fs = require('fs');\n\treturn parse(fs.readFileSync(filename), options);\n}\n\nfunction readSync(blob, options) {\n\tswitch(options !== undefined && options.type !== undefined ? options.type : \"base64\") {\n\t\tcase \"file\": return readFileSync(blob, options);\n\t\tcase \"base64\": return parse(s2a(Base64.decode(blob)), options);\n\t\tcase \"binary\": return parse(s2a(blob), options);\n\t}\n\treturn parse(blob);\n}\n\n/** CFB Constants */\nvar MSSZ = 64; /* Mini Sector Size = 1<<6 */\n//var MSCSZ = 4096; /* Mini Stream Cutoff Size */\n/* 2.1 Compound File Sector Numbers and Types */\nvar ENDOFCHAIN = -2;\n/* 2.2 Compound File Header */\nvar HEADER_SIGNATURE = 'd0cf11e0a1b11ae1';\nvar HEADER_CLSID = '00000000000000000000000000000000';\nvar consts = {\n\t/* 2.1 Compund File Sector Numbers and Types */\n\tMAXREGSECT: -6,\n\tDIFSECT: -4,\n\tFATSECT: -3,\n\tENDOFCHAIN: ENDOFCHAIN,\n\tFREESECT: -1,\n\t/* 2.2 Compound File Header */\n\tHEADER_SIGNATURE: HEADER_SIGNATURE,\n\tHEADER_MINOR_VERSION: '3e00',\n\tMAXREGSID: -6,\n\tNOSTREAM: -1,\n\tHEADER_CLSID: HEADER_CLSID,\n\t/* 2.6.1 Compound File Directory Entry */\n\tEntryTypes: ['unknown','storage','stream','lockbytes','property','root']\n};\n\nexports.read = readSync;\nexports.parse = parse;\nexports.utils = {\n\tReadShift: ReadShift,\n\tCheckField: CheckField,\n\tprep_blob: prep_blob,\n\tbconcat: bconcat,\n\tconsts: consts\n};\n\nreturn exports;\n})();\n\nif(typeof require !== 'undefined' && typeof module !== 'undefined' && typeof DO_NOT_EXPORT_CFB === 'undefined') { module.exports = CFB; }\nfunction isval(x) { return x !== undefined && x !== null; }\n\nfunction keys(o) { return Object.keys(o); }\n\nfunction evert_key(obj, key) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) o[obj[K[i]][key]] = K[i];\n\treturn o;\n}\n\nfunction evert(obj) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) o[obj[K[i]]] = K[i];\n\treturn o;\n}\n\nfunction evert_num(obj) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) o[obj[K[i]]] = parseInt(K[i],10);\n\treturn o;\n}\n\nfunction evert_arr(obj) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) {\n\t\tif(o[obj[K[i]]] == null) o[obj[K[i]]] = [];\n\t\to[obj[K[i]]].push(K[i]);\n\t}\n\treturn o;\n}\n\n/* TODO: date1904 logic */\nfunction datenum(v, date1904) {\n\tif(date1904) v+=1462;\n\tvar epoch = Date.parse(v);\n\treturn (epoch + 2209161600000) / (24 * 60 * 60 * 1000);\n}\n\nfunction cc2str(arr) {\n\tvar o = \"\";\n\tfor(var i = 0; i != arr.length; ++i) o += String.fromCharCode(arr[i]);\n\treturn o;\n}\n\nfunction getdata(data) {\n\tif(!data) return null;\n\tif(data.name.substr(-4) === \".bin\") {\n\t\tif(data.data) return char_codes(data.data);\n\t\tif(data.asNodeBuffer && has_buf) return data.asNodeBuffer();\n\t\tif(data._data && data._data.getContent) return Array.prototype.slice.call(data._data.getContent());\n\t} else {\n\t\tif(data.data) return data.name.substr(-4) !== \".bin\" ? debom_xml(data.data) : char_codes(data.data);\n\t\tif(data.asNodeBuffer && has_buf) return debom_xml(data.asNodeBuffer().toString('binary'));\n\t\tif(data.asBinary) return debom_xml(data.asBinary());\n\t\tif(data._data && data._data.getContent) return debom_xml(cc2str(Array.prototype.slice.call(data._data.getContent(),0)));\n\t}\n\treturn null;\n}\n\nfunction safegetzipfile(zip, file) {\n\tvar f = file; if(zip.files[f]) return zip.files[f];\n\tf = file.toLowerCase(); if(zip.files[f]) return zip.files[f];\n\tf = f.replace(/\\//g,'\\\\'); if(zip.files[f]) return zip.files[f];\n\treturn null;\n}\n\nfunction getzipfile(zip, file) {\n\tvar o = safegetzipfile(zip, file);\n\tif(o == null) throw new Error(\"Cannot find file \" + file + \" in zip\");\n\treturn o;\n}\n\nfunction getzipdata(zip, file, safe) {\n\tif(!safe) return getdata(getzipfile(zip, file));\n\tif(!file) return null;\n\ttry { return getzipdata(zip, file); } catch(e) { return null; }\n}\n\nvar _fs, jszip;\nif(typeof JSZip !== 'undefined') jszip = JSZip;\nif (typeof exports !== 'undefined') {\n\tif (typeof module !== 'undefined' && module.exports) {\n\t\tif(has_buf && typeof jszip === 'undefined') jszip = require('js'+'zip');\n\t\tif(typeof jszip === 'undefined') jszip = require('./js'+'zip').JSZip;\n\t\t_fs = require('f'+'s');\n\t}\n}\nvar attregexg=/([\\w:]+)=((?:\")([^\"]*)(?:\")|(?:')([^']*)(?:'))/g;\nvar tagregex=/<[^>]*>/g;\nvar nsregex=/<\\w*:/, nsregex2 = /<(\\/?)\\w+:/;\nfunction parsexmltag(tag, skip_root) {\n\tvar z = [];\n\tvar eq = 0, c = 0;\n\tfor(; eq !== tag.length; ++eq) if((c = tag.charCodeAt(eq)) === 32 || c === 10 || c === 13) break;\n\tif(!skip_root) z[0] = tag.substr(0, eq);\n\tif(eq === tag.length) return z;\n\tvar m = tag.match(attregexg), j=0, w=\"\", v=\"\", i=0, q=\"\", cc=\"\";\n\tif(m) for(i = 0; i != m.length; ++i) {\n\t\tcc = m[i];\n\t\tfor(c=0; c != cc.length; ++c) if(cc.charCodeAt(c) === 61) break;\n\t\tq = cc.substr(0,c); v = cc.substring(c+2, cc.length-1);\n\t\tfor(j=0;j!=q.length;++j) if(q.charCodeAt(j) === 58) break;\n\t\tif(j===q.length) z[q] = v;\n\t\telse z[(j===5 && q.substr(0,5)===\"xmlns\"?\"xmlns\":\"\")+q.substr(j+1)] = v;\n\t}\n\treturn z;\n}\nfunction strip_ns(x) { return x.replace(nsregex2, \"<$1\"); }\n\nvar encodings = {\n\t'"': '\"',\n\t''': \"'\",\n\t'>': '>',\n\t'<': '<',\n\t'&': '&'\n};\nvar rencoding = evert(encodings);\nvar rencstr = \"&<>'\\\"\".split(\"\");\n\n// TODO: CP remap (need to read file version to determine OS)\nvar unescapexml = (function() {\n\tvar encregex = /&[a-z]*;/g, coderegex = /_x([\\da-fA-F]+)_/g;\n\treturn function unescapexml(text){\n\t\tvar s = text + '';\n\t\treturn s.replace(encregex, function($$) { return encodings[$$]; }).replace(coderegex,function(m,c) {return String.fromCharCode(parseInt(c,16));});\n\t};\n})();\n\nvar decregex=/[&<>'\"]/g, charegex = /[\\u0000-\\u0008\\u000b-\\u001f]/g;\nfunction escapexml(text){\n\tvar s = text + '';\n\treturn s.replace(decregex, function(y) { return rencoding[y]; }).replace(charegex,function(s) { return \"_x\" + (\"000\"+s.charCodeAt(0).toString(16)).substr(-4) + \"_\";});\n}\n\n/* TODO: handle codepages */\nvar xlml_fixstr = (function() {\n\tvar entregex = /&#(\\d+);/g;\n\tfunction entrepl($$,$1) { return String.fromCharCode(parseInt($1,10)); }\n\treturn function xlml_fixstr(str) { return str.replace(entregex,entrepl); };\n})();\n\nfunction parsexmlbool(value, tag) {\n\tswitch(value) {\n\t\tcase '1': case 'true': case 'TRUE': return true;\n\t\t/* case '0': case 'false': case 'FALSE':*/\n\t\tdefault: return false;\n\t}\n}\n\nvar utf8read = function utf8reada(orig) {\n\tvar out = \"\", i = 0, c = 0, d = 0, e = 0, f = 0, w = 0;\n\twhile (i < orig.length) {\n\t\tc = orig.charCodeAt(i++);\n\t\tif (c < 128) { out += String.fromCharCode(c); continue; }\n\t\td = orig.charCodeAt(i++);\n\t\tif (c>191 && c<224) { out += String.fromCharCode(((c & 31) << 6) | (d & 63)); continue; }\n\t\te = orig.charCodeAt(i++);\n\t\tif (c < 240) { out += String.fromCharCode(((c & 15) << 12) | ((d & 63) << 6) | (e & 63)); continue; }\n\t\tf = orig.charCodeAt(i++);\n\t\tw = (((c & 7) << 18) | ((d & 63) << 12) | ((e & 63) << 6) | (f & 63))-65536;\n\t\tout += String.fromCharCode(0xD800 + ((w>>>10)&1023));\n\t\tout += String.fromCharCode(0xDC00 + (w&1023));\n\t}\n\treturn out;\n};\n\n\nif(has_buf) {\n\tvar utf8readb = function utf8readb(data) {\n\t\tvar out = new Buffer(2*data.length), w, i, j = 1, k = 0, ww=0, c;\n\t\tfor(i = 0; i < data.length; i+=j) {\n\t\t\tj = 1;\n\t\t\tif((c=data.charCodeAt(i)) < 128) w = c;\n\t\t\telse if(c < 224) { w = (c&31)*64+(data.charCodeAt(i+1)&63); j=2; }\n\t\t\telse if(c < 240) { w=(c&15)*4096+(data.charCodeAt(i+1)&63)*64+(data.charCodeAt(i+2)&63); j=3; }\n\t\t\telse { j = 4;\n\t\t\t\tw = (c & 7)*262144+(data.charCodeAt(i+1)&63)*4096+(data.charCodeAt(i+2)&63)*64+(data.charCodeAt(i+3)&63);\n\t\t\t\tw -= 65536; ww = 0xD800 + ((w>>>10)&1023); w = 0xDC00 + (w&1023);\n\t\t\t}\n\t\t\tif(ww !== 0) { out[k++] = ww&255; out[k++] = ww>>>8; ww = 0; }\n\t\t\tout[k++] = w%256; out[k++] = w>>>8;\n\t\t}\n\t\tout.length = k;\n\t\treturn out.toString('ucs2');\n\t};\n\tvar corpus = \"foo bar baz\\u00e2\\u0098\\u0083\\u00f0\\u009f\\u008d\\u00a3\";\n\tif(utf8read(corpus) == utf8readb(corpus)) utf8read = utf8readb;\n\tvar utf8readc = function utf8readc(data) { return Buffer(data, 'binary').toString('utf8'); };\n\tif(utf8read(corpus) == utf8readc(corpus)) utf8read = utf8readc;\n}\n\n// matches <foo>...</foo> extracts content\nvar matchtag = (function() {\n\tvar mtcache = {};\n\treturn function matchtag(f,g) {\n\t\tvar t = f+\"|\"+g;\n\t\tif(mtcache[t] !== undefined) return mtcache[t];\n\t\treturn (mtcache[t] = new RegExp('<(?:\\\\w+:)?'+f+'(?: xml:space=\"preserve\")?(?:[^>]*)>([^\\u2603]*)</(?:\\\\w+:)?'+f+'>',(g||\"\")));\n\t};\n})();\n\nvar vtregex = (function(){ var vt_cache = {};\n\treturn function vt_regex(bt) {\n\t\tif(vt_cache[bt] !== undefined) return vt_cache[bt];\n\t\treturn (vt_cache[bt] = new RegExp(\"<vt:\" + bt + \">(.*?)</vt:\" + bt + \">\", 'g') );\n};})();\nvar vtvregex = /<\\/?vt:variant>/g, vtmregex = /<vt:([^>]*)>(.*)</;\nfunction parseVector(data) {\n\tvar h = parsexmltag(data);\n\n\tvar matches = data.match(vtregex(h.baseType))||[];\n\tif(matches.length != h.size) throw \"unexpected vector length \" + matches.length + \" != \" + h.size;\n\tvar res = [];\n\tmatches.forEach(function(x) {\n\t\tvar v = x.replace(vtvregex,\"\").match(vtmregex);\n\t\tres.push({v:v[2], t:v[1]});\n\t});\n\treturn res;\n}\n\nvar wtregex = /(^\\s|\\s$|\\n)/;\nfunction writetag(f,g) {return '<' + f + (g.match(wtregex)?' xml:space=\"preserve\"' : \"\") + '>' + g + '</' + f + '>';}\n\nfunction wxt_helper(h) { return keys(h).map(function(k) { return \" \" + k + '=\"' + h[k] + '\"';}).join(\"\"); }\nfunction writextag(f,g,h) { return '<' + f + (isval(h) ? wxt_helper(h) : \"\") + (isval(g) ? (g.match(wtregex)?' xml:space=\"preserve\"' : \"\") + '>' + g + '</' + f : \"/\") + '>';}\n\nfunction write_w3cdtf(d, t) { try { return d.toISOString().replace(/\\.\\d*/,\"\"); } catch(e) { if(t) throw e; } }\n\nfunction write_vt(s) {\n\tswitch(typeof s) {\n\t\tcase 'string': return writextag('vt:lpwstr', s);\n\t\tcase 'number': return writextag((s|0)==s?'vt:i4':'vt:r8', String(s));\n\t\tcase 'boolean': return writextag('vt:bool',s?'true':'false');\n\t}\n\tif(s instanceof Date) return writextag('vt:filetime', write_w3cdtf(s));\n\tthrow new Error(\"Unable to serialize \" + s);\n}\n\nvar XML_HEADER = '<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\\r\\n';\nvar XMLNS = {\n\t'dc': 'http://purl.org/dc/elements/1.1/',\n\t'dcterms': 'http://purl.org/dc/terms/',\n\t'dcmitype': 'http://purl.org/dc/dcmitype/',\n\t'mx': 'http://schemas.microsoft.com/office/mac/excel/2008/main',\n\t'r': 'http://schemas.openxmlformats.org/officeDocument/2006/relationships',\n\t'sjs': 'http://schemas.openxmlformats.org/package/2006/sheetjs/core-properties',\n\t'vt': 'http://schemas.openxmlformats.org/officeDocument/2006/docPropsVTypes',\n\t'xsi': 'http://www.w3.org/2001/XMLSchema-instance',\n\t'xsd': 'http://www.w3.org/2001/XMLSchema'\n};\n\nXMLNS.main = [\n\t'http://schemas.openxmlformats.org/spreadsheetml/2006/main',\n\t'http://purl.oclc.org/ooxml/spreadsheetml/main',\n\t'http://schemas.microsoft.com/office/excel/2006/main',\n\t'http://schemas.microsoft.com/office/excel/2006/2'\n];\n\nfunction readIEEE754(buf, idx, isLE, nl, ml) {\n\tif(isLE === undefined) isLE = true;\n\tif(!nl) nl = 8;\n\tif(!ml && nl === 8) ml = 52;\n\tvar e, m, el = nl * 8 - ml - 1, eMax = (1 << el) - 1, eBias = eMax >> 1;\n\tvar bits = -7, d = isLE ? -1 : 1, i = isLE ? (nl - 1) : 0, s = buf[idx + i];\n\n\ti += d;\n\te = s & ((1 << (-bits)) - 1); s >>>= (-bits); bits += el;\n\tfor (; bits > 0; e = e * 256 + buf[idx + i], i += d, bits -= 8);\n\tm = e & ((1 << (-bits)) - 1); e >>>= (-bits); bits += ml;\n\tfor (; bits > 0; m = m * 256 + buf[idx + i], i += d, bits -= 8);\n\tif (e === eMax) return m ? NaN : ((s ? -1 : 1) * Infinity);\n\telse if (e === 0) e = 1 - eBias;\n\telse { m = m + Math.pow(2, ml); e = e - eBias; }\n\treturn (s ? -1 : 1) * m * Math.pow(2, e - ml);\n}\n\nvar __toBuffer, ___toBuffer;\n__toBuffer = ___toBuffer = function toBuffer_(bufs) { var x = []; for(var i = 0; i < bufs[0].length; ++i) { x.push.apply(x, bufs[0][i]); } return x; };\nvar __utf16le, ___utf16le;\n__utf16le = ___utf16le = function utf16le_(b,s,e) { var ss=[]; for(var i=s; i<e; i+=2) ss.push(String.fromCharCode(__readUInt16LE(b,i))); return ss.join(\"\"); };\nvar __hexlify, ___hexlify;\n__hexlify = ___hexlify = function hexlify_(b,s,l) { return b.slice(s,(s+l)).map(function(x){return (x<16?\"0\":\"\") + x.toString(16);}).join(\"\"); };\nvar __utf8, ___utf8;\n__utf8 = ___utf8 = function(b,s,e) { var ss=[]; for(var i=s; i<e; i++) ss.push(String.fromCharCode(__readUInt8(b,i))); return ss.join(\"\"); };\nvar __lpstr, ___lpstr;\n__lpstr = ___lpstr = function lpstr_(b,i) { var len = __readUInt32LE(b,i); return len > 0 ? __utf8(b, i+4,i+4+len-1) : \"\";};\nvar __lpwstr, ___lpwstr;\n__lpwstr = ___lpwstr = function lpwstr_(b,i) { var len = 2*__readUInt32LE(b,i); return len > 0 ? __utf8(b, i+4,i+4+len-1) : \"\";};\nvar __double, ___double;\n__double = ___double = function(b, idx) { return readIEEE754(b, idx);};\n\nvar is_buf = function is_buf_a(a) { return Array.isArray(a); };\nif(has_buf) {\n\t__utf16le = function utf16le_b(b,s,e) { if(!Buffer.isBuffer(b)) return ___utf16le(b,s,e); return b.toString('utf16le',s,e); };\n\t__hexlify = function(b,s,l) { return Buffer.isBuffer(b) ? b.toString('hex',s,s+l) : ___hexlify(b,s,l); };\n\t__lpstr = function lpstr_b(b,i) { if(!Buffer.isBuffer(b)) return ___lpstr(b, i); var len = b.readUInt32LE(i); return len > 0 ? b.toString('utf8',i+4,i+4+len-1) : \"\";};\n\t__lpwstr = function lpwstr_b(b,i) { if(!Buffer.isBuffer(b)) return ___lpwstr(b, i); var len = 2*b.readUInt32LE(i); return b.toString('utf16le',i+4,i+4+len-1);};\n\t__utf8 = function utf8_b(s,e) { return this.toString('utf8',s,e); };\n\t__toBuffer = function(bufs) { return (bufs[0].length > 0 && Buffer.isBuffer(bufs[0][0])) ? Buffer.concat(bufs[0]) : ___toBuffer(bufs);};\n\tbconcat = function(bufs) { return Buffer.isBuffer(bufs[0]) ? Buffer.concat(bufs) : [].concat.apply([], bufs); };\n\t__double = function double_(b,i) { if(Buffer.isBuffer(b)) return b.readDoubleLE(i); return ___double(b,i); };\n\tis_buf = function is_buf_b(a) { return Buffer.isBuffer(a) || Array.isArray(a); };\n}\n\n/* from js-xls */\nif(typeof cptable !== 'undefined') {\n\t__utf16le = function(b,s,e) { return cptable.utils.decode(1200, b.slice(s,e)); };\n\t__utf8 = function(b,s,e) { return cptable.utils.decode(65001, b.slice(s,e)); };\n\t__lpstr = function(b,i) { var len = __readUInt32LE(b,i); return len > 0 ? cptable.utils.decode(current_codepage, b.slice(i+4, i+4+len-1)) : \"\";};\n\t__lpwstr = function(b,i) { var len = 2*__readUInt32LE(b,i); return len > 0 ? cptable.utils.decode(1200, b.slice(i+4,i+4+len-1)) : \"\";};\n}\n\nvar __readUInt8 = function(b, idx) { return b[idx]; };\nvar __readUInt16LE = function(b, idx) { return b[idx+1]*(1<<8)+b[idx]; };\nvar __readInt16LE = function(b, idx) { var u = b[idx+1]*(1<<8)+b[idx]; return (u < 0x8000) ? u : (0xffff - u + 1) * -1; };\nvar __readUInt32LE = function(b, idx) { return b[idx+3]*(1<<24)+(b[idx+2]<<16)+(b[idx+1]<<8)+b[idx]; };\nvar __readInt32LE = function(b, idx) { return (b[idx+3]<<24)|(b[idx+2]<<16)|(b[idx+1]<<8)|b[idx]; };\n\nvar ___unhexlify = function(s) { return s.match(/../g).map(function(x) { return parseInt(x,16);}); };\nvar __unhexlify = typeof Buffer !== \"undefined\" ? function(s) { return Buffer.isBuffer(s) ? new Buffer(s, 'hex') : ___unhexlify(s); } : ___unhexlify;\n\nfunction ReadShift(size, t) {\n\tvar o=\"\", oI, oR, oo=[], w, vv, i, loc;\n\tswitch(t) {\n\t\tcase 'dbcs':\n\t\t\tloc = this.l;\n\t\t\tif(has_buf && Buffer.isBuffer(this)) o = this.slice(this.l, this.l+2*size).toString(\"utf16le\");\n\t\t\telse for(i = 0; i != size; ++i) { o+=String.fromCharCode(__readUInt16LE(this, loc)); loc+=2; }\n\t\t\tsize *= 2;\n\t\t\tbreak;\n\n\t\tcase 'utf8': o = __utf8(this, this.l, this.l + size); break;\n\t\tcase 'utf16le': size *= 2; o = __utf16le(this, this.l, this.l + size); break;\n\n\t\t/* [MS-OLEDS] 2.1.4 LengthPrefixedAnsiString */\n\t\tcase 'lpstr': o = __lpstr(this, this.l); size = 5 + o.length; break;\n\t\t/* [MS-OLEDS] 2.1.5 LengthPrefixedUnicodeString */\n\t\tcase 'lpwstr': o = __lpwstr(this, this.l); size = 5 + o.length; if(o[o.length-1] == '\\u0000') size += 2; break;\n\n\t\tcase 'cstr': size = 0; o = \"\";\n\t\t\twhile((w=__readUInt8(this, this.l + size++))!==0) oo.push(_getchar(w));\n\t\t\to = oo.join(\"\"); break;\n\t\tcase 'wstr': size = 0; o = \"\";\n\t\t\twhile((w=__readUInt16LE(this,this.l +size))!==0){oo.push(_getchar(w));size+=2;}\n\t\t\tsize+=2; o = oo.join(\"\"); break;\n\n\t\t/* sbcs and dbcs support continue records in the SST way TODO codepages */\n\t\tcase 'dbcs-cont': o = \"\"; loc = this.l;\n\t\t\tfor(i = 0; i != size; ++i) {\n\t\t\t\tif(this.lens && this.lens.indexOf(loc) !== -1) {\n\t\t\t\t\tw = __readUInt8(this, loc);\n\t\t\t\t\tthis.l = loc + 1;\n\t\t\t\t\tvv = ReadShift.call(this, size-i, w ? 'dbcs-cont' : 'sbcs-cont');\n\t\t\t\t\treturn oo.join(\"\") + vv;\n\t\t\t\t}\n\t\t\t\too.push(_getchar(__readUInt16LE(this, loc)));\n\t\t\t\tloc+=2;\n\t\t\t} o = oo.join(\"\"); size *= 2; break;\n\n\t\tcase 'sbcs-cont': o = \"\"; loc = this.l;\n\t\t\tfor(i = 0; i != size; ++i) {\n\t\t\t\tif(this.lens && this.lens.indexOf(loc) !== -1) {\n\t\t\t\t\tw = __readUInt8(this, loc);\n\t\t\t\t\tthis.l = loc + 1;\n\t\t\t\t\tvv = ReadShift.call(this, size-i, w ? 'dbcs-cont' : 'sbcs-cont');\n\t\t\t\t\treturn oo.join(\"\") + vv;\n\t\t\t\t}\n\t\t\t\too.push(_getchar(__readUInt8(this, loc)));\n\t\t\t\tloc+=1;\n\t\t\t} o = oo.join(\"\"); break;\n\n\t\tdefault:\n\tswitch(size) {\n\t\tcase 1: oI = __readUInt8(this, this.l); this.l++; return oI;\n\t\tcase 2: oI = (t === 'i' ? __readInt16LE : __readUInt16LE)(this, this.l); this.l += 2; return oI;\n\t\tcase 4:\n\t\t\tif(t === 'i' || (this[this.l+3] & 0x80)===0) { oI = __readInt32LE(this, this.l); this.l += 4; return oI; }\n\t\t\telse { oR = __readUInt32LE(this, this.l); this.l += 4; return oR; } break;\n\t\tcase 8: if(t === 'f') { oR = __double(this, this.l); this.l += 8; return oR; }\n\t\t/* falls through */\n\t\tcase 16: o = __hexlify(this, this.l, size); break;\n\t}}\n\tthis.l+=size; return o;\n}\n\nfunction WriteShift(t, val, f) {\n\tvar size, i;\n\tif(f === 'dbcs') {\n\t\tfor(i = 0; i != val.length; ++i) this.writeUInt16LE(val.charCodeAt(i), this.l + 2 * i);\n\t\tsize = 2 * val.length;\n\t} else switch(t) {\n\t\tcase 1: size = 1; this[this.l] = val&255; break;\n\t\tcase 3: size = 3; this[this.l+2] = val & 255; val >>>= 8; this[this.l+1] = val&255; val >>>= 8; this[this.l] = val&255; break;\n\t\tcase 4: size = 4; this.writeUInt32LE(val, this.l); break;\n\t\tcase 8: size = 8; if(f === 'f') { this.writeDoubleLE(val, this.l); break; }\n\t\t/* falls through */\n\t\tcase 16: break;\n\t\tcase -4: size = 4; this.writeInt32LE(val, this.l); break;\n\t}\n\tthis.l += size; return this;\n}\n\nfunction CheckField(hexstr, fld) {\n\tvar m = __hexlify(this,this.l,hexstr.length>>1);\n\tif(m !== hexstr) throw fld + 'Expected ' + hexstr + ' saw ' + m;\n\tthis.l += hexstr.length>>1;\n}\n\nfunction prep_blob(blob, pos) {\n\tblob.l = pos;\n\tblob.read_shift = ReadShift;\n\tblob.chk = CheckField;\n\tblob.write_shift = WriteShift;\n}\n\nfunction parsenoop(blob, length) { blob.l += length; }\n\nfunction writenoop(blob, length) { blob.l += length; }\n\nfunction new_buf(sz) {\n\tvar o = new_raw_buf(sz);\n\tprep_blob(o, 0);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.4 Record */\nfunction recordhopper(data, cb, opts) {\n\tvar tmpbyte, cntbyte, length;\n\tprep_blob(data, data.l || 0);\n\twhile(data.l < data.length) {\n\t\tvar RT = data.read_shift(1);\n\t\tif(RT & 0x80) RT = (RT & 0x7F) + ((data.read_shift(1) & 0x7F)<<7);\n\t\tvar R = XLSBRecordEnum[RT] || XLSBRecordEnum[0xFFFF];\n\t\ttmpbyte = data.read_shift(1);\n\t\tlength = tmpbyte & 0x7F;\n\t\tfor(cntbyte = 1; cntbyte <4 && (tmpbyte & 0x80); ++cntbyte) length += ((tmpbyte = data.read_shift(1)) & 0x7F)<<(7*cntbyte);\n\t\tvar d = R.f(data, length, opts);\n\t\tif(cb(d, R, RT)) return;\n\t}\n}\n\n/* control buffer usage for fixed-length buffers */\nfunction buf_array() {\n\tvar bufs = [], blksz = 2048;\n\tvar newblk = function ba_newblk(sz) {\n\t\tvar o = new_buf(sz);\n\t\tprep_blob(o, 0);\n\t\treturn o;\n\t};\n\n\tvar curbuf = newblk(blksz);\n\n\tvar endbuf = function ba_endbuf() {\n\t\tcurbuf.length = curbuf.l;\n\t\tif(curbuf.length > 0) bufs.push(curbuf);\n\t\tcurbuf = null;\n\t};\n\n\tvar next = function ba_next(sz) {\n\t\tif(sz < curbuf.length - curbuf.l) return curbuf;\n\t\tendbuf();\n\t\treturn (curbuf = newblk(Math.max(sz+1, blksz)));\n\t};\n\n\tvar end = function ba_end() {\n\t\tendbuf();\n\t\treturn __toBuffer([bufs]);\n\t};\n\n\tvar push = function ba_push(buf) { endbuf(); curbuf = buf; next(blksz); };\n\n\treturn { next:next, push:push, end:end, _bufs:bufs };\n}\n\nfunction write_record(ba, type, payload, length) {\n\tvar t = evert_RE[type], l;\n\tif(!length) length = XLSBRecordEnum[t].p || (payload||[]).length || 0;\n\tl = 1 + (t >= 0x80 ? 1 : 0) + 1 + length;\n\tif(length >= 0x80) ++l; if(length >= 0x4000) ++l; if(length >= 0x200000) ++l;\n\tvar o = ba.next(l);\n\tif(t <= 0x7F) o.write_shift(1, t);\n\telse {\n\t\to.write_shift(1, (t & 0x7F) + 0x80);\n\t\to.write_shift(1, (t >> 7));\n\t}\n\tfor(var i = 0; i != 4; ++i) {\n\t\tif(length >= 0x80) { o.write_shift(1, (length & 0x7F)+0x80); length >>= 7; }\n\t\telse { o.write_shift(1, length); break; }\n\t}\n\tif(length > 0 && is_buf(payload)) ba.push(payload);\n}\n/* XLS ranges enforced */\nfunction shift_cell_xls(cell, tgt) {\n\tif(tgt.s) {\n\t\tif(cell.cRel) cell.c += tgt.s.c;\n\t\tif(cell.rRel) cell.r += tgt.s.r;\n\t} else {\n\t\tcell.c += tgt.c;\n\t\tcell.r += tgt.r;\n\t}\n\tcell.cRel = cell.rRel = 0;\n\twhile(cell.c >= 0x100) cell.c -= 0x100;\n\twhile(cell.r >= 0x10000) cell.r -= 0x10000;\n\treturn cell;\n}\n\nfunction shift_range_xls(cell, range) {\n\tcell.s = shift_cell_xls(cell.s, range.s);\n\tcell.e = shift_cell_xls(cell.e, range.s);\n\treturn cell;\n}\n\nvar OFFCRYPTO = {};\nvar make_offcrypto = function(O, _crypto) {\n\tvar crypto;\n\tif(typeof _crypto !== 'undefined') crypto = _crypto;\n\telse if(typeof require !== 'undefined') {\n\t\ttry { crypto = require('cry'+'pto'); }\n\t\tcatch(e) { crypto = null; }\n\t}\n\n\tO.rc4 = function(key, data) {\n\t\tvar S = new Array(256);\n\t\tvar c = 0, i = 0, j = 0, t = 0;\n\t\tfor(i = 0; i != 256; ++i) S[i] = i;\n\t\tfor(i = 0; i != 256; ++i) {\n\t\t\tj = (j + S[i] + (key[i%key.length]).charCodeAt(0))&255;\n\t\t\tt = S[i]; S[i] = S[j]; S[j] = t;\n\t\t}\n\t\ti = j = 0; out = Buffer(data.length);\n\t\tfor(c = 0; c != data.length; ++c) {\n\t\t\ti = (i + 1)&255;\n\t\t\tj = (j + S[i])%256;\n\t\t\tt = S[i]; S[i] = S[j]; S[j] = t;\n\t\t\tout[c] = (data[c] ^ S[(S[i]+S[j])&255]);\n\t\t}\n\t\treturn out;\n\t};\n\n\tif(crypto) {\n\t\tO.md5 = function(hex) { return crypto.createHash('md5').update(hex).digest('hex'); };\n\t} else {\n\t\tO.md5 = function(hex) { throw \"unimplemented\"; };\n\t}\n};\nmake_offcrypto(OFFCRYPTO, typeof crypto !== \"undefined\" ? crypto : undefined);\n\n\n/* [MS-XLSB] 2.5.143 */\nfunction parse_StrRun(data, length) {\n\treturn { ich: data.read_shift(2), ifnt: data.read_shift(2) };\n}\n\n/* [MS-XLSB] 2.1.7.121 */\nfunction parse_RichStr(data, length) {\n\tvar start = data.l;\n\tvar flags = data.read_shift(1);\n\tvar str = parse_XLWideString(data);\n\tvar rgsStrRun = [];\n\tvar z = { t: str, h: str };\n\tif((flags & 1) !== 0) { /* fRichStr */\n\t\t/* TODO: formatted string */\n\t\tvar dwSizeStrRun = data.read_shift(4);\n\t\tfor(var i = 0; i != dwSizeStrRun; ++i) rgsStrRun.push(parse_StrRun(data));\n\t\tz.r = rgsStrRun;\n\t}\n\telse z.r = \"<t>\" + escapexml(str) + \"</t>\";\n\tif((flags & 2) !== 0) { /* fExtStr */\n\t\t/* TODO: phonetic string */\n\t}\n\tdata.l = start + length;\n\treturn z;\n}\nfunction write_RichStr(str, o) {\n\t/* TODO: formatted string */\n\tif(o == null) o = new_buf(5+2*str.t.length);\n\to.write_shift(1,0);\n\twrite_XLWideString(str.t, o);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.9 */\nfunction parse_XLSBCell(data) {\n\tvar col = data.read_shift(4);\n\tvar iStyleRef = data.read_shift(2);\n\tiStyleRef += data.read_shift(1) <<16;\n\tvar fPhShow = data.read_shift(1);\n\treturn { c:col, iStyleRef: iStyleRef };\n}\nfunction write_XLSBCell(cell, o) {\n\tif(o == null) o = new_buf(8);\n\to.write_shift(-4, cell.c);\n\to.write_shift(3, cell.iStyleRef === undefined ? cell.iStyleRef : cell.s);\n\to.write_shift(1, 0); /* fPhShow */\n\treturn o;\n}\n\n\n/* [MS-XLSB] 2.5.21 */\nfunction parse_XLSBCodeName (data, length) { return parse_XLWideString(data, length); }\n\n/* [MS-XLSB] 2.5.166 */\nfunction parse_XLNullableWideString(data) {\n\tvar cchCharacters = data.read_shift(4);\n\treturn cchCharacters === 0 || cchCharacters === 0xFFFFFFFF ? \"\" : data.read_shift(cchCharacters, 'dbcs');\n}\nfunction write_XLNullableWideString(data, o) {\n\tif(!o) o = new_buf(127);\n\to.write_shift(4, data.length > 0 ? data.length : 0xFFFFFFFF);\n\tif(data.length > 0) o.write_shift(0, data, 'dbcs');\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.168 */\nfunction parse_XLWideString(data) {\n\tvar cchCharacters = data.read_shift(4);\n\treturn cchCharacters === 0 ? \"\" : data.read_shift(cchCharacters, 'dbcs');\n}\nfunction write_XLWideString(data, o) {\n\tif(o == null) o = new_buf(4+2*data.length);\n\to.write_shift(4, data.length);\n\tif(data.length > 0) o.write_shift(0, data, 'dbcs');\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.114 */\nvar parse_RelID = parse_XLNullableWideString;\nvar write_RelID = write_XLNullableWideString;\n\n\n/* [MS-XLSB] 2.5.122 */\n/* [MS-XLS] 2.5.217 */\nfunction parse_RkNumber(data) {\n\tvar b = data.slice(data.l, data.l+4);\n\tvar fX100 = b[0] & 1, fInt = b[0] & 2;\n\tdata.l+=4;\n\tb[0] &= 0xFC; // b[0] &= ~3;\n\tvar RK = fInt === 0 ? __double([0,0,0,0,b[0],b[1],b[2],b[3]],0) : __readInt32LE(b,0)>>2;\n\treturn fX100 ? RK/100 : RK;\n}\n\n/* [MS-XLSB] 2.5.153 */\nfunction parse_UncheckedRfX(data) {\n\tvar cell = {s: {}, e: {}};\n\tcell.s.r = data.read_shift(4);\n\tcell.e.r = data.read_shift(4);\n\tcell.s.c = data.read_shift(4);\n\tcell.e.c = data.read_shift(4);\n\treturn cell;\n}\n\nfunction write_UncheckedRfX(r, o) {\n\tif(!o) o = new_buf(16);\n\to.write_shift(4, r.s.r);\n\to.write_shift(4, r.e.r);\n\to.write_shift(4, r.s.c);\n\to.write_shift(4, r.e.c);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.171 */\n/* [MS-XLS] 2.5.342 */\nfunction parse_Xnum(data, length) { return data.read_shift(8, 'f'); }\nfunction write_Xnum(data, o) { return (o || new_buf(8)).write_shift(8, 'f', data); }\n\n/* [MS-XLSB] 2.5.198.2 */\nvar BErr = {\n\t0x00: \"#NULL!\",\n\t0x07: \"#DIV/0!\",\n\t0x0F: \"#VALUE!\",\n\t0x17: \"#REF!\",\n\t0x1D: \"#NAME?\",\n\t0x24: \"#NUM!\",\n\t0x2A: \"#N/A\",\n\t0x2B: \"#GETTING_DATA\",\n\t0xFF: \"#WTF?\"\n};\nvar RBErr = evert_num(BErr);\n\n/* [MS-XLSB] 2.4.321 BrtColor */\nfunction parse_BrtColor(data, length) {\n\tvar out = {};\n\tvar d = data.read_shift(1);\n\tout.fValidRGB = d & 1;\n\tout.xColorType = d >>> 1;\n\tout.index = data.read_shift(1);\n\tout.nTintAndShade = data.read_shift(2, 'i');\n\tout.bRed = data.read_shift(1);\n\tout.bGreen = data.read_shift(1);\n\tout.bBlue = data.read_shift(1);\n\tout.bAlpha = data.read_shift(1);\n}\n\n/* [MS-XLSB] 2.5.52 */\nfunction parse_FontFlags(data, length) {\n\tvar d = data.read_shift(1);\n\tdata.l++;\n\tvar out = {\n\t\tfItalic: d & 0x2,\n\t\tfStrikeout: d & 0x8,\n\t\tfOutline: d & 0x10,\n\t\tfShadow: d & 0x20,\n\t\tfCondense: d & 0x40,\n\t\tfExtend: d & 0x80\n\t};\n\treturn out;\n}\n/* [MS-OLEPS] 2.2 PropertyType */\n{\n\tvar VT_EMPTY = 0x0000;\n\tvar VT_NULL = 0x0001;\n\tvar VT_I2 = 0x0002;\n\tvar VT_I4 = 0x0003;\n\tvar VT_R4 = 0x0004;\n\tvar VT_R8 = 0x0005;\n\tvar VT_CY = 0x0006;\n\tvar VT_DATE = 0x0007;\n\tvar VT_BSTR = 0x0008;\n\tvar VT_ERROR = 0x000A;\n\tvar VT_BOOL = 0x000B;\n\tvar VT_VARIANT = 0x000C;\n\tvar VT_DECIMAL = 0x000E;\n\tvar VT_I1 = 0x0010;\n\tvar VT_UI1 = 0x0011;\n\tvar VT_UI2 = 0x0012;\n\tvar VT_UI4 = 0x0013;\n\tvar VT_I8 = 0x0014;\n\tvar VT_UI8 = 0x0015;\n\tvar VT_INT = 0x0016;\n\tvar VT_UINT = 0x0017;\n\tvar VT_LPSTR = 0x001E;\n\tvar VT_LPWSTR = 0x001F;\n\tvar VT_FILETIME = 0x0040;\n\tvar VT_BLOB = 0x0041;\n\tvar VT_STREAM = 0x0042;\n\tvar VT_STORAGE = 0x0043;\n\tvar VT_STREAMED_Object = 0x0044;\n\tvar VT_STORED_Object = 0x0045;\n\tvar VT_BLOB_Object = 0x0046;\n\tvar VT_CF = 0x0047;\n\tvar VT_CLSID = 0x0048;\n\tvar VT_VERSIONED_STREAM = 0x0049;\n\tvar VT_VECTOR = 0x1000;\n\tvar VT_ARRAY = 0x2000;\n\n\tvar VT_STRING = 0x0050; // 2.3.3.1.11 VtString\n\tvar VT_USTR = 0x0051; // 2.3.3.1.12 VtUnalignedString\n\tvar VT_CUSTOM = [VT_STRING, VT_USTR];\n}\n\n/* [MS-OSHARED] 2.3.3.2.2.1 Document Summary Information PIDDSI */\nvar DocSummaryPIDDSI = {\n\t0x01: { n: 'CodePage', t: VT_I2 },\n\t0x02: { n: 'Category', t: VT_STRING },\n\t0x03: { n: 'PresentationFormat', t: VT_STRING },\n\t0x04: { n: 'ByteCount', t: VT_I4 },\n\t0x05: { n: 'LineCount', t: VT_I4 },\n\t0x06: { n: 'ParagraphCount', t: VT_I4 },\n\t0x07: { n: 'SlideCount', t: VT_I4 },\n\t0x08: { n: 'NoteCount', t: VT_I4 },\n\t0x09: { n: 'HiddenCount', t: VT_I4 },\n\t0x0a: { n: 'MultimediaClipCount', t: VT_I4 },\n\t0x0b: { n: 'Scale', t: VT_BOOL },\n\t0x0c: { n: 'HeadingPair', t: VT_VECTOR | VT_VARIANT },\n\t0x0d: { n: 'DocParts', t: VT_VECTOR | VT_LPSTR },\n\t0x0e: { n: 'Manager', t: VT_STRING },\n\t0x0f: { n: 'Company', t: VT_STRING },\n\t0x10: { n: 'LinksDirty', t: VT_BOOL },\n\t0x11: { n: 'CharacterCount', t: VT_I4 },\n\t0x13: { n: 'SharedDoc', t: VT_BOOL },\n\t0x16: { n: 'HLinksChanged', t: VT_BOOL },\n\t0x17: { n: 'AppVersion', t: VT_I4, p: 'version' },\n\t0x1A: { n: 'ContentType', t: VT_STRING },\n\t0x1B: { n: 'ContentStatus', t: VT_STRING },\n\t0x1C: { n: 'Language', t: VT_STRING },\n\t0x1D: { n: 'Version', t: VT_STRING },\n\t0xFF: {}\n};\n\n/* [MS-OSHARED] 2.3.3.2.1.1 Summary Information Property Set PIDSI */\nvar SummaryPIDSI = {\n\t0x01: { n: 'CodePage', t: VT_I2 },\n\t0x02: { n: 'Title', t: VT_STRING },\n\t0x03: { n: 'Subject', t: VT_STRING },\n\t0x04: { n: 'Author', t: VT_STRING },\n\t0x05: { n: 'Keywords', t: VT_STRING },\n\t0x06: { n: 'Comments', t: VT_STRING },\n\t0x07: { n: 'Template', t: VT_STRING },\n\t0x08: { n: 'LastAuthor', t: VT_STRING },\n\t0x09: { n: 'RevNumber', t: VT_STRING },\n\t0x0A: { n: 'EditTime', t: VT_FILETIME },\n\t0x0B: { n: 'LastPrinted', t: VT_FILETIME },\n\t0x0C: { n: 'CreatedDate', t: VT_FILETIME },\n\t0x0D: { n: 'ModifiedDate', t: VT_FILETIME },\n\t0x0E: { n: 'PageCount', t: VT_I4 },\n\t0x0F: { n: 'WordCount', t: VT_I4 },\n\t0x10: { n: 'CharCount', t: VT_I4 },\n\t0x11: { n: 'Thumbnail', t: VT_CF },\n\t0x12: { n: 'ApplicationName', t: VT_LPSTR },\n\t0x13: { n: 'DocumentSecurity', t: VT_I4 },\n\t0xFF: {}\n};\n\n/* [MS-OLEPS] 2.18 */\nvar SpecialProperties = {\n\t0x80000000: { n: 'Locale', t: VT_UI4 },\n\t0x80000003: { n: 'Behavior', t: VT_UI4 },\n\t0x72627262: {}\n};\n\n(function() {\n\tfor(var y in SpecialProperties) if(SpecialProperties.hasOwnProperty(y))\n\tDocSummaryPIDDSI[y] = SummaryPIDSI[y] = SpecialProperties[y];\n})();\n\n/* [MS-XLS] 2.4.63 Country/Region codes */\nvar CountryEnum = {\n\t0x0001: \"US\", // United States\n\t0x0002: \"CA\", // Canada\n\t0x0003: \"\", // Latin America (except Brazil)\n\t0x0007: \"RU\", // Russia\n\t0x0014: \"EG\", // Egypt\n\t0x001E: \"GR\", // Greece\n\t0x001F: \"NL\", // Netherlands\n\t0x0020: \"BE\", // Belgium\n\t0x0021: \"FR\", // France\n\t0x0022: \"ES\", // Spain\n\t0x0024: \"HU\", // Hungary\n\t0x0027: \"IT\", // Italy\n\t0x0029: \"CH\", // Switzerland\n\t0x002B: \"AT\", // Austria\n\t0x002C: \"GB\", // United Kingdom\n\t0x002D: \"DK\", // Denmark\n\t0x002E: \"SE\", // Sweden\n\t0x002F: \"NO\", // Norway\n\t0x0030: \"PL\", // Poland\n\t0x0031: \"DE\", // Germany\n\t0x0034: \"MX\", // Mexico\n\t0x0037: \"BR\", // Brazil\n\t0x003d: \"AU\", // Australia\n\t0x0040: \"NZ\", // New Zealand\n\t0x0042: \"TH\", // Thailand\n\t0x0051: \"JP\", // Japan\n\t0x0052: \"KR\", // Korea\n\t0x0054: \"VN\", // Viet Nam\n\t0x0056: \"CN\", // China\n\t0x005A: \"TR\", // Turkey\n\t0x0069: \"JS\", // Ramastan\n\t0x00D5: \"DZ\", // Algeria\n\t0x00D8: \"MA\", // Morocco\n\t0x00DA: \"LY\", // Libya\n\t0x015F: \"PT\", // Portugal\n\t0x0162: \"IS\", // Iceland\n\t0x0166: \"FI\", // Finland\n\t0x01A4: \"CZ\", // Czech Republic\n\t0x0376: \"TW\", // Taiwan\n\t0x03C1: \"LB\", // Lebanon\n\t0x03C2: \"JO\", // Jordan\n\t0x03C3: \"SY\", // Syria\n\t0x03C4: \"IQ\", // Iraq\n\t0x03C5: \"KW\", // Kuwait\n\t0x03C6: \"SA\", // Saudi Arabia\n\t0x03CB: \"AE\", // United Arab Emirates\n\t0x03CC: \"IL\", // Israel\n\t0x03CE: \"QA\", // Qatar\n\t0x03D5: \"IR\", // Iran\n\t0xFFFF: \"US\" // United States\n};\n\n/* [MS-XLS] 2.5.127 */\nvar XLSFillPattern = [\n\tnull,\n\t'solid',\n\t'mediumGray',\n\t'darkGray',\n\t'lightGray',\n\t'darkHorizontal',\n\t'darkVertical',\n\t'darkDown',\n\t'darkUp',\n\t'darkGrid',\n\t'darkTrellis',\n\t'lightHorizontal',\n\t'lightVertical',\n\t'lightDown',\n\t'lightUp',\n\t'lightGrid',\n\t'lightTrellis',\n\t'gray125',\n\t'gray0625'\n];\n\nfunction rgbify(arr) { return arr.map(function(x) { return [(x>>16)&255,(x>>8)&255,x&255]; }); }\n\n/* [MS-XLS] 2.5.161 */\nvar XLSIcv = rgbify([\n\t/* Color Constants */\n\t0x000000,\n\t0xFFFFFF,\n\t0xFF0000,\n\t0x00FF00,\n\t0x0000FF,\n\t0xFFFF00,\n\t0xFF00FF,\n\t0x00FFFF,\n\n\t/* Defaults */\n\t0x000000,\n\t0xFFFFFF,\n\t0xFF0000,\n\t0x00FF00,\n\t0x0000FF,\n\t0xFFFF00,\n\t0xFF00FF,\n\t0x00FFFF,\n\n\t0x800000,\n\t0x008000,\n\t0x000080,\n\t0x808000,\n\t0x800080,\n\t0x008080,\n\t0xC0C0C0,\n\t0x808080,\n\t0x9999FF,\n\t0x993366,\n\t0xFFFFCC,\n\t0xCCFFFF,\n\t0x660066,\n\t0xFF8080,\n\t0x0066CC,\n\t0xCCCCFF,\n\n\t0x000080,\n\t0xFF00FF,\n\t0xFFFF00,\n\t0x00FFFF,\n\t0x800080,\n\t0x800000,\n\t0x008080,\n\t0x0000FF,\n\t0x00CCFF,\n\t0xCCFFFF,\n\t0xCCFFCC,\n\t0xFFFF99,\n\t0x99CCFF,\n\t0xFF99CC,\n\t0xCC99FF,\n\t0xFFCC99,\n\n\t0x3366FF,\n\t0x33CCCC,\n\t0x99CC00,\n\t0xFFCC00,\n\t0xFF9900,\n\t0xFF6600,\n\t0x666699,\n\t0x969696,\n\t0x003366,\n\t0x339966,\n\t0x003300,\n\t0x333300,\n\t0x993300,\n\t0x993366,\n\t0x333399,\n\t0x333333,\n\n\t/* Sheet */\n\t0xFFFFFF,\n\t0x000000\n]);\n\n/* Parts enumerated in OPC spec, MS-XLSB and MS-XLSX */\n/* 12.3 Part Summary <SpreadsheetML> */\n/* 14.2 Part Summary <DrawingML> */\n/* [MS-XLSX] 2.1 Part Enumerations */\n/* [MS-XLSB] 2.1.7 Part Enumeration */\nvar ct2type = {\n\t/* Workbook */\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet.main+xml\": \"workbooks\",\n\n\t/* Worksheet */\n\t\"application/vnd.ms-excel.binIndexWs\": \"TODO\", /* Binary Index */\n\n\t/* Chartsheet */\n\t\"application/vnd.ms-excel.chartsheet\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.chartsheet+xml\": \"TODO\",\n\n\t/* Dialogsheet */\n\t\"application/vnd.ms-excel.dialogsheet\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.dialogsheet+xml\": \"TODO\",\n\n\t/* Macrosheet */\n\t\"application/vnd.ms-excel.macrosheet\": \"TODO\",\n\t\"application/vnd.ms-excel.macrosheet+xml\": \"TODO\",\n\t\"application/vnd.ms-excel.intlmacrosheet\": \"TODO\",\n\t\"application/vnd.ms-excel.binIndexMs\": \"TODO\", /* Binary Index */\n\n\t/* File Properties */\n\t\"application/vnd.openxmlformats-package.core-properties+xml\": \"coreprops\",\n\t\"application/vnd.openxmlformats-officedocument.custom-properties+xml\": \"custprops\",\n\t\"application/vnd.openxmlformats-officedocument.extended-properties+xml\": \"extprops\",\n\n\t/* Custom Data Properties */\n\t\"application/vnd.openxmlformats-officedocument.customXmlProperties+xml\": \"TODO\",\n\n\t/* Comments */\n\t\"application/vnd.ms-excel.comments\": \"comments\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.comments+xml\": \"comments\",\n\n\t/* PivotTable */\n\t\"application/vnd.ms-excel.pivotTable\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.pivotTable+xml\": \"TODO\",\n\n\t/* Calculation Chain */\n\t\"application/vnd.ms-excel.calcChain\": \"calcchains\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.calcChain+xml\": \"calcchains\",\n\n\t/* Printer Settings */\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.printerSettings\": \"TODO\",\n\n\t/* ActiveX */\n\t\"application/vnd.ms-office.activeX\": \"TODO\",\n\t\"application/vnd.ms-office.activeX+xml\": \"TODO\",\n\n\t/* Custom Toolbars */\n\t\"application/vnd.ms-excel.attachedToolbars\": \"TODO\",\n\n\t/* External Data Connections */\n\t\"application/vnd.ms-excel.connections\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.connections+xml\": \"TODO\",\n\n\t/* External Links */\n\t\"application/vnd.ms-excel.externalLink\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.externalLink+xml\": \"TODO\",\n\n\t/* Metadata */\n\t\"application/vnd.ms-excel.sheetMetadata\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.sheetMetadata+xml\": \"TODO\",\n\n\t/* PivotCache */\n\t\"application/vnd.ms-excel.pivotCacheDefinition\": \"TODO\",\n\t\"application/vnd.ms-excel.pivotCacheRecords\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.pivotCacheDefinition+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.pivotCacheRecords+xml\": \"TODO\",\n\n\t/* Query Table */\n\t\"application/vnd.ms-excel.queryTable\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.queryTable+xml\": \"TODO\",\n\n\t/* Shared Workbook */\n\t\"application/vnd.ms-excel.userNames\": \"TODO\",\n\t\"application/vnd.ms-excel.revisionHeaders\": \"TODO\",\n\t\"application/vnd.ms-excel.revisionLog\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.revisionHeaders+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.revisionLog+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.userNames+xml\": \"TODO\",\n\n\t/* Single Cell Table */\n\t\"application/vnd.ms-excel.tableSingleCells\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.tableSingleCells+xml\": \"TODO\",\n\n\t/* Slicer */\n\t\"application/vnd.ms-excel.slicer\": \"TODO\",\n\t\"application/vnd.ms-excel.slicerCache\": \"TODO\",\n\t\"application/vnd.ms-excel.slicer+xml\": \"TODO\",\n\t\"application/vnd.ms-excel.slicerCache+xml\": \"TODO\",\n\n\t/* Sort Map */\n\t\"application/vnd.ms-excel.wsSortMap\": \"TODO\",\n\n\t/* Table */\n\t\"application/vnd.ms-excel.table\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.table+xml\": \"TODO\",\n\n\t/* Themes */\n\t\"application/vnd.openxmlformats-officedocument.theme+xml\": \"themes\",\n\n\t/* Timeline */\n\t\"application/vnd.ms-excel.Timeline+xml\": \"TODO\", /* verify */\n\t\"application/vnd.ms-excel.TimelineCache+xml\": \"TODO\", /* verify */\n\n\t/* VBA */\n\t\"application/vnd.ms-office.vbaProject\": \"vba\",\n\t\"application/vnd.ms-office.vbaProjectSignature\": \"vba\",\n\n\t/* Volatile Dependencies */\n\t\"application/vnd.ms-office.volatileDependencies\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.volatileDependencies+xml\": \"TODO\",\n\n\t/* Control Properties */\n\t\"application/vnd.ms-excel.controlproperties+xml\": \"TODO\",\n\n\t/* Data Model */\n\t\"application/vnd.openxmlformats-officedocument.model+data\": \"TODO\",\n\n\t/* Survey */\n\t\"application/vnd.ms-excel.Survey+xml\": \"TODO\",\n\n\t/* Drawing */\n\t\"application/vnd.openxmlformats-officedocument.drawing+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.chart+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.chartshapes+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramColors+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramData+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramLayout+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramStyle+xml\": \"TODO\",\n\n\t/* VML */\n\t\"application/vnd.openxmlformats-officedocument.vmlDrawing\": \"TODO\",\n\n\t\"application/vnd.openxmlformats-package.relationships+xml\": \"rels\",\n\t\"application/vnd.openxmlformats-officedocument.oleObject\": \"TODO\",\n\n\t\"sheet\": \"js\"\n};\n\nvar CT_LIST = (function(){\n\tvar o = {\n\t\tworkbooks: {\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet.main+xml\",\n\t\t\txlsm: \"application/vnd.ms-excel.sheet.macroEnabled.main+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.sheet.binary.macroEnabled.main\",\n\t\t\txltx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.template.main+xml\"\n\t\t},\n\t\tstrs: { /* Shared Strings */\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.sharedStrings+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.sharedStrings\"\n\t\t},\n\t\tsheets: {\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.worksheet+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.worksheet\"\n\t\t},\n\t\tstyles: {/* Styles */\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.styles+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.styles\"\n\t\t}\n\t};\n\tkeys(o).forEach(function(k) { if(!o[k].xlsm) o[k].xlsm = o[k].xlsx; });\n\tkeys(o).forEach(function(k){ keys(o[k]).forEach(function(v) { ct2type[o[k][v]] = k; }); });\n\treturn o;\n})();\n\nvar type2ct = evert_arr(ct2type);\n\nXMLNS.CT = 'http://schemas.openxmlformats.org/package/2006/content-types';\n\nfunction parse_ct(data, opts) {\n\tvar ctext = {};\n\tif(!data || !data.match) return data;\n\tvar ct = { workbooks: [], sheets: [], calcchains: [], themes: [], styles: [],\n\t\tcoreprops: [], extprops: [], custprops: [], strs:[], comments: [], vba: [],\n\t\tTODO:[], rels:[], xmlns: \"\" };\n\t(data.match(tagregex)||[]).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0].replace(nsregex,\"<\")) {\n\t\t\tcase '<?xml': break;\n\t\t\tcase '<Types': ct.xmlns = y['xmlns' + (y[0].match(/<(\\w+):/)||[\"\",\"\"])[1] ]; break;\n\t\t\tcase '<Default': ctext[y.Extension] = y.ContentType; break;\n\t\t\tcase '<Override':\n\t\t\t\tif(ct[ct2type[y.ContentType]] !== undefined) ct[ct2type[y.ContentType]].push(y.PartName);\n\t\t\t\telse if(opts.WTF) console.error(y);\n\t\t\t\tbreak;\n\t\t}\n\t});\n\tif(ct.xmlns !== XMLNS.CT) throw new Error(\"Unknown Namespace: \" + ct.xmlns);\n\tct.calcchain = ct.calcchains.length > 0 ? ct.calcchains[0] : \"\";\n\tct.sst = ct.strs.length > 0 ? ct.strs[0] : \"\";\n\tct.style = ct.styles.length > 0 ? ct.styles[0] : \"\";\n\tct.defaults = ctext;\n\tdelete ct.calcchains;\n\treturn ct;\n}\n\nvar CTYPE_XML_ROOT = writextag('Types', null, {\n\t'xmlns': XMLNS.CT,\n\t'xmlns:xsd': XMLNS.xsd,\n\t'xmlns:xsi': XMLNS.xsi\n});\n\nvar CTYPE_DEFAULTS = [\n\t['xml', 'application/xml'],\n\t['bin', 'application/vnd.ms-excel.sheet.binary.macroEnabled.main'],\n\t['rels', type2ct.rels[0]]\n].map(function(x) {\n\treturn writextag('Default', null, {'Extension':x[0], 'ContentType': x[1]});\n});\n\nfunction write_ct(ct, opts) {\n\tvar o = [], v;\n\to[o.length] = (XML_HEADER);\n\to[o.length] = (CTYPE_XML_ROOT);\n\to = o.concat(CTYPE_DEFAULTS);\n\tvar f1 = function(w) {\n\t\tif(ct[w] && ct[w].length > 0) {\n\t\t\tv = ct[w][0];\n\t\t\to[o.length] = (writextag('Override', null, {\n\t\t\t\t'PartName': (v[0] == '/' ? \"\":\"/\") + v,\n\t\t\t\t'ContentType': CT_LIST[w][opts.bookType || 'xlsx']\n\t\t\t}));\n\t\t}\n\t};\n\tvar f2 = function(w) {\n\t\tct[w].forEach(function(v) {\n\t\t\to[o.length] = (writextag('Override', null, {\n\t\t\t\t'PartName': (v[0] == '/' ? \"\":\"/\") + v,\n\t\t\t\t'ContentType': CT_LIST[w][opts.bookType || 'xlsx']\n\t\t\t}));\n\t\t});\n\t};\n\tvar f3 = function(t) {\n\t\t(ct[t]||[]).forEach(function(v) {\n\t\t\to[o.length] = (writextag('Override', null, {\n\t\t\t\t'PartName': (v[0] == '/' ? \"\":\"/\") + v,\n\t\t\t\t'ContentType': type2ct[t][0]\n\t\t\t}));\n\t\t});\n\t};\n\tf1('workbooks');\n\tf2('sheets');\n\tf3('themes');\n\t['strs', 'styles'].forEach(f1);\n\t['coreprops', 'extprops', 'custprops'].forEach(f3);\n\tif(o.length>2){ o[o.length] = ('</Types>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* 9.3.2 OPC Relationships Markup */\nvar RELS = {\n\tWB: \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/officeDocument\",\n\tSHEET: \"http://sheetjs.openxmlformats.org/officeDocument/2006/relationships/officeDocument\"\n};\n\nfunction parse_rels(data, currentFilePath) {\n\tif (!data) return data;\n\tif (currentFilePath.charAt(0) !== '/') {\n\t\tcurrentFilePath = '/'+currentFilePath;\n\t}\n\tvar rels = {};\n\tvar hash = {};\n\tvar resolveRelativePathIntoAbsolute = function (to) {\n\t\tvar toksFrom = currentFilePath.split('/');\n\t\ttoksFrom.pop(); // folder path\n\t\tvar toksTo = to.split('/');\n\t\tvar reversed = [];\n\t\twhile (toksTo.length !== 0) {\n\t\t\tvar tokTo = toksTo.shift();\n\t\t\tif (tokTo === '..') {\n\t\t\t\ttoksFrom.pop();\n\t\t\t} else if (tokTo !== '.') {\n\t\t\t\ttoksFrom.push(tokTo);\n\t\t\t}\n\t\t}\n\t\treturn toksFrom.join('/');\n\t};\n\n\tdata.match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\t/* 9.3.2.2 OPC_Relationships */\n\t\tif (y[0] === '<Relationship') {\n\t\t\tvar rel = {}; rel.Type = y.Type; rel.Target = y.Target; rel.Id = y.Id; rel.TargetMode = y.TargetMode;\n\t\t\tvar canonictarget = y.TargetMode === 'External' ? y.Target : resolveRelativePathIntoAbsolute(y.Target);\n\t\t\trels[canonictarget] = rel;\n\t\t\thash[y.Id] = rel;\n\t\t}\n\t});\n\trels[\"!id\"] = hash;\n\treturn rels;\n}\n\nXMLNS.RELS = 'http://schemas.openxmlformats.org/package/2006/relationships';\n\nvar RELS_ROOT = writextag('Relationships', null, {\n\t//'xmlns:ns0': XMLNS.RELS,\n\t'xmlns': XMLNS.RELS\n});\n\n/* TODO */\nfunction write_rels(rels) {\n\tvar o = [];\n\to[o.length] = (XML_HEADER);\n\to[o.length] = (RELS_ROOT);\n\tkeys(rels['!id']).forEach(function(rid) { var rel = rels['!id'][rid];\n\t\to[o.length] = (writextag('Relationship', null, rel));\n\t});\n\tif(o.length>2){ o[o.length] = ('</Relationships>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* ECMA-376 Part II 11.1 Core Properties Part */\n/* [MS-OSHARED] 2.3.3.2.[1-2].1 (PIDSI/PIDDSI) */\nvar CORE_PROPS = [\n\t[\"cp:category\", \"Category\"],\n\t[\"cp:contentStatus\", \"ContentStatus\"],\n\t[\"cp:keywords\", \"Keywords\"],\n\t[\"cp:lastModifiedBy\", \"LastAuthor\"],\n\t[\"cp:lastPrinted\", \"LastPrinted\"],\n\t[\"cp:revision\", \"RevNumber\"],\n\t[\"cp:version\", \"Version\"],\n\t[\"dc:creator\", \"Author\"],\n\t[\"dc:description\", \"Comments\"],\n\t[\"dc:identifier\", \"Identifier\"],\n\t[\"dc:language\", \"Language\"],\n\t[\"dc:subject\", \"Subject\"],\n\t[\"dc:title\", \"Title\"],\n\t[\"dcterms:created\", \"CreatedDate\", 'date'],\n\t[\"dcterms:modified\", \"ModifiedDate\", 'date']\n];\n\nXMLNS.CORE_PROPS = \"http://schemas.openxmlformats.org/package/2006/metadata/core-properties\";\nRELS.CORE_PROPS = 'http://schemas.openxmlformats.org/package/2006/relationships/metadata/core-properties';\n\nvar CORE_PROPS_REGEX = (function() {\n\tvar r = new Array(CORE_PROPS.length);\n\tfor(var i = 0; i < CORE_PROPS.length; ++i) {\n\t\tvar f = CORE_PROPS[i];\n\t\tvar g = \"(?:\"+ f[0].substr(0,f[0].indexOf(\":\")) +\":)\"+ f[0].substr(f[0].indexOf(\":\")+1);\n\t\tr[i] = new RegExp(\"<\" + g + \"[^>]*>(.*)<\\/\" + g + \">\");\n\t}\n\treturn r;\n})();\n\nfunction parse_core_props(data) {\n\tvar p = {};\n\n\tfor(var i = 0; i < CORE_PROPS.length; ++i) {\n\t\tvar f = CORE_PROPS[i], cur = data.match(CORE_PROPS_REGEX[i]);\n\t\tif(cur != null && cur.length > 0) p[f[1]] = cur[1];\n\t\tif(f[2] === 'date' && p[f[1]]) p[f[1]] = new Date(p[f[1]]);\n\t}\n\n\treturn p;\n}\n\nvar CORE_PROPS_XML_ROOT = writextag('cp:coreProperties', null, {\n\t//'xmlns': XMLNS.CORE_PROPS,\n\t'xmlns:cp': XMLNS.CORE_PROPS,\n\t'xmlns:dc': XMLNS.dc,\n\t'xmlns:dcterms': XMLNS.dcterms,\n\t'xmlns:dcmitype': XMLNS.dcmitype,\n\t'xmlns:xsi': XMLNS.xsi\n});\n\nfunction cp_doit(f, g, h, o, p) {\n\tif(p[f] != null || g == null || g === \"\") return;\n\tp[f] = g;\n\to[o.length] = (h ? writextag(f,g,h) : writetag(f,g));\n}\n\nfunction write_core_props(cp, opts) {\n\tvar o = [XML_HEADER, CORE_PROPS_XML_ROOT], p = {};\n\tif(!cp) return o.join(\"\");\n\n\n\tif(cp.CreatedDate != null) cp_doit(\"dcterms:created\", typeof cp.CreatedDate === \"string\" ? cp.CreatedDate : write_w3cdtf(cp.CreatedDate, opts.WTF), {\"xsi:type\":\"dcterms:W3CDTF\"}, o, p);\n\tif(cp.ModifiedDate != null) cp_doit(\"dcterms:modified\", typeof cp.ModifiedDate === \"string\" ? cp.ModifiedDate : write_w3cdtf(cp.ModifiedDate, opts.WTF), {\"xsi:type\":\"dcterms:W3CDTF\"}, o, p);\n\n\tfor(var i = 0; i != CORE_PROPS.length; ++i) { var f = CORE_PROPS[i]; cp_doit(f[0], cp[f[1]], null, o, p); }\n\tif(o.length>2){ o[o.length] = ('</cp:coreProperties>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* 15.2.12.3 Extended File Properties Part */\n/* [MS-OSHARED] 2.3.3.2.[1-2].1 (PIDSI/PIDDSI) */\nvar EXT_PROPS = [\n\t[\"Application\", \"Application\", \"string\"],\n\t[\"AppVersion\", \"AppVersion\", \"string\"],\n\t[\"Company\", \"Company\", \"string\"],\n\t[\"DocSecurity\", \"DocSecurity\", \"string\"],\n\t[\"Manager\", \"Manager\", \"string\"],\n\t[\"HyperlinksChanged\", \"HyperlinksChanged\", \"bool\"],\n\t[\"SharedDoc\", \"SharedDoc\", \"bool\"],\n\t[\"LinksUpToDate\", \"LinksUpToDate\", \"bool\"],\n\t[\"ScaleCrop\", \"ScaleCrop\", \"bool\"],\n\t[\"HeadingPairs\", \"HeadingPairs\", \"raw\"],\n\t[\"TitlesOfParts\", \"TitlesOfParts\", \"raw\"]\n];\n\nXMLNS.EXT_PROPS = \"http://schemas.openxmlformats.org/officeDocument/2006/extended-properties\";\nRELS.EXT_PROPS = 'http://schemas.openxmlformats.org/officeDocument/2006/relationships/extended-properties';\n\nfunction parse_ext_props(data, p) {\n\tvar q = {}; if(!p) p = {};\n\n\tEXT_PROPS.forEach(function(f) {\n\t\tswitch(f[2]) {\n\t\t\tcase \"string\": p[f[1]] = (data.match(matchtag(f[0]))||[])[1]; break;\n\t\t\tcase \"bool\": p[f[1]] = (data.match(matchtag(f[0]))||[])[1] === \"true\"; break;\n\t\t\tcase \"raw\":\n\t\t\t\tvar cur = data.match(new RegExp(\"<\" + f[0] + \"[^>]*>(.*)<\\/\" + f[0] + \">\"));\n\t\t\t\tif(cur && cur.length > 0) q[f[1]] = cur[1];\n\t\t\t\tbreak;\n\t\t}\n\t});\n\n\tif(q.HeadingPairs && q.TitlesOfParts) {\n\t\tvar v = parseVector(q.HeadingPairs);\n\t\tvar j = 0, widx = 0;\n\t\tfor(var i = 0; i !== v.length; ++i) {\n\t\t\tswitch(v[i].v) {\n\t\t\t\tcase \"Worksheets\": widx = j; p.Worksheets = +(v[++i].v); break;\n\t\t\t\tcase \"Named Ranges\": ++i; break; // TODO: Handle Named Ranges\n\t\t\t}\n\t\t}\n\t\tvar parts = parseVector(q.TitlesOfParts).map(function(x) { return utf8read(x.v); });\n\t\tp.SheetNames = parts.slice(widx, widx + p.Worksheets);\n\t}\n\treturn p;\n}\n\nvar EXT_PROPS_XML_ROOT = writextag('Properties', null, {\n\t'xmlns': XMLNS.EXT_PROPS,\n\t'xmlns:vt': XMLNS.vt\n});\n\nfunction write_ext_props(cp, opts) {\n\tvar o = [], p = {}, W = writextag;\n\tif(!cp) cp = {};\n\tcp.Application = \"SheetJS\";\n\to[o.length] = (XML_HEADER);\n\to[o.length] = (EXT_PROPS_XML_ROOT);\n\n\tEXT_PROPS.forEach(function(f) {\n\t\tif(cp[f[1]] === undefined) return;\n\t\tvar v;\n\t\tswitch(f[2]) {\n\t\t\tcase 'string': v = cp[f[1]]; break;\n\t\t\tcase 'bool': v = cp[f[1]] ? 'true' : 'false'; break;\n\t\t}\n\t\tif(v !== undefined) o[o.length] = (W(f[0], v));\n\t});\n\n\t/* TODO: HeadingPairs, TitlesOfParts */\n\to[o.length] = (W('HeadingPairs', W('vt:vector', W('vt:variant', '<vt:lpstr>Worksheets</vt:lpstr>')+W('vt:variant', W('vt:i4', String(cp.Worksheets))), {size:2, baseType:\"variant\"})));\n\to[o.length] = (W('TitlesOfParts', W('vt:vector', cp.SheetNames.map(function(s) { return \"<vt:lpstr>\" + s + \"</vt:lpstr>\"; }).join(\"\"), {size: cp.Worksheets, baseType:\"lpstr\"})));\n\tif(o.length>2){ o[o.length] = ('</Properties>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* 15.2.12.2 Custom File Properties Part */\nXMLNS.CUST_PROPS = \"http://schemas.openxmlformats.org/officeDocument/2006/custom-properties\";\nRELS.CUST_PROPS = 'http://schemas.openxmlformats.org/officeDocument/2006/relationships/custom-properties';\n\nvar custregex = /<[^>]+>[^<]*/g;\nfunction parse_cust_props(data, opts) {\n\tvar p = {}, name;\n\tvar m = data.match(custregex);\n\tif(m) for(var i = 0; i != m.length; ++i) {\n\t\tvar x = m[i], y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<?xml': break;\n\t\t\tcase '<Properties':\n\t\t\t\tif(y.xmlns !== XMLNS.CUST_PROPS) throw \"unrecognized xmlns \" + y.xmlns;\n\t\t\t\tif(y.xmlnsvt && y.xmlnsvt !== XMLNS.vt) throw \"unrecognized vt \" + y.xmlnsvt;\n\t\t\t\tbreak;\n\t\t\tcase '<property': name = y.name; break;\n\t\t\tcase '</property>': name = null; break;\n\t\t\tdefault: if (x.indexOf('<vt:') === 0) {\n\t\t\t\tvar toks = x.split('>');\n\t\t\t\tvar type = toks[0].substring(4), text = toks[1];\n\t\t\t\t/* 22.4.2.32 (CT_Variant). Omit the binary types from 22.4 (Variant Types) */\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase 'lpstr': case 'lpwstr': case 'bstr': case 'lpwstr':\n\t\t\t\t\t\tp[name] = unescapexml(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'bool':\n\t\t\t\t\t\tp[name] = parsexmlbool(text, '<vt:bool>');\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'i1': case 'i2': case 'i4': case 'i8': case 'int': case 'uint':\n\t\t\t\t\t\tp[name] = parseInt(text, 10);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'r4': case 'r8': case 'decimal':\n\t\t\t\t\t\tp[name] = parseFloat(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'filetime': case 'date':\n\t\t\t\t\t\tp[name] = new Date(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'cy': case 'error':\n\t\t\t\t\t\tp[name] = unescapexml(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tif(typeof console !== 'undefined') console.warn('Unexpected', x, type, toks);\n\t\t\t\t}\n\t\t\t} else if(x.substr(0,2) === \"</\") {\n\t\t\t} else if(opts.WTF) throw new Error(x);\n\t\t}\n\t}\n\treturn p;\n}\n\nvar CUST_PROPS_XML_ROOT = writextag('Properties', null, {\n\t'xmlns': XMLNS.CUST_PROPS,\n\t'xmlns:vt': XMLNS.vt\n});\n\nfunction write_cust_props(cp, opts) {\n\tvar o = [XML_HEADER, CUST_PROPS_XML_ROOT];\n\tif(!cp) return o.join(\"\");\n\tvar pid = 1;\n\tkeys(cp).forEach(function custprop(k) { ++pid;\n\t\to[o.length] = (writextag('property', write_vt(cp[k]), {\n\t\t\t'fmtid': '{D5CDD505-2E9C-101B-9397-08002B2CF9AE}',\n\t\t\t'pid': pid,\n\t\t\t'name': k\n\t\t}));\n\t});\n\tif(o.length>2){ o[o.length] = '</Properties>'; o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\nfunction xlml_set_prop(Props, tag, val) {\n\t/* TODO: Normalize the properties */\n\tswitch(tag) {\n\t\tcase 'Description': tag = 'Comments'; break;\n\t}\n\tProps[tag] = val;\n}\n\n/* [MS-DTYP] 2.3.3 FILETIME */\n/* [MS-OLEDS] 2.1.3 FILETIME (Packet Version) */\n/* [MS-OLEPS] 2.8 FILETIME (Packet Version) */\nfunction parse_FILETIME(blob) {\n\tvar dwLowDateTime = blob.read_shift(4), dwHighDateTime = blob.read_shift(4);\n\treturn new Date(((dwHighDateTime/1e7*Math.pow(2,32) + dwLowDateTime/1e7) - 11644473600)*1000).toISOString().replace(/\\.000/,\"\");\n}\n\n/* [MS-OSHARED] 2.3.3.1.4 Lpstr */\nfunction parse_lpstr(blob, type, pad) {\n\tvar str = blob.read_shift(0, 'lpstr');\n\tif(pad) blob.l += (4 - ((str.length+1) & 3)) & 3;\n\treturn str;\n}\n\n/* [MS-OSHARED] 2.3.3.1.6 Lpwstr */\nfunction parse_lpwstr(blob, type, pad) {\n\tvar str = blob.read_shift(0, 'lpwstr');\n\tif(pad) blob.l += (4 - ((str.length+1) & 3)) & 3;\n\treturn str;\n}\n\n\n/* [MS-OSHARED] 2.3.3.1.11 VtString */\n/* [MS-OSHARED] 2.3.3.1.12 VtUnalignedString */\nfunction parse_VtStringBase(blob, stringType, pad) {\n\tif(stringType === 0x1F /*VT_LPWSTR*/) return parse_lpwstr(blob);\n\treturn parse_lpstr(blob, stringType, pad);\n}\n\nfunction parse_VtString(blob, t, pad) { return parse_VtStringBase(blob, t, pad === false ? 0: 4); }\nfunction parse_VtUnalignedString(blob, t) { if(!t) throw new Error(\"dafuq?\"); return parse_VtStringBase(blob, t, 0); }\n\n/* [MS-OSHARED] 2.3.3.1.9 VtVecUnalignedLpstrValue */\nfunction parse_VtVecUnalignedLpstrValue(blob) {\n\tvar length = blob.read_shift(4);\n\tvar ret = [];\n\tfor(var i = 0; i != length; ++i) ret[i] = blob.read_shift(0, 'lpstr');\n\treturn ret;\n}\n\n/* [MS-OSHARED] 2.3.3.1.10 VtVecUnalignedLpstr */\nfunction parse_VtVecUnalignedLpstr(blob) {\n\treturn parse_VtVecUnalignedLpstrValue(blob);\n}\n\n/* [MS-OSHARED] 2.3.3.1.13 VtHeadingPair */\nfunction parse_VtHeadingPair(blob) {\n\tvar headingString = parse_TypedPropertyValue(blob, VT_USTR);\n\tvar headerParts = parse_TypedPropertyValue(blob, VT_I4);\n\treturn [headingString, headerParts];\n}\n\n/* [MS-OSHARED] 2.3.3.1.14 VtVecHeadingPairValue */\nfunction parse_VtVecHeadingPairValue(blob) {\n\tvar cElements = blob.read_shift(4);\n\tvar out = [];\n\tfor(var i = 0; i != cElements / 2; ++i) out.push(parse_VtHeadingPair(blob));\n\treturn out;\n}\n\n/* [MS-OSHARED] 2.3.3.1.15 VtVecHeadingPair */\nfunction parse_VtVecHeadingPair(blob) {\n\t// NOTE: When invoked, wType & padding were already consumed\n\treturn parse_VtVecHeadingPairValue(blob);\n}\n\n/* [MS-OLEPS] 2.18.1 Dictionary (uses 2.17, 2.16) */\nfunction parse_dictionary(blob,CodePage) {\n\tvar cnt = blob.read_shift(4);\n\tvar dict = {};\n\tfor(var j = 0; j != cnt; ++j) {\n\t\tvar pid = blob.read_shift(4);\n\t\tvar len = blob.read_shift(4);\n\t\tdict[pid] = blob.read_shift(len, (CodePage === 0x4B0 ?'utf16le':'utf8')).replace(chr0,'').replace(chr1,'!');\n\t}\n\tif(blob.l & 3) blob.l = (blob.l>>2+1)<<2;\n\treturn dict;\n}\n\n/* [MS-OLEPS] 2.9 BLOB */\nfunction parse_BLOB(blob) {\n\tvar size = blob.read_shift(4);\n\tvar bytes = blob.slice(blob.l,blob.l+size);\n\tif(size & 3 > 0) blob.l += (4 - (size & 3)) & 3;\n\treturn bytes;\n}\n\n/* [MS-OLEPS] 2.11 ClipboardData */\nfunction parse_ClipboardData(blob) {\n\t// TODO\n\tvar o = {};\n\to.Size = blob.read_shift(4);\n\t//o.Format = blob.read_shift(4);\n\tblob.l += o.Size;\n\treturn o;\n}\n\n/* [MS-OLEPS] 2.14 Vector and Array Property Types */\nfunction parse_VtVector(blob, cb) {\n\t/* [MS-OLEPS] 2.14.2 VectorHeader */\n/*\tvar Length = blob.read_shift(4);\n\tvar o = [];\n\tfor(var i = 0; i != Length; ++i) {\n\t\to.push(cb(blob));\n\t}\n\treturn o;*/\n}\n\n/* [MS-OLEPS] 2.15 TypedPropertyValue */\nfunction parse_TypedPropertyValue(blob, type, _opts) {\n\tvar t = blob.read_shift(2), ret, opts = _opts||{};\n\tblob.l += 2;\n\tif(type !== VT_VARIANT)\n\tif(t !== type && VT_CUSTOM.indexOf(type)===-1) throw new Error('Expected type ' + type + ' saw ' + t);\n\tswitch(type === VT_VARIANT ? t : type) {\n\t\tcase 0x02 /*VT_I2*/: ret = blob.read_shift(2, 'i'); if(!opts.raw) blob.l += 2; return ret;\n\t\tcase 0x03 /*VT_I4*/: ret = blob.read_shift(4, 'i'); return ret;\n\t\tcase 0x0B /*VT_BOOL*/: return blob.read_shift(4) !== 0x0;\n\t\tcase 0x13 /*VT_UI4*/: ret = blob.read_shift(4); return ret;\n\t\tcase 0x1E /*VT_LPSTR*/: return parse_lpstr(blob, t, 4).replace(chr0,'');\n\t\tcase 0x1F /*VT_LPWSTR*/: return parse_lpwstr(blob);\n\t\tcase 0x40 /*VT_FILETIME*/: return parse_FILETIME(blob);\n\t\tcase 0x41 /*VT_BLOB*/: return parse_BLOB(blob);\n\t\tcase 0x47 /*VT_CF*/: return parse_ClipboardData(blob);\n\t\tcase 0x50 /*VT_STRING*/: return parse_VtString(blob, t, !opts.raw && 4).replace(chr0,'');\n\t\tcase 0x51 /*VT_USTR*/: return parse_VtUnalignedString(blob, t, 4).replace(chr0,'');\n\t\tcase 0x100C /*VT_VECTOR|VT_VARIANT*/: return parse_VtVecHeadingPair(blob);\n\t\tcase 0x101E /*VT_LPSTR*/: return parse_VtVecUnalignedLpstr(blob);\n\t\tdefault: throw new Error(\"TypedPropertyValue unrecognized type \" + type + \" \" + t);\n\t}\n}\n/* [MS-OLEPS] 2.14.2 VectorHeader */\n/*function parse_VTVectorVariant(blob) {\n\tvar Length = blob.read_shift(4);\n\n\tif(Length & 1 !== 0) throw new Error(\"VectorHeader Length=\" + Length + \" must be even\");\n\tvar o = [];\n\tfor(var i = 0; i != Length; ++i) {\n\t\to.push(parse_TypedPropertyValue(blob, VT_VARIANT));\n\t}\n\treturn o;\n}*/\n\n/* [MS-OLEPS] 2.20 PropertySet */\nfunction parse_PropertySet(blob, PIDSI) {\n\tvar start_addr = blob.l;\n\tvar size = blob.read_shift(4);\n\tvar NumProps = blob.read_shift(4);\n\tvar Props = [], i = 0;\n\tvar CodePage = 0;\n\tvar Dictionary = -1, DictObj;\n\tfor(i = 0; i != NumProps; ++i) {\n\t\tvar PropID = blob.read_shift(4);\n\t\tvar Offset = blob.read_shift(4);\n\t\tProps[i] = [PropID, Offset + start_addr];\n\t}\n\tvar PropH = {};\n\tfor(i = 0; i != NumProps; ++i) {\n\t\tif(blob.l !== Props[i][1]) {\n\t\t\tvar fail = true;\n\t\t\tif(i>0 && PIDSI) switch(PIDSI[Props[i-1][0]].t) {\n\t\t\t\tcase 0x02 /*VT_I2*/: if(blob.l +2 === Props[i][1]) { blob.l+=2; fail = false; } break;\n\t\t\t\tcase 0x50 /*VT_STRING*/: if(blob.l <= Props[i][1]) { blob.l=Props[i][1]; fail = false; } break;\n\t\t\t\tcase 0x100C /*VT_VECTOR|VT_VARIANT*/: if(blob.l <= Props[i][1]) { blob.l=Props[i][1]; fail = false; } break;\n\t\t\t}\n\t\t\tif(!PIDSI && blob.l <= Props[i][1]) { fail=false; blob.l = Props[i][1]; }\n\t\t\tif(fail) throw new Error(\"Read Error: Expected address \" + Props[i][1] + ' at ' + blob.l + ' :' + i);\n\t\t}\n\t\tif(PIDSI) {\n\t\t\tvar piddsi = PIDSI[Props[i][0]];\n\t\t\tPropH[piddsi.n] = parse_TypedPropertyValue(blob, piddsi.t, {raw:true});\n\t\t\tif(piddsi.p === 'version') PropH[piddsi.n] = String(PropH[piddsi.n] >> 16) + \".\" + String(PropH[piddsi.n] & 0xFFFF);\n\t\t\tif(piddsi.n == \"CodePage\") switch(PropH[piddsi.n]) {\n\t\t\t\tcase 0: PropH[piddsi.n] = 1252;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase 10000: // OSX Roman\n\t\t\t\tcase 1252: // Windows Latin\n\n\t\t\t\tcase 874: // SB Windows Thai\n\t\t\t\tcase 1250: // SB Windows Central Europe\n\t\t\t\tcase 1251: // SB Windows Cyrillic\n\t\t\t\tcase 1253: // SB Windows Greek\n\t\t\t\tcase 1254: // SB Windows Turkish\n\t\t\t\tcase 1255: // SB Windows Hebrew\n\t\t\t\tcase 1256: // SB Windows Arabic\n\t\t\t\tcase 1257: // SB Windows Baltic\n\t\t\t\tcase 1258: // SB Windows Vietnam\n\n\t\t\t\tcase 932: // DB Windows Japanese Shift-JIS\n\t\t\t\tcase 936: // DB Windows Simplified Chinese GBK\n\t\t\t\tcase 949: // DB Windows Korean\n\t\t\t\tcase 950: // DB Windows Traditional Chinese Big5\n\n\t\t\t\tcase 1200: // UTF16LE\n\t\t\t\tcase 1201: // UTF16BE\n\t\t\t\tcase 65000: case -536: // UTF-7\n\t\t\t\tcase 65001: case -535: // UTF-8\n\t\t\t\t\tset_cp(CodePage = PropH[piddsi.n]); break;\n\t\t\t\tdefault: throw new Error(\"Unsupported CodePage: \" + PropH[piddsi.n]);\n\t\t\t}\n\t\t} else {\n\t\t\tif(Props[i][0] === 0x1) {\n\t\t\t\tCodePage = PropH.CodePage = parse_TypedPropertyValue(blob, VT_I2);\n\t\t\t\tset_cp(CodePage);\n\t\t\t\tif(Dictionary !== -1) {\n\t\t\t\t\tvar oldpos = blob.l;\n\t\t\t\t\tblob.l = Props[Dictionary][1];\n\t\t\t\t\tDictObj = parse_dictionary(blob,CodePage);\n\t\t\t\t\tblob.l = oldpos;\n\t\t\t\t}\n\t\t\t} else if(Props[i][0] === 0) {\n\t\t\t\tif(CodePage === 0) { Dictionary = i; blob.l = Props[i+1][1]; continue; }\n\t\t\t\tDictObj = parse_dictionary(blob,CodePage);\n\t\t\t} else {\n\t\t\t\tvar name = DictObj[Props[i][0]];\n\t\t\t\tvar val;\n\t\t\t\t/* [MS-OSHARED] 2.3.3.2.3.1.2 + PROPVARIANT */\n\t\t\t\tswitch(blob[blob.l]) {\n\t\t\t\t\tcase 0x41 /*VT_BLOB*/: blob.l += 4; val = parse_BLOB(blob); break;\n\t\t\t\t\tcase 0x1E /*VT_LPSTR*/: blob.l += 4; val = parse_VtString(blob, blob[blob.l-4]); break;\n\t\t\t\t\tcase 0x1F /*VT_LPWSTR*/: blob.l += 4; val = parse_VtString(blob, blob[blob.l-4]); break;\n\t\t\t\t\tcase 0x03 /*VT_I4*/: blob.l += 4; val = blob.read_shift(4, 'i'); break;\n\t\t\t\t\tcase 0x13 /*VT_UI4*/: blob.l += 4; val = blob.read_shift(4); break;\n\t\t\t\t\tcase 0x05 /*VT_R8*/: blob.l += 4; val = blob.read_shift(8, 'f'); break;\n\t\t\t\t\tcase 0x0B /*VT_BOOL*/: blob.l += 4; val = parsebool(blob, 4); break;\n\t\t\t\t\tcase 0x40 /*VT_FILETIME*/: blob.l += 4; val = new Date(parse_FILETIME(blob)); break;\n\t\t\t\t\tdefault: throw new Error(\"unparsed value: \" + blob[blob.l]);\n\t\t\t\t}\n\t\t\t\tPropH[name] = val;\n\t\t\t}\n\t\t}\n\t}\n\tblob.l = start_addr + size; /* step ahead to skip padding */\n\treturn PropH;\n}\n\n/* [MS-OLEPS] 2.21 PropertySetStream */\nfunction parse_PropertySetStream(file, PIDSI) {\n\tvar blob = file.content;\n\tprep_blob(blob, 0);\n\n\tvar NumSets, FMTID0, FMTID1, Offset0, Offset1;\n\tblob.chk('feff', 'Byte Order: ');\n\n\tvar vers = blob.read_shift(2); // TODO: check version\n\tvar SystemIdentifier = blob.read_shift(4);\n\tblob.chk(CFB.utils.consts.HEADER_CLSID, 'CLSID: ');\n\tNumSets = blob.read_shift(4);\n\tif(NumSets !== 1 && NumSets !== 2) throw \"Unrecognized #Sets: \" + NumSets;\n\tFMTID0 = blob.read_shift(16); Offset0 = blob.read_shift(4);\n\n\tif(NumSets === 1 && Offset0 !== blob.l) throw \"Length mismatch\";\n\telse if(NumSets === 2) { FMTID1 = blob.read_shift(16); Offset1 = blob.read_shift(4); }\n\tvar PSet0 = parse_PropertySet(blob, PIDSI);\n\n\tvar rval = { SystemIdentifier: SystemIdentifier };\n\tfor(var y in PSet0) rval[y] = PSet0[y];\n\t//rval.blob = blob;\n\trval.FMTID = FMTID0;\n\t//rval.PSet0 = PSet0;\n\tif(NumSets === 1) return rval;\n\tif(blob.l !== Offset1) throw \"Length mismatch 2: \" + blob.l + \" !== \" + Offset1;\n\tvar PSet1;\n\ttry { PSet1 = parse_PropertySet(blob, null); } catch(e) { }\n\tfor(y in PSet1) rval[y] = PSet1[y];\n\trval.FMTID = [FMTID0, FMTID1]; // TODO: verify FMTID0/1\n\treturn rval;\n}\n\n\nfunction parsenoop2(blob, length) { blob.read_shift(length); return null; }\n\nfunction parslurp(blob, length, cb) {\n\tvar arr = [], target = blob.l + length;\n\twhile(blob.l < target) arr.push(cb(blob, target - blob.l));\n\tif(target !== blob.l) throw new Error(\"Slurp error\");\n\treturn arr;\n}\n\nfunction parslurp2(blob, length, cb) {\n\tvar arr = [], target = blob.l + length, len = blob.read_shift(2);\n\twhile(len-- !== 0) arr.push(cb(blob, target - blob.l));\n\tif(target !== blob.l) throw new Error(\"Slurp error\");\n\treturn arr;\n}\n\nfunction parsebool(blob, length) { return blob.read_shift(length) === 0x1; }\n\nfunction parseuint16(blob) { return blob.read_shift(2, 'u'); }\nfunction parseuint16a(blob, length) { return parslurp(blob,length,parseuint16);}\n\n/* --- 2.5 Structures --- */\n\n/* [MS-XLS] 2.5.14 Boolean */\nvar parse_Boolean = parsebool;\n\n/* [MS-XLS] 2.5.10 Bes (boolean or error) */\nfunction parse_Bes(blob) {\n\tvar v = blob.read_shift(1), t = blob.read_shift(1);\n\treturn t === 0x01 ? v : v === 0x01;\n}\n\n/* [MS-XLS] 2.5.240 ShortXLUnicodeString */\nfunction parse_ShortXLUnicodeString(blob, length, opts) {\n\tvar cch = blob.read_shift(1);\n\tvar width = 1, encoding = 'sbcs-cont';\n\tvar cp = current_codepage;\n\tif(opts && opts.biff >= 8) current_codepage = 1200;\n\tif(opts === undefined || opts.biff !== 5) {\n\t\tvar fHighByte = blob.read_shift(1);\n\t\tif(fHighByte) { width = 2; encoding = 'dbcs-cont'; }\n\t}\n\tvar o = cch ? blob.read_shift(cch, encoding) : \"\";\n\tcurrent_codepage = cp;\n\treturn o;\n}\n\n/* 2.5.293 XLUnicodeRichExtendedString */\nfunction parse_XLUnicodeRichExtendedString(blob) {\n\tvar cp = current_codepage;\n\tcurrent_codepage = 1200;\n\tvar cch = blob.read_shift(2), flags = blob.read_shift(1);\n\tvar fHighByte = flags & 0x1, fExtSt = flags & 0x4, fRichSt = flags & 0x8;\n\tvar width = 1 + (flags & 0x1); // 0x0 -> utf8, 0x1 -> dbcs\n\tvar cRun, cbExtRst;\n\tvar z = {};\n\tif(fRichSt) cRun = blob.read_shift(2);\n\tif(fExtSt) cbExtRst = blob.read_shift(4);\n\tvar encoding = (flags & 0x1) ? 'dbcs-cont' : 'sbcs-cont';\n\tvar msg = cch === 0 ? \"\" : blob.read_shift(cch, encoding);\n\tif(fRichSt) blob.l += 4 * cRun; //TODO: parse this\n\tif(fExtSt) blob.l += cbExtRst; //TODO: parse this\n\tz.t = msg;\n\tif(!fRichSt) { z.raw = \"<t>\" + z.t + \"</t>\"; z.r = z.t; }\n\tcurrent_codepage = cp;\n\treturn z;\n}\n\n/* 2.5.296 XLUnicodeStringNoCch */\nfunction parse_XLUnicodeStringNoCch(blob, cch, opts) {\n\tvar retval;\n\tvar fHighByte = blob.read_shift(1);\n\tif(fHighByte===0) { retval = blob.read_shift(cch, 'sbcs-cont'); }\n\telse { retval = blob.read_shift(cch, 'dbcs-cont'); }\n\treturn retval;\n}\n\n/* 2.5.294 XLUnicodeString */\nfunction parse_XLUnicodeString(blob, length, opts) {\n\tvar cch = blob.read_shift(opts !== undefined && opts.biff > 0 && opts.biff < 8 ? 1 : 2);\n\tif(cch === 0) { blob.l++; return \"\"; }\n\treturn parse_XLUnicodeStringNoCch(blob, cch, opts);\n}\n/* BIFF5 override */\nfunction parse_XLUnicodeString2(blob, length, opts) {\n\tif(opts.biff !== 5 && opts.biff !== 2) return parse_XLUnicodeString(blob, length, opts);\n\tvar cch = blob.read_shift(1);\n\tif(cch === 0) { blob.l++; return \"\"; }\n\treturn blob.read_shift(cch, 'sbcs-cont');\n}\n\n/* [MS-XLS] 2.5.61 ControlInfo */\nvar parse_ControlInfo = parsenoop;\n\n/* [MS-OSHARED] 2.3.7.6 URLMoniker TODO: flags */\nvar parse_URLMoniker = function(blob, length) {\n\tvar len = blob.read_shift(4), start = blob.l;\n\tvar extra = false;\n\tif(len > 24) {\n\t\t/* look ahead */\n\t\tblob.l += len - 24;\n\t\tif(blob.read_shift(16) === \"795881f43b1d7f48af2c825dc4852763\") extra = true;\n\t\tblob.l = start;\n\t}\n\tvar url = blob.read_shift((extra?len-24:len)>>1, 'utf16le').replace(chr0,\"\");\n\tif(extra) blob.l += 24;\n\treturn url;\n};\n\n/* [MS-OSHARED] 2.3.7.8 FileMoniker TODO: all fields */\nvar parse_FileMoniker = function(blob, length) {\n\tvar cAnti = blob.read_shift(2);\n\tvar ansiLength = blob.read_shift(4);\n\tvar ansiPath = blob.read_shift(ansiLength, 'cstr');\n\tvar endServer = blob.read_shift(2);\n\tvar versionNumber = blob.read_shift(2);\n\tvar cbUnicodePathSize = blob.read_shift(4);\n\tif(cbUnicodePathSize === 0) return ansiPath.replace(/\\\\/g,\"/\");\n\tvar cbUnicodePathBytes = blob.read_shift(4);\n\tvar usKeyValue = blob.read_shift(2);\n\tvar unicodePath = blob.read_shift(cbUnicodePathBytes>>1, 'utf16le').replace(chr0,\"\");\n\treturn unicodePath;\n};\n\n/* [MS-OSHARED] 2.3.7.2 HyperlinkMoniker TODO: all the monikers */\nvar parse_HyperlinkMoniker = function(blob, length) {\n\tvar clsid = blob.read_shift(16); length -= 16;\n\tswitch(clsid) {\n\t\tcase \"e0c9ea79f9bace118c8200aa004ba90b\": return parse_URLMoniker(blob, length);\n\t\tcase \"0303000000000000c000000000000046\": return parse_FileMoniker(blob, length);\n\t\tdefault: throw \"unsupported moniker \" + clsid;\n\t}\n};\n\n/* [MS-OSHARED] 2.3.7.9 HyperlinkString */\nvar parse_HyperlinkString = function(blob, length) {\n\tvar len = blob.read_shift(4);\n\tvar o = blob.read_shift(len, 'utf16le').replace(chr0, \"\");\n\treturn o;\n};\n\n/* [MS-OSHARED] 2.3.7.1 Hyperlink Object TODO: unify params with XLSX */\nvar parse_Hyperlink = function(blob, length) {\n\tvar end = blob.l + length;\n\tvar sVer = blob.read_shift(4);\n\tif(sVer !== 2) throw new Error(\"Unrecognized streamVersion: \" + sVer);\n\tvar flags = blob.read_shift(2);\n\tblob.l += 2;\n\tvar displayName, targetFrameName, moniker, oleMoniker, location, guid, fileTime;\n\tif(flags & 0x0010) displayName = parse_HyperlinkString(blob, end - blob.l);\n\tif(flags & 0x0080) targetFrameName = parse_HyperlinkString(blob, end - blob.l);\n\tif((flags & 0x0101) === 0x0101) moniker = parse_HyperlinkString(blob, end - blob.l);\n\tif((flags & 0x0101) === 0x0001) oleMoniker = parse_HyperlinkMoniker(blob, end - blob.l);\n\tif(flags & 0x0008) location = parse_HyperlinkString(blob, end - blob.l);\n\tif(flags & 0x0020) guid = blob.read_shift(16);\n\tif(flags & 0x0040) fileTime = parse_FILETIME(blob, 8);\n\tblob.l = end;\n\tvar target = (targetFrameName||moniker||oleMoniker);\n\tif(location) target+=\"#\"+location;\n\treturn {Target: target};\n};\n\n/* 2.5.178 LongRGBA */\nfunction parse_LongRGBA(blob, length) { var r = blob.read_shift(1), g = blob.read_shift(1), b = blob.read_shift(1), a = blob.read_shift(1); return [r,g,b,a]; }\n\n/* 2.5.177 LongRGB */\nfunction parse_LongRGB(blob, length) { var x = parse_LongRGBA(blob, length); x[3] = 0; return x; }\n\n\n/* --- MS-XLS --- */\n\n/* 2.5.19 */\nfunction parse_XLSCell(blob, length) {\n\tvar rw = blob.read_shift(2); // 0-indexed\n\tvar col = blob.read_shift(2);\n\tvar ixfe = blob.read_shift(2);\n\treturn {r:rw, c:col, ixfe:ixfe};\n}\n\n/* 2.5.134 */\nfunction parse_frtHeader(blob) {\n\tvar rt = blob.read_shift(2);\n\tvar flags = blob.read_shift(2); // TODO: parse these flags\n\tblob.l += 8;\n\treturn {type: rt, flags: flags};\n}\n\n\n\nfunction parse_OptXLUnicodeString(blob, length, opts) { return length === 0 ? \"\" : parse_XLUnicodeString2(blob, length, opts); }\n\n/* 2.5.158 */\nvar HIDEOBJENUM = ['SHOWALL', 'SHOWPLACEHOLDER', 'HIDEALL'];\nvar parse_HideObjEnum = parseuint16;\n\n/* 2.5.344 */\nfunction parse_XTI(blob, length) {\n\tvar iSupBook = blob.read_shift(2), itabFirst = blob.read_shift(2,'i'), itabLast = blob.read_shift(2,'i');\n\treturn [iSupBook, itabFirst, itabLast];\n}\n\n/* 2.5.218 */\nfunction parse_RkRec(blob, length) {\n\tvar ixfe = blob.read_shift(2);\n\tvar RK = parse_RkNumber(blob);\n\t//console.log(\"::\", ixfe, RK,\";;\");\n\treturn [ixfe, RK];\n}\n\n/* 2.5.1 */\nfunction parse_AddinUdf(blob, length) {\n\tblob.l += 4; length -= 4;\n\tvar l = blob.l + length;\n\tvar udfName = parse_ShortXLUnicodeString(blob, length);\n\tvar cb = blob.read_shift(2);\n\tl -= blob.l;\n\tif(cb !== l) throw \"Malformed AddinUdf: padding = \" + l + \" != \" + cb;\n\tblob.l += cb;\n\treturn udfName;\n}\n\n/* 2.5.209 TODO: Check sizes */\nfunction parse_Ref8U(blob, length) {\n\tvar rwFirst = blob.read_shift(2);\n\tvar rwLast = blob.read_shift(2);\n\tvar colFirst = blob.read_shift(2);\n\tvar colLast = blob.read_shift(2);\n\treturn {s:{c:colFirst, r:rwFirst}, e:{c:colLast,r:rwLast}};\n}\n\n/* 2.5.211 */\nfunction parse_RefU(blob, length) {\n\tvar rwFirst = blob.read_shift(2);\n\tvar rwLast = blob.read_shift(2);\n\tvar colFirst = blob.read_shift(1);\n\tvar colLast = blob.read_shift(1);\n\treturn {s:{c:colFirst, r:rwFirst}, e:{c:colLast,r:rwLast}};\n}\n\n/* 2.5.207 */\nvar parse_Ref = parse_RefU;\n\n/* 2.5.143 */\nfunction parse_FtCmo(blob, length) {\n\tblob.l += 4;\n\tvar ot = blob.read_shift(2);\n\tvar id = blob.read_shift(2);\n\tvar flags = blob.read_shift(2);\n\tblob.l+=12;\n\treturn [id, ot, flags];\n}\n\n/* 2.5.149 */\nfunction parse_FtNts(blob, length) {\n\tvar out = {};\n\tblob.l += 4;\n\tblob.l += 16; // GUID TODO\n\tout.fSharedNote = blob.read_shift(2);\n\tblob.l += 4;\n\treturn out;\n}\n\n/* 2.5.142 */\nfunction parse_FtCf(blob, length) {\n\tvar out = {};\n\tblob.l += 4;\n\tblob.cf = blob.read_shift(2);\n\treturn out;\n}\n\n/* 2.5.140 - 2.5.154 and friends */\nvar FtTab = {\n\t0x15: parse_FtCmo,\n\t0x13: parsenoop, /* FtLbsData */\n\t0x12: function(blob, length) { blob.l += 12; }, /* FtCblsData */\n\t0x11: function(blob, length) { blob.l += 8; }, /* FtRboData */\n\t0x10: parsenoop, /* FtEdoData */\n\t0x0F: parsenoop, /* FtGboData */\n\t0x0D: parse_FtNts, /* FtNts */\n\t0x0C: function(blob, length) { blob.l += 24; }, /* FtSbs */\n\t0x0B: function(blob, length) { blob.l += 10; }, /* FtRbo */\n\t0x0A: function(blob, length) { blob.l += 16; }, /* FtCbls */\n\t0x09: parsenoop, /* FtPictFmla */\n\t0x08: function(blob, length) { blob.l += 6; }, /* FtPioGrbit */\n\t0x07: parse_FtCf, /* FtCf */\n\t0x06: function(blob, length) { blob.l += 6; }, /* FtGmo */\n\t0x04: parsenoop, /* FtMacro */\n\t0x00: function(blob, length) { blob.l += 4; } /* FtEnding */\n};\nfunction parse_FtArray(blob, length, ot) {\n\tvar s = blob.l;\n\tvar fts = [];\n\twhile(blob.l < s + length) {\n\t\tvar ft = blob.read_shift(2);\n\t\tblob.l-=2;\n\t\ttry {\n\t\t\tfts.push(FtTab[ft](blob, s + length - blob.l));\n\t\t} catch(e) { blob.l = s + length; return fts; }\n\t}\n\tif(blob.l != s + length) blob.l = s + length; //throw \"bad Object Ft-sequence\";\n\treturn fts;\n}\n\n/* 2.5.129 */\nvar parse_FontIndex = parseuint16;\n\n/* --- 2.4 Records --- */\n\n/* 2.4.21 */\nfunction parse_BOF(blob, length) {\n\tvar o = {};\n\to.BIFFVer = blob.read_shift(2); length -= 2;\n\tswitch(o.BIFFVer) {\n\t\tcase 0x0600: /* BIFF8 */\n\t\tcase 0x0500: /* BIFF5 */\n\t\tcase 0x0002: case 0x0007: /* BIFF2 */\n\t\t\tbreak;\n\t\tdefault: throw \"Unexpected BIFF Ver \" + o.BIFFVer;\n\t}\n\tblob.read_shift(length);\n\treturn o;\n}\n\n\n/* 2.4.146 */\nfunction parse_InterfaceHdr(blob, length) {\n\tif(length === 0) return 0x04b0;\n\tvar q;\n\tif((q=blob.read_shift(2))!==0x04b0) throw 'InterfaceHdr codePage ' + q;\n\treturn 0x04b0;\n}\n\n\n/* 2.4.349 */\nfunction parse_WriteAccess(blob, length, opts) {\n\tif(opts.enc) { blob.l += length; return \"\"; }\n\tvar l = blob.l;\n\t// TODO: make sure XLUnicodeString doesnt overrun\n\tvar UserName = parse_XLUnicodeString(blob, 0, opts);\n\tblob.read_shift(length + l - blob.l);\n\treturn UserName;\n}\n\n/* 2.4.28 */\nfunction parse_BoundSheet8(blob, length, opts) {\n\tvar pos = blob.read_shift(4);\n\tvar hidden = blob.read_shift(1) >> 6;\n\tvar dt = blob.read_shift(1);\n\tswitch(dt) {\n\t\tcase 0: dt = 'Worksheet'; break;\n\t\tcase 1: dt = 'Macrosheet'; break;\n\t\tcase 2: dt = 'Chartsheet'; break;\n\t\tcase 6: dt = 'VBAModule'; break;\n\t}\n\tvar name = parse_ShortXLUnicodeString(blob, 0, opts);\n\tif(name.length === 0) name = \"Sheet1\";\n\treturn { pos:pos, hs:hidden, dt:dt, name:name };\n}\n\n/* 2.4.265 TODO */\nfunction parse_SST(blob, length) {\n\tvar cnt = blob.read_shift(4);\n\tvar ucnt = blob.read_shift(4);\n\tvar strs = [];\n\tfor(var i = 0; i != ucnt; ++i) {\n\t\tstrs.push(parse_XLUnicodeRichExtendedString(blob));\n\t}\n\tstrs.Count = cnt; strs.Unique = ucnt;\n\treturn strs;\n}\n\n/* 2.4.107 */\nfunction parse_ExtSST(blob, length) {\n\tvar extsst = {};\n\textsst.dsst = blob.read_shift(2);\n\tblob.l += length-2;\n\treturn extsst;\n}\n\n\n/* 2.4.221 TODO*/\nfunction parse_Row(blob, length) {\n\tvar rw = blob.read_shift(2), col = blob.read_shift(2), Col = blob.read_shift(2), rht = blob.read_shift(2);\n\tblob.read_shift(4); // reserved(2), unused(2)\n\tvar flags = blob.read_shift(1); // various flags\n\tblob.read_shift(1); // reserved\n\tblob.read_shift(2); //ixfe, other flags\n\treturn {r:rw, c:col, cnt:Col-col};\n}\n\n\n/* 2.4.125 */\nfunction parse_ForceFullCalculation(blob, length) {\n\tvar header = parse_frtHeader(blob);\n\tif(header.type != 0x08A3) throw \"Invalid Future Record \" + header.type;\n\tvar fullcalc = blob.read_shift(4);\n\treturn fullcalc !== 0x0;\n}\n\n\nvar parse_CompressPictures = parsenoop2; /* 2.4.55 Not interesting */\n\n\n\n/* 2.4.215 rt */\nfunction parse_RecalcId(blob, length) {\n\tblob.read_shift(2);\n\treturn blob.read_shift(4);\n}\n\n/* 2.4.87 */\nfunction parse_DefaultRowHeight (blob, length) {\n\tvar f = blob.read_shift(2), miyRw;\n\tmiyRw = blob.read_shift(2); // flags & 0x02 -> hidden, else empty\n\tvar fl = {Unsynced:f&1,DyZero:(f&2)>>1,ExAsc:(f&4)>>2,ExDsc:(f&8)>>3};\n\treturn [fl, miyRw];\n}\n\n/* 2.4.345 TODO */\nfunction parse_Window1(blob, length) {\n\tvar xWn = blob.read_shift(2), yWn = blob.read_shift(2), dxWn = blob.read_shift(2), dyWn = blob.read_shift(2);\n\tvar flags = blob.read_shift(2), iTabCur = blob.read_shift(2), iTabFirst = blob.read_shift(2);\n\tvar ctabSel = blob.read_shift(2), wTabRatio = blob.read_shift(2);\n\treturn { Pos: [xWn, yWn], Dim: [dxWn, dyWn], Flags: flags, CurTab: iTabCur,\n\t\tFirstTab: iTabFirst, Selected: ctabSel, TabRatio: wTabRatio };\n}\n\n/* 2.4.122 TODO */\nfunction parse_Font(blob, length, opts) {\n\tblob.l += 14;\n\tvar name = parse_ShortXLUnicodeString(blob, 0, opts);\n\treturn name;\n}\n\n/* 2.4.149 */\nfunction parse_LabelSst(blob, length) {\n\tvar cell = parse_XLSCell(blob);\n\tcell.isst = blob.read_shift(4);\n\treturn cell;\n}\n\n/* 2.4.148 */\nfunction parse_Label(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar str = parse_XLUnicodeString(blob, length-6, opts);\n\tcell.val = str;\n\treturn cell;\n}\n\n/* 2.4.126 Number Formats */\nfunction parse_Format(blob, length, opts) {\n\tvar ifmt = blob.read_shift(2);\n\tvar fmtstr = parse_XLUnicodeString2(blob, 0, opts);\n\treturn [ifmt, fmtstr];\n}\n\n/* 2.4.90 */\nfunction parse_Dimensions(blob, length) {\n\tvar w = length === 10 ? 2 : 4;\n\tvar r = blob.read_shift(w), R = blob.read_shift(w),\n\t c = blob.read_shift(2), C = blob.read_shift(2);\n\tblob.l += 2;\n\treturn {s: {r:r, c:c}, e: {r:R, c:C}};\n}\n\n/* 2.4.220 */\nfunction parse_RK(blob, length) {\n\tvar rw = blob.read_shift(2), col = blob.read_shift(2);\n\tvar rkrec = parse_RkRec(blob);\n\treturn {r:rw, c:col, ixfe:rkrec[0], rknum:rkrec[1]};\n}\n\n/* 2.4.175 */\nfunction parse_MulRk(blob, length) {\n\tvar target = blob.l + length - 2;\n\tvar rw = blob.read_shift(2), col = blob.read_shift(2);\n\tvar rkrecs = [];\n\twhile(blob.l < target) rkrecs.push(parse_RkRec(blob));\n\tif(blob.l !== target) throw \"MulRK read error\";\n\tvar lastcol = blob.read_shift(2);\n\tif(rkrecs.length != lastcol - col + 1) throw \"MulRK length mismatch\";\n\treturn {r:rw, c:col, C:lastcol, rkrec:rkrecs};\n}\n\n/* 2.5.20 2.5.249 TODO */\nfunction parse_CellStyleXF(blob, length, style) {\n\tvar o = {};\n\tvar a = blob.read_shift(4), b = blob.read_shift(4);\n\tvar c = blob.read_shift(4), d = blob.read_shift(2);\n\to.patternType = XLSFillPattern[c >> 26];\n\to.icvFore = d & 0x7F;\n\to.icvBack = (d >> 7) & 0x7F;\n\treturn o;\n}\nfunction parse_CellXF(blob, length) {return parse_CellStyleXF(blob,length,0);}\nfunction parse_StyleXF(blob, length) {return parse_CellStyleXF(blob,length,1);}\n\n/* 2.4.353 TODO: actually do this right */\nfunction parse_XF(blob, length) {\n\tvar o = {};\n\to.ifnt = blob.read_shift(2); o.ifmt = blob.read_shift(2); o.flags = blob.read_shift(2);\n\to.fStyle = (o.flags >> 2) & 0x01;\n\tlength -= 6;\n\to.data = parse_CellStyleXF(blob, length, o.fStyle);\n\treturn o;\n}\n\n/* 2.4.134 */\nfunction parse_Guts(blob, length) {\n\tblob.l += 4;\n\tvar out = [blob.read_shift(2), blob.read_shift(2)];\n\tif(out[0] !== 0) out[0]--;\n\tif(out[1] !== 0) out[1]--;\n\tif(out[0] > 7 || out[1] > 7) throw \"Bad Gutters: \" + out;\n\treturn out;\n}\n\n/* 2.4.24 */\nfunction parse_BoolErr(blob, length) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar val = parse_Bes(blob, 2);\n\tcell.val = val;\n\tcell.t = (val === true || val === false) ? 'b' : 'e';\n\treturn cell;\n}\n\n/* 2.4.180 Number */\nfunction parse_Number(blob, length) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar xnum = parse_Xnum(blob, 8);\n\tcell.val = xnum;\n\treturn cell;\n}\n\nvar parse_XLHeaderFooter = parse_OptXLUnicodeString; // TODO: parse 2.4.136\n\n/* 2.4.271 */\nfunction parse_SupBook(blob, length, opts) {\n\tvar end = blob.l + length;\n\tvar ctab = blob.read_shift(2);\n\tvar cch = blob.read_shift(2);\n\tvar virtPath;\n\tif(cch >=0x01 && cch <=0xff) virtPath = parse_XLUnicodeStringNoCch(blob, cch);\n\tvar rgst = blob.read_shift(end - blob.l);\n\topts.sbcch = cch;\n\treturn [cch, ctab, virtPath, rgst];\n}\n\n/* 2.4.105 TODO */\nfunction parse_ExternName(blob, length, opts) {\n\tvar flags = blob.read_shift(2);\n\tvar body;\n\tvar o = {\n\t\tfBuiltIn: flags & 0x01,\n\t\tfWantAdvise: (flags >>> 1) & 0x01,\n\t\tfWantPict: (flags >>> 2) & 0x01,\n\t\tfOle: (flags >>> 3) & 0x01,\n\t\tfOleLink: (flags >>> 4) & 0x01,\n\t\tcf: (flags >>> 5) & 0x3FF,\n\t\tfIcon: flags >>> 15 & 0x01\n\t};\n\tif(opts.sbcch === 0x3A01) body = parse_AddinUdf(blob, length-2);\n\t//else throw new Error(\"unsupported SupBook cch: \" + opts.sbcch);\n\to.body = body || blob.read_shift(length-2);\n\treturn o;\n}\n\n/* 2.4.150 TODO */\nfunction parse_Lbl(blob, length, opts) {\n\tif(opts.biff < 8) return parse_Label(blob, length, opts);\n\tvar target = blob.l + length;\n\tvar flags = blob.read_shift(2);\n\tvar chKey = blob.read_shift(1);\n\tvar cch = blob.read_shift(1);\n\tvar cce = blob.read_shift(2);\n\tblob.l += 2;\n\tvar itab = blob.read_shift(2);\n\tblob.l += 4;\n\tvar name = parse_XLUnicodeStringNoCch(blob, cch, opts);\n\tvar rgce = parse_NameParsedFormula(blob, target - blob.l, opts, cce);\n\treturn {\n\t\tchKey: chKey,\n\t\tName: name,\n\t\trgce: rgce\n\t};\n}\n\n/* 2.4.106 TODO: verify supbook manipulation */\nfunction parse_ExternSheet(blob, length, opts) {\n\tif(opts.biff < 8) return parse_ShortXLUnicodeString(blob, length, opts);\n\tvar o = parslurp2(blob,length,parse_XTI);\n\tvar oo = [];\n\tif(opts.sbcch === 0x0401) {\n\t\tfor(var i = 0; i != o.length; ++i) oo.push(opts.snames[o[i][1]]);\n\t\treturn oo;\n\t}\n\telse return o;\n}\n\n/* 2.4.260 */\nfunction parse_ShrFmla(blob, length, opts) {\n\tvar ref = parse_RefU(blob, 6);\n\tblob.l++;\n\tvar cUse = blob.read_shift(1);\n\tlength -= 8;\n\treturn [parse_SharedParsedFormula(blob, length, opts), cUse];\n}\n\n/* 2.4.4 TODO */\nfunction parse_Array(blob, length, opts) {\n\tvar ref = parse_Ref(blob, 6);\n\tblob.l += 6; length -= 12; /* TODO: fAlwaysCalc */\n\treturn [ref, parse_ArrayParsedFormula(blob, length, opts, ref)];\n}\n\n/* 2.4.173 */\nfunction parse_MTRSettings(blob, length) {\n\tvar fMTREnabled = blob.read_shift(4) !== 0x00;\n\tvar fUserSetThreadCount = blob.read_shift(4) !== 0x00;\n\tvar cUserThreadCount = blob.read_shift(4);\n\treturn [fMTREnabled, fUserSetThreadCount, cUserThreadCount];\n}\n\n/* 2.5.186 TODO: BIFF5 */\nfunction parse_NoteSh(blob, length, opts) {\n\tif(opts.biff < 8) return;\n\tvar row = blob.read_shift(2), col = blob.read_shift(2);\n\tvar flags = blob.read_shift(2), idObj = blob.read_shift(2);\n\tvar stAuthor = parse_XLUnicodeString2(blob, 0, opts);\n\tif(opts.biff < 8) blob.read_shift(1);\n\treturn [{r:row,c:col}, stAuthor, idObj, flags];\n}\n\n/* 2.4.179 */\nfunction parse_Note(blob, length, opts) {\n\t/* TODO: Support revisions */\n\treturn parse_NoteSh(blob, length, opts);\n}\n\n/* 2.4.168 */\nfunction parse_MergeCells(blob, length) {\n\tvar merges = [];\n\tvar cmcs = blob.read_shift(2);\n\twhile (cmcs--) merges.push(parse_Ref8U(blob,length));\n\treturn merges;\n}\n\n/* 2.4.181 TODO: parse all the things! */\nfunction parse_Obj(blob, length) {\n\tvar cmo = parse_FtCmo(blob, 22); // id, ot, flags\n\tvar fts = parse_FtArray(blob, length-22, cmo[1]);\n\treturn { cmo: cmo, ft:fts };\n}\n\n/* 2.4.329 TODO: parse properly */\nfunction parse_TxO(blob, length, opts) {\n\tvar s = blob.l;\ntry {\n\tblob.l += 4;\n\tvar ot = (opts.lastobj||{cmo:[0,0]}).cmo[1];\n\tvar controlInfo;\n\tif([0,5,7,11,12,14].indexOf(ot) == -1) blob.l += 6;\n\telse controlInfo = parse_ControlInfo(blob, 6, opts);\n\tvar cchText = blob.read_shift(2);\n\tvar cbRuns = blob.read_shift(2);\n\tvar ifntEmpty = parse_FontIndex(blob, 2);\n\tvar len = blob.read_shift(2);\n\tblob.l += len;\n\t//var fmla = parse_ObjFmla(blob, s + length - blob.l);\n\n\tvar texts = \"\";\n\tfor(var i = 1; i < blob.lens.length-1; ++i) {\n\t\tif(blob.l-s != blob.lens[i]) throw \"TxO: bad continue record\";\n\t\tvar hdr = blob[blob.l];\n\t\tvar t = parse_XLUnicodeStringNoCch(blob, blob.lens[i+1]-blob.lens[i]-1);\n\t\ttexts += t;\n\t\tif(texts.length >= (hdr ? cchText : 2*cchText)) break;\n\t}\n\tif(texts.length !== cchText && texts.length !== cchText*2) {\n\t\tthrow \"cchText: \" + cchText + \" != \" + texts.length;\n\t}\n\n\tblob.l = s + length;\n\t/* 2.5.272 TxORuns */\n//\tvar rgTxoRuns = [];\n//\tfor(var j = 0; j != cbRuns/8-1; ++j) blob.l += 8;\n//\tvar cchText2 = blob.read_shift(2);\n//\tif(cchText2 !== cchText) throw \"TxOLastRun mismatch: \" + cchText2 + \" \" + cchText;\n//\tblob.l += 6;\n//\tif(s + length != blob.l) throw \"TxO \" + (s + length) + \", at \" + blob.l;\n\treturn { t: texts };\n} catch(e) { blob.l = s + length; return { t: texts||\"\" }; }\n}\n\n/* 2.4.140 */\nvar parse_HLink = function(blob, length) {\n\tvar ref = parse_Ref8U(blob, 8);\n\tblob.l += 16; /* CLSID */\n\tvar hlink = parse_Hyperlink(blob, length-24);\n\treturn [ref, hlink];\n};\n\n/* 2.4.141 */\nvar parse_HLinkTooltip = function(blob, length) {\n\tvar end = blob.l + length;\n\tblob.read_shift(2);\n\tvar ref = parse_Ref8U(blob, 8);\n\tvar wzTooltip = blob.read_shift((length-10)/2, 'dbcs-cont');\n\twzTooltip = wzTooltip.replace(chr0,\"\");\n\treturn [ref, wzTooltip];\n};\n\n/* 2.4.63 */\nfunction parse_Country(blob, length) {\n\tvar o = [], d;\n\td = blob.read_shift(2); o[0] = CountryEnum[d] || d;\n\td = blob.read_shift(2); o[1] = CountryEnum[d] || d;\n\treturn o;\n}\n\n/* 2.4.50 ClrtClient */\nfunction parse_ClrtClient(blob, length) {\n\tvar ccv = blob.read_shift(2);\n\tvar o = [];\n\twhile(ccv-->0) o.push(parse_LongRGB(blob, 8));\n\treturn o;\n}\n\n/* 2.4.188 */\nfunction parse_Palette(blob, length) {\n\tvar ccv = blob.read_shift(2);\n\tvar o = [];\n\twhile(ccv-->0) o.push(parse_LongRGB(blob, 8));\n\treturn o;\n}\n\n/* 2.4.354 */\nfunction parse_XFCRC(blob, length) {\n\tblob.l += 2;\n\tvar o = {cxfs:0, crc:0};\n\to.cxfs = blob.read_shift(2);\n\to.crc = blob.read_shift(4);\n\treturn o;\n}\n\n\nvar parse_Style = parsenoop;\nvar parse_StyleExt = parsenoop;\n\nvar parse_ColInfo = parsenoop;\n\nvar parse_Window2 = parsenoop;\n\n\nvar parse_Backup = parsebool; /* 2.4.14 */\nvar parse_Blank = parse_XLSCell; /* 2.4.20 Just the cell */\nvar parse_BottomMargin = parse_Xnum; /* 2.4.27 */\nvar parse_BuiltInFnGroupCount = parseuint16; /* 2.4.30 0x0E or 0x10 but excel 2011 generates 0x11? */\nvar parse_CalcCount = parseuint16; /* 2.4.31 #Iterations */\nvar parse_CalcDelta = parse_Xnum; /* 2.4.32 */\nvar parse_CalcIter = parsebool; /* 2.4.33 1=iterative calc */\nvar parse_CalcMode = parseuint16; /* 2.4.34 0=manual, 1=auto (def), 2=table */\nvar parse_CalcPrecision = parsebool; /* 2.4.35 */\nvar parse_CalcRefMode = parsenoop2; /* 2.4.36 */\nvar parse_CalcSaveRecalc = parsebool; /* 2.4.37 */\nvar parse_CodePage = parseuint16; /* 2.4.52 */\nvar parse_Compat12 = parsebool; /* 2.4.54 true = no compatibility check */\nvar parse_Date1904 = parsebool; /* 2.4.77 - 1=1904,0=1900 */\nvar parse_DefColWidth = parseuint16; /* 2.4.89 */\nvar parse_DSF = parsenoop2; /* 2.4.94 -- MUST be ignored */\nvar parse_EntExU2 = parsenoop2; /* 2.4.102 -- Explicitly says to ignore */\nvar parse_EOF = parsenoop2; /* 2.4.103 */\nvar parse_Excel9File = parsenoop2; /* 2.4.104 -- Optional and unused */\nvar parse_FeatHdr = parsenoop2; /* 2.4.112 */\nvar parse_FontX = parseuint16; /* 2.4.123 */\nvar parse_Footer = parse_XLHeaderFooter; /* 2.4.124 */\nvar parse_GridSet = parseuint16; /* 2.4.132, =1 */\nvar parse_HCenter = parsebool; /* 2.4.135 sheet centered horizontal on print */\nvar parse_Header = parse_XLHeaderFooter; /* 2.4.136 */\nvar parse_HideObj = parse_HideObjEnum; /* 2.4.139 */\nvar parse_InterfaceEnd = parsenoop2; /* 2.4.145 -- noop */\nvar parse_LeftMargin = parse_Xnum; /* 2.4.151 */\nvar parse_Mms = parsenoop2; /* 2.4.169 -- Explicitly says to ignore */\nvar parse_ObjProtect = parsebool; /* 2.4.183 -- must be 1 if present */\nvar parse_Password = parseuint16; /* 2.4.191 */\nvar parse_PrintGrid = parsebool; /* 2.4.202 */\nvar parse_PrintRowCol = parsebool; /* 2.4.203 */\nvar parse_PrintSize = parseuint16; /* 2.4.204 0:3 */\nvar parse_Prot4Rev = parsebool; /* 2.4.205 */\nvar parse_Prot4RevPass = parseuint16; /* 2.4.206 */\nvar parse_Protect = parsebool; /* 2.4.207 */\nvar parse_RefreshAll = parsebool; /* 2.4.217 -- must be 0 if not template */\nvar parse_RightMargin = parse_Xnum; /* 2.4.219 */\nvar parse_RRTabId = parseuint16a; /* 2.4.241 */\nvar parse_ScenarioProtect = parsebool; /* 2.4.245 */\nvar parse_Scl = parseuint16a; /* 2.4.247 num, den */\nvar parse_String = parse_XLUnicodeString; /* 2.4.268 */\nvar parse_SxBool = parsebool; /* 2.4.274 */\nvar parse_TopMargin = parse_Xnum; /* 2.4.328 */\nvar parse_UsesELFs = parsebool; /* 2.4.337 -- should be 0 */\nvar parse_VCenter = parsebool; /* 2.4.342 */\nvar parse_WinProtect = parsebool; /* 2.4.347 */\nvar parse_WriteProtect = parsenoop; /* 2.4.350 empty record */\n\n\n/* ---- */\nvar parse_VerticalPageBreaks = parsenoop;\nvar parse_HorizontalPageBreaks = parsenoop;\nvar parse_Selection = parsenoop;\nvar parse_Continue = parsenoop;\nvar parse_Pane = parsenoop;\nvar parse_Pls = parsenoop;\nvar parse_DCon = parsenoop;\nvar parse_DConRef = parsenoop;\nvar parse_DConName = parsenoop;\nvar parse_XCT = parsenoop;\nvar parse_CRN = parsenoop;\nvar parse_FileSharing = parsenoop;\nvar parse_Uncalced = parsenoop;\nvar parse_Template = parsenoop;\nvar parse_Intl = parsenoop;\nvar parse_WsBool = parsenoop;\nvar parse_Sort = parsenoop;\nvar parse_Sync = parsenoop;\nvar parse_LPr = parsenoop;\nvar parse_DxGCol = parsenoop;\nvar parse_FnGroupName = parsenoop;\nvar parse_FilterMode = parsenoop;\nvar parse_AutoFilterInfo = parsenoop;\nvar parse_AutoFilter = parsenoop;\nvar parse_Setup = parsenoop;\nvar parse_ScenMan = parsenoop;\nvar parse_SCENARIO = parsenoop;\nvar parse_SxView = parsenoop;\nvar parse_Sxvd = parsenoop;\nvar parse_SXVI = parsenoop;\nvar parse_SxIvd = parsenoop;\nvar parse_SXLI = parsenoop;\nvar parse_SXPI = parsenoop;\nvar parse_DocRoute = parsenoop;\nvar parse_RecipName = parsenoop;\nvar parse_MulBlank = parsenoop;\nvar parse_SXDI = parsenoop;\nvar parse_SXDB = parsenoop;\nvar parse_SXFDB = parsenoop;\nvar parse_SXDBB = parsenoop;\nvar parse_SXNum = parsenoop;\nvar parse_SxErr = parsenoop;\nvar parse_SXInt = parsenoop;\nvar parse_SXString = parsenoop;\nvar parse_SXDtr = parsenoop;\nvar parse_SxNil = parsenoop;\nvar parse_SXTbl = parsenoop;\nvar parse_SXTBRGIITM = parsenoop;\nvar parse_SxTbpg = parsenoop;\nvar parse_ObProj = parsenoop;\nvar parse_SXStreamID = parsenoop;\nvar parse_DBCell = parsenoop;\nvar parse_SXRng = parsenoop;\nvar parse_SxIsxoper = parsenoop;\nvar parse_BookBool = parsenoop;\nvar parse_DbOrParamQry = parsenoop;\nvar parse_OleObjectSize = parsenoop;\nvar parse_SXVS = parsenoop;\nvar parse_BkHim = parsenoop;\nvar parse_MsoDrawingGroup = parsenoop;\nvar parse_MsoDrawing = parsenoop;\nvar parse_MsoDrawingSelection = parsenoop;\nvar parse_PhoneticInfo = parsenoop;\nvar parse_SxRule = parsenoop;\nvar parse_SXEx = parsenoop;\nvar parse_SxFilt = parsenoop;\nvar parse_SxDXF = parsenoop;\nvar parse_SxItm = parsenoop;\nvar parse_SxName = parsenoop;\nvar parse_SxSelect = parsenoop;\nvar parse_SXPair = parsenoop;\nvar parse_SxFmla = parsenoop;\nvar parse_SxFormat = parsenoop;\nvar parse_SXVDEx = parsenoop;\nvar parse_SXFormula = parsenoop;\nvar parse_SXDBEx = parsenoop;\nvar parse_RRDInsDel = parsenoop;\nvar parse_RRDHead = parsenoop;\nvar parse_RRDChgCell = parsenoop;\nvar parse_RRDRenSheet = parsenoop;\nvar parse_RRSort = parsenoop;\nvar parse_RRDMove = parsenoop;\nvar parse_RRFormat = parsenoop;\nvar parse_RRAutoFmt = parsenoop;\nvar parse_RRInsertSh = parsenoop;\nvar parse_RRDMoveBegin = parsenoop;\nvar parse_RRDMoveEnd = parsenoop;\nvar parse_RRDInsDelBegin = parsenoop;\nvar parse_RRDInsDelEnd = parsenoop;\nvar parse_RRDConflict = parsenoop;\nvar parse_RRDDefName = parsenoop;\nvar parse_RRDRstEtxp = parsenoop;\nvar parse_LRng = parsenoop;\nvar parse_CUsr = parsenoop;\nvar parse_CbUsr = parsenoop;\nvar parse_UsrInfo = parsenoop;\nvar parse_UsrExcl = parsenoop;\nvar parse_FileLock = parsenoop;\nvar parse_RRDInfo = parsenoop;\nvar parse_BCUsrs = parsenoop;\nvar parse_UsrChk = parsenoop;\nvar parse_UserBView = parsenoop;\nvar parse_UserSViewBegin = parsenoop; // overloaded\nvar parse_UserSViewEnd = parsenoop;\nvar parse_RRDUserView = parsenoop;\nvar parse_Qsi = parsenoop;\nvar parse_CondFmt = parsenoop;\nvar parse_CF = parsenoop;\nvar parse_DVal = parsenoop;\nvar parse_DConBin = parsenoop;\nvar parse_Lel = parsenoop;\nvar parse_XLSCodeName = parse_XLUnicodeString;\nvar parse_SXFDBType = parsenoop;\nvar parse_ObNoMacros = parsenoop;\nvar parse_Dv = parsenoop;\nvar parse_Index = parsenoop;\nvar parse_Table = parsenoop;\nvar parse_BigName = parsenoop;\nvar parse_ContinueBigName = parsenoop;\nvar parse_WebPub = parsenoop;\nvar parse_QsiSXTag = parsenoop;\nvar parse_DBQueryExt = parsenoop;\nvar parse_ExtString = parsenoop;\nvar parse_TxtQry = parsenoop;\nvar parse_Qsir = parsenoop;\nvar parse_Qsif = parsenoop;\nvar parse_RRDTQSIF = parsenoop;\nvar parse_OleDbConn = parsenoop;\nvar parse_WOpt = parsenoop;\nvar parse_SXViewEx = parsenoop;\nvar parse_SXTH = parsenoop;\nvar parse_SXPIEx = parsenoop;\nvar parse_SXVDTEx = parsenoop;\nvar parse_SXViewEx9 = parsenoop;\nvar parse_ContinueFrt = parsenoop;\nvar parse_RealTimeData = parsenoop;\nvar parse_ChartFrtInfo = parsenoop;\nvar parse_FrtWrapper = parsenoop;\nvar parse_StartBlock = parsenoop;\nvar parse_EndBlock = parsenoop;\nvar parse_StartObject = parsenoop;\nvar parse_EndObject = parsenoop;\nvar parse_CatLab = parsenoop;\nvar parse_YMult = parsenoop;\nvar parse_SXViewLink = parsenoop;\nvar parse_PivotChartBits = parsenoop;\nvar parse_FrtFontList = parsenoop;\nvar parse_SheetExt = parsenoop;\nvar parse_BookExt = parsenoop;\nvar parse_SXAddl = parsenoop;\nvar parse_CrErr = parsenoop;\nvar parse_HFPicture = parsenoop;\nvar parse_Feat = parsenoop;\nvar parse_DataLabExt = parsenoop;\nvar parse_DataLabExtContents = parsenoop;\nvar parse_CellWatch = parsenoop;\nvar parse_FeatHdr11 = parsenoop;\nvar parse_Feature11 = parsenoop;\nvar parse_DropDownObjIds = parsenoop;\nvar parse_ContinueFrt11 = parsenoop;\nvar parse_DConn = parsenoop;\nvar parse_List12 = parsenoop;\nvar parse_Feature12 = parsenoop;\nvar parse_CondFmt12 = parsenoop;\nvar parse_CF12 = parsenoop;\nvar parse_CFEx = parsenoop;\nvar parse_AutoFilter12 = parsenoop;\nvar parse_ContinueFrt12 = parsenoop;\nvar parse_MDTInfo = parsenoop;\nvar parse_MDXStr = parsenoop;\nvar parse_MDXTuple = parsenoop;\nvar parse_MDXSet = parsenoop;\nvar parse_MDXProp = parsenoop;\nvar parse_MDXKPI = parsenoop;\nvar parse_MDB = parsenoop;\nvar parse_PLV = parsenoop;\nvar parse_DXF = parsenoop;\nvar parse_TableStyles = parsenoop;\nvar parse_TableStyle = parsenoop;\nvar parse_TableStyleElement = parsenoop;\nvar parse_NamePublish = parsenoop;\nvar parse_NameCmt = parsenoop;\nvar parse_SortData = parsenoop;\nvar parse_GUIDTypeLib = parsenoop;\nvar parse_FnGrp12 = parsenoop;\nvar parse_NameFnGrp12 = parsenoop;\nvar parse_HeaderFooter = parsenoop;\nvar parse_CrtLayout12 = parsenoop;\nvar parse_CrtMlFrt = parsenoop;\nvar parse_CrtMlFrtContinue = parsenoop;\nvar parse_ShapePropsStream = parsenoop;\nvar parse_TextPropsStream = parsenoop;\nvar parse_RichTextStream = parsenoop;\nvar parse_CrtLayout12A = parsenoop;\nvar parse_Units = parsenoop;\nvar parse_Chart = parsenoop;\nvar parse_Series = parsenoop;\nvar parse_DataFormat = parsenoop;\nvar parse_LineFormat = parsenoop;\nvar parse_MarkerFormat = parsenoop;\nvar parse_AreaFormat = parsenoop;\nvar parse_PieFormat = parsenoop;\nvar parse_AttachedLabel = parsenoop;\nvar parse_SeriesText = parsenoop;\nvar parse_ChartFormat = parsenoop;\nvar parse_Legend = parsenoop;\nvar parse_SeriesList = parsenoop;\nvar parse_Bar = parsenoop;\nvar parse_Line = parsenoop;\nvar parse_Pie = parsenoop;\nvar parse_Area = parsenoop;\nvar parse_Scatter = parsenoop;\nvar parse_CrtLine = parsenoop;\nvar parse_Axis = parsenoop;\nvar parse_Tick = parsenoop;\nvar parse_ValueRange = parsenoop;\nvar parse_CatSerRange = parsenoop;\nvar parse_AxisLine = parsenoop;\nvar parse_CrtLink = parsenoop;\nvar parse_DefaultText = parsenoop;\nvar parse_Text = parsenoop;\nvar parse_ObjectLink = parsenoop;\nvar parse_Frame = parsenoop;\nvar parse_Begin = parsenoop;\nvar parse_End = parsenoop;\nvar parse_PlotArea = parsenoop;\nvar parse_Chart3d = parsenoop;\nvar parse_PicF = parsenoop;\nvar parse_DropBar = parsenoop;\nvar parse_Radar = parsenoop;\nvar parse_Surf = parsenoop;\nvar parse_RadarArea = parsenoop;\nvar parse_AxisParent = parsenoop;\nvar parse_LegendException = parsenoop;\nvar parse_ShtProps = parsenoop;\nvar parse_SerToCrt = parsenoop;\nvar parse_AxesUsed = parsenoop;\nvar parse_SBaseRef = parsenoop;\nvar parse_SerParent = parsenoop;\nvar parse_SerAuxTrend = parsenoop;\nvar parse_IFmtRecord = parsenoop;\nvar parse_Pos = parsenoop;\nvar parse_AlRuns = parsenoop;\nvar parse_BRAI = parsenoop;\nvar parse_SerAuxErrBar = parsenoop;\nvar parse_SerFmt = parsenoop;\nvar parse_Chart3DBarShape = parsenoop;\nvar parse_Fbi = parsenoop;\nvar parse_BopPop = parsenoop;\nvar parse_AxcExt = parsenoop;\nvar parse_Dat = parsenoop;\nvar parse_PlotGrowth = parsenoop;\nvar parse_SIIndex = parsenoop;\nvar parse_GelFrame = parsenoop;\nvar parse_BopPopCustom = parsenoop;\nvar parse_Fbi2 = parsenoop;\n\n/* --- Specific to versions before BIFF8 --- */\nfunction parse_BIFF5String(blob) {\n\tvar len = blob.read_shift(1);\n\treturn blob.read_shift(len, 'sbcs-cont');\n}\n\n/* BIFF2_??? where ??? is the name from [XLS] */\nfunction parse_BIFF2STR(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\t++blob.l;\n\tvar str = parse_XLUnicodeString2(blob, length-7, opts);\n\tcell.val = str;\n\treturn cell;\n}\n\nfunction parse_BIFF2NUM(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\t++blob.l;\n\tvar num = parse_Xnum(blob, 8);\n\tcell.val = num;\n\treturn cell;\n}\n\n/* 18.4.1 charset to codepage mapping */\nvar CS2CP = {\n\t0: 1252, /* ANSI */\n\t1: 65001, /* DEFAULT */\n\t2: 65001, /* SYMBOL */\n\t77: 10000, /* MAC */\n\t128: 932, /* SHIFTJIS */\n\t129: 949, /* HANGUL */\n\t130: 1361, /* JOHAB */\n\t134: 936, /* GB2312 */\n\t136: 950, /* CHINESEBIG5 */\n\t161: 1253, /* GREEK */\n\t162: 1254, /* TURKISH */\n\t163: 1258, /* VIETNAMESE */\n\t177: 1255, /* HEBREW */\n\t178: 1256, /* ARABIC */\n\t186: 1257, /* BALTIC */\n\t204: 1251, /* RUSSIAN */\n\t222: 874, /* THAI */\n\t238: 1250, /* EASTEUROPE */\n\t255: 1252, /* OEM */\n\t69: 6969 /* MISC */\n};\n\n/* Parse a list of <r> tags */\nvar parse_rs = (function parse_rs_factory() {\n\tvar tregex = matchtag(\"t\"), rpregex = matchtag(\"rPr\"), rregex = /<r>/g, rend = /<\\/r>/, nlregex = /\\r\\n/g;\n\t/* 18.4.7 rPr CT_RPrElt */\n\tvar parse_rpr = function parse_rpr(rpr, intro, outro) {\n\t\tvar font = {}, cp = 65001;\n\t\tvar m = rpr.match(tagregex), i = 0;\n\t\tif(m) for(;i!=m.length; ++i) {\n\t\t\tvar y = parsexmltag(m[i]);\n\t\t\tswitch(y[0]) {\n\t\t\t\t/* 18.8.12 condense CT_BooleanProperty */\n\t\t\t\t/* ** not required . */\n\t\t\t\tcase '<condense': break;\n\t\t\t\t/* 18.8.17 extend CT_BooleanProperty */\n\t\t\t\t/* ** not required . */\n\t\t\t\tcase '<extend': break;\n\t\t\t\t/* 18.8.36 shadow CT_BooleanProperty */\n\t\t\t\t/* ** not required . */\n\t\t\t\tcase '<shadow':\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<shadow/>': break;\n\n\t\t\t\t/* 18.4.1 charset CT_IntProperty TODO */\n\t\t\t\tcase '<charset':\n\t\t\t\t\tif(y.val == '1') break;\n\t\t\t\t\tcp = CS2CP[parseInt(y.val, 10)];\n\t\t\t\t\tbreak;\n\n\t\t\t\t/* 18.4.2 outline CT_BooleanProperty TODO */\n\t\t\t\tcase '<outline':\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<outline/>': break;\n\n\t\t\t\t/* 18.4.5 rFont CT_FontName */\n\t\t\t\tcase '<rFont': font.name = y.val; break;\n\n\t\t\t\t/* 18.4.11 sz CT_FontSize */\n\t\t\t\tcase '<sz': font.sz = y.val; break;\n\n\t\t\t\t/* 18.4.10 strike CT_BooleanProperty */\n\t\t\t\tcase '<strike':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<strike/>': font.strike = 1; break;\n\t\t\t\tcase '</strike>': break;\n\n\t\t\t\t/* 18.4.13 u CT_UnderlineProperty */\n\t\t\t\tcase '<u':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<u/>': font.u = 1; break;\n\t\t\t\tcase '</u>': break;\n\n\t\t\t\t/* 18.8.2 b */\n\t\t\t\tcase '<b':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<b/>': font.b = 1; break;\n\t\t\t\tcase '</b>': break;\n\n\t\t\t\t/* 18.8.26 i */\n\t\t\t\tcase '<i':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<i/>': font.i = 1; break;\n\t\t\t\tcase '</i>': break;\n\n\t\t\t\t/* 18.3.1.15 color CT_Color TODO: tint, theme, auto, indexed */\n\t\t\t\tcase '<color':\n\t\t\t\t\tif(y.rgb) font.color = y.rgb.substr(2,6);\n\t\t\t\t\tbreak;\n\n\t\t\t\t/* 18.8.18 family ST_FontFamily */\n\t\t\t\tcase '<family': font.family = y.val; break;\n\n\t\t\t\t/* 18.4.14 vertAlign CT_VerticalAlignFontProperty TODO */\n\t\t\t\tcase '<vertAlign': break;\n\n\t\t\t\t/* 18.8.35 scheme CT_FontScheme TODO */\n\t\t\t\tcase '<scheme': break;\n\n\t\t\t\tdefault:\n\t\t\t\t\tif(y[0].charCodeAt(1) !== 47) throw 'Unrecognized rich format ' + y[0];\n\t\t\t}\n\t\t}\n\t\t/* TODO: These should be generated styles, not inline */\n\t\tvar style = [];\n\t\tif(font.b) style.push(\"font-weight: bold;\");\n\t\tif(font.i) style.push(\"font-style: italic;\");\n\t\tintro.push('<span style=\"' + style.join(\"\") + '\">');\n\t\toutro.push(\"</span>\");\n\t\treturn cp;\n\t};\n\n\t/* 18.4.4 r CT_RElt */\n\tfunction parse_r(r) {\n\t\tvar terms = [[],\"\",[]];\n\t\t/* 18.4.12 t ST_Xstring */\n\t\tvar t = r.match(tregex), cp = 65001;\n\t\tif(!isval(t)) return \"\";\n\t\tterms[1] = t[1];\n\n\t\tvar rpr = r.match(rpregex);\n\t\tif(isval(rpr)) cp = parse_rpr(rpr[1], terms[0], terms[2]);\n\n\t\treturn terms[0].join(\"\") + terms[1].replace(nlregex,'<br/>') + terms[2].join(\"\");\n\t}\n\treturn function parse_rs(rs) {\n\t\treturn rs.replace(rregex,\"\").split(rend).map(parse_r).join(\"\");\n\t};\n})();\n\n/* 18.4.8 si CT_Rst */\nvar sitregex = /<t[^>]*>([^<]*)<\\/t>/g, sirregex = /<r>/;\nfunction parse_si(x, opts) {\n\tvar html = opts ? opts.cellHTML : true;\n\tvar z = {};\n\tif(!x) return null;\n\tvar y;\n\t/* 18.4.12 t ST_Xstring (Plaintext String) */\n\tif(x.charCodeAt(1) === 116) {\n\t\tz.t = utf8read(unescapexml(x.substr(x.indexOf(\">\")+1).split(/<\\/t>/)[0]));\n\t\tz.r = x;\n\t\tif(html) z.h = z.t;\n\t}\n\t/* 18.4.4 r CT_RElt (Rich Text Run) */\n\telse if((y = x.match(sirregex))) {\n\t\tz.r = x;\n\t\tz.t = utf8read(unescapexml(x.match(sitregex).join(\"\").replace(tagregex,\"\")));\n\t\tif(html) z.h = parse_rs(x);\n\t}\n\t/* 18.4.3 phoneticPr CT_PhoneticPr (TODO: needed for Asian support) */\n\t/* 18.4.6 rPh CT_PhoneticRun (TODO: needed for Asian support) */\n\treturn z;\n}\n\n/* 18.4 Shared String Table */\nvar sstr0 = /<sst([^>]*)>([\\s\\S]*)<\\/sst>/;\nvar sstr1 = /<(?:si|sstItem)>/g;\nvar sstr2 = /<\\/(?:si|sstItem)>/;\nfunction parse_sst_xml(data, opts) {\n\tvar s = [], ss;\n\t/* 18.4.9 sst CT_Sst */\n\tvar sst = data.match(sstr0);\n\tif(isval(sst)) {\n\t\tss = sst[2].replace(sstr1,\"\").split(sstr2);\n\t\tfor(var i = 0; i != ss.length; ++i) {\n\t\t\tvar o = parse_si(ss[i], opts);\n\t\t\tif(o != null) s[s.length] = o;\n\t\t}\n\t\tsst = parsexmltag(sst[1]); s.Count = sst.count; s.Unique = sst.uniqueCount;\n\t}\n\treturn s;\n}\n\nRELS.SST = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/sharedStrings\";\nvar straywsregex = /^\\s|\\s$|[\\t\\n\\r]/;\nfunction write_sst_xml(sst, opts) {\n\tif(!opts.bookSST) return \"\";\n\tvar o = [XML_HEADER];\n\to[o.length] = (writextag('sst', null, {\n\t\txmlns: XMLNS.main[0],\n\t\tcount: sst.Count,\n\t\tuniqueCount: sst.Unique\n\t}));\n\tfor(var i = 0; i != sst.length; ++i) { if(sst[i] == null) continue;\n\t\tvar s = sst[i];\n\t\tvar sitag = \"<si>\";\n\t\tif(s.r) sitag += s.r;\n\t\telse {\n\t\t\tsitag += \"<t\";\n\t\t\tif(s.t.match(straywsregex)) sitag += ' xml:space=\"preserve\"';\n\t\t\tsitag += \">\" + escapexml(s.t) + \"</t>\";\n\t\t}\n\t\tsitag += \"</si>\";\n\t\to[o.length] = (sitag);\n\t}\n\tif(o.length>2){ o[o.length] = ('</sst>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* [MS-XLSB] 2.4.219 BrtBeginSst */\nfunction parse_BrtBeginSst(data, length) {\n\treturn [data.read_shift(4), data.read_shift(4)];\n}\n\n/* [MS-XLSB] 2.1.7.45 Shared Strings */\nfunction parse_sst_bin(data, opts) {\n\tvar s = [];\n\tvar pass = false;\n\trecordhopper(data, function hopper_sst(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtBeginSst': s.Count = val[0]; s.Unique = val[1]; break;\n\t\t\tcase 'BrtSSTItem': s.push(val); break;\n\t\t\tcase 'BrtEndSst': return true;\n\t\t\t/* TODO: produce a test case with a future record */\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn s;\n}\n\nfunction write_BrtBeginSst(sst, o) {\n\tif(!o) o = new_buf(8);\n\to.write_shift(4, sst.Count);\n\to.write_shift(4, sst.Unique);\n\treturn o;\n}\n\nvar write_BrtSSTItem = write_RichStr;\n\nfunction write_sst_bin(sst, opts) {\n\tvar ba = buf_array();\n\twrite_record(ba, \"BrtBeginSst\", write_BrtBeginSst(sst));\n\tfor(var i = 0; i < sst.length; ++i) write_record(ba, \"BrtSSTItem\", write_BrtSSTItem(sst[i]));\n\twrite_record(ba, \"BrtEndSst\");\n\treturn ba.end();\n}\nfunction _JS2ANSI(str) { if(typeof cptable !== 'undefined') return cptable.utils.encode(1252, str); return str.split(\"\").map(function(x) { return x.charCodeAt(0); }); }\n\n/* [MS-OFFCRYPTO] 2.1.4 Version */\nfunction parse_Version(blob, length) {\n\tvar o = {};\n\to.Major = blob.read_shift(2);\n\to.Minor = blob.read_shift(2);\n\treturn o;\n}\n/* [MS-OFFCRYPTO] 2.3.2 Encryption Header */\nfunction parse_EncryptionHeader(blob, length) {\n\tvar o = {};\n\to.Flags = blob.read_shift(4);\n\n\t// Check if SizeExtra is 0x00000000\n\tvar tmp = blob.read_shift(4);\n\tif(tmp !== 0) throw 'Unrecognized SizeExtra: ' + tmp;\n\n\to.AlgID = blob.read_shift(4);\n\tswitch(o.AlgID) {\n\t\tcase 0: case 0x6801: case 0x660E: case 0x660F: case 0x6610: break;\n\t\tdefault: throw 'Unrecognized encryption algorithm: ' + o.AlgID;\n\t}\n\tparsenoop(blob, length-12);\n\treturn o;\n}\n\n/* [MS-OFFCRYPTO] 2.3.3 Encryption Verifier */\nfunction parse_EncryptionVerifier(blob, length) {\n\treturn parsenoop(blob, length);\n}\n/* [MS-OFFCRYPTO] 2.3.5.1 RC4 CryptoAPI Encryption Header */\nfunction parse_RC4CryptoHeader(blob, length) {\n\tvar o = {};\n\tvar vers = o.EncryptionVersionInfo = parse_Version(blob, 4); length -= 4;\n\tif(vers.Minor != 2) throw 'unrecognized minor version code: ' + vers.Minor;\n\tif(vers.Major > 4 || vers.Major < 2) throw 'unrecognized major version code: ' + vers.Major;\n\to.Flags = blob.read_shift(4); length -= 4;\n\tvar sz = blob.read_shift(4); length -= 4;\n\to.EncryptionHeader = parse_EncryptionHeader(blob, sz); length -= sz;\n\to.EncryptionVerifier = parse_EncryptionVerifier(blob, length);\n\treturn o;\n}\n/* [MS-OFFCRYPTO] 2.3.6.1 RC4 Encryption Header */\nfunction parse_RC4Header(blob, length) {\n\tvar o = {};\n\tvar vers = o.EncryptionVersionInfo = parse_Version(blob, 4); length -= 4;\n\tif(vers.Major != 1 || vers.Minor != 1) throw 'unrecognized version code ' + vers.Major + ' : ' + vers.Minor;\n\to.Salt = blob.read_shift(16);\n\to.EncryptedVerifier = blob.read_shift(16);\n\to.EncryptedVerifierHash = blob.read_shift(16);\n\treturn o;\n}\n\n/* [MS-OFFCRYPTO] 2.3.7.1 Binary Document Password Verifier Derivation */\nfunction crypto_CreatePasswordVerifier_Method1(Password) {\n\tvar Verifier = 0x0000, PasswordArray;\n\tvar PasswordDecoded = _JS2ANSI(Password);\n\tvar len = PasswordDecoded.length + 1, i, PasswordByte;\n\tvar Intermediate1, Intermediate2, Intermediate3;\n\tPasswordArray = new_raw_buf(len);\n\tPasswordArray[0] = PasswordDecoded.length;\n\tfor(i = 1; i != len; ++i) PasswordArray[i] = PasswordDecoded[i-1];\n\tfor(i = len-1; i >= 0; --i) {\n\t\tPasswordByte = PasswordArray[i];\n\t\tIntermediate1 = ((Verifier & 0x4000) === 0x0000) ? 0 : 1;\n\t\tIntermediate2 = (Verifier << 1) & 0x7FFF;\n\t\tIntermediate3 = Intermediate1 | Intermediate2;\n\t\tVerifier = Intermediate3 ^ PasswordByte;\n\t}\n\treturn Verifier ^ 0xCE4B;\n}\n\n/* [MS-OFFCRYPTO] 2.3.7.2 Binary Document XOR Array Initialization */\nvar crypto_CreateXorArray_Method1 = (function() {\n\tvar PadArray = [0xBB, 0xFF, 0xFF, 0xBA, 0xFF, 0xFF, 0xB9, 0x80, 0x00, 0xBE, 0x0F, 0x00, 0xBF, 0x0F, 0x00];\n\tvar InitialCode = [0xE1F0, 0x1D0F, 0xCC9C, 0x84C0, 0x110C, 0x0E10, 0xF1CE, 0x313E, 0x1872, 0xE139, 0xD40F, 0x84F9, 0x280C, 0xA96A, 0x4EC3];\n\tvar XorMatrix = [0xAEFC, 0x4DD9, 0x9BB2, 0x2745, 0x4E8A, 0x9D14, 0x2A09, 0x7B61, 0xF6C2, 0xFDA5, 0xEB6B, 0xC6F7, 0x9DCF, 0x2BBF, 0x4563, 0x8AC6, 0x05AD, 0x0B5A, 0x16B4, 0x2D68, 0x5AD0, 0x0375, 0x06EA, 0x0DD4, 0x1BA8, 0x3750, 0x6EA0, 0xDD40, 0xD849, 0xA0B3, 0x5147, 0xA28E, 0x553D, 0xAA7A, 0x44D5, 0x6F45, 0xDE8A, 0xAD35, 0x4A4B, 0x9496, 0x390D, 0x721A, 0xEB23, 0xC667, 0x9CEF, 0x29FF, 0x53FE, 0xA7FC, 0x5FD9, 0x47D3, 0x8FA6, 0x0F6D, 0x1EDA, 0x3DB4, 0x7B68, 0xF6D0, 0xB861, 0x60E3, 0xC1C6, 0x93AD, 0x377B, 0x6EF6, 0xDDEC, 0x45A0, 0x8B40, 0x06A1, 0x0D42, 0x1A84, 0x3508, 0x6A10, 0xAA51, 0x4483, 0x8906, 0x022D, 0x045A, 0x08B4, 0x1168, 0x76B4, 0xED68, 0xCAF1, 0x85C3, 0x1BA7, 0x374E, 0x6E9C, 0x3730, 0x6E60, 0xDCC0, 0xA9A1, 0x4363, 0x86C6, 0x1DAD, 0x3331, 0x6662, 0xCCC4, 0x89A9, 0x0373, 0x06E6, 0x0DCC, 0x1021, 0x2042, 0x4084, 0x8108, 0x1231, 0x2462, 0x48C4];\n\tvar Ror = function(Byte) { return ((Byte/2) | (Byte*128)) & 0xFF; };\n\tvar XorRor = function(byte1, byte2) { return Ror(byte1 ^ byte2); };\n\tvar CreateXorKey_Method1 = function(Password) {\n\t\tvar XorKey = InitialCode[Password.length - 1];\n\t\tvar CurrentElement = 0x68;\n\t\tfor(var i = Password.length-1; i >= 0; --i) {\n\t\t\tvar Char = Password[i];\n\t\t\tfor(var j = 0; j != 7; ++j) {\n\t\t\t\tif(Char & 0x40) XorKey ^= XorMatrix[CurrentElement];\n\t\t\t\tChar *= 2; --CurrentElement;\n\t\t\t}\n\t\t}\n\t\treturn XorKey;\n\t};\n\treturn function(password) {\n\t\tvar Password = _JS2ANSI(password);\n\t\tvar XorKey = CreateXorKey_Method1(Password);\n\t\tvar Index = Password.length;\n\t\tvar ObfuscationArray = new_raw_buf(16);\n\t\tfor(var i = 0; i != 16; ++i) ObfuscationArray[i] = 0x00;\n\t\tvar Temp, PasswordLastChar, PadIndex;\n\t\tif((Index & 1) === 1) {\n\t\t\tTemp = XorKey >> 8;\n\t\t\tObfuscationArray[Index] = XorRor(PadArray[0], Temp);\n\t\t\t--Index;\n\t\t\tTemp = XorKey & 0xFF;\n\t\t\tPasswordLastChar = Password[Password.length - 1];\n\t\t\tObfuscationArray[Index] = XorRor(PasswordLastChar, Temp);\n\t\t}\n\t\twhile(Index > 0) {\n\t\t\t--Index;\n\t\t\tTemp = XorKey >> 8;\n\t\t\tObfuscationArray[Index] = XorRor(Password[Index], Temp);\n\t\t\t--Index;\n\t\t\tTemp = XorKey & 0xFF;\n\t\t\tObfuscationArray[Index] = XorRor(Password[Index], Temp);\n\t\t}\n\t\tIndex = 15;\n\t\tPadIndex = 15 - Password.length;\n\t\twhile(PadIndex > 0) {\n\t\t\tTemp = XorKey >> 8;\n\t\t\tObfuscationArray[Index] = XorRor(PadArray[PadIndex], Temp);\n\t\t\t--Index;\n\t\t\t--PadIndex;\n\t\t\tTemp = XorKey & 0xFF;\n\t\t\tObfuscationArray[Index] = XorRor(Password[Index], Temp);\n\t\t\t--Index;\n\t\t\t--PadIndex;\n\t\t}\n\t\treturn ObfuscationArray;\n\t};\n})();\n\n/* [MS-OFFCRYPTO] 2.3.7.3 Binary Document XOR Data Transformation Method 1 */\nvar crypto_DecryptData_Method1 = function(password, Data, XorArrayIndex, XorArray, O) {\n\t/* If XorArray is set, use it; if O is not set, make changes in-place */\n\tif(!O) O = Data;\n\tif(!XorArray) XorArray = crypto_CreateXorArray_Method1(password);\n\tvar Index, Value;\n\tfor(Index = 0; Index != Data.length; ++Index) {\n\t\tValue = Data[Index];\n\t\tValue ^= XorArray[XorArrayIndex];\n\t\tValue = ((Value>>5) | (Value<<3)) & 0xFF;\n\t\tO[Index] = Value;\n\t\t++XorArrayIndex;\n\t}\n\treturn [O, XorArrayIndex, XorArray];\n};\n\nvar crypto_MakeXorDecryptor = function(password) {\n\tvar XorArrayIndex = 0, XorArray = crypto_CreateXorArray_Method1(password);\n\treturn function(Data) {\n\t\tvar O = crypto_DecryptData_Method1(null, Data, XorArrayIndex, XorArray);\n\t\tXorArrayIndex = O[1];\n\t\treturn O[0];\n\t};\n};\n\n/* 2.5.343 */\nfunction parse_XORObfuscation(blob, length, opts, out) {\n\tvar o = { key: parseuint16(blob), verificationBytes: parseuint16(blob) };\n\tif(opts.password) o.verifier = crypto_CreatePasswordVerifier_Method1(opts.password);\n\tout.valid = o.verificationBytes === o.verifier;\n\tif(out.valid) out.insitu_decrypt = crypto_MakeXorDecryptor(opts.password);\n\treturn o;\n}\n\n/* 2.4.117 */\nfunction parse_FilePassHeader(blob, length, oo) {\n\tvar o = oo || {}; o.Info = blob.read_shift(2); blob.l -= 2;\n\tif(o.Info === 1) o.Data = parse_RC4Header(blob, length);\n\telse o.Data = parse_RC4CryptoHeader(blob, length);\n\treturn o;\n}\nfunction parse_FilePass(blob, length, opts) {\n\tvar o = { Type: blob.read_shift(2) }; /* wEncryptionType */\n\tif(o.Type) parse_FilePassHeader(blob, length-2, o);\n\telse parse_XORObfuscation(blob, length-2, opts, o);\n\treturn o;\n}\n\n\nfunction hex2RGB(h) {\n\tvar o = h.substr(h[0]===\"#\"?1:0,6);\n\treturn [parseInt(o.substr(0,2),16),parseInt(o.substr(0,2),16),parseInt(o.substr(0,2),16)];\n}\nfunction rgb2Hex(rgb) {\n\tfor(var i=0,o=1; i!=3; ++i) o = o*256 + (rgb[i]>255?255:rgb[i]<0?0:rgb[i]);\n\treturn o.toString(16).toUpperCase().substr(1);\n}\n\nfunction rgb2HSL(rgb) {\n\tvar R = rgb[0]/255, G = rgb[1]/255, B=rgb[2]/255;\n\tvar M = Math.max(R, G, B), m = Math.min(R, G, B), C = M - m;\n\tif(C === 0) return [0, 0, R];\n\n\tvar H6 = 0, S = 0, L2 = (M + m);\n\tS = C / (L2 > 1 ? 2 - L2 : L2);\n\tswitch(M){\n\t\tcase R: H6 = ((G - B) / C + 6)%6; break;\n\t\tcase G: H6 = ((B - R) / C + 2); break;\n\t\tcase B: H6 = ((R - G) / C + 4); break;\n\t}\n\treturn [H6 / 6, S, L2 / 2];\n}\n\nfunction hsl2RGB(hsl){\n\tvar H = hsl[0], S = hsl[1], L = hsl[2];\n\tvar C = S * 2 * (L < 0.5 ? L : 1 - L), m = L - C/2;\n\tvar rgb = [m,m,m], h6 = 6*H;\n\n\tvar X;\n\tif(S !== 0) switch(h6|0) {\n\t\tcase 0: case 6: X = C * h6; rgb[0] += C; rgb[1] += X; break;\n\t\tcase 1: X = C * (2 - h6); rgb[0] += X; rgb[1] += C; break;\n\t\tcase 2: X = C * (h6 - 2); rgb[1] += C; rgb[2] += X; break;\n\t\tcase 3: X = C * (4 - h6); rgb[1] += X; rgb[2] += C; break;\n\t\tcase 4: X = C * (h6 - 4); rgb[2] += C; rgb[0] += X; break;\n\t\tcase 5: X = C * (6 - h6); rgb[2] += X; rgb[0] += C; break;\n\t}\n\tfor(var i = 0; i != 3; ++i) rgb[i] = Math.round(rgb[i]*255);\n\treturn rgb;\n}\n\n/* 18.8.3 bgColor tint algorithm */\nfunction rgb_tint(hex, tint) {\n\tif(tint === 0) return hex;\n\tvar hsl = rgb2HSL(hex2RGB(hex));\n\tif (tint < 0) hsl[2] = hsl[2] * (1 + tint);\n\telse hsl[2] = 1 - (1 - hsl[2]) * (1 - tint);\n\treturn rgb2Hex(hsl2RGB(hsl));\n}\n\n/* 18.3.1.13 width calculations */\nvar DEF_MDW = 7, MAX_MDW = 15, MIN_MDW = 1, MDW = DEF_MDW;\nfunction width2px(width) { return (( width + ((128/MDW)|0)/256 )* MDW )|0; }\nfunction px2char(px) { return (((px - 5)/MDW * 100 + 0.5)|0)/100; }\nfunction char2width(chr) { return (((chr * MDW + 5)/MDW*256)|0)/256; }\nfunction cycle_width(collw) { return char2width(px2char(width2px(collw))); }\nfunction find_mdw(collw, coll) {\n\tif(cycle_width(collw) != collw) {\n\t\tfor(MDW=DEF_MDW; MDW>MIN_MDW; --MDW) if(cycle_width(collw) === collw) break;\n\t\tif(MDW === MIN_MDW) for(MDW=DEF_MDW+1; MDW<MAX_MDW; ++MDW) if(cycle_width(collw) === collw) break;\n\t\tif(MDW === MAX_MDW) MDW = DEF_MDW;\n\t}\n}\n\n/* [MS-EXSPXML3] 2.4.54 ST_enmPattern */\nvar XLMLPatternTypeMap = {\n\t\"None\": \"none\",\n\t\"Solid\": \"solid\",\n\t\"Gray50\": \"mediumGray\",\n\t\"Gray75\": \"darkGray\",\n\t\"Gray25\": \"lightGray\",\n\t\"HorzStripe\": \"darkHorizontal\",\n\t\"VertStripe\": \"darkVertical\",\n\t\"ReverseDiagStripe\": \"darkDown\",\n\t\"DiagStripe\": \"darkUp\",\n\t\"DiagCross\": \"darkGrid\",\n\t\"ThickDiagCross\": \"darkTrellis\",\n\t\"ThinHorzStripe\": \"lightHorizontal\",\n\t\"ThinVertStripe\": \"lightVertical\",\n\t\"ThinReverseDiagStripe\": \"lightDown\",\n\t\"ThinHorzCross\": \"lightGrid\"\n};\n\nvar styles = {}; // shared styles\n\nvar themes = {}; // shared themes\n\n/* 18.8.21 fills CT_Fills */\nfunction parse_fills(t, opts) {\n\tstyles.Fills = [];\n\tvar fill = {};\n\tt[0].match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<fills': case '<fills>': case '</fills>': break;\n\n\t\t\t/* 18.8.20 fill CT_Fill */\n\t\t\tcase '<fill>': break;\n\t\t\tcase '</fill>': styles.Fills.push(fill); fill = {}; break;\n\n\t\t\t/* 18.8.32 patternFill CT_PatternFill */\n\t\t\tcase '<patternFill':\n\t\t\t\tif(y.patternType) fill.patternType = y.patternType;\n\t\t\t\tbreak;\n\t\t\tcase '<patternFill/>': case '</patternFill>': break;\n\n\t\t\t/* 18.8.3 bgColor CT_Color */\n\t\t\tcase '<bgColor':\n\t\t\t\tif(!fill.bgColor) fill.bgColor = {};\n\t\t\t\tif(y.indexed) fill.bgColor.indexed = parseInt(y.indexed, 10);\n\t\t\t\tif(y.theme) fill.bgColor.theme = parseInt(y.theme, 10);\n\t\t\t\tif(y.tint) fill.bgColor.tint = parseFloat(y.tint);\n\t\t\t\t/* Excel uses ARGB strings */\n\t\t\t\tif(y.rgb) fill.bgColor.rgb = y.rgb.substring(y.rgb.length - 6);\n\t\t\t\tbreak;\n\t\t\tcase '<bgColor/>': case '</bgColor>': break;\n\n\t\t\t/* 18.8.19 fgColor CT_Color */\n\t\t\tcase '<fgColor':\n\t\t\t\tif(!fill.fgColor) fill.fgColor = {};\n\t\t\t\tif(y.theme) fill.fgColor.theme = parseInt(y.theme, 10);\n\t\t\t\tif(y.tint) fill.fgColor.tint = parseFloat(y.tint);\n\t\t\t\t/* Excel uses ARGB strings */\n\t\t\t\tif(y.rgb) fill.fgColor.rgb = y.rgb.substring(y.rgb.length - 6);\n\t\t\t\tbreak;\n\t\t\tcase '<fgColor/>': case '</fgColor>': break;\n\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in fills';\n\t\t}\n\t});\n}\n\n/* 18.8.31 numFmts CT_NumFmts */\nfunction parse_numFmts(t, opts) {\n\tstyles.NumberFmt = [];\n\tvar k = keys(SSF._table);\n\tfor(var i=0; i < k.length; ++i) styles.NumberFmt[k[i]] = SSF._table[k[i]];\n\tvar m = t[0].match(tagregex);\n\tfor(i=0; i < m.length; ++i) {\n\t\tvar y = parsexmltag(m[i]);\n\t\tswitch(y[0]) {\n\t\t\tcase '<numFmts': case '</numFmts>': case '<numFmts/>': case '<numFmts>': break;\n\t\t\tcase '<numFmt': {\n\t\t\t\tvar f=unescapexml(utf8read(y.formatCode)), j=parseInt(y.numFmtId,10);\n\t\t\t\tstyles.NumberFmt[j] = f; if(j>0) SSF.load(f,j);\n\t\t\t} break;\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in numFmts';\n\t\t}\n\t}\n}\n\nfunction write_numFmts(NF, opts) {\n\tvar o = [\"<numFmts>\"];\n\t[[5,8],[23,26],[41,44],[63,66],[164,392]].forEach(function(r) {\n\t\tfor(var i = r[0]; i <= r[1]; ++i) if(NF[i] !== undefined) o[o.length] = (writextag('numFmt',null,{numFmtId:i,formatCode:escapexml(NF[i])}));\n\t});\n\tif(o.length === 1) return \"\";\n\to[o.length] = (\"</numFmts>\");\n\to[0] = writextag('numFmts', null, { count:o.length-2 }).replace(\"/>\", \">\");\n\treturn o.join(\"\");\n}\n\n/* 18.8.10 cellXfs CT_CellXfs */\nfunction parse_cellXfs(t, opts) {\n\tstyles.CellXf = [];\n\tt[0].match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<cellXfs': case '<cellXfs>': case '<cellXfs/>': case '</cellXfs>': break;\n\n\t\t\t/* 18.8.45 xf CT_Xf */\n\t\t\tcase '<xf': delete y[0];\n\t\t\t\tif(y.numFmtId) y.numFmtId = parseInt(y.numFmtId, 10);\n\t\t\t\tif(y.fillId) y.fillId = parseInt(y.fillId, 10);\n\t\t\t\tstyles.CellXf.push(y); break;\n\t\t\tcase '</xf>': break;\n\n\t\t\t/* 18.8.1 alignment CT_CellAlignment */\n\t\t\tcase '<alignment': case '<alignment/>': break;\n\n\t\t\t/* 18.8.33 protection CT_CellProtection */\n\t\t\tcase '<protection': case '</protection>': case '<protection/>': break;\n\n\t\t\tcase '<extLst': case '</extLst>': break;\n\t\t\tcase '<ext': break;\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in cellXfs';\n\t\t}\n\t});\n}\n\nfunction write_cellXfs(cellXfs) {\n\tvar o = [];\n\to[o.length] = (writextag('cellXfs',null));\n\tcellXfs.forEach(function(c) { o[o.length] = (writextag('xf', null, c)); });\n\to[o.length] = (\"</cellXfs>\");\n\tif(o.length === 2) return \"\";\n\to[0] = writextag('cellXfs',null, {count:o.length-2}).replace(\"/>\",\">\");\n\treturn o.join(\"\");\n}\n\n/* 18.8 Styles CT_Stylesheet*/\nvar parse_sty_xml= (function make_pstyx() {\nvar numFmtRegex = /<numFmts([^>]*)>.*<\\/numFmts>/;\nvar cellXfRegex = /<cellXfs([^>]*)>.*<\\/cellXfs>/;\nvar fillsRegex = /<fills([^>]*)>.*<\\/fills>/;\n\nreturn function parse_sty_xml(data, opts) {\n\t/* 18.8.39 styleSheet CT_Stylesheet */\n\tvar t;\n\n\t/* numFmts CT_NumFmts ? */\n\tif((t=data.match(numFmtRegex))) parse_numFmts(t, opts);\n\n\t/* fonts CT_Fonts ? */\n\t/*if((t=data.match(/<fonts([^>]*)>.*<\\/fonts>/))) parse_fonts(t, opts);*/\n\n\t/* fills CT_Fills */\n\tif((t=data.match(fillsRegex))) parse_fills(t, opts);\n\n\t/* borders CT_Borders ? */\n\t/* cellStyleXfs CT_CellStyleXfs ? */\n\n\t/* cellXfs CT_CellXfs ? */\n\tif((t=data.match(cellXfRegex))) parse_cellXfs(t, opts);\n\n\t/* dxfs CT_Dxfs ? */\n\t/* tableStyles CT_TableStyles ? */\n\t/* colors CT_Colors ? */\n\t/* extLst CT_ExtensionList ? */\n\n\treturn styles;\n};\n})();\n\nvar STYLES_XML_ROOT = writextag('styleSheet', null, {\n\t'xmlns': XMLNS.main[0],\n\t'xmlns:vt': XMLNS.vt\n});\n\nRELS.STY = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/styles\";\n\nfunction write_sty_xml(wb, opts) {\n\tvar o = [XML_HEADER, STYLES_XML_ROOT], w;\n\tif((w = write_numFmts(wb.SSF)) != null) o[o.length] = w;\n\to[o.length] = ('<fonts count=\"1\"><font><sz val=\"12\"/><color theme=\"1\"/><name val=\"Calibri\"/><family val=\"2\"/><scheme val=\"minor\"/></font></fonts>');\n\to[o.length] = ('<fills count=\"2\"><fill><patternFill patternType=\"none\"/></fill><fill><patternFill patternType=\"gray125\"/></fill></fills>');\n\to[o.length] = ('<borders count=\"1\"><border><left/><right/><top/><bottom/><diagonal/></border></borders>');\n\to[o.length] = ('<cellStyleXfs count=\"1\"><xf numFmtId=\"0\" fontId=\"0\" fillId=\"0\" borderId=\"0\"/></cellStyleXfs>');\n\tif((w = write_cellXfs(opts.cellXfs))) o[o.length] = (w);\n\to[o.length] = ('<cellStyles count=\"1\"><cellStyle name=\"Normal\" xfId=\"0\" builtinId=\"0\"/></cellStyles>');\n\to[o.length] = ('<dxfs count=\"0\"/>');\n\to[o.length] = ('<tableStyles count=\"0\" defaultTableStyle=\"TableStyleMedium9\" defaultPivotStyle=\"PivotStyleMedium4\"/>');\n\n\tif(o.length>2){ o[o.length] = ('</styleSheet>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* [MS-XLSB] 2.4.651 BrtFmt */\nfunction parse_BrtFmt(data, length) {\n\tvar ifmt = data.read_shift(2);\n\tvar stFmtCode = parse_XLWideString(data,length-2);\n\treturn [ifmt, stFmtCode];\n}\n\n/* [MS-XLSB] 2.4.653 BrtFont TODO */\nfunction parse_BrtFont(data, length) {\n\tvar out = {flags:{}};\n\tout.dyHeight = data.read_shift(2);\n\tout.grbit = parse_FontFlags(data, 2);\n\tout.bls = data.read_shift(2);\n\tout.sss = data.read_shift(2);\n\tout.uls = data.read_shift(1);\n\tout.bFamily = data.read_shift(1);\n\tout.bCharSet = data.read_shift(1);\n\tdata.l++;\n\tout.brtColor = parse_BrtColor(data, 8);\n\tout.bFontScheme = data.read_shift(1);\n\tout.name = parse_XLWideString(data, length - 21);\n\n\tout.flags.Bold = out.bls === 0x02BC;\n\tout.flags.Italic = out.grbit.fItalic;\n\tout.flags.Strikeout = out.grbit.fStrikeout;\n\tout.flags.Outline = out.grbit.fOutline;\n\tout.flags.Shadow = out.grbit.fShadow;\n\tout.flags.Condense = out.grbit.fCondense;\n\tout.flags.Extend = out.grbit.fExtend;\n\tout.flags.Sub = out.sss & 0x2;\n\tout.flags.Sup = out.sss & 0x1;\n\treturn out;\n}\n\n/* [MS-XLSB] 2.4.816 BrtXF */\nfunction parse_BrtXF(data, length) {\n\tvar ixfeParent = data.read_shift(2);\n\tvar ifmt = data.read_shift(2);\n\tparsenoop(data, length-4);\n\treturn {ixfe:ixfeParent, ifmt:ifmt };\n}\n\n/* [MS-XLSB] 2.1.7.50 Styles */\nfunction parse_sty_bin(data, opts) {\n\tstyles.NumberFmt = [];\n\tfor(var y in SSF._table) styles.NumberFmt[y] = SSF._table[y];\n\n\tstyles.CellXf = [];\n\tvar state = \"\"; /* TODO: this should be a stack */\n\tvar pass = false;\n\trecordhopper(data, function hopper_sty(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtFmt':\n\t\t\t\tstyles.NumberFmt[val[0]] = val[1]; SSF.load(val[1], val[0]);\n\t\t\t\tbreak;\n\t\t\tcase 'BrtFont': break; /* TODO */\n\t\t\tcase 'BrtKnownFonts': break; /* TODO */\n\t\t\tcase 'BrtFill': break; /* TODO */\n\t\t\tcase 'BrtBorder': break; /* TODO */\n\t\t\tcase 'BrtXF':\n\t\t\t\tif(state === \"CELLXFS\") {\n\t\t\t\t\tstyles.CellXf.push(val);\n\t\t\t\t}\n\t\t\t\tbreak; /* TODO */\n\t\t\tcase 'BrtStyle': break; /* TODO */\n\t\t\tcase 'BrtDXF': break; /* TODO */\n\t\t\tcase 'BrtMRUColor': break; /* TODO */\n\t\t\tcase 'BrtIndexedColor': break; /* TODO */\n\t\t\tcase 'BrtBeginStyleSheet': break;\n\t\t\tcase 'BrtEndStyleSheet': break;\n\t\t\tcase 'BrtBeginTableStyle': break;\n\t\t\tcase 'BrtTableStyleElement': break;\n\t\t\tcase 'BrtEndTableStyle': break;\n\t\t\tcase 'BrtBeginFmts': state = \"FMTS\"; break;\n\t\t\tcase 'BrtEndFmts': state = \"\"; break;\n\t\t\tcase 'BrtBeginFonts': state = \"FONTS\"; break;\n\t\t\tcase 'BrtEndFonts': state = \"\"; break;\n\t\t\tcase 'BrtACBegin': state = \"ACFONTS\"; break;\n\t\t\tcase 'BrtACEnd': state = \"\"; break;\n\t\t\tcase 'BrtBeginFills': state = \"FILLS\"; break;\n\t\t\tcase 'BrtEndFills': state = \"\"; break;\n\t\t\tcase 'BrtBeginBorders': state = \"BORDERS\"; break;\n\t\t\tcase 'BrtEndBorders': state = \"\"; break;\n\t\t\tcase 'BrtBeginCellStyleXFs': state = \"CELLSTYLEXFS\"; break;\n\t\t\tcase 'BrtEndCellStyleXFs': state = \"\"; break;\n\t\t\tcase 'BrtBeginCellXFs': state = \"CELLXFS\"; break;\n\t\t\tcase 'BrtEndCellXFs': state = \"\"; break;\n\t\t\tcase 'BrtBeginStyles': state = \"STYLES\"; break;\n\t\t\tcase 'BrtEndStyles': state = \"\"; break;\n\t\t\tcase 'BrtBeginDXFs': state = \"DXFS\"; break;\n\t\t\tcase 'BrtEndDXFs': state = \"\"; break;\n\t\t\tcase 'BrtBeginTableStyles': state = \"TABLESTYLES\"; break;\n\t\t\tcase 'BrtEndTableStyles': state = \"\"; break;\n\t\t\tcase 'BrtBeginColorPalette': state = \"COLORPALETTE\"; break;\n\t\t\tcase 'BrtEndColorPalette': state = \"\"; break;\n\t\t\tcase 'BrtBeginIndexedColors': state = \"INDEXEDCOLORS\"; break;\n\t\t\tcase 'BrtEndIndexedColors': state = \"\"; break;\n\t\t\tcase 'BrtBeginMRUColors': state = \"MRUCOLORS\"; break;\n\t\t\tcase 'BrtEndMRUColors': state = \"\"; break;\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tcase 'BrtBeginStyleSheetExt14': break;\n\t\t\tcase 'BrtBeginSlicerStyles': break;\n\t\t\tcase 'BrtEndSlicerStyles': break;\n\t\t\tcase 'BrtBeginTimelineStylesheetExt15': break;\n\t\t\tcase 'BrtEndTimelineStylesheetExt15': break;\n\t\t\tcase 'BrtBeginTimelineStyles': break;\n\t\t\tcase 'BrtEndTimelineStyles': break;\n\t\t\tcase 'BrtEndStyleSheetExt14': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn styles;\n}\n\n/* [MS-XLSB] 2.1.7.50 Styles */\nfunction write_sty_bin(data, opts) {\n\tvar ba = buf_array();\n\twrite_record(ba, \"BrtBeginStyleSheet\");\n\t/* [FMTS] */\n\t/* [FONTS] */\n\t/* [FILLS] */\n\t/* [BORDERS] */\n\t/* CELLSTYLEXFS */\n\t/* CELLXFS*/\n\t/* STYLES */\n\t/* DXFS */\n\t/* TABLESTYLES */\n\t/* [COLORPALETTE] */\n\t/* FRTSTYLESHEET*/\n\twrite_record(ba, \"BrtEndStyleSheet\");\n\treturn ba.end();\n}\nRELS.THEME = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/theme\";\n\n/* 20.1.6.2 clrScheme CT_ColorScheme */\nfunction parse_clrScheme(t, opts) {\n\tthemes.themeElements.clrScheme = [];\n\tvar color = {};\n\tt[0].match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<a:clrScheme': case '</a:clrScheme>': break;\n\n\t\t\t/* 20.1.2.3.32 srgbClr CT_SRgbColor */\n\t\t\tcase '<a:srgbClr': color.rgb = y.val; break;\n\n\t\t\t/* 20.1.2.3.33 sysClr CT_SystemColor */\n\t\t\tcase '<a:sysClr': color.rgb = y.lastClr; break;\n\n\t\t\t/* 20.1.4.1.9 dk1 (Dark 1) */\n\t\t\tcase '<a:dk1>':\n\t\t\tcase '</a:dk1>':\n\t\t\t/* 20.1.4.1.10 dk2 (Dark 2) */\n\t\t\tcase '<a:dk2>':\n\t\t\tcase '</a:dk2>':\n\t\t\t/* 20.1.4.1.22 lt1 (Light 1) */\n\t\t\tcase '<a:lt1>':\n\t\t\tcase '</a:lt1>':\n\t\t\t/* 20.1.4.1.23 lt2 (Light 2) */\n\t\t\tcase '<a:lt2>':\n\t\t\tcase '</a:lt2>':\n\t\t\t/* 20.1.4.1.1 accent1 (Accent 1) */\n\t\t\tcase '<a:accent1>':\n\t\t\tcase '</a:accent1>':\n\t\t\t/* 20.1.4.1.2 accent2 (Accent 2) */\n\t\t\tcase '<a:accent2>':\n\t\t\tcase '</a:accent2>':\n\t\t\t/* 20.1.4.1.3 accent3 (Accent 3) */\n\t\t\tcase '<a:accent3>':\n\t\t\tcase '</a:accent3>':\n\t\t\t/* 20.1.4.1.4 accent4 (Accent 4) */\n\t\t\tcase '<a:accent4>':\n\t\t\tcase '</a:accent4>':\n\t\t\t/* 20.1.4.1.5 accent5 (Accent 5) */\n\t\t\tcase '<a:accent5>':\n\t\t\tcase '</a:accent5>':\n\t\t\t/* 20.1.4.1.6 accent6 (Accent 6) */\n\t\t\tcase '<a:accent6>':\n\t\t\tcase '</a:accent6>':\n\t\t\t/* 20.1.4.1.19 hlink (Hyperlink) */\n\t\t\tcase '<a:hlink>':\n\t\t\tcase '</a:hlink>':\n\t\t\t/* 20.1.4.1.15 folHlink (Followed Hyperlink) */\n\t\t\tcase '<a:folHlink>':\n\t\t\tcase '</a:folHlink>':\n\t\t\t\tif (y[0][1] === '/') {\n\t\t\t\t\tthemes.themeElements.clrScheme.push(color);\n\t\t\t\t\tcolor = {};\n\t\t\t\t} else {\n\t\t\t\t\tcolor.name = y[0].substring(3, y[0].length - 1);\n\t\t\t\t}\n\t\t\t\tbreak;\n\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in clrScheme';\n\t\t}\n\t});\n}\n\n/* 20.1.4.1.18 fontScheme CT_FontScheme */\nfunction parse_fontScheme(t, opts) { }\n\n/* 20.1.4.1.15 fmtScheme CT_StyleMatrix */\nfunction parse_fmtScheme(t, opts) { }\n\nvar clrsregex = /<a:clrScheme([^>]*)>[^\\u2603]*<\\/a:clrScheme>/;\nvar fntsregex = /<a:fontScheme([^>]*)>[^\\u2603]*<\\/a:fontScheme>/;\nvar fmtsregex = /<a:fmtScheme([^>]*)>[^\\u2603]*<\\/a:fmtScheme>/;\n\n/* 20.1.6.10 themeElements CT_BaseStyles */\nfunction parse_themeElements(data, opts) {\n\tthemes.themeElements = {};\n\n\tvar t;\n\n\t[\n\t\t/* clrScheme CT_ColorScheme */\n\t\t['clrScheme', clrsregex, parse_clrScheme],\n\t\t/* fontScheme CT_FontScheme */\n\t\t['fontScheme', fntsregex, parse_fontScheme],\n\t\t/* fmtScheme CT_StyleMatrix */\n\t\t['fmtScheme', fmtsregex, parse_fmtScheme]\n\t].forEach(function(m) {\n\t\tif(!(t=data.match(m[1]))) throw m[0] + ' not found in themeElements';\n\t\tm[2](t, opts);\n\t});\n}\n\nvar themeltregex = /<a:themeElements([^>]*)>[^\\u2603]*<\\/a:themeElements>/;\n\n/* 14.2.7 Theme Part */\nfunction parse_theme_xml(data, opts) {\n\t/* 20.1.6.9 theme CT_OfficeStyleSheet */\n\tif(!data || data.length === 0) return themes;\n\n\tvar t;\n\n\t/* themeElements CT_BaseStyles */\n\tif(!(t=data.match(themeltregex))) throw 'themeElements not found in theme';\n\tparse_themeElements(t[0], opts);\n\n\treturn themes;\n}\n\nfunction write_theme() { return '<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\\n<a:theme xmlns:a=\"http://schemas.openxmlformats.org/drawingml/2006/main\" name=\"Office Theme\"><a:themeElements><a:clrScheme name=\"Office\"><a:dk1><a:sysClr val=\"windowText\" lastClr=\"000000\"/></a:dk1><a:lt1><a:sysClr val=\"window\" lastClr=\"FFFFFF\"/></a:lt1><a:dk2><a:srgbClr val=\"1F497D\"/></a:dk2><a:lt2><a:srgbClr val=\"EEECE1\"/></a:lt2><a:accent1><a:srgbClr val=\"4F81BD\"/></a:accent1><a:accent2><a:srgbClr val=\"C0504D\"/></a:accent2><a:accent3><a:srgbClr val=\"9BBB59\"/></a:accent3><a:accent4><a:srgbClr val=\"8064A2\"/></a:accent4><a:accent5><a:srgbClr val=\"4BACC6\"/></a:accent5><a:accent6><a:srgbClr val=\"F79646\"/></a:accent6><a:hlink><a:srgbClr val=\"0000FF\"/></a:hlink><a:folHlink><a:srgbClr val=\"800080\"/></a:folHlink></a:clrScheme><a:fontScheme name=\"Office\"><a:majorFont><a:latin typeface=\"Cambria\"/><a:ea typeface=\"\"/><a:cs typeface=\"\"/><a:font script=\"Jpan\" typeface=\"ＭＳ Ｐゴシック\"/><a:font script=\"Hang\" typeface=\"맑은 고딕\"/><a:font script=\"Hans\" typeface=\"宋体\"/><a:font script=\"Hant\" typeface=\"新細明體\"/><a:font script=\"Arab\" typeface=\"Times New Roman\"/><a:font script=\"Hebr\" typeface=\"Times New Roman\"/><a:font script=\"Thai\" typeface=\"Tahoma\"/><a:font script=\"Ethi\" typeface=\"Nyala\"/><a:font script=\"Beng\" typeface=\"Vrinda\"/><a:font script=\"Gujr\" typeface=\"Shruti\"/><a:font script=\"Khmr\" typeface=\"MoolBoran\"/><a:font script=\"Knda\" typeface=\"Tunga\"/><a:font script=\"Guru\" typeface=\"Raavi\"/><a:font script=\"Cans\" typeface=\"Euphemia\"/><a:font script=\"Cher\" typeface=\"Plantagenet Cherokee\"/><a:font script=\"Yiii\" typeface=\"Microsoft Yi Baiti\"/><a:font script=\"Tibt\" typeface=\"Microsoft Himalaya\"/><a:font script=\"Thaa\" typeface=\"MV Boli\"/><a:font script=\"Deva\" typeface=\"Mangal\"/><a:font script=\"Telu\" typeface=\"Gautami\"/><a:font script=\"Taml\" typeface=\"Latha\"/><a:font script=\"Syrc\" typeface=\"Estrangelo Edessa\"/><a:font script=\"Orya\" typeface=\"Kalinga\"/><a:font script=\"Mlym\" typeface=\"Kartika\"/><a:font script=\"Laoo\" typeface=\"DokChampa\"/><a:font script=\"Sinh\" typeface=\"Iskoola Pota\"/><a:font script=\"Mong\" typeface=\"Mongolian Baiti\"/><a:font script=\"Viet\" typeface=\"Times New Roman\"/><a:font script=\"Uigh\" typeface=\"Microsoft Uighur\"/><a:font script=\"Geor\" typeface=\"Sylfaen\"/></a:majorFont><a:minorFont><a:latin typeface=\"Calibri\"/><a:ea typeface=\"\"/><a:cs typeface=\"\"/><a:font script=\"Jpan\" typeface=\"ＭＳ Ｐゴシック\"/><a:font script=\"Hang\" typeface=\"맑은 고딕\"/><a:font script=\"Hans\" typeface=\"宋体\"/><a:font script=\"Hant\" typeface=\"新細明體\"/><a:font script=\"Arab\" typeface=\"Arial\"/><a:font script=\"Hebr\" typeface=\"Arial\"/><a:font script=\"Thai\" typeface=\"Tahoma\"/><a:font script=\"Ethi\" typeface=\"Nyala\"/><a:font script=\"Beng\" typeface=\"Vrinda\"/><a:font script=\"Gujr\" typeface=\"Shruti\"/><a:font script=\"Khmr\" typeface=\"DaunPenh\"/><a:font script=\"Knda\" typeface=\"Tunga\"/><a:font script=\"Guru\" typeface=\"Raavi\"/><a:font script=\"Cans\" typeface=\"Euphemia\"/><a:font script=\"Cher\" typeface=\"Plantagenet Cherokee\"/><a:font script=\"Yiii\" typeface=\"Microsoft Yi Baiti\"/><a:font script=\"Tibt\" typeface=\"Microsoft Himalaya\"/><a:font script=\"Thaa\" typeface=\"MV Boli\"/><a:font script=\"Deva\" typeface=\"Mangal\"/><a:font script=\"Telu\" typeface=\"Gautami\"/><a:font script=\"Taml\" typeface=\"Latha\"/><a:font script=\"Syrc\" typeface=\"Estrangelo Edessa\"/><a:font script=\"Orya\" typeface=\"Kalinga\"/><a:font script=\"Mlym\" typeface=\"Kartika\"/><a:font script=\"Laoo\" typeface=\"DokChampa\"/><a:font script=\"Sinh\" typeface=\"Iskoola Pota\"/><a:font script=\"Mong\" typeface=\"Mongolian Baiti\"/><a:font script=\"Viet\" typeface=\"Arial\"/><a:font script=\"Uigh\" typeface=\"Microsoft Uighur\"/><a:font script=\"Geor\" typeface=\"Sylfaen\"/></a:minorFont></a:fontScheme><a:fmtScheme name=\"Office\"><a:fillStyleLst><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"50000\"/><a:satMod val=\"300000\"/></a:schemeClr></a:gs><a:gs pos=\"35000\"><a:schemeClr val=\"phClr\"><a:tint val=\"37000\"/><a:satMod val=\"300000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:tint val=\"15000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs></a:gsLst><a:lin ang=\"16200000\" scaled=\"1\"/></a:gradFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"100000\"/><a:shade val=\"100000\"/><a:satMod val=\"130000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:tint val=\"50000\"/><a:shade val=\"100000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs></a:gsLst><a:lin ang=\"16200000\" scaled=\"0\"/></a:gradFill></a:fillStyleLst><a:lnStyleLst><a:ln w=\"9525\" cap=\"flat\" cmpd=\"sng\" algn=\"ctr\"><a:solidFill><a:schemeClr val=\"phClr\"><a:shade val=\"95000\"/><a:satMod val=\"105000\"/></a:schemeClr></a:solidFill><a:prstDash val=\"solid\"/></a:ln><a:ln w=\"25400\" cap=\"flat\" cmpd=\"sng\" algn=\"ctr\"><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:prstDash val=\"solid\"/></a:ln><a:ln w=\"38100\" cap=\"flat\" cmpd=\"sng\" algn=\"ctr\"><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:prstDash val=\"solid\"/></a:ln></a:lnStyleLst><a:effectStyleLst><a:effectStyle><a:effectLst><a:outerShdw blurRad=\"40000\" dist=\"20000\" dir=\"5400000\" rotWithShape=\"0\"><a:srgbClr val=\"000000\"><a:alpha val=\"38000\"/></a:srgbClr></a:outerShdw></a:effectLst></a:effectStyle><a:effectStyle><a:effectLst><a:outerShdw blurRad=\"40000\" dist=\"23000\" dir=\"5400000\" rotWithShape=\"0\"><a:srgbClr val=\"000000\"><a:alpha val=\"35000\"/></a:srgbClr></a:outerShdw></a:effectLst></a:effectStyle><a:effectStyle><a:effectLst><a:outerShdw blurRad=\"40000\" dist=\"23000\" dir=\"5400000\" rotWithShape=\"0\"><a:srgbClr val=\"000000\"><a:alpha val=\"35000\"/></a:srgbClr></a:outerShdw></a:effectLst><a:scene3d><a:camera prst=\"orthographicFront\"><a:rot lat=\"0\" lon=\"0\" rev=\"0\"/></a:camera><a:lightRig rig=\"threePt\" dir=\"t\"><a:rot lat=\"0\" lon=\"0\" rev=\"1200000\"/></a:lightRig></a:scene3d><a:sp3d><a:bevelT w=\"63500\" h=\"25400\"/></a:sp3d></a:effectStyle></a:effectStyleLst><a:bgFillStyleLst><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"40000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs><a:gs pos=\"40000\"><a:schemeClr val=\"phClr\"><a:tint val=\"45000\"/><a:shade val=\"99000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:shade val=\"20000\"/><a:satMod val=\"255000\"/></a:schemeClr></a:gs></a:gsLst><a:path path=\"circle\"><a:fillToRect l=\"50000\" t=\"-80000\" r=\"50000\" b=\"180000\"/></a:path></a:gradFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"80000\"/><a:satMod val=\"300000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:shade val=\"30000\"/><a:satMod val=\"200000\"/></a:schemeClr></a:gs></a:gsLst><a:path path=\"circle\"><a:fillToRect l=\"50000\" t=\"50000\" r=\"50000\" b=\"50000\"/></a:path></a:gradFill></a:bgFillStyleLst></a:fmtScheme></a:themeElements><a:objectDefaults><a:spDef><a:spPr/><a:bodyPr/><a:lstStyle/><a:style><a:lnRef idx=\"1\"><a:schemeClr val=\"accent1\"/></a:lnRef><a:fillRef idx=\"3\"><a:schemeClr val=\"accent1\"/></a:fillRef><a:effectRef idx=\"2\"><a:schemeClr val=\"accent1\"/></a:effectRef><a:fontRef idx=\"minor\"><a:schemeClr val=\"lt1\"/></a:fontRef></a:style></a:spDef><a:lnDef><a:spPr/><a:bodyPr/><a:lstStyle/><a:style><a:lnRef idx=\"2\"><a:schemeClr val=\"accent1\"/></a:lnRef><a:fillRef idx=\"0\"><a:schemeClr val=\"accent1\"/></a:fillRef><a:effectRef idx=\"1\"><a:schemeClr val=\"accent1\"/></a:effectRef><a:fontRef idx=\"minor\"><a:schemeClr val=\"tx1\"/></a:fontRef></a:style></a:lnDef></a:objectDefaults><a:extraClrSchemeLst/></a:theme>'; }\n/* [MS-XLS] 2.4.326 TODO: payload is a zip file */\nfunction parse_Theme(blob, length) {\n\tvar dwThemeVersion = blob.read_shift(4);\n\tif(dwThemeVersion === 124226) return;\n\tblob.l += length-4;\n}\n\n/* 2.5.49 */\nfunction parse_ColorTheme(blob, length) { return blob.read_shift(4); }\n\n/* 2.5.155 */\nfunction parse_FullColorExt(blob, length) {\n\tvar o = {};\n\to.xclrType = blob.read_shift(2);\n\to.nTintShade = blob.read_shift(2);\n\tswitch(o.xclrType) {\n\t\tcase 0: blob.l += 4; break;\n\t\tcase 1: o.xclrValue = parse_IcvXF(blob, 4); break;\n\t\tcase 2: o.xclrValue = parse_LongRGBA(blob, 4); break;\n\t\tcase 3: o.xclrValue = parse_ColorTheme(blob, 4); break;\n\t\tcase 4: blob.l += 4; break;\n\t}\n\tblob.l += 8;\n\treturn o;\n}\n\n/* 2.5.164 TODO: read 7 bits*/\nfunction parse_IcvXF(blob, length) {\n\treturn parsenoop(blob, length);\n}\n\n/* 2.5.280 */\nfunction parse_XFExtGradient(blob, length) {\n\treturn parsenoop(blob, length);\n}\n\n/* 2.5.108 */\nfunction parse_ExtProp(blob, length) {\n\tvar extType = blob.read_shift(2);\n\tvar cb = blob.read_shift(2);\n\tvar o = [extType];\n\tswitch(extType) {\n\t\tcase 0x04: case 0x05: case 0x07: case 0x08:\n\t\tcase 0x09: case 0x0A: case 0x0B: case 0x0D:\n\t\t\to[1] = parse_FullColorExt(blob, cb); break;\n\t\tcase 0x06: o[1] = parse_XFExtGradient(blob, cb); break;\n\t\tcase 0x0E: case 0x0F: o[1] = blob.read_shift(cb === 5 ? 1 : 2); break;\n\t\tdefault: throw new Error(\"Unrecognized ExtProp type: \" + extType + \" \" + cb);\n\t}\n\treturn o;\n}\n\n/* 2.4.355 */\nfunction parse_XFExt(blob, length) {\n\tvar end = blob.l + length;\n\tblob.l += 2;\n\tvar ixfe = blob.read_shift(2);\n\tblob.l += 2;\n\tvar cexts = blob.read_shift(2);\n\tvar ext = [];\n\twhile(cexts-- > 0) ext.push(parse_ExtProp(blob, end-blob.l));\n\treturn {ixfe:ixfe, ext:ext};\n}\n\n/* xf is an XF, see parse_XFExt for xfext */\nfunction update_xfext(xf, xfext) {\n\txfext.forEach(function(xfe) {\n\t\tswitch(xfe[0]) { /* 2.5.108 extPropData */\n\t\t\tcase 0x04: break; /* foreground color */\n\t\t\tcase 0x05: break; /* background color */\n\t\t\tcase 0x07: case 0x08: case 0x09: case 0x0a: break;\n\t\t\tcase 0x0d: break; /* text color */\n\t\t\tcase 0x0e: break; /* font scheme */\n\t\t\tdefault: throw \"bafuq\" + xfe[0].toString(16);\n\t\t}\n\t});\n}\n\n/* 18.6 Calculation Chain */\nfunction parse_cc_xml(data, opts) {\n\tvar d = [];\n\tvar l = 0, i = 1;\n\t(data.match(tagregex)||[]).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<?xml': break;\n\t\t\t/* 18.6.2 calcChain CT_CalcChain 1 */\n\t\t\tcase '<calcChain': case '<calcChain>': case '</calcChain>': break;\n\t\t\t/* 18.6.1 c CT_CalcCell 1 */\n\t\t\tcase '<c': delete y[0]; if(y.i) i = y.i; else y.i = i; d.push(y); break;\n\t\t}\n\t});\n\treturn d;\n}\n\nfunction write_cc_xml(data, opts) { }\n/* [MS-XLSB] 2.6.4.1 */\nfunction parse_BrtCalcChainItem$(data, length) {\n\tvar out = {};\n\tout.i = data.read_shift(4);\n\tvar cell = {};\n\tcell.r = data.read_shift(4);\n\tcell.c = data.read_shift(4);\n\tout.r = encode_cell(cell);\n\tvar flags = data.read_shift(1);\n\tif(flags & 0x2) out.l = '1';\n\tif(flags & 0x8) out.a = '1';\n\treturn out;\n}\n\n/* 18.6 Calculation Chain */\nfunction parse_cc_bin(data, opts) {\n\tvar out = [];\n\tvar pass = false;\n\trecordhopper(data, function hopper_cc(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtCalcChainItem$': out.push(val); break;\n\t\t\tcase 'BrtBeginCalcChain$': break;\n\t\t\tcase 'BrtEndCalcChain$': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn out;\n}\n\nfunction write_cc_bin(data, opts) { }\n\nfunction parse_comments(zip, dirComments, sheets, sheetRels, opts) {\n\tfor(var i = 0; i != dirComments.length; ++i) {\n\t\tvar canonicalpath=dirComments[i];\n\t\tvar comments=parse_cmnt(getzipdata(zip, canonicalpath.replace(/^\\//,''), true), canonicalpath, opts);\n\t\tif(!comments || !comments.length) continue;\n\t\t// find the sheets targeted by these comments\n\t\tvar sheetNames = keys(sheets);\n\t\tfor(var j = 0; j != sheetNames.length; ++j) {\n\t\t\tvar sheetName = sheetNames[j];\n\t\t\tvar rels = sheetRels[sheetName];\n\t\t\tif(rels) {\n\t\t\t\tvar rel = rels[canonicalpath];\n\t\t\t\tif(rel) insertCommentsIntoSheet(sheetName, sheets[sheetName], comments);\n\t\t\t}\n\t\t}\n\t}\n}\n\nfunction insertCommentsIntoSheet(sheetName, sheet, comments) {\n\tcomments.forEach(function(comment) {\n\t\tvar cell = sheet[comment.ref];\n\t\tif (!cell) {\n\t\t\tcell = {};\n\t\t\tsheet[comment.ref] = cell;\n\t\t\tvar range = safe_decode_range(sheet[\"!ref\"]||\"BDWGO1000001:A1\");\n\t\t\tvar thisCell = decode_cell(comment.ref);\n\t\t\tif(range.s.r > thisCell.r) range.s.r = thisCell.r;\n\t\t\tif(range.e.r < thisCell.r) range.e.r = thisCell.r;\n\t\t\tif(range.s.c > thisCell.c) range.s.c = thisCell.c;\n\t\t\tif(range.e.c < thisCell.c) range.e.c = thisCell.c;\n\t\t\tvar encoded = encode_range(range);\n\t\t\tif (encoded !== sheet[\"!ref\"]) sheet[\"!ref\"] = encoded;\n\t\t}\n\n\t\tif (!cell.c) cell.c = [];\n\t\tvar o = {a: comment.author, t: comment.t, r: comment.r};\n\t\tif(comment.h) o.h = comment.h;\n\t\tcell.c.push(o);\n\t});\n}\n\n/* 18.7.3 CT_Comment */\nfunction parse_comments_xml(data, opts) {\n\tif(data.match(/<(?:\\w+:)?comments *\\/>/)) return [];\n\tvar authors = [];\n\tvar commentList = [];\n\tdata.match(/<(?:\\w+:)?authors>([^\\u2603]*)<\\/(?:\\w+:)?authors>/)[1].split(/<\\/\\w*:?author>/).forEach(function(x) {\n\t\tif(x === \"\" || x.trim() === \"\") return;\n\t\tauthors.push(x.match(/<(?:\\w+:)?author[^>]*>(.*)/)[1]);\n\t});\n\t(data.match(/<(?:\\w+:)?commentList>([^\\u2603]*)<\\/(?:\\w+:)?commentList>/)||[\"\",\"\"])[1].split(/<\\/\\w*:?comment>/).forEach(function(x, index) {\n\t\tif(x === \"\" || x.trim() === \"\") return;\n\t\tvar y = parsexmltag(x.match(/<(?:\\w+:)?comment[^>]*>/)[0]);\n\t\tvar comment = { author: y.authorId && authors[y.authorId] ? authors[y.authorId] : undefined, ref: y.ref, guid: y.guid };\n\t\tvar cell = decode_cell(y.ref);\n\t\tif(opts.sheetRows && opts.sheetRows <= cell.r) return;\n\t\tvar textMatch = x.match(/<text>([^\\u2603]*)<\\/text>/);\n\t\tif (!textMatch || !textMatch[1]) return; // a comment may contain an empty text tag.\n\t\tvar rt = parse_si(textMatch[1]);\n\t\tcomment.r = rt.r;\n\t\tcomment.t = rt.t;\n\t\tif(opts.cellHTML) comment.h = rt.h;\n\t\tcommentList.push(comment);\n\t});\n\treturn commentList;\n}\n\nfunction write_comments_xml(data, opts) { }\n/* [MS-XLSB] 2.4.28 BrtBeginComment */\nfunction parse_BrtBeginComment(data, length) {\n\tvar out = {};\n\tout.iauthor = data.read_shift(4);\n\tvar rfx = parse_UncheckedRfX(data, 16);\n\tout.rfx = rfx.s;\n\tout.ref = encode_cell(rfx.s);\n\tdata.l += 16; /*var guid = parse_GUID(data); */\n\treturn out;\n}\n\n/* [MS-XLSB] 2.4.324 BrtCommentAuthor */\nvar parse_BrtCommentAuthor = parse_XLWideString;\n\n/* [MS-XLSB] 2.4.325 BrtCommentText */\nvar parse_BrtCommentText = parse_RichStr;\n\n/* [MS-XLSB] 2.1.7.8 Comments */\nfunction parse_comments_bin(data, opts) {\n\tvar out = [];\n\tvar authors = [];\n\tvar c = {};\n\tvar pass = false;\n\trecordhopper(data, function hopper_cmnt(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtCommentAuthor': authors.push(val); break;\n\t\t\tcase 'BrtBeginComment': c = val; break;\n\t\t\tcase 'BrtCommentText': c.t = val.t; c.h = val.h; c.r = val.r; break;\n\t\t\tcase 'BrtEndComment':\n\t\t\t\tc.author = authors[c.iauthor];\n\t\t\t\tdelete c.iauthor;\n\t\t\t\tif(opts.sheetRows && opts.sheetRows <= c.rfx.r) break;\n\t\t\t\tdelete c.rfx; out.push(c); break;\n\t\t\tcase 'BrtBeginComments': break;\n\t\t\tcase 'BrtEndComments': break;\n\t\t\tcase 'BrtBeginCommentAuthors': break;\n\t\t\tcase 'BrtEndCommentAuthors': break;\n\t\t\tcase 'BrtBeginCommentList': break;\n\t\t\tcase 'BrtEndCommentList': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn out;\n}\n\nfunction write_comments_bin(data, opts) { }\n/* TODO: it will be useful to parse the function str */\nvar rc_to_a1 = (function(){\n\tvar rcregex = /(^|[^A-Za-z])R(\\[?)(-?\\d+|)\\]?C(\\[?)(-?\\d+|)\\]?/g;\n\tvar rcbase;\n\tfunction rcfunc($$,$1,$2,$3,$4,$5) {\n\t\tvar R = $3.length>0?parseInt($3,10)|0:0, C = $5.length>0?parseInt($5,10)|0:0;\n\t\tif(C<0 && $4.length === 0) C=0;\n\t\tif($4.length > 0) C += rcbase.c;\n\t\tif($2.length > 0) R += rcbase.r;\n\t\treturn $1 + encode_col(C) + encode_row(R);\n\t}\n\treturn function rc_to_a1(fstr, base) {\n\t\trcbase = base;\n\t\treturn fstr.replace(rcregex, rcfunc);\n\t};\n})();\n\n/* --- formula references point to MS-XLS --- */\n/* Small helpers */\nfunction parseread(l) { return function(blob, length) { blob.l+=l; return; }; }\nfunction parseread1(blob, length) { blob.l+=1; return; }\n\n/* Rgce Helpers */\n\n/* 2.5.51 */\nfunction parse_ColRelU(blob, length) {\n\tvar c = blob.read_shift(2);\n\treturn [c & 0x3FFF, (c >> 14) & 1, (c >> 15) & 1];\n}\n\n/* 2.5.198.105 */\nfunction parse_RgceArea(blob, length) {\n\tvar r=blob.read_shift(2), R=blob.read_shift(2);\n\tvar c=parse_ColRelU(blob, 2);\n\tvar C=parse_ColRelU(blob, 2);\n\treturn { s:{r:r, c:c[0], cRel:c[1], rRel:c[2]}, e:{r:R, c:C[0], cRel:C[1], rRel:C[2]} };\n}\n\n/* 2.5.198.105 TODO */\nfunction parse_RgceAreaRel(blob, length) {\n\tvar r=blob.read_shift(2), R=blob.read_shift(2);\n\tvar c=parse_ColRelU(blob, 2);\n\tvar C=parse_ColRelU(blob, 2);\n\treturn { s:{r:r, c:c[0], cRel:c[1], rRel:c[2]}, e:{r:R, c:C[0], cRel:C[1], rRel:C[2]} };\n}\n\n/* 2.5.198.109 */\nfunction parse_RgceLoc(blob, length) {\n\tvar r = blob.read_shift(2);\n\tvar c = parse_ColRelU(blob, 2);\n\treturn {r:r, c:c[0], cRel:c[1], rRel:c[2]};\n}\n\n/* 2.5.198.111 */\nfunction parse_RgceLocRel(blob, length) {\n\tvar r = blob.read_shift(2);\n\tvar cl = blob.read_shift(2);\n\tvar cRel = (cl & 0x8000) >> 15, rRel = (cl & 0x4000) >> 14;\n\tcl &= 0x3FFF;\n\tif(cRel !== 0) while(cl >= 0x100) cl -= 0x100;\n\treturn {r:r,c:cl,cRel:cRel,rRel:rRel};\n}\n\n/* Ptg Tokens */\n\n/* 2.5.198.27 */\nfunction parse_PtgArea(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar area = parse_RgceArea(blob, 8);\n\treturn [type, area];\n}\n\n/* 2.5.198.28 */\nfunction parse_PtgArea3d(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar ixti = blob.read_shift(2);\n\tvar area = parse_RgceArea(blob, 8);\n\treturn [type, ixti, area];\n}\n\n/* 2.5.198.29 */\nfunction parse_PtgAreaErr(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tblob.l += 8;\n\treturn [type];\n}\n/* 2.5.198.30 */\nfunction parse_PtgAreaErr3d(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar ixti = blob.read_shift(2);\n\tblob.l += 8;\n\treturn [type, ixti];\n}\n\n/* 2.5.198.31 */\nfunction parse_PtgAreaN(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar area = parse_RgceAreaRel(blob, 8);\n\treturn [type, area];\n}\n\n/* 2.5.198.32 -- ignore this and look in PtgExtraArray for shape + values */\nfunction parse_PtgArray(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tblob.l += 7;\n\treturn [type];\n}\n\n/* 2.5.198.33 */\nfunction parse_PtgAttrBaxcel(blob, length) {\n\tvar bitSemi = blob[blob.l+1] & 0x01; /* 1 = volatile */\n\tvar bitBaxcel = 1;\n\tblob.l += 4;\n\treturn [bitSemi, bitBaxcel];\n}\n\n/* 2.5.198.34 */\nfunction parse_PtgAttrChoose(blob, length) {\n\tblob.l +=2;\n\tvar offset = blob.read_shift(2);\n\tvar o = [];\n\t/* offset is 1 less than the number of elements */\n\tfor(var i = 0; i <= offset; ++i) o.push(blob.read_shift(2));\n\treturn o;\n}\n\n/* 2.5.198.35 */\nfunction parse_PtgAttrGoto(blob, length) {\n\tvar bitGoto = (blob[blob.l+1] & 0xFF) ? 1 : 0;\n\tblob.l += 2;\n\treturn [bitGoto, blob.read_shift(2)];\n}\n\n/* 2.5.198.36 */\nfunction parse_PtgAttrIf(blob, length) {\n\tvar bitIf = (blob[blob.l+1] & 0xFF) ? 1 : 0;\n\tblob.l += 2;\n\treturn [bitIf, blob.read_shift(2)];\n}\n\n/* 2.5.198.37 */\nfunction parse_PtgAttrSemi(blob, length) {\n\tvar bitSemi = (blob[blob.l+1] & 0xFF) ? 1 : 0;\n\tblob.l += 4;\n\treturn [bitSemi];\n}\n\n/* 2.5.198.40 (used by PtgAttrSpace and PtgAttrSpaceSemi) */\nfunction parse_PtgAttrSpaceType(blob, length) {\n\tvar type = blob.read_shift(1), cch = blob.read_shift(1);\n\treturn [type, cch];\n}\n\n/* 2.5.198.38 */\nfunction parse_PtgAttrSpace(blob, length) {\n\tblob.read_shift(2);\n\treturn parse_PtgAttrSpaceType(blob, 2);\n}\n\n/* 2.5.198.39 */\nfunction parse_PtgAttrSpaceSemi(blob, length) {\n\tblob.read_shift(2);\n\treturn parse_PtgAttrSpaceType(blob, 2);\n}\n\n/* 2.5.198.84 TODO */\nfunction parse_PtgRef(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar loc = parse_RgceLoc(blob,4);\n\treturn [type, loc];\n}\n\n/* 2.5.198.88 TODO */\nfunction parse_PtgRefN(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar loc = parse_RgceLocRel(blob,4);\n\treturn [type, loc];\n}\n\n/* 2.5.198.85 TODO */\nfunction parse_PtgRef3d(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar ixti = blob.read_shift(2); // XtiIndex\n\tvar loc = parse_RgceLoc(blob,4);\n\treturn [type, ixti, loc];\n}\n\n\n/* 2.5.198.62 TODO */\nfunction parse_PtgFunc(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar iftab = blob.read_shift(2);\n\treturn [FtabArgc[iftab], Ftab[iftab]];\n}\n/* 2.5.198.63 TODO */\nfunction parse_PtgFuncVar(blob, length) {\n\tblob.l++;\n\tvar cparams = blob.read_shift(1), tab = parsetab(blob);\n\treturn [cparams, (tab[0] === 0 ? Ftab : Cetab)[tab[1]]];\n}\n\nfunction parsetab(blob, length) {\n\treturn [blob[blob.l+1]>>7, blob.read_shift(2) & 0x7FFF];\n}\n\n/* 2.5.198.41 */\nvar parse_PtgAttrSum = parseread(4);\n/* 2.5.198.43 */\nvar parse_PtgConcat = parseread1;\n\n/* 2.5.198.58 */\nfunction parse_PtgExp(blob, length) {\n\tblob.l++;\n\tvar row = blob.read_shift(2);\n\tvar col = blob.read_shift(2);\n\treturn [row, col];\n}\n\n/* 2.5.198.57 */\nfunction parse_PtgErr(blob, length) { blob.l++; return BErr[blob.read_shift(1)]; }\n\n/* 2.5.198.66 TODO */\nfunction parse_PtgInt(blob, length) { blob.l++; return blob.read_shift(2); }\n\n/* 2.5.198.42 */\nfunction parse_PtgBool(blob, length) { blob.l++; return blob.read_shift(1)!==0;}\n\n/* 2.5.198.79 */\nfunction parse_PtgNum(blob, length) { blob.l++; return parse_Xnum(blob, 8); }\n\n/* 2.5.198.89 */\nfunction parse_PtgStr(blob, length) { blob.l++; return parse_ShortXLUnicodeString(blob); }\n\n/* 2.5.192.112 + 2.5.192.11{3,4,5,6,7} */\nfunction parse_SerAr(blob) {\n\tvar val = [];\n\tswitch((val[0] = blob.read_shift(1))) {\n\t\t/* 2.5.192.113 */\n\t\tcase 0x04: /* SerBool -- boolean */\n\t\t\tval[1] = parsebool(blob, 1) ? 'TRUE' : 'FALSE';\n\t\t\tblob.l += 7; break;\n\t\t/* 2.5.192.114 */\n\t\tcase 0x10: /* SerErr -- error */\n\t\t\tval[1] = BErr[blob[blob.l]];\n\t\t\tblob.l += 8; break;\n\t\t/* 2.5.192.115 */\n\t\tcase 0x00: /* SerNil -- honestly, I'm not sure how to reproduce this */\n\t\t\tblob.l += 8; break;\n\t\t/* 2.5.192.116 */\n\t\tcase 0x01: /* SerNum -- Xnum */\n\t\t\tval[1] = parse_Xnum(blob, 8); break;\n\t\t/* 2.5.192.117 */\n\t\tcase 0x02: /* SerStr -- XLUnicodeString (<256 chars) */\n\t\t\tval[1] = parse_XLUnicodeString(blob); break;\n\t\t// default: throw \"Bad SerAr: \" + val[0]; /* Unreachable */\n\t}\n\treturn val;\n}\n\n/* 2.5.198.61 */\nfunction parse_PtgExtraMem(blob, cce) {\n\tvar count = blob.read_shift(2);\n\tvar out = [];\n\tfor(var i = 0; i != count; ++i) out.push(parse_Ref8U(blob, 8));\n\treturn out;\n}\n\n/* 2.5.198.59 */\nfunction parse_PtgExtraArray(blob) {\n\tvar cols = 1 + blob.read_shift(1); //DColByteU\n\tvar rows = 1 + blob.read_shift(2); //DRw\n\tfor(var i = 0, o=[]; i != rows && (o[i] = []); ++i)\n\t\tfor(var j = 0; j != cols; ++j) o[i][j] = parse_SerAr(blob);\n\treturn o;\n}\n\n/* 2.5.198.76 */\nfunction parse_PtgName(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tvar nameindex = blob.read_shift(4);\n\treturn [type, 0, nameindex];\n}\n\n/* 2.5.198.77 */\nfunction parse_PtgNameX(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tvar ixti = blob.read_shift(2); // XtiIndex\n\tvar nameindex = blob.read_shift(4);\n\treturn [type, ixti, nameindex];\n}\n\n/* 2.5.198.70 */\nfunction parse_PtgMemArea(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tblob.l += 4;\n\tvar cce = blob.read_shift(2);\n\treturn [type, cce];\n}\n\n/* 2.5.198.72 */\nfunction parse_PtgMemFunc(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tvar cce = blob.read_shift(2);\n\treturn [type, cce];\n}\n\n\n/* 2.5.198.86 */\nfunction parse_PtgRefErr(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tblob.l += 4;\n\treturn [type];\n}\n\n/* 2.5.198.26 */\nvar parse_PtgAdd = parseread1;\n/* 2.5.198.45 */\nvar parse_PtgDiv = parseread1;\n/* 2.5.198.56 */\nvar parse_PtgEq = parseread1;\n/* 2.5.198.64 */\nvar parse_PtgGe = parseread1;\n/* 2.5.198.65 */\nvar parse_PtgGt = parseread1;\n/* 2.5.198.67 */\nvar parse_PtgIsect = parseread1;\n/* 2.5.198.68 */\nvar parse_PtgLe = parseread1;\n/* 2.5.198.69 */\nvar parse_PtgLt = parseread1;\n/* 2.5.198.74 */\nvar parse_PtgMissArg = parseread1;\n/* 2.5.198.75 */\nvar parse_PtgMul = parseread1;\n/* 2.5.198.78 */\nvar parse_PtgNe = parseread1;\n/* 2.5.198.80 */\nvar parse_PtgParen = parseread1;\n/* 2.5.198.81 */\nvar parse_PtgPercent = parseread1;\n/* 2.5.198.82 */\nvar parse_PtgPower = parseread1;\n/* 2.5.198.83 */\nvar parse_PtgRange = parseread1;\n/* 2.5.198.90 */\nvar parse_PtgSub = parseread1;\n/* 2.5.198.93 */\nvar parse_PtgUminus = parseread1;\n/* 2.5.198.94 */\nvar parse_PtgUnion = parseread1;\n/* 2.5.198.95 */\nvar parse_PtgUplus = parseread1;\n\n/* 2.5.198.71 */\nvar parse_PtgMemErr = parsenoop;\n/* 2.5.198.73 */\nvar parse_PtgMemNoMem = parsenoop;\n/* 2.5.198.87 */\nvar parse_PtgRefErr3d = parsenoop;\n/* 2.5.198.92 */\nvar parse_PtgTbl = parsenoop;\n\n/* 2.5.198.25 */\nvar PtgTypes = {\n\t0x01: { n:'PtgExp', f:parse_PtgExp },\n\t0x02: { n:'PtgTbl', f:parse_PtgTbl },\n\t0x03: { n:'PtgAdd', f:parse_PtgAdd },\n\t0x04: { n:'PtgSub', f:parse_PtgSub },\n\t0x05: { n:'PtgMul', f:parse_PtgMul },\n\t0x06: { n:'PtgDiv', f:parse_PtgDiv },\n\t0x07: { n:'PtgPower', f:parse_PtgPower },\n\t0x08: { n:'PtgConcat', f:parse_PtgConcat },\n\t0x09: { n:'PtgLt', f:parse_PtgLt },\n\t0x0A: { n:'PtgLe', f:parse_PtgLe },\n\t0x0B: { n:'PtgEq', f:parse_PtgEq },\n\t0x0C: { n:'PtgGe', f:parse_PtgGe },\n\t0x0D: { n:'PtgGt', f:parse_PtgGt },\n\t0x0E: { n:'PtgNe', f:parse_PtgNe },\n\t0x0F: { n:'PtgIsect', f:parse_PtgIsect },\n\t0x10: { n:'PtgUnion', f:parse_PtgUnion },\n\t0x11: { n:'PtgRange', f:parse_PtgRange },\n\t0x12: { n:'PtgUplus', f:parse_PtgUplus },\n\t0x13: { n:'PtgUminus', f:parse_PtgUminus },\n\t0x14: { n:'PtgPercent', f:parse_PtgPercent },\n\t0x15: { n:'PtgParen', f:parse_PtgParen },\n\t0x16: { n:'PtgMissArg', f:parse_PtgMissArg },\n\t0x17: { n:'PtgStr', f:parse_PtgStr },\n\t0x1C: { n:'PtgErr', f:parse_PtgErr },\n\t0x1D: { n:'PtgBool', f:parse_PtgBool },\n\t0x1E: { n:'PtgInt', f:parse_PtgInt },\n\t0x1F: { n:'PtgNum', f:parse_PtgNum },\n\t0x20: { n:'PtgArray', f:parse_PtgArray },\n\t0x21: { n:'PtgFunc', f:parse_PtgFunc },\n\t0x22: { n:'PtgFuncVar', f:parse_PtgFuncVar },\n\t0x23: { n:'PtgName', f:parse_PtgName },\n\t0x24: { n:'PtgRef', f:parse_PtgRef },\n\t0x25: { n:'PtgArea', f:parse_PtgArea },\n\t0x26: { n:'PtgMemArea', f:parse_PtgMemArea },\n\t0x27: { n:'PtgMemErr', f:parse_PtgMemErr },\n\t0x28: { n:'PtgMemNoMem', f:parse_PtgMemNoMem },\n\t0x29: { n:'PtgMemFunc', f:parse_PtgMemFunc },\n\t0x2A: { n:'PtgRefErr', f:parse_PtgRefErr },\n\t0x2B: { n:'PtgAreaErr', f:parse_PtgAreaErr },\n\t0x2C: { n:'PtgRefN', f:parse_PtgRefN },\n\t0x2D: { n:'PtgAreaN', f:parse_PtgAreaN },\n\t0x39: { n:'PtgNameX', f:parse_PtgNameX },\n\t0x3A: { n:'PtgRef3d', f:parse_PtgRef3d },\n\t0x3B: { n:'PtgArea3d', f:parse_PtgArea3d },\n\t0x3C: { n:'PtgRefErr3d', f:parse_PtgRefErr3d },\n\t0x3D: { n:'PtgAreaErr3d', f:parse_PtgAreaErr3d },\n\t0xFF: {}\n};\n/* These are duplicated in the PtgTypes table */\nvar PtgDupes = {\n\t0x40: 0x20, 0x60: 0x20,\n\t0x41: 0x21, 0x61: 0x21,\n\t0x42: 0x22, 0x62: 0x22,\n\t0x43: 0x23, 0x63: 0x23,\n\t0x44: 0x24, 0x64: 0x24,\n\t0x45: 0x25, 0x65: 0x25,\n\t0x46: 0x26, 0x66: 0x26,\n\t0x47: 0x27, 0x67: 0x27,\n\t0x48: 0x28, 0x68: 0x28,\n\t0x49: 0x29, 0x69: 0x29,\n\t0x4A: 0x2A, 0x6A: 0x2A,\n\t0x4B: 0x2B, 0x6B: 0x2B,\n\t0x4C: 0x2C, 0x6C: 0x2C,\n\t0x4D: 0x2D, 0x6D: 0x2D,\n\t0x59: 0x39, 0x79: 0x39,\n\t0x5A: 0x3A, 0x7A: 0x3A,\n\t0x5B: 0x3B, 0x7B: 0x3B,\n\t0x5C: 0x3C, 0x7C: 0x3C,\n\t0x5D: 0x3D, 0x7D: 0x3D\n};\n(function(){for(var y in PtgDupes) PtgTypes[y] = PtgTypes[PtgDupes[y]];})();\n\nvar Ptg18 = {};\nvar Ptg19 = {\n\t0x01: { n:'PtgAttrSemi', f:parse_PtgAttrSemi },\n\t0x02: { n:'PtgAttrIf', f:parse_PtgAttrIf },\n\t0x04: { n:'PtgAttrChoose', f:parse_PtgAttrChoose },\n\t0x08: { n:'PtgAttrGoto', f:parse_PtgAttrGoto },\n\t0x10: { n:'PtgAttrSum', f:parse_PtgAttrSum },\n\t0x20: { n:'PtgAttrBaxcel', f:parse_PtgAttrBaxcel },\n\t0x40: { n:'PtgAttrSpace', f:parse_PtgAttrSpace },\n\t0x41: { n:'PtgAttrSpaceSemi', f:parse_PtgAttrSpaceSemi },\n\t0xFF: {}\n};\n\n/* 2.4.127 TODO */\nfunction parse_Formula(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar val = parse_FormulaValue(blob,8);\n\tvar flags = blob.read_shift(1);\n\tblob.read_shift(1);\n\tvar chn = blob.read_shift(4);\n\tvar cbf = \"\";\n\tif(opts.biff === 5) blob.l += length-20;\n\telse cbf = parse_XLSCellParsedFormula(blob, length-20, opts);\n\treturn {cell:cell, val:val[0], formula:cbf, shared: (flags >> 3) & 1, tt:val[1]};\n}\n\n/* 2.5.133 TODO: how to emit empty strings? */\nfunction parse_FormulaValue(blob) {\n\tvar b;\n\tif(__readUInt16LE(blob,blob.l + 6) !== 0xFFFF) return [parse_Xnum(blob),'n'];\n\tswitch(blob[blob.l]) {\n\t\tcase 0x00: blob.l += 8; return [\"String\", 's'];\n\t\tcase 0x01: b = blob[blob.l+2] === 0x1; blob.l += 8; return [b,'b'];\n\t\tcase 0x02: b = blob[blob.l+2]; blob.l += 8; return [b,'e'];\n\t\tcase 0x03: blob.l += 8; return [\"\",'s'];\n\t}\n}\n\n/* 2.5.198.103 */\nfunction parse_RgbExtra(blob, length, rgce, opts) {\n\tif(opts.biff < 8) return parsenoop(blob, length);\n\tvar target = blob.l + length;\n\tvar o = [];\n\tfor(var i = 0; i !== rgce.length; ++i) {\n\t\tswitch(rgce[i][0]) {\n\t\t\tcase 'PtgArray': /* PtgArray -> PtgExtraArray */\n\t\t\t\trgce[i][1] = parse_PtgExtraArray(blob);\n\t\t\t\to.push(rgce[i][1]);\n\t\t\t\tbreak;\n\t\t\tcase 'PtgMemArea': /* PtgMemArea -> PtgExtraMem */\n\t\t\t\trgce[i][2] = parse_PtgExtraMem(blob, rgce[i][1]);\n\t\t\t\to.push(rgce[i][2]);\n\t\t\t\tbreak;\n\t\t\tdefault: break;\n\t\t}\n\t}\n\tlength = target - blob.l;\n\tif(length !== 0) o.push(parsenoop(blob, length));\n\treturn o;\n}\n\n/* 2.5.198.21 */\nfunction parse_NameParsedFormula(blob, length, opts, cce) {\n\tvar target = blob.l + length;\n\tvar rgce = parse_Rgce(blob, cce);\n\tvar rgcb;\n\tif(target !== blob.l) rgcb = parse_RgbExtra(blob, target - blob.l, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.3 TODO */\nfunction parse_XLSCellParsedFormula(blob, length, opts) {\n\tvar target = blob.l + length;\n\tvar rgcb, cce = blob.read_shift(2); // length of rgce\n\tif(cce == 0xFFFF) return [[],parsenoop(blob, length-2)];\n\tvar rgce = parse_Rgce(blob, cce);\n\tif(length !== cce + 2) rgcb = parse_RgbExtra(blob, length - cce - 2, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.118 TODO */\nfunction parse_SharedParsedFormula(blob, length, opts) {\n\tvar target = blob.l + length;\n\tvar rgcb, cce = blob.read_shift(2); // length of rgce\n\tvar rgce = parse_Rgce(blob, cce);\n\tif(cce == 0xFFFF) return [[],parsenoop(blob, length-2)];\n\tif(length !== cce + 2) rgcb = parse_RgbExtra(blob, target - cce - 2, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.1 TODO */\nfunction parse_ArrayParsedFormula(blob, length, opts, ref) {\n\tvar target = blob.l + length;\n\tvar rgcb, cce = blob.read_shift(2); // length of rgce\n\tif(cce == 0xFFFF) return [[],parsenoop(blob, length-2)];\n\tvar rgce = parse_Rgce(blob, cce);\n\tif(length !== cce + 2) rgcb = parse_RgbExtra(blob, target - cce - 2, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.104 */\nfunction parse_Rgce(blob, length) {\n\tvar target = blob.l + length;\n\tvar R, id, ptgs = [];\n\twhile(target != blob.l) {\n\t\tlength = target - blob.l;\n\t\tid = blob[blob.l];\n\t\tR = PtgTypes[id];\n\t\t//console.log(\"ptg\", id, R)\n\t\tif(id === 0x18 || id === 0x19) {\n\t\t\tid = blob[blob.l + 1];\n\t\t\tR = (id === 0x18 ? Ptg18 : Ptg19)[id];\n\t\t}\n\t\tif(!R || !R.f) { ptgs.push(parsenoop(blob, length)); }\n\t\telse { ptgs.push([R.n, R.f(blob, length)]); }\n\t}\n\treturn ptgs;\n}\n\nfunction mapper(x) { return x.map(function f2(y) { return y[1];}).join(\",\");}\n\n/* 2.2.2 + Magic TODO */\nfunction stringify_formula(formula, range, cell, supbooks, opts) {\n\tif(opts !== undefined && opts.biff === 5) return \"BIFF5??\";\n\tvar _range = range !== undefined ? range : {s:{c:0, r:0}};\n\tvar stack = [], e1, e2, type, c, ixti, nameidx, r;\n\tif(!formula[0] || !formula[0][0]) return \"\";\n\t//console.log(\"--\",cell,formula[0])\n\tfor(var ff = 0, fflen = formula[0].length; ff < fflen; ++ff) {\n\t\tvar f = formula[0][ff];\n\t\t//console.log(\"++\",f, stack)\n\t\tswitch(f[0]) {\n\t\t/* 2.2.2.1 Unary Operator Tokens */\n\t\t\t/* 2.5.198.93 */\n\t\t\tcase 'PtgUminus': stack.push(\"-\" + stack.pop()); break;\n\t\t\t/* 2.5.198.95 */\n\t\t\tcase 'PtgUplus': stack.push(\"+\" + stack.pop()); break;\n\t\t\t/* 2.5.198.81 */\n\t\t\tcase 'PtgPercent': stack.push(stack.pop() + \"%\"); break;\n\n\t\t/* 2.2.2.1 Binary Value Operator Token */\n\t\t\t/* 2.5.198.26 */\n\t\t\tcase 'PtgAdd':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"+\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.90 */\n\t\t\tcase 'PtgSub':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"-\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.75 */\n\t\t\tcase 'PtgMul':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"*\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.45 */\n\t\t\tcase 'PtgDiv':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"/\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.82 */\n\t\t\tcase 'PtgPower':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"^\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.43 */\n\t\t\tcase 'PtgConcat':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"&\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.69 */\n\t\t\tcase 'PtgLt':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"<\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.68 */\n\t\t\tcase 'PtgLe':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"<=\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.56 */\n\t\t\tcase 'PtgEq':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"=\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.64 */\n\t\t\tcase 'PtgGe':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\">=\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.65 */\n\t\t\tcase 'PtgGt':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\">\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.78 */\n\t\t\tcase 'PtgNe':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"<>\"+e1);\n\t\t\t\tbreak;\n\n\t\t/* 2.2.2.1 Binary Reference Operator Token */\n\t\t\t/* 2.5.198.67 */\n\t\t\tcase 'PtgIsect':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\" \"+e1);\n\t\t\t\tbreak;\n\t\t\tcase 'PtgUnion':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\",\"+e1);\n\t\t\t\tbreak;\n\t\t\tcase 'PtgRange': break;\n\n\t\t/* 2.2.2.3 Control Tokens \"can be ignored\" */\n\t\t\t/* 2.5.198.34 */\n\t\t\tcase 'PtgAttrChoose': break;\n\t\t\t/* 2.5.198.35 */\n\t\t\tcase 'PtgAttrGoto': break;\n\t\t\t/* 2.5.198.36 */\n\t\t\tcase 'PtgAttrIf': break;\n\n\n\t\t\t/* 2.5.198.84 */\n\t\t\tcase 'PtgRef':\n\t\t\t\ttype = f[1][0]; c = shift_cell_xls(decode_cell(encode_cell(f[1][1])), _range);\n\t\t\t\tstack.push(encode_cell(c));\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.88 */\n\t\t\tcase 'PtgRefN':\n\t\t\t\ttype = f[1][0]; c = shift_cell_xls(decode_cell(encode_cell(f[1][1])), cell);\n\t\t\t\tstack.push(encode_cell(c));\n\t\t\t\tbreak;\n\t\t\tcase 'PtgRef3d': // TODO: lots of stuff\n\t\t\t\ttype = f[1][0]; ixti = f[1][1]; c = shift_cell_xls(f[1][2], _range);\n\t\t\t\tstack.push(supbooks[1][ixti+1]+\"!\"+encode_cell(c));\n\t\t\t\tbreak;\n\n\t\t/* Function Call */\n\t\t\t/* 2.5.198.62 */\n\t\t\tcase 'PtgFunc':\n\t\t\t/* 2.5.198.63 */\n\t\t\tcase 'PtgFuncVar':\n\t\t\t\t/* f[1] = [argc, func] */\n\t\t\t\tvar argc = f[1][0], func = f[1][1];\n\t\t\t\tif(!argc) argc = 0;\n\t\t\t\tvar args = stack.slice(-argc);\n\t\t\t\tstack.length -= argc;\n\t\t\t\tif(func === 'User') func = args.shift();\n\t\t\t\tstack.push(func + \"(\" + args.join(\",\") + \")\");\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.42 */\n\t\t\tcase 'PtgBool': stack.push(f[1] ? \"TRUE\" : \"FALSE\"); break;\n\t\t\t/* 2.5.198.66 */\n\t\t\tcase 'PtgInt': stack.push(f[1]); break;\n\t\t\t/* 2.5.198.79 TODO: precision? */\n\t\t\tcase 'PtgNum': stack.push(String(f[1])); break;\n\t\t\t/* 2.5.198.89 */\n\t\t\tcase 'PtgStr': stack.push('\"' + f[1] + '\"'); break;\n\t\t\t/* 2.5.198.57 */\n\t\t\tcase 'PtgErr': stack.push(f[1]); break;\n\t\t\t/* 2.5.198.27 TODO: fixed points */\n\t\t\tcase 'PtgArea':\n\t\t\t\ttype = f[1][0]; r = shift_range_xls(f[1][1], _range);\n\t\t\t\tstack.push(encode_range(r));\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.28 */\n\t\t\tcase 'PtgArea3d': // TODO: lots of stuff\n\t\t\t\ttype = f[1][0]; ixti = f[1][1]; r = f[1][2];\n\t\t\t\tstack.push(supbooks[1][ixti+1]+\"!\"+encode_range(r));\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.41 */\n\t\t\tcase 'PtgAttrSum':\n\t\t\t\tstack.push(\"SUM(\" + stack.pop() + \")\");\n\t\t\t\tbreak;\n\n\t\t/* Expression Prefixes */\n\t\t\t/* 2.5.198.37 */\n\t\t\tcase 'PtgAttrSemi': break;\n\n\t\t\t/* 2.5.97.60 TODO: do something different for revisions */\n\t\t\tcase 'PtgName':\n\t\t\t\t/* f[1] = type, 0, nameindex */\n\t\t\t\tnameidx = f[1][2];\n\t\t\t\tvar lbl = supbooks[0][nameidx];\n\t\t\t\tvar name = lbl.Name;\n\t\t\t\tif(name in XLSXFutureFunctions) name = XLSXFutureFunctions[name];\n\t\t\t\tstack.push(name);\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.97.61 TODO: do something different for revisions */\n\t\t\tcase 'PtgNameX':\n\t\t\t\t/* f[1] = type, ixti, nameindex */\n\t\t\t\tvar bookidx = f[1][1]; nameidx = f[1][2]; var externbook;\n\t\t\t\t/* TODO: Properly handle missing values */\n\t\t\t\tif(supbooks[bookidx+1]) externbook = supbooks[bookidx+1][nameidx];\n\t\t\t\telse if(supbooks[bookidx-1]) externbook = supbooks[bookidx-1][nameidx];\n\t\t\t\tif(!externbook) externbook = {body: \"??NAMEX??\"};\n\t\t\t\tstack.push(externbook.body);\n\t\t\t\tbreak;\n\n\t\t/* 2.2.2.4 Display Tokens */\n\t\t\t/* 2.5.198.80 */\n\t\t\tcase 'PtgParen': stack.push('(' + stack.pop() + ')'); break;\n\n\t\t\t/* 2.5.198.86 */\n\t\t\tcase 'PtgRefErr': stack.push('#REF!'); break;\n\n\t\t/* */\n\t\t\t/* 2.5.198.58 TODO */\n\t\t\tcase 'PtgExp':\n\t\t\t\tc = {c:f[1][1],r:f[1][0]};\n\t\t\t\tvar q = {c: cell.c, r:cell.r};\n\t\t\t\tif(supbooks.sharedf[encode_cell(c)]) {\n\t\t\t\t\tvar parsedf = (supbooks.sharedf[encode_cell(c)]);\n\t\t\t\t\tstack.push(stringify_formula(parsedf, _range, q, supbooks, opts));\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tvar fnd = false;\n\t\t\t\t\tfor(e1=0;e1!=supbooks.arrayf.length; ++e1) {\n\t\t\t\t\t\t/* TODO: should be something like range_has */\n\t\t\t\t\t\te2 = supbooks.arrayf[e1];\n\t\t\t\t\t\tif(c.c < e2[0].s.c || c.c > e2[0].e.c) continue;\n\t\t\t\t\t\tif(c.r < e2[0].s.r || c.r > e2[0].e.r) continue;\n\t\t\t\t\t\tstack.push(stringify_formula(e2[1], _range, q, supbooks, opts));\n\t\t\t\t\t}\n\t\t\t\t\tif(!fnd) stack.push(f[1]);\n\t\t\t\t}\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.32 TODO */\n\t\t\tcase 'PtgArray':\n\t\t\t\tstack.push(\"{\" + f[1].map(mapper).join(\";\") + \"}\");\n\t\t\t\tbreak;\n\n\t\t/* 2.2.2.5 Mem Tokens */\n\t\t\t/* 2.5.198.70 TODO: confirm this is a non-display */\n\t\t\tcase 'PtgMemArea':\n\t\t\t\t//stack.push(\"(\" + f[2].map(encode_range).join(\",\") + \")\");\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.38 TODO */\n\t\t\tcase 'PtgAttrSpace': break;\n\n\t\t\t/* 2.5.198.92 TODO */\n\t\t\tcase 'PtgTbl': break;\n\n\t\t\t/* 2.5.198.71 */\n\t\t\tcase 'PtgMemErr': break;\n\n\t\t\t/* 2.5.198.74 */\n\t\t\tcase 'PtgMissArg':\n\t\t\t\tstack.push(\"\");\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.29 TODO */\n\t\t\tcase 'PtgAreaErr': break;\n\n\t\t\t/* 2.5.198.31 TODO */\n\t\t\tcase 'PtgAreaN': stack.push(\"\"); break;\n\n\t\t\t/* 2.5.198.87 TODO */\n\t\t\tcase 'PtgRefErr3d': break;\n\n\t\t\t/* 2.5.198.72 TODO */\n\t\t\tcase 'PtgMemFunc': break;\n\n\t\t\tdefault: throw 'Unrecognized Formula Token: ' + f;\n\t\t}\n\t\t//console.log(\"::\",f, stack)\n\t}\n\t//console.log(\"--\",stack);\n\treturn stack[0];\n}\n\n/* [MS-XLSB] 2.5.97.4 CellParsedFormula TODO: use similar logic to js-xls */\nfunction parse_XLSBCellParsedFormula(data, length) {\n\tvar cce = data.read_shift(4);\n\treturn parsenoop(data, length-4);\n}\n/* [MS-XLS] 2.5.198.44 */\nvar PtgDataType = {\n\t0x1: \"REFERENCE\", // reference to range\n\t0x2: \"VALUE\", // single value\n\t0x3: \"ARRAY\" // array of values\n};\n\n/* [MS-XLS] 2.5.198.4 */\nvar Cetab = {\n\t0x0000: 'BEEP',\n\t0x0001: 'OPEN',\n\t0x0002: 'OPEN.LINKS',\n\t0x0003: 'CLOSE.ALL',\n\t0x0004: 'SAVE',\n\t0x0005: 'SAVE.AS',\n\t0x0006: 'FILE.DELETE',\n\t0x0007: 'PAGE.SETUP',\n\t0x0008: 'PRINT',\n\t0x0009: 'PRINTER.SETUP',\n\t0x000A: 'QUIT',\n\t0x000B: 'NEW.WINDOW',\n\t0x000C: 'ARRANGE.ALL',\n\t0x000D: 'WINDOW.SIZE',\n\t0x000E: 'WINDOW.MOVE',\n\t0x000F: 'FULL',\n\t0x0010: 'CLOSE',\n\t0x0011: 'RUN',\n\t0x0016: 'SET.PRINT.AREA',\n\t0x0017: 'SET.PRINT.TITLES',\n\t0x0018: 'SET.PAGE.BREAK',\n\t0x0019: 'REMOVE.PAGE.BREAK',\n\t0x001A: 'FONT',\n\t0x001B: 'DISPLAY',\n\t0x001C: 'PROTECT.DOCUMENT',\n\t0x001D: 'PRECISION',\n\t0x001E: 'A1.R1C1',\n\t0x001F: 'CALCULATE.NOW',\n\t0x0020: 'CALCULATION',\n\t0x0022: 'DATA.FIND',\n\t0x0023: 'EXTRACT',\n\t0x0024: 'DATA.DELETE',\n\t0x0025: 'SET.DATABASE',\n\t0x0026: 'SET.CRITERIA',\n\t0x0027: 'SORT',\n\t0x0028: 'DATA.SERIES',\n\t0x0029: 'TABLE',\n\t0x002A: 'FORMAT.NUMBER',\n\t0x002B: 'ALIGNMENT',\n\t0x002C: 'STYLE',\n\t0x002D: 'BORDER',\n\t0x002E: 'CELL.PROTECTION',\n\t0x002F: 'COLUMN.WIDTH',\n\t0x0030: 'UNDO',\n\t0x0031: 'CUT',\n\t0x0032: 'COPY',\n\t0x0033: 'PASTE',\n\t0x0034: 'CLEAR',\n\t0x0035: 'PASTE.SPECIAL',\n\t0x0036: 'EDIT.DELETE',\n\t0x0037: 'INSERT',\n\t0x0038: 'FILL.RIGHT',\n\t0x0039: 'FILL.DOWN',\n\t0x003D: 'DEFINE.NAME',\n\t0x003E: 'CREATE.NAMES',\n\t0x003F: 'FORMULA.GOTO',\n\t0x0040: 'FORMULA.FIND',\n\t0x0041: 'SELECT.LAST.CELL',\n\t0x0042: 'SHOW.ACTIVE.CELL',\n\t0x0043: 'GALLERY.AREA',\n\t0x0044: 'GALLERY.BAR',\n\t0x0045: 'GALLERY.COLUMN',\n\t0x0046: 'GALLERY.LINE',\n\t0x0047: 'GALLERY.PIE',\n\t0x0048: 'GALLERY.SCATTER',\n\t0x0049: 'COMBINATION',\n\t0x004A: 'PREFERRED',\n\t0x004B: 'ADD.OVERLAY',\n\t0x004C: 'GRIDLINES',\n\t0x004D: 'SET.PREFERRED',\n\t0x004E: 'AXES',\n\t0x004F: 'LEGEND',\n\t0x0050: 'ATTACH.TEXT',\n\t0x0051: 'ADD.ARROW',\n\t0x0052: 'SELECT.CHART',\n\t0x0053: 'SELECT.PLOT.AREA',\n\t0x0054: 'PATTERNS',\n\t0x0055: 'MAIN.CHART',\n\t0x0056: 'OVERLAY',\n\t0x0057: 'SCALE',\n\t0x0058: 'FORMAT.LEGEND',\n\t0x0059: 'FORMAT.TEXT',\n\t0x005A: 'EDIT.REPEAT',\n\t0x005B: 'PARSE',\n\t0x005C: 'JUSTIFY',\n\t0x005D: 'HIDE',\n\t0x005E: 'UNHIDE',\n\t0x005F: 'WORKSPACE',\n\t0x0060: 'FORMULA',\n\t0x0061: 'FORMULA.FILL',\n\t0x0062: 'FORMULA.ARRAY',\n\t0x0063: 'DATA.FIND.NEXT',\n\t0x0064: 'DATA.FIND.PREV',\n\t0x0065: 'FORMULA.FIND.NEXT',\n\t0x0066: 'FORMULA.FIND.PREV',\n\t0x0067: 'ACTIVATE',\n\t0x0068: 'ACTIVATE.NEXT',\n\t0x0069: 'ACTIVATE.PREV',\n\t0x006A: 'UNLOCKED.NEXT',\n\t0x006B: 'UNLOCKED.PREV',\n\t0x006C: 'COPY.PICTURE',\n\t0x006D: 'SELECT',\n\t0x006E: 'DELETE.NAME',\n\t0x006F: 'DELETE.FORMAT',\n\t0x0070: 'VLINE',\n\t0x0071: 'HLINE',\n\t0x0072: 'VPAGE',\n\t0x0073: 'HPAGE',\n\t0x0074: 'VSCROLL',\n\t0x0075: 'HSCROLL',\n\t0x0076: 'ALERT',\n\t0x0077: 'NEW',\n\t0x0078: 'CANCEL.COPY',\n\t0x0079: 'SHOW.CLIPBOARD',\n\t0x007A: 'MESSAGE',\n\t0x007C: 'PASTE.LINK',\n\t0x007D: 'APP.ACTIVATE',\n\t0x007E: 'DELETE.ARROW',\n\t0x007F: 'ROW.HEIGHT',\n\t0x0080: 'FORMAT.MOVE',\n\t0x0081: 'FORMAT.SIZE',\n\t0x0082: 'FORMULA.REPLACE',\n\t0x0083: 'SEND.KEYS',\n\t0x0084: 'SELECT.SPECIAL',\n\t0x0085: 'APPLY.NAMES',\n\t0x0086: 'REPLACE.FONT',\n\t0x0087: 'FREEZE.PANES',\n\t0x0088: 'SHOW.INFO',\n\t0x0089: 'SPLIT',\n\t0x008A: 'ON.WINDOW',\n\t0x008B: 'ON.DATA',\n\t0x008C: 'DISABLE.INPUT',\n\t0x008E: 'OUTLINE',\n\t0x008F: 'LIST.NAMES',\n\t0x0090: 'FILE.CLOSE',\n\t0x0091: 'SAVE.WORKBOOK',\n\t0x0092: 'DATA.FORM',\n\t0x0093: 'COPY.CHART',\n\t0x0094: 'ON.TIME',\n\t0x0095: 'WAIT',\n\t0x0096: 'FORMAT.FONT',\n\t0x0097: 'FILL.UP',\n\t0x0098: 'FILL.LEFT',\n\t0x0099: 'DELETE.OVERLAY',\n\t0x009B: 'SHORT.MENUS',\n\t0x009F: 'SET.UPDATE.STATUS',\n\t0x00A1: 'COLOR.PALETTE',\n\t0x00A2: 'DELETE.STYLE',\n\t0x00A3: 'WINDOW.RESTORE',\n\t0x00A4: 'WINDOW.MAXIMIZE',\n\t0x00A6: 'CHANGE.LINK',\n\t0x00A7: 'CALCULATE.DOCUMENT',\n\t0x00A8: 'ON.KEY',\n\t0x00A9: 'APP.RESTORE',\n\t0x00AA: 'APP.MOVE',\n\t0x00AB: 'APP.SIZE',\n\t0x00AC: 'APP.MINIMIZE',\n\t0x00AD: 'APP.MAXIMIZE',\n\t0x00AE: 'BRING.TO.FRONT',\n\t0x00AF: 'SEND.TO.BACK',\n\t0x00B9: 'MAIN.CHART.TYPE',\n\t0x00BA: 'OVERLAY.CHART.TYPE',\n\t0x00BB: 'SELECT.END',\n\t0x00BC: 'OPEN.MAIL',\n\t0x00BD: 'SEND.MAIL',\n\t0x00BE: 'STANDARD.FONT',\n\t0x00BF: 'CONSOLIDATE',\n\t0x00C0: 'SORT.SPECIAL',\n\t0x00C1: 'GALLERY.3D.AREA',\n\t0x00C2: 'GALLERY.3D.COLUMN',\n\t0x00C3: 'GALLERY.3D.LINE',\n\t0x00C4: 'GALLERY.3D.PIE',\n\t0x00C5: 'VIEW.3D',\n\t0x00C6: 'GOAL.SEEK',\n\t0x00C7: 'WORKGROUP',\n\t0x00C8: 'FILL.GROUP',\n\t0x00C9: 'UPDATE.LINK',\n\t0x00CA: 'PROMOTE',\n\t0x00CB: 'DEMOTE',\n\t0x00CC: 'SHOW.DETAIL',\n\t0x00CE: 'UNGROUP',\n\t0x00CF: 'OBJECT.PROPERTIES',\n\t0x00D0: 'SAVE.NEW.OBJECT',\n\t0x00D1: 'SHARE',\n\t0x00D2: 'SHARE.NAME',\n\t0x00D3: 'DUPLICATE',\n\t0x00D4: 'APPLY.STYLE',\n\t0x00D5: 'ASSIGN.TO.OBJECT',\n\t0x00D6: 'OBJECT.PROTECTION',\n\t0x00D7: 'HIDE.OBJECT',\n\t0x00D8: 'SET.EXTRACT',\n\t0x00D9: 'CREATE.PUBLISHER',\n\t0x00DA: 'SUBSCRIBE.TO',\n\t0x00DB: 'ATTRIBUTES',\n\t0x00DC: 'SHOW.TOOLBAR',\n\t0x00DE: 'PRINT.PREVIEW',\n\t0x00DF: 'EDIT.COLOR',\n\t0x00E0: 'SHOW.LEVELS',\n\t0x00E1: 'FORMAT.MAIN',\n\t0x00E2: 'FORMAT.OVERLAY',\n\t0x00E3: 'ON.RECALC',\n\t0x00E4: 'EDIT.SERIES',\n\t0x00E5: 'DEFINE.STYLE',\n\t0x00F0: 'LINE.PRINT',\n\t0x00F3: 'ENTER.DATA',\n\t0x00F9: 'GALLERY.RADAR',\n\t0x00FA: 'MERGE.STYLES',\n\t0x00FB: 'EDITION.OPTIONS',\n\t0x00FC: 'PASTE.PICTURE',\n\t0x00FD: 'PASTE.PICTURE.LINK',\n\t0x00FE: 'SPELLING',\n\t0x0100: 'ZOOM',\n\t0x0103: 'INSERT.OBJECT',\n\t0x0104: 'WINDOW.MINIMIZE',\n\t0x0109: 'SOUND.NOTE',\n\t0x010A: 'SOUND.PLAY',\n\t0x010B: 'FORMAT.SHAPE',\n\t0x010C: 'EXTEND.POLYGON',\n\t0x010D: 'FORMAT.AUTO',\n\t0x0110: 'GALLERY.3D.BAR',\n\t0x0111: 'GALLERY.3D.SURFACE',\n\t0x0112: 'FILL.AUTO',\n\t0x0114: 'CUSTOMIZE.TOOLBAR',\n\t0x0115: 'ADD.TOOL',\n\t0x0116: 'EDIT.OBJECT',\n\t0x0117: 'ON.DOUBLECLICK',\n\t0x0118: 'ON.ENTRY',\n\t0x0119: 'WORKBOOK.ADD',\n\t0x011A: 'WORKBOOK.MOVE',\n\t0x011B: 'WORKBOOK.COPY',\n\t0x011C: 'WORKBOOK.OPTIONS',\n\t0x011D: 'SAVE.WORKSPACE',\n\t0x0120: 'CHART.WIZARD',\n\t0x0121: 'DELETE.TOOL',\n\t0x0122: 'MOVE.TOOL',\n\t0x0123: 'WORKBOOK.SELECT',\n\t0x0124: 'WORKBOOK.ACTIVATE',\n\t0x0125: 'ASSIGN.TO.TOOL',\n\t0x0127: 'COPY.TOOL',\n\t0x0128: 'RESET.TOOL',\n\t0x0129: 'CONSTRAIN.NUMERIC',\n\t0x012A: 'PASTE.TOOL',\n\t0x012E: 'WORKBOOK.NEW',\n\t0x0131: 'SCENARIO.CELLS',\n\t0x0132: 'SCENARIO.DELETE',\n\t0x0133: 'SCENARIO.ADD',\n\t0x0134: 'SCENARIO.EDIT',\n\t0x0135: 'SCENARIO.SHOW',\n\t0x0136: 'SCENARIO.SHOW.NEXT',\n\t0x0137: 'SCENARIO.SUMMARY',\n\t0x0138: 'PIVOT.TABLE.WIZARD',\n\t0x0139: 'PIVOT.FIELD.PROPERTIES',\n\t0x013A: 'PIVOT.FIELD',\n\t0x013B: 'PIVOT.ITEM',\n\t0x013C: 'PIVOT.ADD.FIELDS',\n\t0x013E: 'OPTIONS.CALCULATION',\n\t0x013F: 'OPTIONS.EDIT',\n\t0x0140: 'OPTIONS.VIEW',\n\t0x0141: 'ADDIN.MANAGER',\n\t0x0142: 'MENU.EDITOR',\n\t0x0143: 'ATTACH.TOOLBARS',\n\t0x0144: 'VBAActivate',\n\t0x0145: 'OPTIONS.CHART',\n\t0x0148: 'VBA.INSERT.FILE',\n\t0x014A: 'VBA.PROCEDURE.DEFINITION',\n\t0x0150: 'ROUTING.SLIP',\n\t0x0152: 'ROUTE.DOCUMENT',\n\t0x0153: 'MAIL.LOGON',\n\t0x0156: 'INSERT.PICTURE',\n\t0x0157: 'EDIT.TOOL',\n\t0x0158: 'GALLERY.DOUGHNUT',\n\t0x015E: 'CHART.TREND',\n\t0x0160: 'PIVOT.ITEM.PROPERTIES',\n\t0x0162: 'WORKBOOK.INSERT',\n\t0x0163: 'OPTIONS.TRANSITION',\n\t0x0164: 'OPTIONS.GENERAL',\n\t0x0172: 'FILTER.ADVANCED',\n\t0x0175: 'MAIL.ADD.MAILER',\n\t0x0176: 'MAIL.DELETE.MAILER',\n\t0x0177: 'MAIL.REPLY',\n\t0x0178: 'MAIL.REPLY.ALL',\n\t0x0179: 'MAIL.FORWARD',\n\t0x017A: 'MAIL.NEXT.LETTER',\n\t0x017B: 'DATA.LABEL',\n\t0x017C: 'INSERT.TITLE',\n\t0x017D: 'FONT.PROPERTIES',\n\t0x017E: 'MACRO.OPTIONS',\n\t0x017F: 'WORKBOOK.HIDE',\n\t0x0180: 'WORKBOOK.UNHIDE',\n\t0x0181: 'WORKBOOK.DELETE',\n\t0x0182: 'WORKBOOK.NAME',\n\t0x0184: 'GALLERY.CUSTOM',\n\t0x0186: 'ADD.CHART.AUTOFORMAT',\n\t0x0187: 'DELETE.CHART.AUTOFORMAT',\n\t0x0188: 'CHART.ADD.DATA',\n\t0x0189: 'AUTO.OUTLINE',\n\t0x018A: 'TAB.ORDER',\n\t0x018B: 'SHOW.DIALOG',\n\t0x018C: 'SELECT.ALL',\n\t0x018D: 'UNGROUP.SHEETS',\n\t0x018E: 'SUBTOTAL.CREATE',\n\t0x018F: 'SUBTOTAL.REMOVE',\n\t0x0190: 'RENAME.OBJECT',\n\t0x019C: 'WORKBOOK.SCROLL',\n\t0x019D: 'WORKBOOK.NEXT',\n\t0x019E: 'WORKBOOK.PREV',\n\t0x019F: 'WORKBOOK.TAB.SPLIT',\n\t0x01A0: 'FULL.SCREEN',\n\t0x01A1: 'WORKBOOK.PROTECT',\n\t0x01A4: 'SCROLLBAR.PROPERTIES',\n\t0x01A5: 'PIVOT.SHOW.PAGES',\n\t0x01A6: 'TEXT.TO.COLUMNS',\n\t0x01A7: 'FORMAT.CHARTTYPE',\n\t0x01A8: 'LINK.FORMAT',\n\t0x01A9: 'TRACER.DISPLAY',\n\t0x01AE: 'TRACER.NAVIGATE',\n\t0x01AF: 'TRACER.CLEAR',\n\t0x01B0: 'TRACER.ERROR',\n\t0x01B1: 'PIVOT.FIELD.GROUP',\n\t0x01B2: 'PIVOT.FIELD.UNGROUP',\n\t0x01B3: 'CHECKBOX.PROPERTIES',\n\t0x01B4: 'LABEL.PROPERTIES',\n\t0x01B5: 'LISTBOX.PROPERTIES',\n\t0x01B6: 'EDITBOX.PROPERTIES',\n\t0x01B7: 'PIVOT.REFRESH',\n\t0x01B8: 'LINK.COMBO',\n\t0x01B9: 'OPEN.TEXT',\n\t0x01BA: 'HIDE.DIALOG',\n\t0x01BB: 'SET.DIALOG.FOCUS',\n\t0x01BC: 'ENABLE.OBJECT',\n\t0x01BD: 'PUSHBUTTON.PROPERTIES',\n\t0x01BE: 'SET.DIALOG.DEFAULT',\n\t0x01BF: 'FILTER',\n\t0x01C0: 'FILTER.SHOW.ALL',\n\t0x01C1: 'CLEAR.OUTLINE',\n\t0x01C2: 'FUNCTION.WIZARD',\n\t0x01C3: 'ADD.LIST.ITEM',\n\t0x01C4: 'SET.LIST.ITEM',\n\t0x01C5: 'REMOVE.LIST.ITEM',\n\t0x01C6: 'SELECT.LIST.ITEM',\n\t0x01C7: 'SET.CONTROL.VALUE',\n\t0x01C8: 'SAVE.COPY.AS',\n\t0x01CA: 'OPTIONS.LISTS.ADD',\n\t0x01CB: 'OPTIONS.LISTS.DELETE',\n\t0x01CC: 'SERIES.AXES',\n\t0x01CD: 'SERIES.X',\n\t0x01CE: 'SERIES.Y',\n\t0x01CF: 'ERRORBAR.X',\n\t0x01D0: 'ERRORBAR.Y',\n\t0x01D1: 'FORMAT.CHART',\n\t0x01D2: 'SERIES.ORDER',\n\t0x01D3: 'MAIL.LOGOFF',\n\t0x01D4: 'CLEAR.ROUTING.SLIP',\n\t0x01D5: 'APP.ACTIVATE.MICROSOFT',\n\t0x01D6: 'MAIL.EDIT.MAILER',\n\t0x01D7: 'ON.SHEET',\n\t0x01D8: 'STANDARD.WIDTH',\n\t0x01D9: 'SCENARIO.MERGE',\n\t0x01DA: 'SUMMARY.INFO',\n\t0x01DB: 'FIND.FILE',\n\t0x01DC: 'ACTIVE.CELL.FONT',\n\t0x01DD: 'ENABLE.TIPWIZARD',\n\t0x01DE: 'VBA.MAKE.ADDIN',\n\t0x01E0: 'INSERTDATATABLE',\n\t0x01E1: 'WORKGROUP.OPTIONS',\n\t0x01E2: 'MAIL.SEND.MAILER',\n\t0x01E5: 'AUTOCORRECT',\n\t0x01E9: 'POST.DOCUMENT',\n\t0x01EB: 'PICKLIST',\n\t0x01ED: 'VIEW.SHOW',\n\t0x01EE: 'VIEW.DEFINE',\n\t0x01EF: 'VIEW.DELETE',\n\t0x01FD: 'SHEET.BACKGROUND',\n\t0x01FE: 'INSERT.MAP.OBJECT',\n\t0x01FF: 'OPTIONS.MENONO',\n\t0x0205: 'MSOCHECKS',\n\t0x0206: 'NORMAL',\n\t0x0207: 'LAYOUT',\n\t0x0208: 'RM.PRINT.AREA',\n\t0x0209: 'CLEAR.PRINT.AREA',\n\t0x020A: 'ADD.PRINT.AREA',\n\t0x020B: 'MOVE.BRK',\n\t0x0221: 'HIDECURR.NOTE',\n\t0x0222: 'HIDEALL.NOTES',\n\t0x0223: 'DELETE.NOTE',\n\t0x0224: 'TRAVERSE.NOTES',\n\t0x0225: 'ACTIVATE.NOTES',\n\t0x026C: 'PROTECT.REVISIONS',\n\t0x026D: 'UNPROTECT.REVISIONS',\n\t0x0287: 'OPTIONS.ME',\n\t0x028D: 'WEB.PUBLISH',\n\t0x029B: 'NEWWEBQUERY',\n\t0x02A1: 'PIVOT.TABLE.CHART',\n\t0x02F1: 'OPTIONS.SAVE',\n\t0x02F3: 'OPTIONS.SPELL',\n\t0x0328: 'HIDEALL.INKANNOTS'\n};\n\n/* [MS-XLS] 2.5.198.17 */\nvar Ftab = {\n\t0x0000: 'COUNT',\n\t0x0001: 'IF',\n\t0x0002: 'ISNA',\n\t0x0003: 'ISERROR',\n\t0x0004: 'SUM',\n\t0x0005: 'AVERAGE',\n\t0x0006: 'MIN',\n\t0x0007: 'MAX',\n\t0x0008: 'ROW',\n\t0x0009: 'COLUMN',\n\t0x000A: 'NA',\n\t0x000B: 'NPV',\n\t0x000C: 'STDEV',\n\t0x000D: 'DOLLAR',\n\t0x000E: 'FIXED',\n\t0x000F: 'SIN',\n\t0x0010: 'COS',\n\t0x0011: 'TAN',\n\t0x0012: 'ATAN',\n\t0x0013: 'PI',\n\t0x0014: 'SQRT',\n\t0x0015: 'EXP',\n\t0x0016: 'LN',\n\t0x0017: 'LOG10',\n\t0x0018: 'ABS',\n\t0x0019: 'INT',\n\t0x001A: 'SIGN',\n\t0x001B: 'ROUND',\n\t0x001C: 'LOOKUP',\n\t0x001D: 'INDEX',\n\t0x001E: 'REPT',\n\t0x001F: 'MID',\n\t0x0020: 'LEN',\n\t0x0021: 'VALUE',\n\t0x0022: 'TRUE',\n\t0x0023: 'FALSE',\n\t0x0024: 'AND',\n\t0x0025: 'OR',\n\t0x0026: 'NOT',\n\t0x0027: 'MOD',\n\t0x0028: 'DCOUNT',\n\t0x0029: 'DSUM',\n\t0x002A: 'DAVERAGE',\n\t0x002B: 'DMIN',\n\t0x002C: 'DMAX',\n\t0x002D: 'DSTDEV',\n\t0x002E: 'VAR',\n\t0x002F: 'DVAR',\n\t0x0030: 'TEXT',\n\t0x0031: 'LINEST',\n\t0x0032: 'TREND',\n\t0x0033: 'LOGEST',\n\t0x0034: 'GROWTH',\n\t0x0035: 'GOTO',\n\t0x0036: 'HALT',\n\t0x0037: 'RETURN',\n\t0x0038: 'PV',\n\t0x0039: 'FV',\n\t0x003A: 'NPER',\n\t0x003B: 'PMT',\n\t0x003C: 'RATE',\n\t0x003D: 'MIRR',\n\t0x003E: 'IRR',\n\t0x003F: 'RAND',\n\t0x0040: 'MATCH',\n\t0x0041: 'DATE',\n\t0x0042: 'TIME',\n\t0x0043: 'DAY',\n\t0x0044: 'MONTH',\n\t0x0045: 'YEAR',\n\t0x0046: 'WEEKDAY',\n\t0x0047: 'HOUR',\n\t0x0048: 'MINUTE',\n\t0x0049: 'SECOND',\n\t0x004A: 'NOW',\n\t0x004B: 'AREAS',\n\t0x004C: 'ROWS',\n\t0x004D: 'COLUMNS',\n\t0x004E: 'OFFSET',\n\t0x004F: 'ABSREF',\n\t0x0050: 'RELREF',\n\t0x0051: 'ARGUMENT',\n\t0x0052: 'SEARCH',\n\t0x0053: 'TRANSPOSE',\n\t0x0054: 'ERROR',\n\t0x0055: 'STEP',\n\t0x0056: 'TYPE',\n\t0x0057: 'ECHO',\n\t0x0058: 'SET.NAME',\n\t0x0059: 'CALLER',\n\t0x005A: 'DEREF',\n\t0x005B: 'WINDOWS',\n\t0x005C: 'SERIES',\n\t0x005D: 'DOCUMENTS',\n\t0x005E: 'ACTIVE.CELL',\n\t0x005F: 'SELECTION',\n\t0x0060: 'RESULT',\n\t0x0061: 'ATAN2',\n\t0x0062: 'ASIN',\n\t0x0063: 'ACOS',\n\t0x0064: 'CHOOSE',\n\t0x0065: 'HLOOKUP',\n\t0x0066: 'VLOOKUP',\n\t0x0067: 'LINKS',\n\t0x0068: 'INPUT',\n\t0x0069: 'ISREF',\n\t0x006A: 'GET.FORMULA',\n\t0x006B: 'GET.NAME',\n\t0x006C: 'SET.VALUE',\n\t0x006D: 'LOG',\n\t0x006E: 'EXEC',\n\t0x006F: 'CHAR',\n\t0x0070: 'LOWER',\n\t0x0071: 'UPPER',\n\t0x0072: 'PROPER',\n\t0x0073: 'LEFT',\n\t0x0074: 'RIGHT',\n\t0x0075: 'EXACT',\n\t0x0076: 'TRIM',\n\t0x0077: 'REPLACE',\n\t0x0078: 'SUBSTITUTE',\n\t0x0079: 'CODE',\n\t0x007A: 'NAMES',\n\t0x007B: 'DIRECTORY',\n\t0x007C: 'FIND',\n\t0x007D: 'CELL',\n\t0x007E: 'ISERR',\n\t0x007F: 'ISTEXT',\n\t0x0080: 'ISNUMBER',\n\t0x0081: 'ISBLANK',\n\t0x0082: 'T',\n\t0x0083: 'N',\n\t0x0084: 'FOPEN',\n\t0x0085: 'FCLOSE',\n\t0x0086: 'FSIZE',\n\t0x0087: 'FREADLN',\n\t0x0088: 'FREAD',\n\t0x0089: 'FWRITELN',\n\t0x008A: 'FWRITE',\n\t0x008B: 'FPOS',\n\t0x008C: 'DATEVALUE',\n\t0x008D: 'TIMEVALUE',\n\t0x008E: 'SLN',\n\t0x008F: 'SYD',\n\t0x0090: 'DDB',\n\t0x0091: 'GET.DEF',\n\t0x0092: 'REFTEXT',\n\t0x0093: 'TEXTREF',\n\t0x0094: 'INDIRECT',\n\t0x0095: 'REGISTER',\n\t0x0096: 'CALL',\n\t0x0097: 'ADD.BAR',\n\t0x0098: 'ADD.MENU',\n\t0x0099: 'ADD.COMMAND',\n\t0x009A: 'ENABLE.COMMAND',\n\t0x009B: 'CHECK.COMMAND',\n\t0x009C: 'RENAME.COMMAND',\n\t0x009D: 'SHOW.BAR',\n\t0x009E: 'DELETE.MENU',\n\t0x009F: 'DELETE.COMMAND',\n\t0x00A0: 'GET.CHART.ITEM',\n\t0x00A1: 'DIALOG.BOX',\n\t0x00A2: 'CLEAN',\n\t0x00A3: 'MDETERM',\n\t0x00A4: 'MINVERSE',\n\t0x00A5: 'MMULT',\n\t0x00A6: 'FILES',\n\t0x00A7: 'IPMT',\n\t0x00A8: 'PPMT',\n\t0x00A9: 'COUNTA',\n\t0x00AA: 'CANCEL.KEY',\n\t0x00AB: 'FOR',\n\t0x00AC: 'WHILE',\n\t0x00AD: 'BREAK',\n\t0x00AE: 'NEXT',\n\t0x00AF: 'INITIATE',\n\t0x00B0: 'REQUEST',\n\t0x00B1: 'POKE',\n\t0x00B2: 'EXECUTE',\n\t0x00B3: 'TERMINATE',\n\t0x00B4: 'RESTART',\n\t0x00B5: 'HELP',\n\t0x00B6: 'GET.BAR',\n\t0x00B7: 'PRODUCT',\n\t0x00B8: 'FACT',\n\t0x00B9: 'GET.CELL',\n\t0x00BA: 'GET.WORKSPACE',\n\t0x00BB: 'GET.WINDOW',\n\t0x00BC: 'GET.DOCUMENT',\n\t0x00BD: 'DPRODUCT',\n\t0x00BE: 'ISNONTEXT',\n\t0x00BF: 'GET.NOTE',\n\t0x00C0: 'NOTE',\n\t0x00C1: 'STDEVP',\n\t0x00C2: 'VARP',\n\t0x00C3: 'DSTDEVP',\n\t0x00C4: 'DVARP',\n\t0x00C5: 'TRUNC',\n\t0x00C6: 'ISLOGICAL',\n\t0x00C7: 'DCOUNTA',\n\t0x00C8: 'DELETE.BAR',\n\t0x00C9: 'UNREGISTER',\n\t0x00CC: 'USDOLLAR',\n\t0x00CD: 'FINDB',\n\t0x00CE: 'SEARCHB',\n\t0x00CF: 'REPLACEB',\n\t0x00D0: 'LEFTB',\n\t0x00D1: 'RIGHTB',\n\t0x00D2: 'MIDB',\n\t0x00D3: 'LENB',\n\t0x00D4: 'ROUNDUP',\n\t0x00D5: 'ROUNDDOWN',\n\t0x00D6: 'ASC',\n\t0x00D7: 'DBCS',\n\t0x00D8: 'RANK',\n\t0x00DB: 'ADDRESS',\n\t0x00DC: 'DAYS360',\n\t0x00DD: 'TODAY',\n\t0x00DE: 'VDB',\n\t0x00DF: 'ELSE',\n\t0x00E0: 'ELSE.IF',\n\t0x00E1: 'END.IF',\n\t0x00E2: 'FOR.CELL',\n\t0x00E3: 'MEDIAN',\n\t0x00E4: 'SUMPRODUCT',\n\t0x00E5: 'SINH',\n\t0x00E6: 'COSH',\n\t0x00E7: 'TANH',\n\t0x00E8: 'ASINH',\n\t0x00E9: 'ACOSH',\n\t0x00EA: 'ATANH',\n\t0x00EB: 'DGET',\n\t0x00EC: 'CREATE.OBJECT',\n\t0x00ED: 'VOLATILE',\n\t0x00EE: 'LAST.ERROR',\n\t0x00EF: 'CUSTOM.UNDO',\n\t0x00F0: 'CUSTOM.REPEAT',\n\t0x00F1: 'FORMULA.CONVERT',\n\t0x00F2: 'GET.LINK.INFO',\n\t0x00F3: 'TEXT.BOX',\n\t0x00F4: 'INFO',\n\t0x00F5: 'GROUP',\n\t0x00F6: 'GET.OBJECT',\n\t0x00F7: 'DB',\n\t0x00F8: 'PAUSE',\n\t0x00FB: 'RESUME',\n\t0x00FC: 'FREQUENCY',\n\t0x00FD: 'ADD.TOOLBAR',\n\t0x00FE: 'DELETE.TOOLBAR',\n\t0x00FF: 'User',\n\t0x0100: 'RESET.TOOLBAR',\n\t0x0101: 'EVALUATE',\n\t0x0102: 'GET.TOOLBAR',\n\t0x0103: 'GET.TOOL',\n\t0x0104: 'SPELLING.CHECK',\n\t0x0105: 'ERROR.TYPE',\n\t0x0106: 'APP.TITLE',\n\t0x0107: 'WINDOW.TITLE',\n\t0x0108: 'SAVE.TOOLBAR',\n\t0x0109: 'ENABLE.TOOL',\n\t0x010A: 'PRESS.TOOL',\n\t0x010B: 'REGISTER.ID',\n\t0x010C: 'GET.WORKBOOK',\n\t0x010D: 'AVEDEV',\n\t0x010E: 'BETADIST',\n\t0x010F: 'GAMMALN',\n\t0x0110: 'BETAINV',\n\t0x0111: 'BINOMDIST',\n\t0x0112: 'CHIDIST',\n\t0x0113: 'CHIINV',\n\t0x0114: 'COMBIN',\n\t0x0115: 'CONFIDENCE',\n\t0x0116: 'CRITBINOM',\n\t0x0117: 'EVEN',\n\t0x0118: 'EXPONDIST',\n\t0x0119: 'FDIST',\n\t0x011A: 'FINV',\n\t0x011B: 'FISHER',\n\t0x011C: 'FISHERINV',\n\t0x011D: 'FLOOR',\n\t0x011E: 'GAMMADIST',\n\t0x011F: 'GAMMAINV',\n\t0x0120: 'CEILING',\n\t0x0121: 'HYPGEOMDIST',\n\t0x0122: 'LOGNORMDIST',\n\t0x0123: 'LOGINV',\n\t0x0124: 'NEGBINOMDIST',\n\t0x0125: 'NORMDIST',\n\t0x0126: 'NORMSDIST',\n\t0x0127: 'NORMINV',\n\t0x0128: 'NORMSINV',\n\t0x0129: 'STANDARDIZE',\n\t0x012A: 'ODD',\n\t0x012B: 'PERMUT',\n\t0x012C: 'POISSON',\n\t0x012D: 'TDIST',\n\t0x012E: 'WEIBULL',\n\t0x012F: 'SUMXMY2',\n\t0x0130: 'SUMX2MY2',\n\t0x0131: 'SUMX2PY2',\n\t0x0132: 'CHITEST',\n\t0x0133: 'CORREL',\n\t0x0134: 'COVAR',\n\t0x0135: 'FORECAST',\n\t0x0136: 'FTEST',\n\t0x0137: 'INTERCEPT',\n\t0x0138: 'PEARSON',\n\t0x0139: 'RSQ',\n\t0x013A: 'STEYX',\n\t0x013B: 'SLOPE',\n\t0x013C: 'TTEST',\n\t0x013D: 'PROB',\n\t0x013E: 'DEVSQ',\n\t0x013F: 'GEOMEAN',\n\t0x0140: 'HARMEAN',\n\t0x0141: 'SUMSQ',\n\t0x0142: 'KURT',\n\t0x0143: 'SKEW',\n\t0x0144: 'ZTEST',\n\t0x0145: 'LARGE',\n\t0x0146: 'SMALL',\n\t0x0147: 'QUARTILE',\n\t0x0148: 'PERCENTILE',\n\t0x0149: 'PERCENTRANK',\n\t0x014A: 'MODE',\n\t0x014B: 'TRIMMEAN',\n\t0x014C: 'TINV',\n\t0x014E: 'MOVIE.COMMAND',\n\t0x014F: 'GET.MOVIE',\n\t0x0150: 'CONCATENATE',\n\t0x0151: 'POWER',\n\t0x0152: 'PIVOT.ADD.DATA',\n\t0x0153: 'GET.PIVOT.TABLE',\n\t0x0154: 'GET.PIVOT.FIELD',\n\t0x0155: 'GET.PIVOT.ITEM',\n\t0x0156: 'RADIANS',\n\t0x0157: 'DEGREES',\n\t0x0158: 'SUBTOTAL',\n\t0x0159: 'SUMIF',\n\t0x015A: 'COUNTIF',\n\t0x015B: 'COUNTBLANK',\n\t0x015C: 'SCENARIO.GET',\n\t0x015D: 'OPTIONS.LISTS.GET',\n\t0x015E: 'ISPMT',\n\t0x015F: 'DATEDIF',\n\t0x0160: 'DATESTRING',\n\t0x0161: 'NUMBERSTRING',\n\t0x0162: 'ROMAN',\n\t0x0163: 'OPEN.DIALOG',\n\t0x0164: 'SAVE.DIALOG',\n\t0x0165: 'VIEW.GET',\n\t0x0166: 'GETPIVOTDATA',\n\t0x0167: 'HYPERLINK',\n\t0x0168: 'PHONETIC',\n\t0x0169: 'AVERAGEA',\n\t0x016A: 'MAXA',\n\t0x016B: 'MINA',\n\t0x016C: 'STDEVPA',\n\t0x016D: 'VARPA',\n\t0x016E: 'STDEVA',\n\t0x016F: 'VARA',\n\t0x0170: 'BAHTTEXT',\n\t0x0171: 'THAIDAYOFWEEK',\n\t0x0172: 'THAIDIGIT',\n\t0x0173: 'THAIMONTHOFYEAR',\n\t0x0174: 'THAINUMSOUND',\n\t0x0175: 'THAINUMSTRING',\n\t0x0176: 'THAISTRINGLENGTH',\n\t0x0177: 'ISTHAIDIGIT',\n\t0x0178: 'ROUNDBAHTDOWN',\n\t0x0179: 'ROUNDBAHTUP',\n\t0x017A: 'THAIYEAR',\n\t0x017B: 'RTD'\n};\nvar FtabArgc = {\n\t0x0002: 1, /* ISNA */\n\t0x0003: 1, /* ISERROR */\n\t0x000F: 1, /* SIN */\n\t0x0010: 1, /* COS */\n\t0x0011: 1, /* TAN */\n\t0x0012: 1, /* ATAN */\n\t0x0014: 1, /* SQRT */\n\t0x0015: 1, /* EXP */\n\t0x0016: 1, /* LN */\n\t0x0017: 1, /* LOG10 */\n\t0x0018: 1, /* ABS */\n\t0x0019: 1, /* INT */\n\t0x001A: 1, /* SIGN */\n\t0x001B: 2, /* ROUND */\n\t0x001E: 2, /* REPT */\n\t0x001F: 3, /* MID */\n\t0x0020: 1, /* LEN */\n\t0x0021: 1, /* VALUE */\n\t0x0026: 1, /* NOT */\n\t0x0027: 2, /* MOD */\n\t0x0028: 3, /* DCOUNT */\n\t0x0029: 3, /* DSUM */\n\t0x002A: 3, /* DAVERAGE */\n\t0x002B: 3, /* DMIN */\n\t0x002C: 3, /* DMAX */\n\t0x002D: 3, /* DSTDEV */\n\t0x002F: 3, /* DVAR */\n\t0x0030: 2, /* TEXT */\n\t0x0035: 1, /* GOTO */\n\t0x003D: 3, /* MIRR */\n\t0x0041: 3, /* DATE */\n\t0x0042: 3, /* TIME */\n\t0x0043: 1, /* DAY */\n\t0x0044: 1, /* MONTH */\n\t0x0045: 1, /* YEAR */\n\t0x0047: 1, /* HOUR */\n\t0x0048: 1, /* MINUTE */\n\t0x0049: 1, /* SECOND */\n\t0x004B: 1, /* AREAS */\n\t0x004C: 1, /* ROWS */\n\t0x004D: 1, /* COLUMNS */\n\t0x004F: 2, /* ABSREF */\n\t0x0050: 2, /* RELREF */\n\t0x0053: 1, /* TRANSPOSE */\n\t0x0056: 1, /* TYPE */\n\t0x005A: 1, /* DEREF */\n\t0x0061: 2, /* ATAN2 */\n\t0x0062: 1, /* ASIN */\n\t0x0063: 1, /* ACOS */\n\t0x0069: 1, /* ISREF */\n\t0x006F: 1, /* CHAR */\n\t0x0070: 1, /* LOWER */\n\t0x0071: 1, /* UPPER */\n\t0x0072: 1, /* PROPER */\n\t0x0075: 2, /* EXACT */\n\t0x0076: 1, /* TRIM */\n\t0x0077: 4, /* REPLACE */\n\t0x0079: 1, /* CODE */\n\t0x007E: 1, /* ISERR */\n\t0x007F: 1, /* ISTEXT */\n\t0x0080: 1, /* ISNUMBER */\n\t0x0081: 1, /* ISBLANK */\n\t0x0082: 1, /* T */\n\t0x0083: 1, /* N */\n\t0x0085: 1, /* FCLOSE */\n\t0x0086: 1, /* FSIZE */\n\t0x0087: 1, /* FREADLN */\n\t0x0088: 2, /* FREAD */\n\t0x0089: 2, /* FWRITELN */\n\t0x008A: 2, /* FWRITE */\n\t0x008C: 1, /* DATEVALUE */\n\t0x008D: 1, /* TIMEVALUE */\n\t0x008E: 3, /* SLN */\n\t0x008F: 4, /* SYD */\n\t0x00A2: 1, /* CLEAN */\n\t0x00A3: 1, /* MDETERM */\n\t0x00A4: 1, /* MINVERSE */\n\t0x00A5: 2, /* MMULT */\n\t0x00AC: 1, /* WHILE */\n\t0x00AF: 2, /* INITIATE */\n\t0x00B0: 2, /* REQUEST */\n\t0x00B1: 3, /* POKE */\n\t0x00B2: 2, /* EXECUTE */\n\t0x00B3: 1, /* TERMINATE */\n\t0x00B8: 1, /* FACT */\n\t0x00BD: 3, /* DPRODUCT */\n\t0x00BE: 1, /* ISNONTEXT */\n\t0x00C3: 3, /* DSTDEVP */\n\t0x00C4: 3, /* DVARP */\n\t0x00C6: 1, /* ISLOGICAL */\n\t0x00C7: 3, /* DCOUNTA */\n\t0x00C9: 1, /* UNREGISTER */\n\t0x00CF: 4, /* REPLACEB */\n\t0x00D2: 3, /* MIDB */\n\t0x00D3: 1, /* LENB */\n\t0x00D4: 2, /* ROUNDUP */\n\t0x00D5: 2, /* ROUNDDOWN */\n\t0x00D6: 1, /* ASC */\n\t0x00D7: 1, /* DBCS */\n\t0x00E5: 1, /* SINH */\n\t0x00E6: 1, /* COSH */\n\t0x00E7: 1, /* TANH */\n\t0x00E8: 1, /* ASINH */\n\t0x00E9: 1, /* ACOSH */\n\t0x00EA: 1, /* ATANH */\n\t0x00EB: 3, /* DGET */\n\t0x00F4: 1, /* INFO */\n\t0x00FC: 2, /* FREQUENCY */\n\t0x0101: 1, /* EVALUATE */\n\t0x0105: 1, /* ERROR.TYPE */\n\t0x010F: 1, /* GAMMALN */\n\t0x0111: 4, /* BINOMDIST */\n\t0x0112: 2, /* CHIDIST */\n\t0x0113: 2, /* CHIINV */\n\t0x0114: 2, /* COMBIN */\n\t0x0115: 3, /* CONFIDENCE */\n\t0x0116: 3, /* CRITBINOM */\n\t0x0117: 1, /* EVEN */\n\t0x0118: 3, /* EXPONDIST */\n\t0x0119: 3, /* FDIST */\n\t0x011A: 3, /* FINV */\n\t0x011B: 1, /* FISHER */\n\t0x011C: 1, /* FISHERINV */\n\t0x011D: 2, /* FLOOR */\n\t0x011E: 4, /* GAMMADIST */\n\t0x011F: 3, /* GAMMAINV */\n\t0x0120: 2, /* CEILING */\n\t0x0121: 4, /* HYPGEOMDIST */\n\t0x0122: 3, /* LOGNORMDIST */\n\t0x0123: 3, /* LOGINV */\n\t0x0124: 3, /* NEGBINOMDIST */\n\t0x0125: 4, /* NORMDIST */\n\t0x0126: 1, /* NORMSDIST */\n\t0x0127: 3, /* NORMINV */\n\t0x0128: 1, /* NORMSINV */\n\t0x0129: 3, /* STANDARDIZE */\n\t0x012A: 1, /* ODD */\n\t0x012B: 2, /* PERMUT */\n\t0x012C: 3, /* POISSON */\n\t0x012D: 3, /* TDIST */\n\t0x012E: 4, /* WEIBULL */\n\t0x012F: 2, /* SUMXMY2 */\n\t0x0130: 2, /* SUMX2MY2 */\n\t0x0131: 2, /* SUMX2PY2 */\n\t0x0132: 2, /* CHITEST */\n\t0x0133: 2, /* CORREL */\n\t0x0134: 2, /* COVAR */\n\t0x0135: 3, /* FORECAST */\n\t0x0136: 2, /* FTEST */\n\t0x0137: 2, /* INTERCEPT */\n\t0x0138: 2, /* PEARSON */\n\t0x0139: 2, /* RSQ */\n\t0x013A: 2, /* STEYX */\n\t0x013B: 2, /* SLOPE */\n\t0x013C: 4, /* TTEST */\n\t0x0145: 2, /* LARGE */\n\t0x0146: 2, /* SMALL */\n\t0x0147: 2, /* QUARTILE */\n\t0x0148: 2, /* PERCENTILE */\n\t0x014B: 2, /* TRIMMEAN */\n\t0x014C: 2, /* TINV */\n\t0x0151: 2, /* POWER */\n\t0x0156: 1, /* RADIANS */\n\t0x0157: 1, /* DEGREES */\n\t0x015A: 2, /* COUNTIF */\n\t0x015B: 1, /* COUNTBLANK */\n\t0x015E: 4, /* ISPMT */\n\t0x015F: 3, /* DATEDIF */\n\t0x0160: 1, /* DATESTRING */\n\t0x0161: 2, /* NUMBERSTRING */\n\t0x0168: 1, /* PHONETIC */\n\t0x0170: 1, /* BAHTTEXT */\n\t0x0171: 1, /* THAIDAYOFWEEK */\n\t0x0172: 1, /* THAIDIGIT */\n\t0x0173: 1, /* THAIMONTHOFYEAR */\n\t0x0174: 1, /* THAINUMSOUND */\n\t0x0175: 1, /* THAINUMSTRING */\n\t0x0176: 1, /* THAISTRINGLENGTH */\n\t0x0177: 1, /* ISTHAIDIGIT */\n\t0x0178: 1, /* ROUNDBAHTDOWN */\n\t0x0179: 1, /* ROUNDBAHTUP */\n\t0x017A: 1, /* THAIYEAR */\n\t0xFFFF: 0\n};\n/* [MS-XLSX] 2.2.3 Functions */\nvar XLSXFutureFunctions = {\n\t\"_xlfn.ACOT\": \"ACOT\",\n\t\"_xlfn.ACOTH\": \"ACOTH\",\n\t\"_xlfn.AGGREGATE\": \"AGGREGATE\",\n\t\"_xlfn.ARABIC\": \"ARABIC\",\n\t\"_xlfn.AVERAGEIF\": \"AVERAGEIF\",\n\t\"_xlfn.AVERAGEIFS\": \"AVERAGEIFS\",\n\t\"_xlfn.BASE\": \"BASE\",\n\t\"_xlfn.BETA.DIST\": \"BETA.DIST\",\n\t\"_xlfn.BETA.INV\": \"BETA.INV\",\n\t\"_xlfn.BINOM.DIST\": \"BINOM.DIST\",\n\t\"_xlfn.BINOM.DIST.RANGE\": \"BINOM.DIST.RANGE\",\n\t\"_xlfn.BINOM.INV\": \"BINOM.INV\",\n\t\"_xlfn.BITAND\": \"BITAND\",\n\t\"_xlfn.BITLSHIFT\": \"BITLSHIFT\",\n\t\"_xlfn.BITOR\": \"BITOR\",\n\t\"_xlfn.BITRSHIFT\": \"BITRSHIFT\",\n\t\"_xlfn.BITXOR\": \"BITXOR\",\n\t\"_xlfn.CEILING.MATH\": \"CEILING.MATH\",\n\t\"_xlfn.CEILING.PRECISE\": \"CEILING.PRECISE\",\n\t\"_xlfn.CHISQ.DIST\": \"CHISQ.DIST\",\n\t\"_xlfn.CHISQ.DIST.RT\": \"CHISQ.DIST.RT\",\n\t\"_xlfn.CHISQ.INV\": \"CHISQ.INV\",\n\t\"_xlfn.CHISQ.INV.RT\": \"CHISQ.INV.RT\",\n\t\"_xlfn.CHISQ.TEST\": \"CHISQ.TEST\",\n\t\"_xlfn.COMBINA\": \"COMBINA\",\n\t\"_xlfn.CONFIDENCE.NORM\": \"CONFIDENCE.NORM\",\n\t\"_xlfn.CONFIDENCE.T\": \"CONFIDENCE.T\",\n\t\"_xlfn.COT\": \"COT\",\n\t\"_xlfn.COTH\": \"COTH\",\n\t\"_xlfn.COUNTIFS\": \"COUNTIFS\",\n\t\"_xlfn.COVARIANCE.P\": \"COVARIANCE.P\",\n\t\"_xlfn.COVARIANCE.S\": \"COVARIANCE.S\",\n\t\"_xlfn.CSC\": \"CSC\",\n\t\"_xlfn.CSCH\": \"CSCH\",\n\t\"_xlfn.DAYS\": \"DAYS\",\n\t\"_xlfn.DECIMAL\": \"DECIMAL\",\n\t\"_xlfn.ECMA.CEILING\": \"ECMA.CEILING\",\n\t\"_xlfn.ERF.PRECISE\": \"ERF.PRECISE\",\n\t\"_xlfn.ERFC.PRECISE\": \"ERFC.PRECISE\",\n\t\"_xlfn.EXPON.DIST\": \"EXPON.DIST\",\n\t\"_xlfn.F.DIST\": \"F.DIST\",\n\t\"_xlfn.F.DIST.RT\": \"F.DIST.RT\",\n\t\"_xlfn.F.INV\": \"F.INV\",\n\t\"_xlfn.F.INV.RT\": \"F.INV.RT\",\n\t\"_xlfn.F.TEST\": \"F.TEST\",\n\t\"_xlfn.FILTERXML\": \"FILTERXML\",\n\t\"_xlfn.FLOOR.MATH\": \"FLOOR.MATH\",\n\t\"_xlfn.FLOOR.PRECISE\": \"FLOOR.PRECISE\",\n\t\"_xlfn.FORMULATEXT\": \"FORMULATEXT\",\n\t\"_xlfn.GAMMA\": \"GAMMA\",\n\t\"_xlfn.GAMMA.DIST\": \"GAMMA.DIST\",\n\t\"_xlfn.GAMMA.INV\": \"GAMMA.INV\",\n\t\"_xlfn.GAMMALN.PRECISE\": \"GAMMALN.PRECISE\",\n\t\"_xlfn.GAUSS\": \"GAUSS\",\n\t\"_xlfn.HYPGEOM.DIST\": \"HYPGEOM.DIST\",\n\t\"_xlfn.IFNA\": \"IFNA\",\n\t\"_xlfn.IFERROR\": \"IFERROR\",\n\t\"_xlfn.IMCOSH\": \"IMCOSH\",\n\t\"_xlfn.IMCOT\": \"IMCOT\",\n\t\"_xlfn.IMCSC\": \"IMCSC\",\n\t\"_xlfn.IMCSCH\": \"IMCSCH\",\n\t\"_xlfn.IMSEC\": \"IMSEC\",\n\t\"_xlfn.IMSECH\": \"IMSECH\",\n\t\"_xlfn.IMSINH\": \"IMSINH\",\n\t\"_xlfn.IMTAN\": \"IMTAN\",\n\t\"_xlfn.ISFORMULA\": \"ISFORMULA\",\n\t\"_xlfn.ISO.CEILING\": \"ISO.CEILING\",\n\t\"_xlfn.ISOWEEKNUM\": \"ISOWEEKNUM\",\n\t\"_xlfn.LOGNORM.DIST\": \"LOGNORM.DIST\",\n\t\"_xlfn.LOGNORM.INV\": \"LOGNORM.INV\",\n\t\"_xlfn.MODE.MULT\": \"MODE.MULT\",\n\t\"_xlfn.MODE.SNGL\": \"MODE.SNGL\",\n\t\"_xlfn.MUNIT\": \"MUNIT\",\n\t\"_xlfn.NEGBINOM.DIST\": \"NEGBINOM.DIST\",\n\t\"_xlfn.NETWORKDAYS.INTL\": \"NETWORKDAYS.INTL\",\n\t\"_xlfn.NIGBINOM\": \"NIGBINOM\",\n\t\"_xlfn.NORM.DIST\": \"NORM.DIST\",\n\t\"_xlfn.NORM.INV\": \"NORM.INV\",\n\t\"_xlfn.NORM.S.DIST\": \"NORM.S.DIST\",\n\t\"_xlfn.NORM.S.INV\": \"NORM.S.INV\",\n\t\"_xlfn.NUMBERVALUE\": \"NUMBERVALUE\",\n\t\"_xlfn.PDURATION\": \"PDURATION\",\n\t\"_xlfn.PERCENTILE.EXC\": \"PERCENTILE.EXC\",\n\t\"_xlfn.PERCENTILE.INC\": \"PERCENTILE.INC\",\n\t\"_xlfn.PERCENTRANK.EXC\": \"PERCENTRANK.EXC\",\n\t\"_xlfn.PERCENTRANK.INC\": \"PERCENTRANK.INC\",\n\t\"_xlfn.PERMUTATIONA\": \"PERMUTATIONA\",\n\t\"_xlfn.PHI\": \"PHI\",\n\t\"_xlfn.POISSON.DIST\": \"POISSON.DIST\",\n\t\"_xlfn.QUARTILE.EXC\": \"QUARTILE.EXC\",\n\t\"_xlfn.QUARTILE.INC\": \"QUARTILE.INC\",\n\t\"_xlfn.QUERYSTRING\": \"QUERYSTRING\",\n\t\"_xlfn.RANK.AVG\": \"RANK.AVG\",\n\t\"_xlfn.RANK.EQ\": \"RANK.EQ\",\n\t\"_xlfn.RRI\": \"RRI\",\n\t\"_xlfn.SEC\": \"SEC\",\n\t\"_xlfn.SECH\": \"SECH\",\n\t\"_xlfn.SHEET\": \"SHEET\",\n\t\"_xlfn.SHEETS\": \"SHEETS\",\n\t\"_xlfn.SKEW.P\": \"SKEW.P\",\n\t\"_xlfn.STDEV.P\": \"STDEV.P\",\n\t\"_xlfn.STDEV.S\": \"STDEV.S\",\n\t\"_xlfn.SUMIFS\": \"SUMIFS\",\n\t\"_xlfn.T.DIST\": \"T.DIST\",\n\t\"_xlfn.T.DIST.2T\": \"T.DIST.2T\",\n\t\"_xlfn.T.DIST.RT\": \"T.DIST.RT\",\n\t\"_xlfn.T.INV\": \"T.INV\",\n\t\"_xlfn.T.INV.2T\": \"T.INV.2T\",\n\t\"_xlfn.T.TEST\": \"T.TEST\",\n\t\"_xlfn.UNICHAR\": \"UNICHAR\",\n\t\"_xlfn.UNICODE\": \"UNICODE\",\n\t\"_xlfn.VAR.P\": \"VAR.P\",\n\t\"_xlfn.VAR.S\": \"VAR.S\",\n\t\"_xlfn.WEBSERVICE\": \"WEBSERVICE\",\n\t\"_xlfn.WEIBULL.DIST\": \"WEIBULL.DIST\",\n\t\"_xlfn.WORKDAY.INTL\": \"WORKDAY.INTL\",\n\t\"_xlfn.XOR\": \"XOR\",\n\t\"_xlfn.Z.TEST\": \"Z.TEST\"\n};\n\nvar strs = {}; // shared strings\nvar _ssfopts = {}; // spreadsheet formatting options\n\nRELS.WS = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/worksheet\";\n\nfunction get_sst_id(sst, str) {\n\tfor(var i = 0, len = sst.length; i < len; ++i) if(sst[i].t === str) { sst.Count ++; return i; }\n\tsst[len] = {t:str}; sst.Count ++; sst.Unique ++; return len;\n}\n\nfunction get_cell_style(styles, cell, opts) {\n\tvar z = opts.revssf[cell.z != null ? cell.z : \"General\"];\n\tfor(var i = 0, len = styles.length; i != len; ++i) if(styles[i].numFmtId === z) return i;\n\tstyles[len] = {\n\t\tnumFmtId:z,\n\t\tfontId:0,\n\t\tfillId:0,\n\t\tborderId:0,\n\t\txfId:0,\n\t\tapplyNumberFormat:1\n\t};\n\treturn len;\n}\n\nfunction safe_format(p, fmtid, fillid, opts) {\n\ttry {\n\t\tif(p.t === 'e') p.w = p.w || BErr[p.v];\n\t\telse if(fmtid === 0) {\n\t\t\tif(p.t === 'n') {\n\t\t\t\tif((p.v|0) === p.v) p.w = SSF._general_int(p.v,_ssfopts);\n\t\t\t\telse p.w = SSF._general_num(p.v,_ssfopts);\n\t\t\t}\n\t\t\telse if(p.t === 'd') {\n\t\t\t\tvar dd = datenum(p.v);\n\t\t\t\tif((dd|0) === dd) p.w = SSF._general_int(dd,_ssfopts);\n\t\t\t\telse p.w = SSF._general_num(dd,_ssfopts);\n\t\t\t}\n\t\t\telse if(p.v === undefined) return \"\";\n\t\t\telse p.w = SSF._general(p.v,_ssfopts);\n\t\t}\n\t\telse if(p.t === 'd') p.w = SSF.format(fmtid,datenum(p.v),_ssfopts);\n\t\telse p.w = SSF.format(fmtid,p.v,_ssfopts);\n\t\tif(opts.cellNF) p.z = SSF._table[fmtid];\n\t} catch(e) { if(opts.WTF) throw e; }\n\tif(fillid) try {\n\t\tp.s = styles.Fills[fillid];\n\t\tif (p.s.fgColor && p.s.fgColor.theme) {\n\t\t\tp.s.fgColor.rgb = rgb_tint(themes.themeElements.clrScheme[p.s.fgColor.theme].rgb, p.s.fgColor.tint || 0);\n\t\t\tif(opts.WTF) p.s.fgColor.raw_rgb = themes.themeElements.clrScheme[p.s.fgColor.theme].rgb;\n\t\t}\n\t\tif (p.s.bgColor && p.s.bgColor.theme) {\n\t\t\tp.s.bgColor.rgb = rgb_tint(themes.themeElements.clrScheme[p.s.bgColor.theme].rgb, p.s.bgColor.tint || 0);\n\t\t\tif(opts.WTF) p.s.bgColor.raw_rgb = themes.themeElements.clrScheme[p.s.bgColor.theme].rgb;\n\t\t}\n\t} catch(e) { if(opts.WTF) throw e; }\n}\nfunction parse_ws_xml_dim(ws, s) {\n\tvar d = safe_decode_range(s);\n\tif(d.s.r<=d.e.r && d.s.c<=d.e.c && d.s.r>=0 && d.s.c>=0) ws[\"!ref\"] = encode_range(d);\n}\nvar mergecregex = /<mergeCell ref=\"[A-Z0-9:]+\"\\s*\\/>/g;\nvar sheetdataregex = /<(?:\\w+:)?sheetData>([^\\u2603]*)<\\/(?:\\w+:)?sheetData>/;\nvar hlinkregex = /<hyperlink[^>]*\\/>/g;\nvar dimregex = /\"(\\w*:\\w*)\"/;\nvar colregex = /<col[^>]*\\/>/g;\n/* 18.3 Worksheets */\nfunction parse_ws_xml(data, opts, rels) {\n\tif(!data) return data;\n\t/* 18.3.1.99 worksheet CT_Worksheet */\n\tvar s = {};\n\n\t/* 18.3.1.35 dimension CT_SheetDimension ? */\n\tvar ridx = data.indexOf(\"<dimension\");\n\tif(ridx > 0) {\n\t\tvar ref = data.substr(ridx,50).match(dimregex);\n\t\tif(ref != null) parse_ws_xml_dim(s, ref[1]);\n\t}\n\n\t/* 18.3.1.55 mergeCells CT_MergeCells */\n\tvar mergecells = [];\n\tif(data.indexOf(\"</mergeCells>\")!==-1) {\n\t\tvar merges = data.match(mergecregex);\n\t\tfor(ridx = 0; ridx != merges.length; ++ridx)\n\t\t\tmergecells[ridx] = safe_decode_range(merges[ridx].substr(merges[ridx].indexOf(\"\\\"\")+1));\n\t}\n\n\t/* 18.3.1.17 cols CT_Cols */\n\tvar columns = [];\n\tif(opts.cellStyles && data.indexOf(\"</cols>\")!==-1) {\n\t\t/* 18.3.1.13 col CT_Col */\n\t\tvar cols = data.match(colregex);\n\t\tparse_ws_xml_cols(columns, cols);\n\t}\n\n\tvar refguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\n\t/* 18.3.1.80 sheetData CT_SheetData ? */\n\tvar mtch=data.match(sheetdataregex);\n\tif(mtch) parse_ws_xml_data(mtch[1], s, opts, refguess);\n\n\t/* 18.3.1.48 hyperlinks CT_Hyperlinks */\n\tif(data.indexOf(\"</hyperlinks>\")!==-1) parse_ws_xml_hlinks(s, data.match(hlinkregex), rels);\n\n\tif(!s[\"!ref\"] && refguess.e.c >= refguess.s.c && refguess.e.r >= refguess.s.r) s[\"!ref\"] = encode_range(refguess);\n\tif(opts.sheetRows > 0 && s[\"!ref\"]) {\n\t\tvar tmpref = safe_decode_range(s[\"!ref\"]);\n\t\tif(opts.sheetRows < +tmpref.e.r) {\n\t\t\ttmpref.e.r = opts.sheetRows - 1;\n\t\t\tif(tmpref.e.r > refguess.e.r) tmpref.e.r = refguess.e.r;\n\t\t\tif(tmpref.e.r < tmpref.s.r) tmpref.s.r = tmpref.e.r;\n\t\t\tif(tmpref.e.c > refguess.e.c) tmpref.e.c = refguess.e.c;\n\t\t\tif(tmpref.e.c < tmpref.s.c) tmpref.s.c = tmpref.e.c;\n\t\t\ts[\"!fullref\"] = s[\"!ref\"];\n\t\t\ts[\"!ref\"] = encode_range(tmpref);\n\t\t}\n\t}\n\tif(mergecells.length > 0) s[\"!merges\"] = mergecells;\n\tif(columns.length > 0) s[\"!cols\"] = columns;\n\treturn s;\n}\n\nfunction write_ws_xml_merges(merges) {\n\tif(merges.length == 0) return \"\";\n\tvar o = '<mergeCells count=\"' + merges.length + '\">';\n\tfor(var i = 0; i != merges.length; ++i) o += '<mergeCell ref=\"' + encode_range(merges[i]) + '\"/>';\n\treturn o + '</mergeCells>';\n}\n\nfunction parse_ws_xml_hlinks(s, data, rels) {\n\tfor(var i = 0; i != data.length; ++i) {\n\t\tvar val = parsexmltag(data[i], true);\n\t\tif(!val.ref) return;\n\t\tvar rel = rels ? rels['!id'][val.id] : null;\n\t\tif(rel) {\n\t\t\tval.Target = rel.Target;\n\t\t\tif(val.location) val.Target += \"#\"+val.location;\n\t\t\tval.Rel = rel;\n\t\t} else {\n\t\t\tval.Target = val.location;\n\t\t\trel = {Target: val.location, TargetMode: 'Internal'};\n\t\t\tval.Rel = rel;\n\t\t}\n\t\tvar rng = safe_decode_range(val.ref);\n\t\tfor(var R=rng.s.r;R<=rng.e.r;++R) for(var C=rng.s.c;C<=rng.e.c;++C) {\n\t\t\tvar addr = encode_cell({c:C,r:R});\n\t\t\tif(!s[addr]) s[addr] = {t:\"stub\",v:undefined};\n\t\t\ts[addr].l = val;\n\t\t}\n\t}\n}\n\nfunction parse_ws_xml_cols(columns, cols) {\n\tvar seencol = false;\n\tfor(var coli = 0; coli != cols.length; ++coli) {\n\t\tvar coll = parsexmltag(cols[coli], true);\n\t\tvar colm=parseInt(coll.min, 10)-1, colM=parseInt(coll.max,10)-1;\n\t\tdelete coll.min; delete coll.max;\n\t\tif(!seencol && coll.width) { seencol = true; find_mdw(+coll.width, coll); }\n\t\tif(coll.width) {\n\t\t\tcoll.wpx = width2px(+coll.width);\n\t\t\tcoll.wch = px2char(coll.wpx);\n\t\t\tcoll.MDW = MDW;\n\t\t}\n\t\twhile(colm <= colM) columns[colm++] = coll;\n\t}\n}\n\nfunction write_ws_xml_cols(ws, cols) {\n\tvar o = [\"<cols>\"], col, width;\n\tfor(var i = 0; i != cols.length; ++i) {\n\t\tif(!(col = cols[i])) continue;\n\t\tvar p = {min:i+1,max:i+1};\n\t\t/* wch (chars), wpx (pixels) */\n\t\twidth = -1;\n\t\tif(col.wpx) width = px2char(col.wpx);\n\t\telse if(col.wch) width = col.wch;\n\t\tif(width > -1) { p.width = char2width(width); p.customWidth= 1; }\n\t\to[o.length] = (writextag('col', null, p));\n\t}\n\to[o.length] = \"</cols>\";\n\treturn o.join(\"\");\n}\n\nfunction write_ws_xml_cell(cell, ref, ws, opts, idx, wb) {\n\tif(cell.v === undefined) return \"\";\n\tvar vv = \"\";\n\tvar oldt = cell.t, oldv = cell.v;\n\tswitch(cell.t) {\n\t\tcase 'b': vv = cell.v ? \"1\" : \"0\"; break;\n\t\tcase 'n': vv = ''+cell.v; break;\n\t\tcase 'e': vv = BErr[cell.v]; break;\n\t\tcase 'd':\n\t\t\tif(opts.cellDates) vv = new Date(cell.v).toISOString();\n\t\t\telse {\n\t\t\t\tcell.t = 'n';\n\t\t\t\tvv = ''+(cell.v = datenum(cell.v));\n\t\t\t\tif(typeof cell.z === 'undefined') cell.z = SSF._table[14];\n\t\t\t}\n\t\t\tbreak;\n\t\tdefault: vv = cell.v; break;\n\t}\n\tvar v = writetag('v', escapexml(vv)), o = {r:ref};\n\t/* TODO: cell style */\n\tvar os = get_cell_style(opts.cellXfs, cell, opts);\n\tif(os !== 0) o.s = os;\n\tswitch(cell.t) {\n\t\tcase 'n': break;\n\t\tcase 'd': o.t = \"d\"; break;\n\t\tcase 'b': o.t = \"b\"; break;\n\t\tcase 'e': o.t = \"e\"; break;\n\t\tdefault:\n\t\t\tif(opts.bookSST) {\n\t\t\t\tv = writetag('v', ''+get_sst_id(opts.Strings, cell.v));\n\t\t\t\to.t = \"s\"; break;\n\t\t\t}\n\t\t\to.t = \"str\"; break;\n\t}\n\tif(cell.t != oldt) { cell.t = oldt; cell.v = oldv; }\n\treturn writextag('c', v, o);\n}\n\nvar parse_ws_xml_data = (function parse_ws_xml_data_factory() {\n\tvar cellregex = /<(?:\\w+:)?c[ >]/, rowregex = /<\\/(?:\\w+:)?row>/;\n\tvar rregex = /r=[\"']([^\"']*)[\"']/, isregex = /<is>([\\S\\s]*?)<\\/is>/;\n\tvar match_v = matchtag(\"v\"), match_f = matchtag(\"f\");\n\nreturn function parse_ws_xml_data(sdata, s, opts, guess) {\n\tvar ri = 0, x = \"\", cells = [], cref = [], idx = 0, i=0, cc=0, d=\"\", p;\n\tvar tag, tagr = 0, tagc = 0;\n\tvar sstr;\n\tvar fmtid = 0, fillid = 0, do_format = Array.isArray(styles.CellXf), cf;\n\tfor(var marr = sdata.split(rowregex), mt = 0, marrlen = marr.length; mt != marrlen; ++mt) {\n\t\tx = marr[mt].trim();\n\t\tvar xlen = x.length;\n\t\tif(xlen === 0) continue;\n\n\t\t/* 18.3.1.73 row CT_Row */\n\t\tfor(ri = 0; ri < xlen; ++ri) if(x.charCodeAt(ri) === 62) break; ++ri;\n\t\ttag = parsexmltag(x.substr(0,ri), true);\n\t\t/* SpreadSheetGear uses implicit r/c */\n\t\ttagr = typeof tag.r !== 'undefined' ? parseInt(tag.r, 10) : tagr+1; tagc = -1;\n\t\tif(opts.sheetRows && opts.sheetRows < tagr) continue;\n\t\tif(guess.s.r > tagr - 1) guess.s.r = tagr - 1;\n\t\tif(guess.e.r < tagr - 1) guess.e.r = tagr - 1;\n\n\t\t/* 18.3.1.4 c CT_Cell */\n\t\tcells = x.substr(ri).split(cellregex);\n\t\tfor(ri = typeof tag.r === 'undefined' ? 0 : 1; ri != cells.length; ++ri) {\n\t\t\tx = cells[ri].trim();\n\t\t\tif(x.length === 0) continue;\n\t\t\tcref = x.match(rregex); idx = ri; i=0; cc=0;\n\t\t\tx = \"<c \" + (x.substr(0,1)==\"<\"?\">\":\"\") + x;\n\t\t\tif(cref !== null && cref.length === 2) {\n\t\t\t\tidx = 0; d=cref[1];\n\t\t\t\tfor(i=0; i != d.length; ++i) {\n\t\t\t\t\tif((cc=d.charCodeAt(i)-64) < 1 || cc > 26) break;\n\t\t\t\t\tidx = 26*idx + cc;\n\t\t\t\t}\n\t\t\t\t--idx;\n\t\t\t\ttagc = idx;\n\t\t\t} else ++tagc;\n\t\t\tfor(i = 0; i != x.length; ++i) if(x.charCodeAt(i) === 62) break; ++i;\n\t\t\ttag = parsexmltag(x.substr(0,i), true);\n\t\t\tif(!tag.r) tag.r = utils.encode_cell({r:tagr-1, c:tagc});\n\t\t\td = x.substr(i);\n\t\t\tp = {t:\"\"};\n\n\t\t\tif((cref=d.match(match_v))!== null && cref[1] !== '') p.v=unescapexml(cref[1]);\n\t\t\tif(opts.cellFormula && (cref=d.match(match_f))!== null) p.f=unescapexml(cref[1]);\n\n\t\t\t/* SCHEMA IS ACTUALLY INCORRECT HERE. IF A CELL HAS NO T, EMIT \"\" */\n\t\t\tif(tag.t === undefined && p.v === undefined) {\n\t\t\t\tif(!opts.sheetStubs) continue;\n\t\t\t\tp.t = \"stub\";\n\t\t\t}\n\t\t\telse p.t = tag.t || \"n\";\n\t\t\tif(guess.s.c > idx) guess.s.c = idx;\n\t\t\tif(guess.e.c < idx) guess.e.c = idx;\n\t\t\t/* 18.18.11 t ST_CellType */\n\t\t\tswitch(p.t) {\n\t\t\t\tcase 'n': p.v = parseFloat(p.v); break;\n\t\t\t\tcase 's':\n\t\t\t\t\tsstr = strs[parseInt(p.v, 10)];\n\t\t\t\t\tp.v = sstr.t;\n\t\t\t\t\tp.r = sstr.r;\n\t\t\t\t\tif(opts.cellHTML) p.h = sstr.h;\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'str':\n\t\t\t\t\tp.t = \"s\";\n\t\t\t\t\tp.v = (p.v!=null) ? utf8read(p.v) : '';\n\t\t\t\t\tif(opts.cellHTML) p.h = p.v;\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'inlineStr':\n\t\t\t\t\tcref = d.match(isregex);\n\t\t\t\t\tp.t = 's';\n\t\t\t\t\tif(cref !== null) { sstr = parse_si(cref[1]); p.v = sstr.t; } else p.v = \"\";\n\t\t\t\t\tbreak; // inline string\n\t\t\t\tcase 'b': p.v = parsexmlbool(p.v); break;\n\t\t\t\tcase 'd':\n\t\t\t\t\tif(!opts.cellDates) { p.v = datenum(p.v); p.t = 'n'; }\n\t\t\t\t\tbreak;\n\t\t\t\t/* error string in .v, number in .v */\n\t\t\t\tcase 'e': p.w = p.v; p.v = RBErr[p.v]; break;\n\t\t\t}\n\t\t\t/* formatting */\n\t\t\tfmtid = fillid = 0;\n\t\t\tif(do_format && tag.s !== undefined) {\n\t\t\t\tcf = styles.CellXf[tag.s];\n\t\t\t\tif(cf != null) {\n\t\t\t\t\tif(cf.numFmtId != null) fmtid = cf.numFmtId;\n\t\t\t\t\tif(opts.cellStyles && cf.fillId != null) fillid = cf.fillId;\n\t\t\t\t}\n\t\t\t}\n\t\t\tsafe_format(p, fmtid, fillid, opts);\n\t\t\ts[tag.r] = p;\n\t\t}\n\t}\n}; })();\n\nfunction write_ws_xml_data(ws, opts, idx, wb) {\n\tvar o = [], r = [], range = safe_decode_range(ws['!ref']), cell, ref, rr = \"\", cols = [], R, C;\n\tfor(C = range.s.c; C <= range.e.c; ++C) cols[C] = encode_col(C);\n\tfor(R = range.s.r; R <= range.e.r; ++R) {\n\t\tr = [];\n\t\trr = encode_row(R);\n\t\tfor(C = range.s.c; C <= range.e.c; ++C) {\n\t\t\tref = cols[C] + rr;\n\t\t\tif(ws[ref] === undefined) continue;\n\t\t\tif((cell = write_ws_xml_cell(ws[ref], ref, ws, opts, idx, wb)) != null) r.push(cell);\n\t\t}\n\t\tif(r.length > 0) o[o.length] = (writextag('row', r.join(\"\"), {r:rr}));\n\t}\n\treturn o.join(\"\");\n}\n\nvar WS_XML_ROOT = writextag('worksheet', null, {\n\t'xmlns': XMLNS.main[0],\n\t'xmlns:r': XMLNS.r\n});\n\nfunction write_ws_xml(idx, opts, wb) {\n\tvar o = [XML_HEADER, WS_XML_ROOT];\n\tvar s = wb.SheetNames[idx], sidx = 0, rdata = \"\";\n\tvar ws = wb.Sheets[s];\n\tif(ws === undefined) ws = {};\n\tvar ref = ws['!ref']; if(ref === undefined) ref = 'A1';\n\to[o.length] = (writextag('dimension', null, {'ref': ref}));\n\n\tif(ws['!cols'] !== undefined && ws['!cols'].length > 0) o[o.length] = (write_ws_xml_cols(ws, ws['!cols']));\n\to[sidx = o.length] = '<sheetData/>';\n\tif(ws['!ref'] !== undefined) {\n\t\trdata = write_ws_xml_data(ws, opts, idx, wb);\n\t\tif(rdata.length > 0) o[o.length] = (rdata);\n\t}\n\tif(o.length>sidx+1) { o[o.length] = ('</sheetData>'); o[sidx]=o[sidx].replace(\"/>\",\">\"); }\n\n\tif(ws['!merges'] !== undefined && ws['!merges'].length > 0) o[o.length] = (write_ws_xml_merges(ws['!merges']));\n\n\tif(o.length>2) { o[o.length] = ('</worksheet>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n\n/* [MS-XLSB] 2.4.718 BrtRowHdr */\nfunction parse_BrtRowHdr(data, length) {\n\tvar z = [];\n\tz.r = data.read_shift(4);\n\tdata.l += length-4;\n\treturn z;\n}\n\n/* [MS-XLSB] 2.4.812 BrtWsDim */\nvar parse_BrtWsDim = parse_UncheckedRfX;\nvar write_BrtWsDim = write_UncheckedRfX;\n\n/* [MS-XLSB] 2.4.815 BrtWsProp */\nfunction parse_BrtWsProp(data, length) {\n\tvar z = {};\n\t/* TODO: pull flags */\n\tdata.l += 19;\n\tz.name = parse_XLSBCodeName(data, length - 19);\n\treturn z;\n}\n\n/* [MS-XLSB] 2.4.303 BrtCellBlank */\nfunction parse_BrtCellBlank(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\treturn [cell];\n}\nfunction write_BrtCellBlank(cell, val, o) {\n\tif(o == null) o = new_buf(8);\n\treturn write_XLSBCell(val, o);\n}\n\n\n/* [MS-XLSB] 2.4.304 BrtCellBool */\nfunction parse_BrtCellBool(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar fBool = data.read_shift(1);\n\treturn [cell, fBool, 'b'];\n}\n\n/* [MS-XLSB] 2.4.305 BrtCellError */\nfunction parse_BrtCellError(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar fBool = data.read_shift(1);\n\treturn [cell, fBool, 'e'];\n}\n\n/* [MS-XLSB] 2.4.308 BrtCellIsst */\nfunction parse_BrtCellIsst(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar isst = data.read_shift(4);\n\treturn [cell, isst, 's'];\n}\n\n/* [MS-XLSB] 2.4.310 BrtCellReal */\nfunction parse_BrtCellReal(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_Xnum(data);\n\treturn [cell, value, 'n'];\n}\n\n/* [MS-XLSB] 2.4.311 BrtCellRk */\nfunction parse_BrtCellRk(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_RkNumber(data);\n\treturn [cell, value, 'n'];\n}\n\n/* [MS-XLSB] 2.4.314 BrtCellSt */\nfunction parse_BrtCellSt(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_XLWideString(data);\n\treturn [cell, value, 'str'];\n}\n\n/* [MS-XLSB] 2.4.647 BrtFmlaBool */\nfunction parse_BrtFmlaBool(data, length, opts) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = data.read_shift(1);\n\tvar o = [cell, value, 'b'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, length-9);\n\t\to[3] = \"\"; /* TODO */\n\t}\n\telse data.l += length-9;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.648 BrtFmlaError */\nfunction parse_BrtFmlaError(data, length, opts) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = data.read_shift(1);\n\tvar o = [cell, value, 'e'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, length-9);\n\t\to[3] = \"\"; /* TODO */\n\t}\n\telse data.l += length-9;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.649 BrtFmlaNum */\nfunction parse_BrtFmlaNum(data, length, opts) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_Xnum(data);\n\tvar o = [cell, value, 'n'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, length - 16);\n\t\to[3] = \"\"; /* TODO */\n\t}\n\telse data.l += length-16;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.650 BrtFmlaString */\nfunction parse_BrtFmlaString(data, length, opts) {\n\tvar start = data.l;\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_XLWideString(data);\n\tvar o = [cell, value, 'str'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, start + length - data.l);\n\t}\n\telse data.l = start + length;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.676 BrtMergeCell */\nvar parse_BrtMergeCell = parse_UncheckedRfX;\n\n/* [MS-XLSB] 2.4.656 BrtHLink */\nfunction parse_BrtHLink(data, length, opts) {\n\tvar end = data.l + length;\n\tvar rfx = parse_UncheckedRfX(data, 16);\n\tvar relId = parse_XLNullableWideString(data);\n\tvar loc = parse_XLWideString(data);\n\tvar tooltip = parse_XLWideString(data);\n\tvar display = parse_XLWideString(data);\n\tdata.l = end;\n\treturn {rfx:rfx, relId:relId, loc:loc, tooltip:tooltip, display:display};\n}\n\n/* [MS-XLSB] 2.1.7.61 Worksheet */\nfunction parse_ws_bin(data, opts, rels) {\n\tif(!data) return data;\n\tif(!rels) rels = {'!id':{}};\n\tvar s = {};\n\n\tvar ref;\n\tvar refguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\n\tvar pass = false, end = false;\n\tvar row, p, cf, R, C, addr, sstr, rr;\n\tvar mergecells = [];\n\trecordhopper(data, function ws_parse(val, R) {\n\t\tif(end) return;\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtWsDim': ref = val; break;\n\t\t\tcase 'BrtRowHdr':\n\t\t\t\trow = val;\n\t\t\t\tif(opts.sheetRows && opts.sheetRows <= row.r) end=true;\n\t\t\t\trr = encode_row(row.r);\n\t\t\t\tbreak;\n\n\t\t\tcase 'BrtFmlaBool':\n\t\t\tcase 'BrtFmlaError':\n\t\t\tcase 'BrtFmlaNum':\n\t\t\tcase 'BrtFmlaString':\n\t\t\tcase 'BrtCellBool':\n\t\t\tcase 'BrtCellError':\n\t\t\tcase 'BrtCellIsst':\n\t\t\tcase 'BrtCellReal':\n\t\t\tcase 'BrtCellRk':\n\t\t\tcase 'BrtCellSt':\n\t\t\t\tp = {t:val[2]};\n\t\t\t\tswitch(val[2]) {\n\t\t\t\t\tcase 'n': p.v = val[1]; break;\n\t\t\t\t\tcase 's': sstr = strs[val[1]]; p.v = sstr.t; p.r = sstr.r; break;\n\t\t\t\t\tcase 'b': p.v = val[1] ? true : false; break;\n\t\t\t\t\tcase 'e': p.v = val[1]; p.w = BErr[p.v]; break;\n\t\t\t\t\tcase 'str': p.t = 's'; p.v = utf8read(val[1]); break;\n\t\t\t\t}\n\t\t\t\tif(opts.cellFormula && val.length > 3) p.f = val[3];\n\t\t\t\tif((cf = styles.CellXf[val[0].iStyleRef])) safe_format(p,cf.ifmt,null,opts);\n\t\t\t\ts[encode_col(C=val[0].c) + rr] = p;\n\t\t\t\tif(refguess.s.r > row.r) refguess.s.r = row.r;\n\t\t\t\tif(refguess.s.c > C) refguess.s.c = C;\n\t\t\t\tif(refguess.e.r < row.r) refguess.e.r = row.r;\n\t\t\t\tif(refguess.e.c < C) refguess.e.c = C;\n\t\t\t\tbreak;\n\n\t\t\tcase 'BrtCellBlank': if(!opts.sheetStubs) break;\n\t\t\t\tp = {t:'s',v:undefined};\n\t\t\t\ts[encode_col(C=val[0].c) + rr] = p;\n\t\t\t\tif(refguess.s.r > row.r) refguess.s.r = row.r;\n\t\t\t\tif(refguess.s.c > C) refguess.s.c = C;\n\t\t\t\tif(refguess.e.r < row.r) refguess.e.r = row.r;\n\t\t\t\tif(refguess.e.c < C) refguess.e.c = C;\n\t\t\t\tbreak;\n\n\t\t\t/* Merge Cells */\n\t\t\tcase 'BrtBeginMergeCells': break;\n\t\t\tcase 'BrtEndMergeCells': break;\n\t\t\tcase 'BrtMergeCell': mergecells.push(val); break;\n\n\t\t\tcase 'BrtHLink':\n\t\t\t\tvar rel = rels['!id'][val.relId];\n\t\t\t\tif(rel) {\n\t\t\t\t\tval.Target = rel.Target;\n\t\t\t\t\tif(val.loc) val.Target += \"#\"+val.loc;\n\t\t\t\t\tval.Rel = rel;\n\t\t\t\t}\n\t\t\t\tfor(R=val.rfx.s.r;R<=val.rfx.e.r;++R) for(C=val.rfx.s.c;C<=val.rfx.e.c;++C) {\n\t\t\t\t\taddr = encode_cell({c:C,r:R});\n\t\t\t\t\tif(!s[addr]) s[addr] = {t:'s',v:undefined};\n\t\t\t\t\ts[addr].l = val;\n\t\t\t\t}\n\t\t\t\tbreak;\n\n\t\t\tcase 'BrtArrFmla': break; // TODO\n\t\t\tcase 'BrtShrFmla': break; // TODO\n\t\t\tcase 'BrtBeginSheet': break;\n\t\t\tcase 'BrtWsProp': break; // TODO\n\t\t\tcase 'BrtSheetCalcProp': break; // TODO\n\t\t\tcase 'BrtBeginWsViews': break; // TODO\n\t\t\tcase 'BrtBeginWsView': break; // TODO\n\t\t\tcase 'BrtPane': break; // TODO\n\t\t\tcase 'BrtSel': break; // TODO\n\t\t\tcase 'BrtEndWsView': break; // TODO\n\t\t\tcase 'BrtEndWsViews': break; // TODO\n\t\t\tcase 'BrtACBegin': break; // TODO\n\t\t\tcase 'BrtRwDescent': break; // TODO\n\t\t\tcase 'BrtACEnd': break; // TODO\n\t\t\tcase 'BrtWsFmtInfoEx14': break; // TODO\n\t\t\tcase 'BrtWsFmtInfo': break; // TODO\n\t\t\tcase 'BrtBeginColInfos': break; // TODO\n\t\t\tcase 'BrtColInfo': break; // TODO\n\t\t\tcase 'BrtEndColInfos': break; // TODO\n\t\t\tcase 'BrtBeginSheetData': break; // TODO\n\t\t\tcase 'BrtEndSheetData': break; // TODO\n\t\t\tcase 'BrtSheetProtection': break; // TODO\n\t\t\tcase 'BrtPrintOptions': break; // TODO\n\t\t\tcase 'BrtMargins': break; // TODO\n\t\t\tcase 'BrtPageSetup': break; // TODO\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tcase 'BrtEndSheet': break; // TODO\n\t\t\tcase 'BrtDrawing': break; // TODO\n\t\t\tcase 'BrtLegacyDrawing': break; // TODO\n\t\t\tcase 'BrtLegacyDrawingHF': break; // TODO\n\t\t\tcase 'BrtPhoneticInfo': break; // TODO\n\t\t\tcase 'BrtBeginHeaderFooter': break; // TODO\n\t\t\tcase 'BrtEndHeaderFooter': break; // TODO\n\t\t\tcase 'BrtBrk': break; // TODO\n\t\t\tcase 'BrtBeginRwBrk': break; // TODO\n\t\t\tcase 'BrtEndRwBrk': break; // TODO\n\t\t\tcase 'BrtBeginColBrk': break; // TODO\n\t\t\tcase 'BrtEndColBrk': break; // TODO\n\t\t\tcase 'BrtBeginUserShViews': break; // TODO\n\t\t\tcase 'BrtBeginUserShView': break; // TODO\n\t\t\tcase 'BrtEndUserShView': break; // TODO\n\t\t\tcase 'BrtEndUserShViews': break; // TODO\n\t\t\tcase 'BrtBkHim': break; // TODO\n\t\t\tcase 'BrtBeginOleObjects': break; // TODO\n\t\t\tcase 'BrtOleObject': break; // TODO\n\t\t\tcase 'BrtEndOleObjects': break; // TODO\n\t\t\tcase 'BrtBeginListParts': break; // TODO\n\t\t\tcase 'BrtListPart': break; // TODO\n\t\t\tcase 'BrtEndListParts': break; // TODO\n\t\t\tcase 'BrtBeginSortState': break; // TODO\n\t\t\tcase 'BrtBeginSortCond': break; // TODO\n\t\t\tcase 'BrtEndSortCond': break; // TODO\n\t\t\tcase 'BrtEndSortState': break; // TODO\n\t\t\tcase 'BrtBeginConditionalFormatting': break; // TODO\n\t\t\tcase 'BrtEndConditionalFormatting': break; // TODO\n\t\t\tcase 'BrtBeginCFRule': break; // TODO\n\t\t\tcase 'BrtEndCFRule': break; // TODO\n\t\t\tcase 'BrtBeginDVals': break; // TODO\n\t\t\tcase 'BrtDVal': break; // TODO\n\t\t\tcase 'BrtEndDVals': break; // TODO\n\t\t\tcase 'BrtRangeProtection': break; // TODO\n\t\t\tcase 'BrtBeginDCon': break; // TODO\n\t\t\tcase 'BrtEndDCon': break; // TODO\n\t\t\tcase 'BrtBeginDRefs': break;\n\t\t\tcase 'BrtDRef': break;\n\t\t\tcase 'BrtEndDRefs': break;\n\n\t\t\t/* ActiveX */\n\t\t\tcase 'BrtBeginActiveXControls': break;\n\t\t\tcase 'BrtActiveX': break;\n\t\t\tcase 'BrtEndActiveXControls': break;\n\n\t\t\t/* AutoFilter */\n\t\t\tcase 'BrtBeginAFilter': break;\n\t\t\tcase 'BrtEndAFilter': break;\n\t\t\tcase 'BrtBeginFilterColumn': break;\n\t\t\tcase 'BrtBeginFilters': break;\n\t\t\tcase 'BrtFilter': break;\n\t\t\tcase 'BrtEndFilters': break;\n\t\t\tcase 'BrtEndFilterColumn': break;\n\t\t\tcase 'BrtDynamicFilter': break;\n\t\t\tcase 'BrtTop10Filter': break;\n\t\t\tcase 'BrtBeginCustomFilters': break;\n\t\t\tcase 'BrtCustomFilter': break;\n\t\t\tcase 'BrtEndCustomFilters': break;\n\n\t\t\t/* Smart Tags */\n\t\t\tcase 'BrtBeginSmartTags': break;\n\t\t\tcase 'BrtBeginCellSmartTags': break;\n\t\t\tcase 'BrtBeginCellSmartTag': break;\n\t\t\tcase 'BrtCellSmartTagProperty': break;\n\t\t\tcase 'BrtEndCellSmartTag': break;\n\t\t\tcase 'BrtEndCellSmartTags': break;\n\t\t\tcase 'BrtEndSmartTags': break;\n\n\t\t\t/* Cell Watch */\n\t\t\tcase 'BrtBeginCellWatches': break;\n\t\t\tcase 'BrtCellWatch': break;\n\t\t\tcase 'BrtEndCellWatches': break;\n\n\t\t\t/* Table */\n\t\t\tcase 'BrtTable': break;\n\n\t\t\t/* Ignore Cell Errors */\n\t\t\tcase 'BrtBeginCellIgnoreECs': break;\n\t\t\tcase 'BrtCellIgnoreEC': break;\n\t\t\tcase 'BrtEndCellIgnoreECs': break;\n\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + R.n);\n\t\t}\n\t}, opts);\n\tif(!s[\"!ref\"] && (refguess.s.r < 1000000 || ref.e.r > 0 || ref.e.c > 0 || ref.s.r > 0 || ref.s.c > 0)) s[\"!ref\"] = encode_range(ref);\n\tif(opts.sheetRows && s[\"!ref\"]) {\n\t\tvar tmpref = safe_decode_range(s[\"!ref\"]);\n\t\tif(opts.sheetRows < +tmpref.e.r) {\n\t\t\ttmpref.e.r = opts.sheetRows - 1;\n\t\t\tif(tmpref.e.r > refguess.e.r) tmpref.e.r = refguess.e.r;\n\t\t\tif(tmpref.e.r < tmpref.s.r) tmpref.s.r = tmpref.e.r;\n\t\t\tif(tmpref.e.c > refguess.e.c) tmpref.e.c = refguess.e.c;\n\t\t\tif(tmpref.e.c < tmpref.s.c) tmpref.s.c = tmpref.e.c;\n\t\t\ts[\"!fullref\"] = s[\"!ref\"];\n\t\t\ts[\"!ref\"] = encode_range(tmpref);\n\t\t}\n\t}\n\tif(mergecells.length > 0) s[\"!merges\"] = mergecells;\n\treturn s;\n}\n\n/* TODO: something useful -- this is a stub */\nfunction write_ws_bin_cell(ba, cell, R, C, opts) {\n\tif(cell.v === undefined) return \"\";\n\tvar vv = \"\";\n\tswitch(cell.t) {\n\t\tcase 'b': vv = cell.v ? \"1\" : \"0\"; break;\n\t\tcase 'n': case 'e': vv = ''+cell.v; break;\n\t\tdefault: vv = cell.v; break;\n\t}\n\tvar o = {r:R, c:C};\n\t/* TODO: cell style */\n\to.s = get_cell_style(opts.cellXfs, cell, opts);\n\tswitch(cell.t) {\n\t\tcase 's': case 'str':\n\t\t\tif(opts.bookSST) {\n\t\t\t\tvv = get_sst_id(opts.Strings, cell.v);\n\t\t\t\to.t = \"s\"; break;\n\t\t\t}\n\t\t\to.t = \"str\"; break;\n\t\tcase 'n': break;\n\t\tcase 'b': o.t = \"b\"; break;\n\t\tcase 'e': o.t = \"e\"; break;\n\t}\n\twrite_record(ba, \"BrtCellBlank\", write_BrtCellBlank(cell, o));\n}\n\nfunction write_CELLTABLE(ba, ws, idx, opts, wb) {\n\tvar range = safe_decode_range(ws['!ref'] || \"A1\"), ref, rr = \"\", cols = [];\n\twrite_record(ba, 'BrtBeginSheetData');\n\tfor(var R = range.s.r; R <= range.e.r; ++R) {\n\t\trr = encode_row(R);\n\t\t/* [ACCELLTABLE] */\n\t\t/* BrtRowHdr */\n\t\tfor(var C = range.s.c; C <= range.e.c; ++C) {\n\t\t\t/* *16384CELL */\n\t\t\tif(R === range.s.r) cols[C] = encode_col(C);\n\t\t\tref = cols[C] + rr;\n\t\t\tif(!ws[ref]) continue;\n\t\t\t/* write cell */\n\t\t\twrite_ws_bin_cell(ba, ws[ref], R, C, opts);\n\t\t}\n\t}\n\twrite_record(ba, 'BrtEndSheetData');\n}\n\nfunction write_ws_bin(idx, opts, wb) {\n\tvar ba = buf_array();\n\tvar s = wb.SheetNames[idx], ws = wb.Sheets[s] || {};\n\tvar r = safe_decode_range(ws['!ref'] || \"A1\");\n\twrite_record(ba, \"BrtBeginSheet\");\n\t/* [BrtWsProp] */\n\twrite_record(ba, \"BrtWsDim\", write_BrtWsDim(r));\n\t/* [WSVIEWS2] */\n\t/* [WSFMTINFO] */\n\t/* *COLINFOS */\n\twrite_CELLTABLE(ba, ws, idx, opts, wb);\n\t/* [BrtSheetCalcProp] */\n\t/* [[BrtSheetProtectionIso] BrtSheetProtection] */\n\t/* *([BrtRangeProtectionIso] BrtRangeProtection) */\n\t/* [SCENMAN] */\n\t/* [AUTOFILTER] */\n\t/* [SORTSTATE] */\n\t/* [DCON] */\n\t/* [USERSHVIEWS] */\n\t/* [MERGECELLS] */\n\t/* [BrtPhoneticInfo] */\n\t/* *CONDITIONALFORMATTING */\n\t/* [DVALS] */\n\t/* *BrtHLink */\n\t/* [BrtPrintOptions] */\n\t/* [BrtMargins] */\n\t/* [BrtPageSetup] */\n\t/* [HEADERFOOTER] */\n\t/* [RWBRK] */\n\t/* [COLBRK] */\n\t/* *BrtBigName */\n\t/* [CELLWATCHES] */\n\t/* [IGNOREECS] */\n\t/* [SMARTTAGS] */\n\t/* [BrtDrawing] */\n\t/* [BrtLegacyDrawing] */\n\t/* [BrtLegacyDrawingHF] */\n\t/* [BrtBkHim] */\n\t/* [OLEOBJECTS] */\n\t/* [ACTIVEXCONTROLS] */\n\t/* [WEBPUBITEMS] */\n\t/* [LISTPARTS] */\n\t/* FRTWORKSHEET */\n\twrite_record(ba, \"BrtEndSheet\");\n\treturn ba.end();\n}\n/* 18.2.28 (CT_WorkbookProtection) Defaults */\nvar WBPropsDef = [\n\t['allowRefreshQuery', '0'],\n\t['autoCompressPictures', '1'],\n\t['backupFile', '0'],\n\t['checkCompatibility', '0'],\n\t['codeName', ''],\n\t['date1904', '0'],\n\t['dateCompatibility', '1'],\n\t//['defaultThemeVersion', '0'],\n\t['filterPrivacy', '0'],\n\t['hidePivotFieldList', '0'],\n\t['promptedSolutions', '0'],\n\t['publishItems', '0'],\n\t['refreshAllConnections', false],\n\t['saveExternalLinkValues', '1'],\n\t['showBorderUnselectedTables', '1'],\n\t['showInkAnnotation', '1'],\n\t['showObjects', 'all'],\n\t['showPivotChartFilter', '0']\n\t//['updateLinks', 'userSet']\n];\n\n/* 18.2.30 (CT_BookView) Defaults */\nvar WBViewDef = [\n\t['activeTab', '0'],\n\t['autoFilterDateGrouping', '1'],\n\t['firstSheet', '0'],\n\t['minimized', '0'],\n\t['showHorizontalScroll', '1'],\n\t['showSheetTabs', '1'],\n\t['showVerticalScroll', '1'],\n\t['tabRatio', '600'],\n\t['visibility', 'visible']\n\t//window{Height,Width}, {x,y}Window\n];\n\n/* 18.2.19 (CT_Sheet) Defaults */\nvar SheetDef = [\n\t['state', 'visible']\n];\n\n/* 18.2.2 (CT_CalcPr) Defaults */\nvar CalcPrDef = [\n\t['calcCompleted', 'true'],\n\t['calcMode', 'auto'],\n\t['calcOnSave', 'true'],\n\t['concurrentCalc', 'true'],\n\t['fullCalcOnLoad', 'false'],\n\t['fullPrecision', 'true'],\n\t['iterate', 'false'],\n\t['iterateCount', '100'],\n\t['iterateDelta', '0.001'],\n\t['refMode', 'A1']\n];\n\n/* 18.2.3 (CT_CustomWorkbookView) Defaults */\nvar CustomWBViewDef = [\n\t['autoUpdate', 'false'],\n\t['changesSavedWin', 'false'],\n\t['includeHiddenRowCol', 'true'],\n\t['includePrintSettings', 'true'],\n\t['maximized', 'false'],\n\t['minimized', 'false'],\n\t['onlySync', 'false'],\n\t['personalView', 'false'],\n\t['showComments', 'commIndicator'],\n\t['showFormulaBar', 'true'],\n\t['showHorizontalScroll', 'true'],\n\t['showObjects', 'all'],\n\t['showSheetTabs', 'true'],\n\t['showStatusbar', 'true'],\n\t['showVerticalScroll', 'true'],\n\t['tabRatio', '600'],\n\t['xWindow', '0'],\n\t['yWindow', '0']\n];\n\nfunction push_defaults_array(target, defaults) {\n\tfor(var j = 0; j != target.length; ++j) { var w = target[j];\n\t\tfor(var i=0; i != defaults.length; ++i) { var z = defaults[i];\n\t\t\tif(w[z[0]] == null) w[z[0]] = z[1];\n\t\t}\n\t}\n}\nfunction push_defaults(target, defaults) {\n\tfor(var i = 0; i != defaults.length; ++i) { var z = defaults[i];\n\t\tif(target[z[0]] == null) target[z[0]] = z[1];\n\t}\n}\n\nfunction parse_wb_defaults(wb) {\n\tpush_defaults(wb.WBProps, WBPropsDef);\n\tpush_defaults(wb.CalcPr, CalcPrDef);\n\n\tpush_defaults_array(wb.WBView, WBViewDef);\n\tpush_defaults_array(wb.Sheets, SheetDef);\n\n\t_ssfopts.date1904 = parsexmlbool(wb.WBProps.date1904, 'date1904');\n}\n/* 18.2 Workbook */\nvar wbnsregex = /<\\w+:workbook/;\nfunction parse_wb_xml(data, opts) {\n\tvar wb = { AppVersion:{}, WBProps:{}, WBView:[], Sheets:[], CalcPr:{}, xmlns: \"\" };\n\tvar pass = false, xmlns = \"xmlns\";\n\tdata.match(tagregex).forEach(function xml_wb(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(strip_ns(y[0])) {\n\t\t\tcase '<?xml': break;\n\n\t\t\t/* 18.2.27 workbook CT_Workbook 1 */\n\t\t\tcase '<workbook':\n\t\t\t\tif(x.match(wbnsregex)) xmlns = \"xmlns\" + x.match(/<(\\w+):/)[1];\n\t\t\t\twb.xmlns = y[xmlns];\n\t\t\t\tbreak;\n\t\t\tcase '</workbook>': break;\n\n\t\t\t/* 18.2.13 fileVersion CT_FileVersion ? */\n\t\t\tcase '<fileVersion': delete y[0]; wb.AppVersion = y; break;\n\t\t\tcase '<fileVersion/>': break;\n\n\t\t\t/* 18.2.12 fileSharing CT_FileSharing ? */\n\t\t\tcase '<fileSharing': case '<fileSharing/>': break;\n\n\t\t\t/* 18.2.28 workbookPr CT_WorkbookPr ? */\n\t\t\tcase '<workbookPr': delete y[0]; wb.WBProps = y; break;\n\t\t\tcase '<workbookPr/>': delete y[0]; wb.WBProps = y; break;\n\n\t\t\t/* 18.2.29 workbookProtection CT_WorkbookProtection ? */\n\t\t\tcase '<workbookProtection': break;\n\t\t\tcase '<workbookProtection/>': break;\n\n\t\t\t/* 18.2.1 bookViews CT_BookViews ? */\n\t\t\tcase '<bookViews>': case '</bookViews>': break;\n\t\t\t/* 18.2.30 workbookView CT_BookView + */\n\t\t\tcase '<workbookView': delete y[0]; wb.WBView.push(y); break;\n\n\t\t\t/* 18.2.20 sheets CT_Sheets 1 */\n\t\t\tcase '<sheets>': case '</sheets>': break; // aggregate sheet\n\t\t\t/* 18.2.19 sheet CT_Sheet + */\n\t\t\tcase '<sheet': delete y[0]; y.name = utf8read(y.name); wb.Sheets.push(y); break;\n\n\t\t\t/* 18.2.15 functionGroups CT_FunctionGroups ? */\n\t\t\tcase '<functionGroups': case '<functionGroups/>': break;\n\t\t\t/* 18.2.14 functionGroup CT_FunctionGroup + */\n\t\t\tcase '<functionGroup': break;\n\n\t\t\t/* 18.2.9 externalReferences CT_ExternalReferences ? */\n\t\t\tcase '<externalReferences': case '</externalReferences>': case '<externalReferences>': break;\n\t\t\t/* 18.2.8 externalReference CT_ExternalReference + */\n\t\t\tcase '<externalReference': break;\n\n\t\t\t/* 18.2.6 definedNames CT_DefinedNames ? */\n\t\t\tcase '<definedNames/>': break;\n\t\t\tcase '<definedNames>': case '<definedNames': pass=true; break;\n\t\t\tcase '</definedNames>': pass=false; break;\n\t\t\t/* 18.2.5 definedName CT_DefinedName + */\n\t\t\tcase '<definedName': case '<definedName/>': case '</definedName>': break;\n\n\t\t\t/* 18.2.2 calcPr CT_CalcPr ? */\n\t\t\tcase '<calcPr': delete y[0]; wb.CalcPr = y; break;\n\t\t\tcase '<calcPr/>': delete y[0]; wb.CalcPr = y; break;\n\n\t\t\t/* 18.2.16 oleSize CT_OleSize ? (ref required) */\n\t\t\tcase '<oleSize': break;\n\n\t\t\t/* 18.2.4 customWorkbookViews CT_CustomWorkbookViews ? */\n\t\t\tcase '<customWorkbookViews>': case '</customWorkbookViews>': case '<customWorkbookViews': break;\n\t\t\t/* 18.2.3 customWorkbookView CT_CustomWorkbookView + */\n\t\t\tcase '<customWorkbookView': case '</customWorkbookView>': break;\n\n\t\t\t/* 18.2.18 pivotCaches CT_PivotCaches ? */\n\t\t\tcase '<pivotCaches>': case '</pivotCaches>': case '<pivotCaches': break;\n\t\t\t/* 18.2.17 pivotCache CT_PivotCache ? */\n\t\t\tcase '<pivotCache': break;\n\n\t\t\t/* 18.2.21 smartTagPr CT_SmartTagPr ? */\n\t\t\tcase '<smartTagPr': case '<smartTagPr/>': break;\n\n\t\t\t/* 18.2.23 smartTagTypes CT_SmartTagTypes ? */\n\t\t\tcase '<smartTagTypes': case '<smartTagTypes>': case '</smartTagTypes>': break;\n\t\t\t/* 18.2.22 smartTagType CT_SmartTagType ? */\n\t\t\tcase '<smartTagType': break;\n\n\t\t\t/* 18.2.24 webPublishing CT_WebPublishing ? */\n\t\t\tcase '<webPublishing': case '<webPublishing/>': break;\n\n\t\t\t/* 18.2.11 fileRecoveryPr CT_FileRecoveryPr ? */\n\t\t\tcase '<fileRecoveryPr': case '<fileRecoveryPr/>': break;\n\n\t\t\t/* 18.2.26 webPublishObjects CT_WebPublishObjects ? */\n\t\t\tcase '<webPublishObjects>': case '<webPublishObjects': case '</webPublishObjects>': break;\n\t\t\t/* 18.2.25 webPublishObject CT_WebPublishObject ? */\n\t\t\tcase '<webPublishObject': break;\n\n\t\t\t/* 18.2.10 extLst CT_ExtensionList ? */\n\t\t\tcase '<extLst>': case '</extLst>': case '<extLst/>': break;\n\t\t\t/* 18.2.7 ext CT_Extension + */\n\t\t\tcase '<ext': pass=true; break; //TODO: check with versions of excel\n\t\t\tcase '</ext>': pass=false; break;\n\n\t\t\t/* Others */\n\t\t\tcase '<ArchID': break;\n\t\t\tcase '<AlternateContent': pass=true; break;\n\t\t\tcase '</AlternateContent>': pass=false; break;\n\n\t\t\tdefault: if(!pass && opts.WTF) throw 'unrecognized ' + y[0] + ' in workbook';\n\t\t}\n\t});\n\tif(XMLNS.main.indexOf(wb.xmlns) === -1) throw new Error(\"Unknown Namespace: \" + wb.xmlns);\n\n\tparse_wb_defaults(wb);\n\n\treturn wb;\n}\n\nvar WB_XML_ROOT = writextag('workbook', null, {\n\t'xmlns': XMLNS.main[0],\n\t//'xmlns:mx': XMLNS.mx,\n\t//'xmlns:s': XMLNS.main[0],\n\t'xmlns:r': XMLNS.r\n});\n\nfunction safe1904(wb) {\n\t/* TODO: store date1904 somewhere else */\n\ttry { return parsexmlbool(wb.Workbook.WBProps.date1904) ? \"true\" : \"false\"; } catch(e) { return \"false\"; }\n}\n\nfunction write_wb_xml(wb, opts) {\n\tvar o = [XML_HEADER];\n\to[o.length] = WB_XML_ROOT;\n\to[o.length] = (writextag('workbookPr', null, {date1904:safe1904(wb)}));\n\to[o.length] = \"<sheets>\";\n\tfor(var i = 0; i != wb.SheetNames.length; ++i)\n\t\to[o.length] = (writextag('sheet',null,{name:wb.SheetNames[i].substr(0,31), sheetId:\"\"+(i+1), \"r:id\":\"rId\"+(i+1)}));\n\to[o.length] = \"</sheets>\";\n\tif(o.length>2){ o[o.length] = '</workbook>'; o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* [MS-XLSB] 2.4.301 BrtBundleSh */\nfunction parse_BrtBundleSh(data, length) {\n\tvar z = {};\n\tz.hsState = data.read_shift(4); //ST_SheetState\n\tz.iTabID = data.read_shift(4);\n\tz.strRelID = parse_RelID(data,length-8);\n\tz.name = parse_XLWideString(data);\n\treturn z;\n}\nfunction write_BrtBundleSh(data, o) {\n\tif(!o) o = new_buf(127);\n\to.write_shift(4, data.hsState);\n\to.write_shift(4, data.iTabID);\n\twrite_RelID(data.strRelID, o);\n\twrite_XLWideString(data.name.substr(0,31), o);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.807 BrtWbProp */\nfunction parse_BrtWbProp(data, length) {\n\tdata.read_shift(4);\n\tvar dwThemeVersion = data.read_shift(4);\n\tvar strName = (length > 8) ? parse_XLWideString(data) : \"\";\n\treturn [dwThemeVersion, strName];\n}\nfunction write_BrtWbProp(data, o) {\n\tif(!o) o = new_buf(8);\n\to.write_shift(4, 0);\n\to.write_shift(4, 0);\n\treturn o;\n}\n\nfunction parse_BrtFRTArchID$(data, length) {\n\tvar o = {};\n\tdata.read_shift(4);\n\to.ArchID = data.read_shift(4);\n\tdata.l += length - 8;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction parse_wb_bin(data, opts) {\n\tvar wb = { AppVersion:{}, WBProps:{}, WBView:[], Sheets:[], CalcPr:{}, xmlns: \"\" };\n\tvar pass = false, z;\n\n\trecordhopper(data, function hopper_wb(val, R) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtBundleSh': wb.Sheets.push(val); break;\n\n\t\t\tcase 'BrtBeginBook': break;\n\t\t\tcase 'BrtFileVersion': break;\n\t\t\tcase 'BrtWbProp': break;\n\t\t\tcase 'BrtACBegin': break;\n\t\t\tcase 'BrtAbsPath15': break;\n\t\t\tcase 'BrtACEnd': break;\n\t\t\tcase 'BrtWbFactoid': break;\n\t\t\t/*case 'BrtBookProtectionIso': break;*/\n\t\t\tcase 'BrtBookProtection': break;\n\t\t\tcase 'BrtBeginBookViews': break;\n\t\t\tcase 'BrtBookView': break;\n\t\t\tcase 'BrtEndBookViews': break;\n\t\t\tcase 'BrtBeginBundleShs': break;\n\t\t\tcase 'BrtEndBundleShs': break;\n\t\t\tcase 'BrtBeginFnGroup': break;\n\t\t\tcase 'BrtEndFnGroup': break;\n\t\t\tcase 'BrtBeginExternals': break;\n\t\t\tcase 'BrtSupSelf': break;\n\t\t\tcase 'BrtSupBookSrc': break;\n\t\t\tcase 'BrtExternSheet': break;\n\t\t\tcase 'BrtEndExternals': break;\n\t\t\tcase 'BrtName': break;\n\t\t\tcase 'BrtCalcProp': break;\n\t\t\tcase 'BrtUserBookView': break;\n\t\t\tcase 'BrtBeginPivotCacheIDs': break;\n\t\t\tcase 'BrtBeginPivotCacheID': break;\n\t\t\tcase 'BrtEndPivotCacheID': break;\n\t\t\tcase 'BrtEndPivotCacheIDs': break;\n\t\t\tcase 'BrtWebOpt': break;\n\t\t\tcase 'BrtFileRecover': break;\n\t\t\tcase 'BrtFileSharing': break;\n\t\t\t/*case 'BrtBeginWebPubItems': break;\n\t\t\tcase 'BrtBeginWebPubItem': break;\n\t\t\tcase 'BrtEndWebPubItem': break;\n\t\t\tcase 'BrtEndWebPubItems': break;*/\n\n\t\t\t/* Smart Tags */\n\t\t\tcase 'BrtBeginSmartTagTypes': break;\n\t\t\tcase 'BrtSmartTagType': break;\n\t\t\tcase 'BrtEndSmartTagTypes': break;\n\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTArchID$': break;\n\t\t\tcase 'BrtWorkBookPr15': break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tcase 'BrtEndBook': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + R.n);\n\t\t}\n\t});\n\n\tparse_wb_defaults(wb);\n\n\treturn wb;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction write_BUNDLESHS(ba, wb, opts) {\n\twrite_record(ba, \"BrtBeginBundleShs\");\n\tfor(var idx = 0; idx != wb.SheetNames.length; ++idx) {\n\t\tvar d = { hsState: 0, iTabID: idx+1, strRelID: 'rId' + (idx+1), name: wb.SheetNames[idx] };\n\t\twrite_record(ba, \"BrtBundleSh\", write_BrtBundleSh(d));\n\t}\n\twrite_record(ba, \"BrtEndBundleShs\");\n}\n\n/* [MS-XLSB] 2.4.643 BrtFileVersion */\nfunction write_BrtFileVersion(data, o) {\n\tif(!o) o = new_buf(127);\n\tfor(var i = 0; i != 4; ++i) o.write_shift(4, 0);\n\twrite_XLWideString(\"SheetJS\", o);\n\twrite_XLWideString(XLSX.version, o);\n\twrite_XLWideString(XLSX.version, o);\n\twrite_XLWideString(\"7262\", o);\n\to.length = o.l;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction write_BOOKVIEWS(ba, wb, opts) {\n\twrite_record(ba, \"BrtBeginBookViews\");\n\t/* 1*(BrtBookView *FRT) */\n\twrite_record(ba, \"BrtEndBookViews\");\n}\n\n/* [MS-XLSB] 2.4.302 BrtCalcProp */\nfunction write_BrtCalcProp(data, o) {\n\tif(!o) o = new_buf(26);\n\to.write_shift(4,0); /* force recalc */\n\to.write_shift(4,1);\n\to.write_shift(4,0);\n\twrite_Xnum(0, o);\n\to.write_shift(-4, 1023);\n\to.write_shift(1, 0x33);\n\to.write_shift(1, 0x00);\n\treturn o;\n}\n\nfunction write_BrtFileRecover(data, o) {\n\tif(!o) o = new_buf(1);\n\to.write_shift(1,0);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction write_wb_bin(wb, opts) {\n\tvar ba = buf_array();\n\twrite_record(ba, \"BrtBeginBook\");\n\twrite_record(ba, \"BrtFileVersion\", write_BrtFileVersion());\n\t/* [[BrtFileSharingIso] BrtFileSharing] */\n\twrite_record(ba, \"BrtWbProp\", write_BrtWbProp());\n\t/* [ACABSPATH] */\n\t/* [[BrtBookProtectionIso] BrtBookProtection] */\n\twrite_BOOKVIEWS(ba, wb, opts);\n\twrite_BUNDLESHS(ba, wb, opts);\n\t/* [FNGROUP] */\n\t/* [EXTERNALS] */\n\t/* *BrtName */\n\twrite_record(ba, \"BrtCalcProp\", write_BrtCalcProp());\n\t/* [BrtOleSize] */\n\t/* *(BrtUserBookView *FRT) */\n\t/* [PIVOTCACHEIDS] */\n\t/* [BrtWbFactoid] */\n\t/* [SMARTTAGTYPES] */\n\t/* [BrtWebOpt] */\n\twrite_record(ba, \"BrtFileRecover\", write_BrtFileRecover());\n\t/* [WEBPUBITEMS] */\n\t/* [CRERRS] */\n\t/* FRTWORKBOOK */\n\twrite_record(ba, \"BrtEndBook\");\n\n\treturn ba.end();\n}\nfunction parse_wb(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_wb_bin : parse_wb_xml)(data, opts);\n}\n\nfunction parse_ws(data, name, opts, rels) {\n\treturn (name.substr(-4)===\".bin\" ? parse_ws_bin : parse_ws_xml)(data, opts, rels);\n}\n\nfunction parse_sty(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_sty_bin : parse_sty_xml)(data, opts);\n}\n\nfunction parse_theme(data, name, opts) {\n\treturn parse_theme_xml(data, opts);\n}\n\nfunction parse_sst(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_sst_bin : parse_sst_xml)(data, opts);\n}\n\nfunction parse_cmnt(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_comments_bin : parse_comments_xml)(data, opts);\n}\n\nfunction parse_cc(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_cc_bin : parse_cc_xml)(data, opts);\n}\n\nfunction write_wb(wb, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_wb_bin : write_wb_xml)(wb, opts);\n}\n\nfunction write_ws(data, name, opts, wb) {\n\treturn (name.substr(-4)===\".bin\" ? write_ws_bin : write_ws_xml)(data, opts, wb);\n}\n\nfunction write_sty(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_sty_bin : write_sty_xml)(data, opts);\n}\n\nfunction write_sst(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_sst_bin : write_sst_xml)(data, opts);\n}\n/*\nfunction write_cmnt(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_comments_bin : write_comments_xml)(data, opts);\n}\n\nfunction write_cc(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_cc_bin : write_cc_xml)(data, opts);\n}\n*/\nvar attregexg2=/([\\w:]+)=((?:\")([^\"]*)(?:\")|(?:')([^']*)(?:'))/g;\nvar attregex2=/([\\w:]+)=((?:\")(?:[^\"]*)(?:\")|(?:')(?:[^']*)(?:'))/;\nvar _chr = function(c) { return String.fromCharCode(c); };\nfunction xlml_parsexmltag(tag, skip_root) {\n\tvar words = tag.split(/\\s+/);\n\tvar z = []; if(!skip_root) z[0] = words[0];\n\tif(words.length === 1) return z;\n\tvar m = tag.match(attregexg2), y, j, w, i;\n\tif(m) for(i = 0; i != m.length; ++i) {\n\t\ty = m[i].match(attregex2);\n\t\tif((j=y[1].indexOf(\":\")) === -1) z[y[1]] = y[2].substr(1,y[2].length-2);\n\t\telse {\n\t\t\tif(y[1].substr(0,6) === \"xmlns:\") w = \"xmlns\"+y[1].substr(6);\n\t\t\telse w = y[1].substr(j+1);\n\t\t\tz[w] = y[2].substr(1,y[2].length-2);\n\t\t}\n\t}\n\treturn z;\n}\nfunction xlml_parsexmltagobj(tag) {\n\tvar words = tag.split(/\\s+/);\n\tvar z = {};\n\tif(words.length === 1) return z;\n\tvar m = tag.match(attregexg2), y, j, w, i;\n\tif(m) for(i = 0; i != m.length; ++i) {\n\t\ty = m[i].match(attregex2);\n\t\tif((j=y[1].indexOf(\":\")) === -1) z[y[1]] = y[2].substr(1,y[2].length-2);\n\t\telse {\n\t\t\tif(y[1].substr(0,6) === \"xmlns:\") w = \"xmlns\"+y[1].substr(6);\n\t\t\telse w = y[1].substr(j+1);\n\t\t\tz[w] = y[2].substr(1,y[2].length-2);\n\t\t}\n\t}\n\treturn z;\n}\n\n// ----\n\nfunction xlml_format(format, value) {\n\tvar fmt = XLMLFormatMap[format] || unescapexml(format);\n\tif(fmt === \"General\") return SSF._general(value);\n\treturn SSF.format(fmt, value);\n}\n\nfunction xlml_set_custprop(Custprops, Rn, cp, val) {\n\tswitch((cp[0].match(/dt:dt=\"([\\w.]+)\"/)||[\"\",\"\"])[1]) {\n\t\tcase \"boolean\": val = parsexmlbool(val); break;\n\t\tcase \"i2\": case \"int\": val = parseInt(val, 10); break;\n\t\tcase \"r4\": case \"float\": val = parseFloat(val); break;\n\t\tcase \"date\": case \"dateTime.tz\": val = new Date(val); break;\n\t\tcase \"i8\": case \"string\": case \"fixed\": case \"uuid\": case \"bin.base64\": break;\n\t\tdefault: throw \"bad custprop:\" + cp[0];\n\t}\n\tCustprops[unescapexml(Rn[3])] = val;\n}\n\nfunction safe_format_xlml(cell, nf, o) {\n\ttry {\n\t\tif(cell.t === 'e') { cell.w = cell.w || BErr[cell.v]; }\n\t\telse if(nf === \"General\") {\n\t\t\tif(cell.t === 'n') {\n\t\t\t\tif((cell.v|0) === cell.v) cell.w = SSF._general_int(cell.v);\n\t\t\t\telse cell.w = SSF._general_num(cell.v);\n\t\t\t}\n\t\t\telse cell.w = SSF._general(cell.v);\n\t\t}\n\t\telse cell.w = xlml_format(nf||\"General\", cell.v);\n\t\tif(o.cellNF) cell.z = XLMLFormatMap[nf]||nf||\"General\";\n\t} catch(e) { if(o.WTF) throw e; }\n}\n\nfunction process_style_xlml(styles, stag, opts) {\n\tif(opts.cellStyles) {\n\t\tif(stag.Interior) {\n\t\t\tvar I = stag.Interior;\n\t\t\tif(I.Pattern) I.patternType = XLMLPatternTypeMap[I.Pattern] || I.Pattern;\n\t\t}\n\t}\n\tstyles[stag.ID] = stag;\n}\n\n/* TODO: there must exist some form of OSP-blessed spec */\nfunction parse_xlml_data(xml, ss, data, cell, base, styles, csty, row, o) {\n\tvar nf = \"General\", sid = cell.StyleID, S = {}; o = o || {};\n\tvar interiors = [];\n\tif(sid === undefined && row) sid = row.StyleID;\n\tif(sid === undefined && csty) sid = csty.StyleID;\n\twhile(styles[sid] !== undefined) {\n\t\tif(styles[sid].nf) nf = styles[sid].nf;\n\t\tif(styles[sid].Interior) interiors.push(styles[sid].Interior);\n\t\tif(!styles[sid].Parent) break;\n\t\tsid = styles[sid].Parent;\n\t}\n\tswitch(data.Type) {\n\t\tcase 'Boolean':\n\t\t\tcell.t = 'b';\n\t\t\tcell.v = parsexmlbool(xml);\n\t\t\tbreak;\n\t\tcase 'String':\n\t\t\tcell.t = 's'; cell.r = xlml_fixstr(unescapexml(xml));\n\t\t\tcell.v = xml.indexOf(\"<\") > -1 ? ss : cell.r;\n\t\t\tbreak;\n\t\tcase 'DateTime':\n\t\t\tcell.v = (Date.parse(xml) - new Date(Date.UTC(1899, 11, 30))) / (24 * 60 * 60 * 1000);\n\t\t\tif(cell.v !== cell.v) cell.v = unescapexml(xml);\n\t\t\telse if(cell.v >= 1 && cell.v<60) cell.v = cell.v -1;\n\t\t\tif(!nf || nf == \"General\") nf = \"yyyy-mm-dd\";\n\t\t\t/* falls through */\n\t\tcase 'Number':\n\t\t\tif(cell.v === undefined) cell.v=+xml;\n\t\t\tif(!cell.t) cell.t = 'n';\n\t\t\tbreak;\n\t\tcase 'Error': cell.t = 'e'; cell.v = RBErr[xml]; cell.w = xml; break;\n\t\tdefault: cell.t = 's'; cell.v = xlml_fixstr(ss); break;\n\t}\n\tsafe_format_xlml(cell, nf, o);\n\tif(o.cellFormula != null && cell.Formula) {\n\t\tcell.f = rc_to_a1(unescapexml(cell.Formula), base);\n\t\tcell.Formula = undefined;\n\t}\n\tif(o.cellStyles) {\n\t\tinteriors.forEach(function(x) {\n\t\t\tif(!S.patternType && x.patternType) S.patternType = x.patternType;\n\t\t});\n\t\tcell.s = S;\n\t}\n\tcell.ixfe = cell.StyleID !== undefined ? cell.StyleID : 'Default';\n}\n\nfunction xlml_clean_comment(comment) {\n\tcomment.t = comment.v;\n\tcomment.v = comment.w = comment.ixfe = undefined;\n}\n\nfunction xlml_normalize(d) {\n\tif(has_buf && Buffer.isBuffer(d)) return d.toString('utf8');\n\tif(typeof d === 'string') return d;\n\tthrow \"badf\";\n}\n\n/* TODO: Everything */\nvar xlmlregex = /<(\\/?)([a-z0-9]*:|)(\\w+)[^>]*>/mg;\nfunction parse_xlml_xml(d, opts) {\n\tvar str = xlml_normalize(d);\n\tvar Rn;\n\tvar state = [], tmp;\n\tvar sheets = {}, sheetnames = [], cursheet = {}, sheetname = \"\";\n\tvar table = {}, cell = {}, row = {}, dtag, didx;\n\tvar c = 0, r = 0;\n\tvar refguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\tvar styles = {}, stag = {};\n\tvar ss = \"\", fidx = 0;\n\tvar mergecells = [];\n\tvar Props = {}, Custprops = {}, pidx = 0, cp = {};\n\tvar comments = [], comment = {};\n\tvar cstys = [], csty;\n\txlmlregex.lastIndex = 0;\n\twhile((Rn = xlmlregex.exec(str))) switch(Rn[3]) {\n\t\tcase 'Data':\n\t\t\tif(state[state.length-1][1]) break;\n\t\t\tif(Rn[1]==='/') parse_xlml_data(str.slice(didx, Rn.index), ss, dtag, state[state.length-1][0]==\"Comment\"?comment:cell, {c:c,r:r}, styles, cstys[c], row, opts);\n\t\t\telse { ss = \"\"; dtag = xlml_parsexmltag(Rn[0]); didx = Rn.index + Rn[0].length; }\n\t\t\tbreak;\n\t\tcase 'Cell':\n\t\t\tif(Rn[1]==='/'){\n\t\t\t\tif(comments.length > 0) cell.c = comments;\n\t\t\t\tif((!opts.sheetRows || opts.sheetRows > r) && cell.v !== undefined) cursheet[encode_col(c) + encode_row(r)] = cell;\n\t\t\t\tif(cell.HRef) {\n\t\t\t\t\tcell.l = {Target:cell.HRef, tooltip:cell.HRefScreenTip};\n\t\t\t\t\tcell.HRef = cell.HRefScreenTip = undefined;\n\t\t\t\t}\n\t\t\t\tif(cell.MergeAcross || cell.MergeDown) {\n\t\t\t\t\tvar cc = c + (parseInt(cell.MergeAcross,10)|0);\n\t\t\t\t\tvar rr = r + (parseInt(cell.MergeDown,10)|0);\n\t\t\t\t\tmergecells.push({s:{c:c,r:r},e:{c:cc,r:rr}});\n\t\t\t\t}\n\t\t\t\t++c;\n\t\t\t\tif(cell.MergeAcross) c += +cell.MergeAcross;\n\t\t\t} else {\n\t\t\t\tcell = xlml_parsexmltagobj(Rn[0]);\n\t\t\t\tif(cell.Index) c = +cell.Index - 1;\n\t\t\t\tif(c < refguess.s.c) refguess.s.c = c;\n\t\t\t\tif(c > refguess.e.c) refguess.e.c = c;\n\t\t\t\tif(Rn[0].substr(-2) === \"/>\") ++c;\n\t\t\t\tcomments = [];\n\t\t\t}\n\t\t\tbreak;\n\t\tcase 'Row':\n\t\t\tif(Rn[1]==='/' || Rn[0].substr(-2) === \"/>\") {\n\t\t\t\tif(r < refguess.s.r) refguess.s.r = r;\n\t\t\t\tif(r > refguess.e.r) refguess.e.r = r;\n\t\t\t\tif(Rn[0].substr(-2) === \"/>\") {\n\t\t\t\t\trow = xlml_parsexmltag(Rn[0]);\n\t\t\t\t\tif(row.Index) r = +row.Index - 1;\n\t\t\t\t}\n\t\t\t\tc = 0; ++r;\n\t\t\t} else {\n\t\t\t\trow = xlml_parsexmltag(Rn[0]);\n\t\t\t\tif(row.Index) r = +row.Index - 1;\n\t\t\t}\n\t\t\tbreak;\n\t\tcase 'Worksheet': /* TODO: read range from FullRows/FullColumns */\n\t\t\tif(Rn[1]==='/'){\n\t\t\t\tif((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;\n\t\t\t\tsheetnames.push(sheetname);\n\t\t\t\tif(refguess.s.r <= refguess.e.r && refguess.s.c <= refguess.e.c) cursheet[\"!ref\"] = encode_range(refguess);\n\t\t\t\tif(mergecells.length) cursheet[\"!merges\"] = mergecells;\n\t\t\t\tsheets[sheetname] = cursheet;\n\t\t\t} else {\n\t\t\t\trefguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\t\t\t\tr = c = 0;\n\t\t\t\tstate.push([Rn[3], false]);\n\t\t\t\ttmp = xlml_parsexmltag(Rn[0]);\n\t\t\t\tsheetname = tmp.Name;\n\t\t\t\tcursheet = {};\n\t\t\t\tmergecells = [];\n\t\t\t}\n\t\t\tbreak;\n\t\tcase 'Table':\n\t\t\tif(Rn[1]==='/'){if((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;}\n\t\t\telse if(Rn[0].slice(-2) == \"/>\") break;\n\t\t\telse {\n\t\t\t\ttable = xlml_parsexmltag(Rn[0]);\n\t\t\t\tstate.push([Rn[3], false]);\n\t\t\t\tcstys = [];\n\t\t\t}\n\t\t\tbreak;\n\n\t\tcase 'Style':\n\t\t\tif(Rn[1]==='/') process_style_xlml(styles, stag, opts);\n\t\t\telse stag = xlml_parsexmltag(Rn[0]);\n\t\t\tbreak;\n\n\t\tcase 'NumberFormat':\n\t\t\tstag.nf = xlml_parsexmltag(Rn[0]).Format || \"General\";\n\t\t\tbreak;\n\n\t\tcase 'Column':\n\t\t\tif(state[state.length-1][0] !== 'Table') break;\n\t\t\tcsty = xlml_parsexmltag(Rn[0]);\n\t\t\tcstys[(csty.Index-1||cstys.length)] = csty;\n\t\t\tfor(var i = 0; i < +csty.Span; ++i) cstys[cstys.length] = csty;\n\t\t\tbreak;\n\n\t\tcase 'NamedRange': break;\n\t\tcase 'NamedCell': break;\n\t\tcase 'B': break;\n\t\tcase 'I': break;\n\t\tcase 'U': break;\n\t\tcase 'S': break;\n\t\tcase 'Sub': break;\n\t\tcase 'Sup': break;\n\t\tcase 'Span': break;\n\t\tcase 'Border': break;\n\t\tcase 'Alignment': break;\n\t\tcase 'Borders': break;\n\t\tcase 'Font':\n\t\t\tif(Rn[0].substr(-2) === \"/>\") break;\n\t\t\telse if(Rn[1]===\"/\") ss += str.slice(fidx, Rn.index);\n\t\t\telse fidx = Rn.index + Rn[0].length;\n\t\t\tbreak;\n\t\tcase 'Interior':\n\t\t\tif(!opts.cellStyles) break;\n\t\t\tstag.Interior = xlml_parsexmltag(Rn[0]);\n\t\t\tbreak;\n\t\tcase 'Protection': break;\n\n\t\tcase 'Author':\n\t\tcase 'Title':\n\t\tcase 'Description':\n\t\tcase 'Created':\n\t\tcase 'Keywords':\n\t\tcase 'Subject':\n\t\tcase 'Category':\n\t\tcase 'Company':\n\t\tcase 'LastAuthor':\n\t\tcase 'LastSaved':\n\t\tcase 'LastPrinted':\n\t\tcase 'Version':\n\t\tcase 'Revision':\n\t\tcase 'TotalTime':\n\t\tcase 'HyperlinkBase':\n\t\tcase 'Manager':\n\t\t\tif(Rn[0].substr(-2) === \"/>\") break;\n\t\t\telse if(Rn[1]===\"/\") xlml_set_prop(Props, Rn[3], str.slice(pidx, Rn.index));\n\t\t\telse pidx = Rn.index + Rn[0].length;\n\t\t\tbreak;\n\t\tcase 'Paragraphs': break;\n\n\t\tcase 'Styles':\n\t\tcase 'Workbook':\n\t\t\tif(Rn[1]==='/'){if((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;}\n\t\t\telse state.push([Rn[3], false]);\n\t\t\tbreak;\n\n\t\tcase 'Comment':\n\t\t\tif(Rn[1]==='/'){\n\t\t\t\tif((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;\n\t\t\t\txlml_clean_comment(comment);\n\t\t\t\tcomments.push(comment);\n\t\t\t} else {\n\t\t\t\tstate.push([Rn[3], false]);\n\t\t\t\ttmp = xlml_parsexmltag(Rn[0]);\n\t\t\t\tcomment = {a:tmp.Author};\n\t\t\t}\n\t\t\tbreak;\n\n\t\tcase 'Name': break;\n\n\t\tcase 'ComponentOptions':\n\t\tcase 'DocumentProperties':\n\t\tcase 'CustomDocumentProperties':\n\t\tcase 'OfficeDocumentSettings':\n\t\tcase 'PivotTable':\n\t\tcase 'PivotCache':\n\t\tcase 'Names':\n\t\tcase 'MapInfo':\n\t\tcase 'PageBreaks':\n\t\tcase 'QueryTable':\n\t\tcase 'DataValidation':\n\t\tcase 'AutoFilter':\n\t\tcase 'Sorting':\n\t\tcase 'Schema':\n\t\tcase 'data':\n\t\tcase 'ConditionalFormatting':\n\t\tcase 'SmartTagType':\n\t\tcase 'SmartTags':\n\t\tcase 'ExcelWorkbook':\n\t\tcase 'WorkbookOptions':\n\t\tcase 'WorksheetOptions':\n\t\t\tif(Rn[1]==='/'){if((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;}\n\t\t\telse if(Rn[0].charAt(Rn[0].length-2) !== '/') state.push([Rn[3], true]);\n\t\t\tbreak;\n\n\t\tdefault:\n\t\t\tvar seen = true;\n\t\t\tswitch(state[state.length-1][0]) {\n\t\t\t\t/* OfficeDocumentSettings */\n\t\t\t\tcase 'OfficeDocumentSettings': switch(Rn[3]) {\n\t\t\t\t\tcase 'AllowPNG': break;\n\t\t\t\t\tcase 'RemovePersonalInformation': break;\n\t\t\t\t\tcase 'DownloadComponents': break;\n\t\t\t\t\tcase 'LocationOfComponents': break;\n\t\t\t\t\tcase 'Colors': break;\n\t\t\t\t\tcase 'Color': break;\n\t\t\t\t\tcase 'Index': break;\n\t\t\t\t\tcase 'RGB': break;\n\t\t\t\t\tcase 'PixelsPerInch': break;\n\t\t\t\t\tcase 'TargetScreenSize': break;\n\t\t\t\t\tcase 'ReadOnlyRecommended': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* ComponentOptions */\n\t\t\t\tcase 'ComponentOptions': switch(Rn[3]) {\n\t\t\t\t\tcase 'Toolbar': break;\n\t\t\t\t\tcase 'HideOfficeLogo': break;\n\t\t\t\t\tcase 'SpreadsheetAutoFit': break;\n\t\t\t\t\tcase 'Label': break;\n\t\t\t\t\tcase 'Caption': break;\n\t\t\t\t\tcase 'MaxHeight': break;\n\t\t\t\t\tcase 'MaxWidth': break;\n\t\t\t\t\tcase 'NextSheetNumber': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* ExcelWorkbook */\n\t\t\t\tcase 'ExcelWorkbook': switch(Rn[3]) {\n\t\t\t\t\tcase 'WindowHeight': break;\n\t\t\t\t\tcase 'WindowWidth': break;\n\t\t\t\t\tcase 'WindowTopX': break;\n\t\t\t\t\tcase 'WindowTopY': break;\n\t\t\t\t\tcase 'TabRatio': break;\n\t\t\t\t\tcase 'ProtectStructure': break;\n\t\t\t\t\tcase 'ProtectWindows': break;\n\t\t\t\t\tcase 'ActiveSheet': break;\n\t\t\t\t\tcase 'DisplayInkNotes': break;\n\t\t\t\t\tcase 'FirstVisibleSheet': break;\n\t\t\t\t\tcase 'SupBook': break;\n\t\t\t\t\tcase 'SheetName': break;\n\t\t\t\t\tcase 'SheetIndex': break;\n\t\t\t\t\tcase 'SheetIndexFirst': break;\n\t\t\t\t\tcase 'SheetIndexLast': break;\n\t\t\t\t\tcase 'Dll': break;\n\t\t\t\t\tcase 'AcceptLabelsInFormulas': break;\n\t\t\t\t\tcase 'DoNotSaveLinkValues': break;\n\t\t\t\t\tcase 'Date1904': break;\n\t\t\t\t\tcase 'Iteration': break;\n\t\t\t\t\tcase 'MaxIterations': break;\n\t\t\t\t\tcase 'MaxChange': break;\n\t\t\t\t\tcase 'Path': break;\n\t\t\t\t\tcase 'Xct': break;\n\t\t\t\t\tcase 'Count': break;\n\t\t\t\t\tcase 'SelectedSheets': break;\n\t\t\t\t\tcase 'Calculation': break;\n\t\t\t\t\tcase 'Uncalced': break;\n\t\t\t\t\tcase 'StartupPrompt': break;\n\t\t\t\t\tcase 'Crn': break;\n\t\t\t\t\tcase 'ExternName': break;\n\t\t\t\t\tcase 'Formula': break;\n\t\t\t\t\tcase 'ColFirst': break;\n\t\t\t\t\tcase 'ColLast': break;\n\t\t\t\t\tcase 'WantAdvise': break;\n\t\t\t\t\tcase 'Boolean': break;\n\t\t\t\t\tcase 'Error': break;\n\t\t\t\t\tcase 'Text': break;\n\t\t\t\t\tcase 'OLE': break;\n\t\t\t\t\tcase 'NoAutoRecover': break;\n\t\t\t\t\tcase 'PublishObjects': break;\n\t\t\t\t\tcase 'DoNotCalculateBeforeSave': break;\n\t\t\t\t\tcase 'Number': break;\n\t\t\t\t\tcase 'RefModeR1C1': break;\n\t\t\t\t\tcase 'EmbedSaveSmartTags': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* WorkbookOptions */\n\t\t\t\tcase 'WorkbookOptions': switch(Rn[3]) {\n\t\t\t\t\tcase 'OWCVersion': break;\n\t\t\t\t\tcase 'Height': break;\n\t\t\t\t\tcase 'Width': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* WorksheetOptions */\n\t\t\t\tcase 'WorksheetOptions': switch(Rn[3]) {\n\t\t\t\t\tcase 'Unsynced': break;\n\t\t\t\t\tcase 'Visible': break;\n\t\t\t\t\tcase 'Print': break;\n\t\t\t\t\tcase 'Panes': break;\n\t\t\t\t\tcase 'Scale': break;\n\t\t\t\t\tcase 'Pane': break;\n\t\t\t\t\tcase 'Number': break;\n\t\t\t\t\tcase 'Layout': break;\n\t\t\t\t\tcase 'Header': break;\n\t\t\t\t\tcase 'Footer': break;\n\t\t\t\t\tcase 'PageSetup': break;\n\t\t\t\t\tcase 'PageMargins': break;\n\t\t\t\t\tcase 'Selected': break;\n\t\t\t\t\tcase 'ProtectObjects': break;\n\t\t\t\t\tcase 'EnableSelection': break;\n\t\t\t\t\tcase 'ProtectScenarios': break;\n\t\t\t\t\tcase 'ValidPrinterInfo': break;\n\t\t\t\t\tcase 'HorizontalResolution': break;\n\t\t\t\t\tcase 'VerticalResolution': break;\n\t\t\t\t\tcase 'NumberofCopies': break;\n\t\t\t\t\tcase 'ActiveRow': break;\n\t\t\t\t\tcase 'ActiveCol': break;\n\t\t\t\t\tcase 'ActivePane': break;\n\t\t\t\t\tcase 'TopRowVisible': break;\n\t\t\t\t\tcase 'TopRowBottomPane': break;\n\t\t\t\t\tcase 'LeftColumnVisible': break;\n\t\t\t\t\tcase 'LeftColumnRightPane': break;\n\t\t\t\t\tcase 'FitToPage': break;\n\t\t\t\t\tcase 'RangeSelection': break;\n\t\t\t\t\tcase 'PaperSizeIndex': break;\n\t\t\t\t\tcase 'PageLayoutZoom': break;\n\t\t\t\t\tcase 'PageBreakZoom': break;\n\t\t\t\t\tcase 'FilterOn': break;\n\t\t\t\t\tcase 'DoNotDisplayGridlines': break;\n\t\t\t\t\tcase 'SplitHorizontal': break;\n\t\t\t\t\tcase 'SplitVertical': break;\n\t\t\t\t\tcase 'FreezePanes': break;\n\t\t\t\t\tcase 'FrozenNoSplit': break;\n\t\t\t\t\tcase 'FitWidth': break;\n\t\t\t\t\tcase 'FitHeight': break;\n\t\t\t\t\tcase 'CommentsLayout': break;\n\t\t\t\t\tcase 'Zoom': break;\n\t\t\t\t\tcase 'LeftToRight': break;\n\t\t\t\t\tcase 'Gridlines': break;\n\t\t\t\t\tcase 'AllowSort': break;\n\t\t\t\t\tcase 'AllowFilter': break;\n\t\t\t\t\tcase 'AllowInsertRows': break;\n\t\t\t\t\tcase 'AllowDeleteRows': break;\n\t\t\t\t\tcase 'AllowInsertCols': break;\n\t\t\t\t\tcase 'AllowDeleteCols': break;\n\t\t\t\t\tcase 'AllowInsertHyperlinks': break;\n\t\t\t\t\tcase 'AllowFormatCells': break;\n\t\t\t\t\tcase 'AllowSizeCols': break;\n\t\t\t\t\tcase 'AllowSizeRows': break;\n\t\t\t\t\tcase 'NoSummaryRowsBelowDetail': break;\n\t\t\t\t\tcase 'TabColorIndex': break;\n\t\t\t\t\tcase 'DoNotDisplayHeadings': break;\n\t\t\t\t\tcase 'ShowPageLayoutZoom': break;\n\t\t\t\t\tcase 'NoSummaryColumnsRightDetail': break;\n\t\t\t\t\tcase 'BlackAndWhite': break;\n\t\t\t\t\tcase 'DoNotDisplayZeros': break;\n\t\t\t\t\tcase 'DisplayPageBreak': break;\n\t\t\t\t\tcase 'RowColHeadings': break;\n\t\t\t\t\tcase 'DoNotDisplayOutline': break;\n\t\t\t\t\tcase 'NoOrientation': break;\n\t\t\t\t\tcase 'AllowUsePivotTables': break;\n\t\t\t\t\tcase 'ZeroHeight': break;\n\t\t\t\t\tcase 'ViewableRange': break;\n\t\t\t\t\tcase 'Selection': break;\n\t\t\t\t\tcase 'ProtectContents': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* PivotTable */\n\t\t\t\tcase 'PivotTable': case 'PivotCache': switch(Rn[3]) {\n\t\t\t\t\tcase 'ImmediateItemsOnDrop': break;\n\t\t\t\t\tcase 'ShowPageMultipleItemLabel': break;\n\t\t\t\t\tcase 'CompactRowIndent': break;\n\t\t\t\t\tcase 'Location': break;\n\t\t\t\t\tcase 'PivotField': break;\n\t\t\t\t\tcase 'Orientation': break;\n\t\t\t\t\tcase 'LayoutForm': break;\n\t\t\t\t\tcase 'LayoutSubtotalLocation': break;\n\t\t\t\t\tcase 'LayoutCompactRow': break;\n\t\t\t\t\tcase 'Position': break;\n\t\t\t\t\tcase 'PivotItem': break;\n\t\t\t\t\tcase 'DataType': break;\n\t\t\t\t\tcase 'DataField': break;\n\t\t\t\t\tcase 'SourceName': break;\n\t\t\t\t\tcase 'ParentField': break;\n\t\t\t\t\tcase 'PTLineItems': break;\n\t\t\t\t\tcase 'PTLineItem': break;\n\t\t\t\t\tcase 'CountOfSameItems': break;\n\t\t\t\t\tcase 'Item': break;\n\t\t\t\t\tcase 'ItemType': break;\n\t\t\t\t\tcase 'PTSource': break;\n\t\t\t\t\tcase 'CacheIndex': break;\n\t\t\t\t\tcase 'ConsolidationReference': break;\n\t\t\t\t\tcase 'FileName': break;\n\t\t\t\t\tcase 'Reference': break;\n\t\t\t\t\tcase 'NoColumnGrand': break;\n\t\t\t\t\tcase 'NoRowGrand': break;\n\t\t\t\t\tcase 'BlankLineAfterItems': break;\n\t\t\t\t\tcase 'Hidden': break;\n\t\t\t\t\tcase 'Subtotal': break;\n\t\t\t\t\tcase 'BaseField': break;\n\t\t\t\t\tcase 'MapChildItems': break;\n\t\t\t\t\tcase 'Function': break;\n\t\t\t\t\tcase 'RefreshOnFileOpen': break;\n\t\t\t\t\tcase 'PrintSetTitles': break;\n\t\t\t\t\tcase 'MergeLabels': break;\n\t\t\t\t\tcase 'DefaultVersion': break;\n\t\t\t\t\tcase 'RefreshName': break;\n\t\t\t\t\tcase 'RefreshDate': break;\n\t\t\t\t\tcase 'RefreshDateCopy': break;\n\t\t\t\t\tcase 'VersionLastRefresh': break;\n\t\t\t\t\tcase 'VersionLastUpdate': break;\n\t\t\t\t\tcase 'VersionUpdateableMin': break;\n\t\t\t\t\tcase 'VersionRefreshableMin': break;\n\t\t\t\t\tcase 'Calculation': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* PageBreaks */\n\t\t\t\tcase 'PageBreaks': switch(Rn[3]) {\n\t\t\t\t\tcase 'ColBreaks': break;\n\t\t\t\t\tcase 'ColBreak': break;\n\t\t\t\t\tcase 'RowBreaks': break;\n\t\t\t\t\tcase 'RowBreak': break;\n\t\t\t\t\tcase 'ColStart': break;\n\t\t\t\t\tcase 'ColEnd': break;\n\t\t\t\t\tcase 'RowEnd': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* AutoFilter */\n\t\t\t\tcase 'AutoFilter': switch(Rn[3]) {\n\t\t\t\t\tcase 'AutoFilterColumn': break;\n\t\t\t\t\tcase 'AutoFilterCondition': break;\n\t\t\t\t\tcase 'AutoFilterAnd': break;\n\t\t\t\t\tcase 'AutoFilterOr': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* QueryTable */\n\t\t\t\tcase 'QueryTable': switch(Rn[3]) {\n\t\t\t\t\tcase 'Id': break;\n\t\t\t\t\tcase 'AutoFormatFont': break;\n\t\t\t\t\tcase 'AutoFormatPattern': break;\n\t\t\t\t\tcase 'QuerySource': break;\n\t\t\t\t\tcase 'QueryType': break;\n\t\t\t\t\tcase 'EnableRedirections': break;\n\t\t\t\t\tcase 'RefreshedInXl9': break;\n\t\t\t\t\tcase 'URLString': break;\n\t\t\t\t\tcase 'HTMLTables': break;\n\t\t\t\t\tcase 'Connection': break;\n\t\t\t\t\tcase 'CommandText': break;\n\t\t\t\t\tcase 'RefreshInfo': break;\n\t\t\t\t\tcase 'NoTitles': break;\n\t\t\t\t\tcase 'NextId': break;\n\t\t\t\t\tcase 'ColumnInfo': break;\n\t\t\t\t\tcase 'OverwriteCells': break;\n\t\t\t\t\tcase 'DoNotPromptForFile': break;\n\t\t\t\t\tcase 'TextWizardSettings': break;\n\t\t\t\t\tcase 'Source': break;\n\t\t\t\t\tcase 'Number': break;\n\t\t\t\t\tcase 'Decimal': break;\n\t\t\t\t\tcase 'ThousandSeparator': break;\n\t\t\t\t\tcase 'TrailingMinusNumbers': break;\n\t\t\t\t\tcase 'FormatSettings': break;\n\t\t\t\t\tcase 'FieldType': break;\n\t\t\t\t\tcase 'Delimiters': break;\n\t\t\t\t\tcase 'Tab': break;\n\t\t\t\t\tcase 'Comma': break;\n\t\t\t\t\tcase 'AutoFormatName': break;\n\t\t\t\t\tcase 'VersionLastEdit': break;\n\t\t\t\t\tcase 'VersionLastRefresh': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* Sorting */\n\t\t\t\tcase 'Sorting':\n\t\t\t\t/* ConditionalFormatting */\n\t\t\t\tcase 'ConditionalFormatting':\n\t\t\t\t/* DataValidation */\n\t\t\t\tcase 'DataValidation': switch(Rn[3]) {\n\t\t\t\t\tcase 'Range': break;\n\t\t\t\t\tcase 'Type': break;\n\t\t\t\t\tcase 'Min': break;\n\t\t\t\t\tcase 'Max': break;\n\t\t\t\t\tcase 'Sort': break;\n\t\t\t\t\tcase 'Descending': break;\n\t\t\t\t\tcase 'Order': break;\n\t\t\t\t\tcase 'CaseSensitive': break;\n\t\t\t\t\tcase 'Value': break;\n\t\t\t\t\tcase 'ErrorStyle': break;\n\t\t\t\t\tcase 'ErrorMessage': break;\n\t\t\t\t\tcase 'ErrorTitle': break;\n\t\t\t\t\tcase 'CellRangeList': break;\n\t\t\t\t\tcase 'InputMessage': break;\n\t\t\t\t\tcase 'InputTitle': break;\n\t\t\t\t\tcase 'ComboHide': break;\n\t\t\t\t\tcase 'InputHide': break;\n\t\t\t\t\tcase 'Condition': break;\n\t\t\t\t\tcase 'Qualifier': break;\n\t\t\t\t\tcase 'UseBlank': break;\n\t\t\t\t\tcase 'Value1': break;\n\t\t\t\t\tcase 'Value2': break;\n\t\t\t\t\tcase 'Format': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* MapInfo (schema) */\n\t\t\t\tcase 'MapInfo': case 'Schema': case 'data': switch(Rn[3]) {\n\t\t\t\t\tcase 'Map': break;\n\t\t\t\t\tcase 'Entry': break;\n\t\t\t\t\tcase 'Range': break;\n\t\t\t\t\tcase 'XPath': break;\n\t\t\t\t\tcase 'Field': break;\n\t\t\t\t\tcase 'XSDType': break;\n\t\t\t\t\tcase 'FilterOn': break;\n\t\t\t\t\tcase 'Aggregate': break;\n\t\t\t\t\tcase 'ElementType': break;\n\t\t\t\t\tcase 'AttributeType': break;\n\t\t\t\t/* These are from xsd (XML Schema Definition) */\n\t\t\t\t\tcase 'schema':\n\t\t\t\t\tcase 'element':\n\t\t\t\t\tcase 'complexType':\n\t\t\t\t\tcase 'datatype':\n\t\t\t\t\tcase 'all':\n\t\t\t\t\tcase 'attribute':\n\t\t\t\t\tcase 'extends': break;\n\n\t\t\t\t\tcase 'row': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* SmartTags (can be anything) */\n\t\t\t\tcase 'SmartTags': break;\n\n\t\t\t\tdefault: seen = false; break;\n\t\t\t}\n\t\t\tif(seen) break;\n\t\t\t/* CustomDocumentProperties */\n\t\t\tif(!state[state.length-1][1]) throw 'Unrecognized tag: ' + Rn[3] + \"|\" + state.join(\"|\");\n\t\t\tif(state[state.length-1][0]==='CustomDocumentProperties') {\n\t\t\t\tif(Rn[0].substr(-2) === \"/>\") break;\n\t\t\t\telse if(Rn[1]===\"/\") xlml_set_custprop(Custprops, Rn, cp, str.slice(pidx, Rn.index));\n\t\t\t\telse { cp = Rn; pidx = Rn.index + Rn[0].length; }\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(opts.WTF) throw 'Unrecognized tag: ' + Rn[3] + \"|\" + state.join(\"|\");\n\t}\n\tvar out = {};\n\tif(!opts.bookSheets && !opts.bookProps) out.Sheets = sheets;\n\tout.SheetNames = sheetnames;\n\tout.SSF = SSF.get_table();\n\tout.Props = Props;\n\tout.Custprops = Custprops;\n\treturn out;\n}\n\nfunction parse_xlml(data, opts) {\n\tfix_read_opts(opts=opts||{});\n\tswitch(opts.type||\"base64\") {\n\t\tcase \"base64\": return parse_xlml_xml(Base64.decode(data), opts);\n\t\tcase \"binary\": case \"buffer\": case \"file\": return parse_xlml_xml(data, opts);\n\t\tcase \"array\": return parse_xlml_xml(data.map(_chr).join(\"\"), opts);\n\t}\n}\n\nfunction write_xlml(wb, opts) { }\n\n/* [MS-OLEDS] 2.3.8 CompObjStream */\nfunction parse_compobj(obj) {\n\tvar v = {};\n\tvar o = obj.content;\n\n\t/* [MS-OLEDS] 2.3.7 CompObjHeader -- All fields MUST be ignored */\n\tvar l = 28, m;\n\tm = __lpstr(o, l);\n\tl += 4 + __readUInt32LE(o,l);\n\tv.UserType = m;\n\n\t/* [MS-OLEDS] 2.3.1 ClipboardFormatOrAnsiString */\n\tm = __readUInt32LE(o,l); l+= 4;\n\tswitch(m) {\n\t\tcase 0x00000000: break;\n\t\tcase 0xffffffff: case 0xfffffffe: l+=4; break;\n\t\tdefault:\n\t\t\tif(m > 0x190) throw new Error(\"Unsupported Clipboard: \" + m.toString(16));\n\t\t\tl += m;\n\t}\n\n\tm = __lpstr(o, l); l += m.length === 0 ? 0 : 5 + m.length; v.Reserved1 = m;\n\n\tif((m = __readUInt32LE(o,l)) !== 0x71b2e9f4) return v;\n\tthrow \"Unsupported Unicode Extension\";\n}\n\n/* 2.4.58 Continue logic */\nfunction slurp(R, blob, length, opts) {\n\tvar l = length;\n\tvar bufs = [];\n\tvar d = blob.slice(blob.l,blob.l+l);\n\tif(opts && opts.enc && opts.enc.insitu_decrypt) switch(R.n) {\n\tcase 'BOF': case 'FilePass': case 'FileLock': case 'InterfaceHdr': case 'RRDInfo': case 'RRDHead': case 'UsrExcl': break;\n\tdefault:\n\t\tif(d.length === 0) break;\n\t\topts.enc.insitu_decrypt(d);\n\t}\n\tbufs.push(d);\n\tblob.l += l;\n\tvar next = (XLSRecordEnum[__readUInt16LE(blob,blob.l)]);\n\twhile(next != null && next.n === 'Continue') {\n\t\tl = __readUInt16LE(blob,blob.l+2);\n\t\tbufs.push(blob.slice(blob.l+4,blob.l+4+l));\n\t\tblob.l += 4+l;\n\t\tnext = (XLSRecordEnum[__readUInt16LE(blob, blob.l)]);\n\t}\n\tvar b = bconcat(bufs);\n\tprep_blob(b, 0);\n\tvar ll = 0; b.lens = [];\n\tfor(var j = 0; j < bufs.length; ++j) { b.lens.push(ll); ll += bufs[j].length; }\n\treturn R.f(b, b.length, opts);\n}\n\nfunction safe_format_xf(p, opts, date1904) {\n\tif(!p.XF) return;\n\ttry {\n\t\tvar fmtid = p.XF.ifmt||0;\n\t\tif(p.t === 'e') { p.w = p.w || BErr[p.v]; }\n\t\telse if(fmtid === 0) {\n\t\t\tif(p.t === 'n') {\n\t\t\t\tif((p.v|0) === p.v) p.w = SSF._general_int(p.v);\n\t\t\t\telse p.w = SSF._general_num(p.v);\n\t\t\t}\n\t\t\telse p.w = SSF._general(p.v);\n\t\t}\n\t\telse p.w = SSF.format(fmtid,p.v, {date1904:date1904||false});\n\t\tif(opts.cellNF) p.z = SSF._table[fmtid];\n\t} catch(e) { if(opts.WTF) throw e; }\n}\n\nfunction make_cell(val, ixfe, t) {\n\treturn {v:val, ixfe:ixfe, t:t};\n}\n\n// 2.3.2\nfunction parse_workbook(blob, options) {\n\tvar wb = {opts:{}};\n\tvar Sheets = {};\n\tvar out = {};\n\tvar Directory = {};\n\tvar found_sheet = false;\n\tvar range = {};\n\tvar last_formula = null;\n\tvar sst = [];\n\tvar cur_sheet = \"\";\n\tvar Preamble = {};\n\tvar lastcell, last_cell, cc, cmnt, rng, rngC, rngR;\n\tvar shared_formulae = {};\n\tvar array_formulae = []; /* TODO: something more clever */\n\tvar temp_val;\n\tvar country;\n\tvar cell_valid = true;\n\tvar XFs = []; /* XF records */\n\tvar palette = [];\n\tvar get_rgb = function getrgb(icv) {\n\t\tif(icv < 8) return XLSIcv[icv];\n\t\tif(icv < 64) return palette[icv-8] || XLSIcv[icv];\n\t\treturn XLSIcv[icv];\n\t};\n\tvar process_cell_style = function pcs(cell, line) {\n\t\tvar xfd = line.XF.data;\n\t\tif(!xfd || !xfd.patternType) return;\n\t\tline.s = {};\n\t\tline.s.patternType = xfd.patternType;\n\t\tvar t;\n\t\tif((t = rgb2Hex(get_rgb(xfd.icvFore)))) { line.s.fgColor = {rgb:t}; }\n\t\tif((t = rgb2Hex(get_rgb(xfd.icvBack)))) { line.s.bgColor = {rgb:t}; }\n\t};\n\tvar addcell = function addcell(cell, line, options) {\n\t\tif(!cell_valid) return;\n\t\tif(options.cellStyles && line.XF && line.XF.data) process_cell_style(cell, line);\n\t\tlastcell = cell;\n\t\tlast_cell = encode_cell(cell);\n\t\tif(range.s) {\n\t\t\tif(cell.r < range.s.r) range.s.r = cell.r;\n\t\t\tif(cell.c < range.s.c) range.s.c = cell.c;\n\t\t}\n\t\tif(range.e) {\n\t\t\tif(cell.r + 1 > range.e.r) range.e.r = cell.r + 1;\n\t\t\tif(cell.c + 1 > range.e.c) range.e.c = cell.c + 1;\n\t\t}\n\t\tif(options.sheetRows && lastcell.r >= options.sheetRows) cell_valid = false;\n\t\telse out[last_cell] = line;\n\t};\n\tvar opts = {\n\t\tenc: false, // encrypted\n\t\tsbcch: 0, // cch in the preceding SupBook\n\t\tsnames: [], // sheetnames\n\t\tsharedf: shared_formulae, // shared formulae by address\n\t\tarrayf: array_formulae, // array formulae array\n\t\trrtabid: [], // RRTabId\n\t\tlastuser: \"\", // Last User from WriteAccess\n\t\tbiff: 8, // BIFF version\n\t\tcodepage: 0, // CP from CodePage record\n\t\twinlocked: 0, // fLockWn from WinProtect\n\t\twtf: false\n\t};\n\tif(options.password) opts.password = options.password;\n\tvar mergecells = [];\n\tvar objects = [];\n\tvar supbooks = [[]]; // 1-indexed, will hold extern names\n\tvar sbc = 0, sbci = 0, sbcli = 0;\n\tsupbooks.SheetNames = opts.snames;\n\tsupbooks.sharedf = opts.sharedf;\n\tsupbooks.arrayf = opts.arrayf;\n\tvar last_Rn = '';\n\tvar file_depth = 0; /* TODO: make a real stack */\n\n\t/* explicit override for some broken writers */\n\topts.codepage = 1200;\n\tset_cp(1200);\n\n\twhile(blob.l < blob.length - 1) {\n\t\tvar s = blob.l;\n\t\tvar RecordType = blob.read_shift(2);\n\t\tif(RecordType === 0 && last_Rn === 'EOF') break;\n\t\tvar length = (blob.l === blob.length ? 0 : blob.read_shift(2)), y;\n\t\tvar R = XLSRecordEnum[RecordType];\n\t\tif(R && R.f) {\n\t\t\tif(options.bookSheets) {\n\t\t\t\tif(last_Rn === 'BoundSheet8' && R.n !== 'BoundSheet8') break;\n\t\t\t}\n\t\t\tlast_Rn = R.n;\n\t\t\tif(R.r === 2 || R.r == 12) {\n\t\t\t\tvar rt = blob.read_shift(2); length -= 2;\n\t\t\t\tif(!opts.enc && rt !== RecordType) throw \"rt mismatch\";\n\t\t\t\tif(R.r == 12){ blob.l += 10; length -= 10; } // skip FRT\n\t\t\t}\n\t\t\t//console.error(R,blob.l,length,blob.length);\n\t\t\tvar val;\n\t\t\tif(R.n === 'EOF') val = R.f(blob, length, opts);\n\t\t\telse val = slurp(R, blob, length, opts);\n\t\t\tvar Rn = R.n;\n\t\t\t/* BIFF5 overrides */\n\t\t\tif(opts.biff === 5 || opts.biff === 2) switch(Rn) {\n\t\t\t\tcase 'Lbl': Rn = 'Label'; break;\n\t\t\t}\n\t\t\t/* nested switch statements to workaround V8 128 limit */\n\t\t\tswitch(Rn) {\n\t\t\t\t/* Workbook Options */\n\t\t\t\tcase 'Date1904': wb.opts.Date1904 = val; break;\n\t\t\t\tcase 'WriteProtect': wb.opts.WriteProtect = true; break;\n\t\t\t\tcase 'FilePass':\n\t\t\t\t\tif(!opts.enc) blob.l = 0;\n\t\t\t\t\topts.enc = val;\n\t\t\t\t\tif(opts.WTF) console.error(val);\n\t\t\t\t\tif(!options.password) throw new Error(\"File is password-protected\");\n\t\t\t\t\tif(val.Type !== 0) throw new Error(\"Encryption scheme unsupported\");\n\t\t\t\t\tif(!val.valid) throw new Error(\"Password is incorrect\");\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'WriteAccess': opts.lastuser = val; break;\n\t\t\t\tcase 'FileSharing': break; //TODO\n\t\t\t\tcase 'CodePage':\n\t\t\t\t\t/* overrides based on test cases */\n\t\t\t\t\tif(val === 0x5212) val = 1200;\n\t\t\t\t\telse if(val === 0x8001) val = 1252;\n\t\t\t\t\topts.codepage = val;\n\t\t\t\t\tset_cp(val);\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'RRTabId': opts.rrtabid = val; break;\n\t\t\t\tcase 'WinProtect': opts.winlocked = val; break;\n\t\t\t\tcase 'Template': break; // TODO\n\t\t\t\tcase 'RefreshAll': wb.opts.RefreshAll = val; break;\n\t\t\t\tcase 'BookBool': break; // TODO\n\t\t\t\tcase 'UsesELFs': /* if(val) console.error(\"Unsupported ELFs\"); */ break;\n\t\t\t\tcase 'MTRSettings': {\n\t\t\t\t\tif(val[0] && val[1]) throw \"Unsupported threads: \" + val;\n\t\t\t\t} break; // TODO: actually support threads\n\t\t\t\tcase 'CalcCount': wb.opts.CalcCount = val; break;\n\t\t\t\tcase 'CalcDelta': wb.opts.CalcDelta = val; break;\n\t\t\t\tcase 'CalcIter': wb.opts.CalcIter = val; break;\n\t\t\t\tcase 'CalcMode': wb.opts.CalcMode = val; break;\n\t\t\t\tcase 'CalcPrecision': wb.opts.CalcPrecision = val; break;\n\t\t\t\tcase 'CalcSaveRecalc': wb.opts.CalcSaveRecalc = val; break;\n\t\t\t\tcase 'CalcRefMode': opts.CalcRefMode = val; break; // TODO: implement R1C1\n\t\t\t\tcase 'Uncalced': break;\n\t\t\t\tcase 'ForceFullCalculation': wb.opts.FullCalc = val; break;\n\t\t\t\tcase 'WsBool': break; // TODO\n\t\t\t\tcase 'XF': XFs.push(val); break;\n\t\t\t\tcase 'ExtSST': break; // TODO\n\t\t\t\tcase 'BookExt': break; // TODO\n\t\t\t\tcase 'RichTextStream': break;\n\t\t\t\tcase 'BkHim': break;\n\n\t\t\t\tcase 'SupBook': supbooks[++sbc] = [val]; sbci = 0; break;\n\t\t\t\tcase 'ExternName': supbooks[sbc][++sbci] = val; break;\n\t\t\t\tcase 'Index': break; // TODO\n\t\t\t\tcase 'Lbl': supbooks[0][++sbcli] = val; break;\n\t\t\t\tcase 'ExternSheet': supbooks[sbc] = supbooks[sbc].concat(val); sbci += val.length; break;\n\n\t\t\t\tcase 'Protect': out[\"!protect\"] = val; break; /* for sheet or book */\n\t\t\t\tcase 'Password': if(val !== 0 && opts.WTF) console.error(\"Password verifier: \" + val); break;\n\t\t\t\tcase 'Prot4Rev': case 'Prot4RevPass': break; /*TODO: Revision Control*/\n\n\t\t\t\tcase 'BoundSheet8': {\n\t\t\t\t\tDirectory[val.pos] = val;\n\t\t\t\t\topts.snames.push(val.name);\n\t\t\t\t} break;\n\t\t\t\tcase 'EOF': {\n\t\t\t\t\tif(--file_depth) break;\n\t\t\t\t\tif(range.e) {\n\t\t\t\t\t\tout[\"!range\"] = range;\n\t\t\t\t\t\tif(range.e.r > 0 && range.e.c > 0) {\n\t\t\t\t\t\t\trange.e.r--; range.e.c--;\n\t\t\t\t\t\t\tout[\"!ref\"] = encode_range(range);\n\t\t\t\t\t\t\trange.e.r++; range.e.c++;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tif(mergecells.length > 0) out[\"!merges\"] = mergecells;\n\t\t\t\t\t\tif(objects.length > 0) out[\"!objects\"] = objects;\n\t\t\t\t\t}\n\t\t\t\t\tif(cur_sheet === \"\") Preamble = out; else Sheets[cur_sheet] = out;\n\t\t\t\t\tout = {};\n\t\t\t\t} break;\n\t\t\t\tcase 'BOF': {\n\t\t\t\t\tif(opts.biff !== 8);\n\t\t\t\t\telse if(val.BIFFVer === 0x0500) opts.biff = 5;\n\t\t\t\t\telse if(val.BIFFVer === 0x0002) opts.biff = 2;\n\t\t\t\t\telse if(val.BIFFVer === 0x0007) opts.biff = 2;\n\t\t\t\t\tif(file_depth++) break;\n\t\t\t\t\tcell_valid = true;\n\t\t\t\t\tout = {};\n\t\t\t\t\tif(opts.biff === 2) {\n\t\t\t\t\t\tif(cur_sheet === \"\") cur_sheet = \"Sheet1\";\n\t\t\t\t\t\trange = {s:{r:0,c:0},e:{r:0,c:0}};\n\t\t\t\t\t}\n\t\t\t\t\telse cur_sheet = (Directory[s] || {name:\"\"}).name;\n\t\t\t\t\tmergecells = [];\n\t\t\t\t\tobjects = [];\n\t\t\t\t} break;\n\t\t\t\tcase 'Number': case 'BIFF2NUM': {\n\t\t\t\t\ttemp_val = {ixfe: val.ixfe, XF: XFs[val.ixfe], v:val.val, t:'n'};\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t} break;\n\t\t\t\tcase 'BoolErr': {\n\t\t\t\t\ttemp_val = {ixfe: val.ixfe, XF: XFs[val.ixfe], v:val.val, t:val.t};\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t} break;\n\t\t\t\tcase 'RK': {\n\t\t\t\t\ttemp_val = {ixfe: val.ixfe, XF: XFs[val.ixfe], v:val.rknum, t:'n'};\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t} break;\n\t\t\t\tcase 'MulRk': {\n\t\t\t\t\tfor(var j = val.c; j <= val.C; ++j) {\n\t\t\t\t\t\tvar ixfe = val.rkrec[j-val.c][0];\n\t\t\t\t\t\ttemp_val= {ixfe:ixfe, XF:XFs[ixfe], v:val.rkrec[j-val.c][1], t:'n'};\n\t\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\t\taddcell({c:j, r:val.r}, temp_val, options);\n\t\t\t\t\t}\n\t\t\t\t} break;\n\t\t\t\tcase 'Formula': {\n\t\t\t\t\tswitch(val.val) {\n\t\t\t\t\t\tcase 'String': last_formula = val; break;\n\t\t\t\t\t\tcase 'Array Formula': throw \"Array Formula unsupported\";\n\t\t\t\t\t\tdefault:\n\t\t\t\t\t\t\ttemp_val = {v:val.val, ixfe:val.cell.ixfe, t:val.tt};\n\t\t\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\t\t\tif(options.cellFormula) temp_val.f = \"=\"+stringify_formula(val.formula,range,val.cell,supbooks, opts);\n\t\t\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\t\t\taddcell(val.cell, temp_val, options);\n\t\t\t\t\t\t\tlast_formula = val;\n\t\t\t\t\t}\n\t\t\t\t} break;\n\t\t\t\tcase 'String': {\n\t\t\t\t\tif(last_formula) {\n\t\t\t\t\t\tlast_formula.val = val;\n\t\t\t\t\t\ttemp_val = {v:last_formula.val, ixfe:last_formula.cell.ixfe, t:'s'};\n\t\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\t\tif(options.cellFormula) temp_val.f = \"=\"+stringify_formula(last_formula.formula, range, last_formula.cell, supbooks, opts);\n\t\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\t\taddcell(last_formula.cell, temp_val, options);\n\t\t\t\t\t\tlast_formula = null;\n\t\t\t\t\t}\n\t\t\t\t} break;\n\t\t\t\tcase 'Array': {\n\t\t\t\t\tarray_formulae.push(val);\n\t\t\t\t} break;\n\t\t\t\tcase 'ShrFmla': {\n\t\t\t\t\tif(!cell_valid) break;\n\t\t\t\t\t//if(options.cellFormula) out[last_cell].f = stringify_formula(val[0], range, lastcell, supbooks, opts);\n\t\t\t\t\t/* TODO: capture range */\n\t\t\t\t\tshared_formulae[encode_cell(last_formula.cell)]= val[0];\n\t\t\t\t} break;\n\t\t\t\tcase 'LabelSst':\n\t\t\t\t\t//temp_val={v:sst[val.isst].t, ixfe:val.ixfe, t:'s'};\n\t\t\t\t\ttemp_val=make_cell(sst[val.isst].t, val.ixfe, 's');\n\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'Label': case 'BIFF2STR':\n\t\t\t\t\t/* Some writers erroneously write Label */\n\t\t\t\t\ttemp_val=make_cell(val.val, val.ixfe, 's');\n\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'Dimensions': {\n\t\t\t\t\tif(file_depth === 1) range = val; /* TODO: stack */\n\t\t\t\t} break;\n\t\t\t\tcase 'SST': {\n\t\t\t\t\tsst = val;\n\t\t\t\t} break;\n\t\t\t\tcase 'Format': { /* val = [id, fmt] */\n\t\t\t\t\tSSF.load(val[1], val[0]);\n\t\t\t\t} break;\n\n\t\t\t\tcase 'MergeCells': mergecells = mergecells.concat(val); break;\n\n\t\t\t\tcase 'Obj': objects[val.cmo[0]] = opts.lastobj = val; break;\n\t\t\t\tcase 'TxO': opts.lastobj.TxO = val; break;\n\n\t\t\t\tcase 'HLink': {\n\t\t\t\t\tfor(rngR = val[0].s.r; rngR <= val[0].e.r; ++rngR)\n\t\t\t\t\t\tfor(rngC = val[0].s.c; rngC <= val[0].e.c; ++rngC)\n\t\t\t\t\t\t\tif(out[encode_cell({c:rngC,r:rngR})])\n\t\t\t\t\t\t\t\tout[encode_cell({c:rngC,r:rngR})].l = val[1];\n\t\t\t\t} break;\n\t\t\t\tcase 'HLinkTooltip': {\n\t\t\t\t\tfor(rngR = val[0].s.r; rngR <= val[0].e.r; ++rngR)\n\t\t\t\t\t\tfor(rngC = val[0].s.c; rngC <= val[0].e.c; ++rngC)\n\t\t\t\t\t\t\tif(out[encode_cell({c:rngC,r:rngR})])\n\t\t\t\t\t\t\t\tout[encode_cell({c:rngC,r:rngR})].l.tooltip = val[1];\n\t\t\t\t} break;\n\n\t\t\t\t/* Comments */\n\t\t\t\tcase 'Note': {\n\t\t\t\t\tif(opts.biff <= 5 && opts.biff >= 2) break; /* TODO: BIFF5 */\n\t\t\t\t\tcc = out[encode_cell(val[0])];\n\t\t\t\t\tvar noteobj = objects[val[2]];\n\t\t\t\t\tif(!cc) break;\n\t\t\t\t\tif(!cc.c) cc.c = [];\n\t\t\t\t\tcmnt = {a:val[1],t:noteobj.TxO.t};\n\t\t\t\t\tcc.c.push(cmnt);\n\t\t\t\t} break;\n\n\t\t\t\tdefault: switch(R.n) { /* nested */\n\t\t\t\tcase 'ClrtClient': break;\n\t\t\t\tcase 'XFExt': update_xfext(XFs[val.ixfe], val.ext); break;\n\n\t\t\t\tcase 'NameCmt': break;\n\t\t\t\tcase 'Header': break; // TODO\n\t\t\t\tcase 'Footer': break; // TODO\n\t\t\t\tcase 'HCenter': break; // TODO\n\t\t\t\tcase 'VCenter': break; // TODO\n\t\t\t\tcase 'Pls': break; // TODO\n\t\t\t\tcase 'Setup': break; // TODO\n\t\t\t\tcase 'DefColWidth': break; // TODO\n\t\t\t\tcase 'GCW': break;\n\t\t\t\tcase 'LHRecord': break;\n\t\t\t\tcase 'ColInfo': break; // TODO\n\t\t\t\tcase 'Row': break; // TODO\n\t\t\t\tcase 'DBCell': break; // TODO\n\t\t\t\tcase 'MulBlank': break; // TODO\n\t\t\t\tcase 'EntExU2': break; // TODO\n\t\t\t\tcase 'SxView': break; // TODO\n\t\t\t\tcase 'Sxvd': break; // TODO\n\t\t\t\tcase 'SXVI': break; // TODO\n\t\t\t\tcase 'SXVDEx': break; // TODO\n\t\t\t\tcase 'SxIvd': break; // TODO\n\t\t\t\tcase 'SXDI': break; // TODO\n\t\t\t\tcase 'SXLI': break; // TODO\n\t\t\t\tcase 'SXEx': break; // TODO\n\t\t\t\tcase 'QsiSXTag': break; // TODO\n\t\t\t\tcase 'Selection': break;\n\t\t\t\tcase 'Feat': break;\n\t\t\t\tcase 'FeatHdr': case 'FeatHdr11': break;\n\t\t\t\tcase 'Feature11': case 'Feature12': case 'List12': break;\n\t\t\t\tcase 'Blank': break;\n\t\t\t\tcase 'Country': country = val; break;\n\t\t\t\tcase 'RecalcId': break;\n\t\t\t\tcase 'DefaultRowHeight': case 'DxGCol': break; // TODO: htmlify\n\t\t\t\tcase 'Fbi': case 'Fbi2': case 'GelFrame': break;\n\t\t\t\tcase 'Font': break; // TODO\n\t\t\t\tcase 'XFCRC': break; // TODO\n\t\t\t\tcase 'Style': break; // TODO\n\t\t\t\tcase 'StyleExt': break; // TODO\n\t\t\t\tcase 'Palette': palette = val; break; // TODO\n\t\t\t\tcase 'Theme': break; // TODO\n\t\t\t\t/* Protection */\n\t\t\t\tcase 'ScenarioProtect': break;\n\t\t\t\tcase 'ObjProtect': break;\n\n\t\t\t\t/* Conditional Formatting */\n\t\t\t\tcase 'CondFmt12': break;\n\n\t\t\t\t/* Table */\n\t\t\t\tcase 'Table': break; // TODO\n\t\t\t\tcase 'TableStyles': break; // TODO\n\t\t\t\tcase 'TableStyle': break; // TODO\n\t\t\t\tcase 'TableStyleElement': break; // TODO\n\n\t\t\t\t/* PivotTable */\n\t\t\t\tcase 'SXStreamID': break; // TODO\n\t\t\t\tcase 'SXVS': break; // TODO\n\t\t\t\tcase 'DConRef': break; // TODO\n\t\t\t\tcase 'SXAddl': break; // TODO\n\t\t\t\tcase 'DConBin': break; // TODO\n\t\t\t\tcase 'DConName': break; // TODO\n\t\t\t\tcase 'SXPI': break; // TODO\n\t\t\t\tcase 'SxFormat': break; // TODO\n\t\t\t\tcase 'SxSelect': break; // TODO\n\t\t\t\tcase 'SxRule': break; // TODO\n\t\t\t\tcase 'SxFilt': break; // TODO\n\t\t\t\tcase 'SxItm': break; // TODO\n\t\t\t\tcase 'SxDXF': break; // TODO\n\n\t\t\t\t/* Scenario Manager */\n\t\t\t\tcase 'ScenMan': break;\n\n\t\t\t\t/* Data Consolidation */\n\t\t\t\tcase 'DCon': break;\n\n\t\t\t\t/* Watched Cell */\n\t\t\t\tcase 'CellWatch': break;\n\n\t\t\t\t/* Print Settings */\n\t\t\t\tcase 'PrintRowCol': break;\n\t\t\t\tcase 'PrintGrid': break;\n\t\t\t\tcase 'PrintSize': break;\n\n\t\t\t\tcase 'XCT': break;\n\t\t\t\tcase 'CRN': break;\n\n\t\t\t\tcase 'Scl': {\n\t\t\t\t\t//console.log(\"Zoom Level:\", val[0]/val[1],val);\n\t\t\t\t} break;\n\t\t\t\tcase 'SheetExt': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'SheetExtOptional': {\n\n\t\t\t\t} break;\n\n\t\t\t\t/* VBA */\n\t\t\t\tcase 'ObNoMacros': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'ObProj': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'CodeName': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'GUIDTypeLib': {\n\n\t\t\t\t} break;\n\n\t\t\t\tcase 'WOpt': break; // TODO: WTF?\n\t\t\t\tcase 'PhoneticInfo': break;\n\n\t\t\t\tcase 'OleObjectSize': break;\n\n\t\t\t\t/* Differential Formatting */\n\t\t\t\tcase 'DXF': case 'DXFN': case 'DXFN12': case 'DXFN12List': case 'DXFN12NoCB': break;\n\n\t\t\t\t/* Data Validation */\n\t\t\t\tcase 'Dv': case 'DVal': break;\n\n\t\t\t\t/* Data Series */\n\t\t\t\tcase 'BRAI': case 'Series': case 'SeriesText': break;\n\n\t\t\t\t/* Data Connection */\n\t\t\t\tcase 'DConn': break;\n\t\t\t\tcase 'DbOrParamQry': break;\n\t\t\t\tcase 'DBQueryExt': break;\n\n\t\t\t\t/* Formatting */\n\t\t\t\tcase 'IFmtRecord': break;\n\t\t\t\tcase 'CondFmt': case 'CF': case 'CF12': case 'CFEx': break;\n\n\t\t\t\t/* Explicitly Ignored */\n\t\t\t\tcase 'Excel9File': break;\n\t\t\t\tcase 'Units': break;\n\t\t\t\tcase 'InterfaceHdr': case 'Mms': case 'InterfaceEnd': case 'DSF': case 'BuiltInFnGroupCount':\n\t\t\t\t/* View Stuff */\n\t\t\t\tcase 'Window1': case 'Window2': case 'HideObj': case 'GridSet': case 'Guts':\n\t\t\t\tcase 'UserBView': case 'UserSViewBegin': case 'UserSViewEnd':\n\t\t\t\tcase 'Pane': break;\n\t\t\t\tdefault: switch(R.n) { /* nested */\n\t\t\t\t/* Chart */\n\t\t\t\tcase 'Dat':\n\t\t\t\tcase 'Begin': case 'End':\n\t\t\t\tcase 'StartBlock': case 'EndBlock':\n\t\t\t\tcase 'Frame': case 'Area':\n\t\t\t\tcase 'Axis': case 'AxisLine': case 'Tick': break;\n\t\t\t\tcase 'AxesUsed':\n\t\t\t\tcase 'CrtLayout12': case 'CrtLayout12A': case 'CrtLink': case 'CrtLine': case 'CrtMlFrt': case 'CrtMlFrtContinue': break;\n\t\t\t\tcase 'LineFormat': case 'AreaFormat':\n\t\t\t\tcase 'Chart': case 'Chart3d': case 'Chart3DBarShape': case 'ChartFormat': case 'ChartFrtInfo': break;\n\t\t\t\tcase 'PlotArea': case 'PlotGrowth': break;\n\t\t\t\tcase 'SeriesList': case 'SerParent': case 'SerAuxTrend': break;\n\t\t\t\tcase 'DataFormat': case 'SerToCrt': case 'FontX': break;\n\t\t\t\tcase 'CatSerRange': case 'AxcExt': case 'SerFmt': break;\n\t\t\t\tcase 'ShtProps': break;\n\t\t\t\tcase 'DefaultText': case 'Text': case 'CatLab': break;\n\t\t\t\tcase 'DataLabExtContents': break;\n\t\t\t\tcase 'Legend': case 'LegendException': break;\n\t\t\t\tcase 'Pie': case 'Scatter': break;\n\t\t\t\tcase 'PieFormat': case 'MarkerFormat': break;\n\t\t\t\tcase 'StartObject': case 'EndObject': break;\n\t\t\t\tcase 'AlRuns': case 'ObjectLink': break;\n\t\t\t\tcase 'SIIndex': break;\n\t\t\t\tcase 'AttachedLabel': case 'YMult': break;\n\n\t\t\t\t/* Chart Group */\n\t\t\t\tcase 'Line': case 'Bar': break;\n\t\t\t\tcase 'Surf': break;\n\n\t\t\t\t/* Axis Group */\n\t\t\t\tcase 'AxisParent': break;\n\t\t\t\tcase 'Pos': break;\n\t\t\t\tcase 'ValueRange': break;\n\n\t\t\t\t/* Pivot Chart */\n\t\t\t\tcase 'SXViewEx9': break; // TODO\n\t\t\t\tcase 'SXViewLink': break;\n\t\t\t\tcase 'PivotChartBits': break;\n\t\t\t\tcase 'SBaseRef': break;\n\t\t\t\tcase 'TextPropsStream': break;\n\n\t\t\t\t/* Chart Misc */\n\t\t\t\tcase 'LnExt': break;\n\t\t\t\tcase 'MkrExt': break;\n\t\t\t\tcase 'CrtCoopt': break;\n\n\t\t\t\t/* Query Table */\n\t\t\t\tcase 'Qsi': case 'Qsif': case 'Qsir': case 'QsiSXTag': break;\n\t\t\t\tcase 'TxtQry': break;\n\n\t\t\t\t/* Filter */\n\t\t\t\tcase 'FilterMode': break;\n\t\t\t\tcase 'AutoFilter': case 'AutoFilterInfo': break;\n\t\t\t\tcase 'AutoFilter12': break;\n\t\t\t\tcase 'DropDownObjIds': break;\n\t\t\t\tcase 'Sort': break;\n\t\t\t\tcase 'SortData': break;\n\n\t\t\t\t/* Drawing */\n\t\t\t\tcase 'ShapePropsStream': break;\n\t\t\t\tcase 'MsoDrawing': case 'MsoDrawingGroup': case 'MsoDrawingSelection': break;\n\t\t\t\tcase 'ImData': break;\n\t\t\t\t/* Pub Stuff */\n\t\t\t\tcase 'WebPub': case 'AutoWebPub':\n\n\t\t\t\t/* Print Stuff */\n\t\t\t\tcase 'RightMargin': case 'LeftMargin': case 'TopMargin': case 'BottomMargin':\n\t\t\t\tcase 'HeaderFooter': case 'HFPicture': case 'PLV':\n\t\t\t\tcase 'HorizontalPageBreaks': case 'VerticalPageBreaks':\n\t\t\t\t/* Behavioral */\n\t\t\t\tcase 'Backup': case 'CompressPictures': case 'Compat12': break;\n\n\t\t\t\t/* Should not Happen */\n\t\t\t\tcase 'Continue': case 'ContinueFrt12': break;\n\n\t\t\t\t/* Future Records */\n\t\t\t\tcase 'FrtFontList': case 'FrtWrapper': break;\n\n\t\t\t\t/* BIFF5 records */\n\t\t\t\tcase 'ExternCount': break;\n\t\t\t\tcase 'RString': break;\n\t\t\t\tcase 'TabIdConf': case 'Radar': case 'RadarArea': case 'DropBar': case 'Intl': case 'CoordList': case 'SerAuxErrBar': break;\n\n\t\t\t\tdefault: switch(R.n) { /* nested */\n\t\t\t\t/* Miscellaneous */\n\t\t\t\tcase 'SCENARIO': case 'DConBin': case 'PicF': case 'DataLabExt':\n\t\t\t\tcase 'Lel': case 'BopPop': case 'BopPopCustom': case 'RealTimeData':\n\t\t\t\tcase 'Name': break;\n\t\t\t\tdefault: if(options.WTF) throw 'Unrecognized Record ' + R.n;\n\t\t\t}}}}\n\t\t} else blob.l += length;\n\t}\n\tvar sheetnamesraw = opts.biff === 2 ? ['Sheet1'] : Object.keys(Directory).sort(function(a,b) { return Number(a) - Number(b); }).map(function(x){return Directory[x].name;});\n\tvar sheetnames = sheetnamesraw.slice();\n\twb.Directory=sheetnamesraw;\n\twb.SheetNames=sheetnamesraw;\n\tif(!options.bookSheets) wb.Sheets=Sheets;\n\twb.Preamble=Preamble;\n\twb.Strings = sst;\n\twb.SSF = SSF.get_table();\n\tif(opts.enc) wb.Encryption = opts.enc;\n\twb.Metadata = {};\n\tif(country !== undefined) wb.Metadata.Country = country;\n\treturn wb;\n}\n\nfunction parse_xlscfb(cfb, options) {\nif(!options) options = {};\nfix_read_opts(options);\nreset_cp();\nvar CompObj, Summary, Workbook;\nif(cfb.find) {\n\tCompObj = cfb.find('!CompObj');\n\tSummary = cfb.find('!SummaryInformation');\n\tWorkbook = cfb.find('/Workbook');\n} else {\n\tprep_blob(cfb, 0);\n\tWorkbook = {content: cfb};\n}\n\nif(!Workbook) Workbook = cfb.find('/Book');\nvar CompObjP, SummaryP, WorkbookP;\n\nif(CompObj) CompObjP = parse_compobj(CompObj);\nif(options.bookProps && !options.bookSheets) WorkbookP = {};\nelse {\n\tif(Workbook) WorkbookP = parse_workbook(Workbook.content, options, !!Workbook.find);\n\telse throw new Error(\"Cannot find Workbook stream\");\n}\n\nif(cfb.find) parse_props(cfb);\n\nvar props = {};\nfor(var y in cfb.Summary) props[y] = cfb.Summary[y];\nfor(y in cfb.DocSummary) props[y] = cfb.DocSummary[y];\nWorkbookP.Props = WorkbookP.Custprops = props; /* TODO: split up properties */\nif(options.bookFiles) WorkbookP.cfb = cfb;\nWorkbookP.CompObjP = CompObjP;\nreturn WorkbookP;\n}\n\n/* TODO: WTF */\nfunction parse_props(cfb) {\n\t/* [MS-OSHARED] 2.3.3.2.2 Document Summary Information Property Set */\n\tvar DSI = cfb.find('!DocumentSummaryInformation');\n\tif(DSI) try { cfb.DocSummary = parse_PropertySetStream(DSI, DocSummaryPIDDSI); } catch(e) {}\n\n\t/* [MS-OSHARED] 2.3.3.2.1 Summary Information Property Set*/\n\tvar SI = cfb.find('!SummaryInformation');\n\tif(SI) try { cfb.Summary = parse_PropertySetStream(SI, SummaryPIDSI); } catch(e) {}\n}\n\n/* [MS-XLSB] 2.3 Record Enumeration */\nvar XLSBRecordEnum = {\n\t0x0000: { n:\"BrtRowHdr\", f:parse_BrtRowHdr },\n\t0x0001: { n:\"BrtCellBlank\", f:parse_BrtCellBlank },\n\t0x0002: { n:\"BrtCellRk\", f:parse_BrtCellRk },\n\t0x0003: { n:\"BrtCellError\", f:parse_BrtCellError },\n\t0x0004: { n:\"BrtCellBool\", f:parse_BrtCellBool },\n\t0x0005: { n:\"BrtCellReal\", f:parse_BrtCellReal },\n\t0x0006: { n:\"BrtCellSt\", f:parse_BrtCellSt },\n\t0x0007: { n:\"BrtCellIsst\", f:parse_BrtCellIsst },\n\t0x0008: { n:\"BrtFmlaString\", f:parse_BrtFmlaString },\n\t0x0009: { n:\"BrtFmlaNum\", f:parse_BrtFmlaNum },\n\t0x000A: { n:\"BrtFmlaBool\", f:parse_BrtFmlaBool },\n\t0x000B: { n:\"BrtFmlaError\", f:parse_BrtFmlaError },\n\t0x0010: { n:\"BrtFRTArchID$\", f:parse_BrtFRTArchID$ },\n\t0x0013: { n:\"BrtSSTItem\", f:parse_RichStr },\n\t0x0014: { n:\"BrtPCDIMissing\", f:parsenoop },\n\t0x0015: { n:\"BrtPCDINumber\", f:parsenoop },\n\t0x0016: { n:\"BrtPCDIBoolean\", f:parsenoop },\n\t0x0017: { n:\"BrtPCDIError\", f:parsenoop },\n\t0x0018: { n:\"BrtPCDIString\", f:parsenoop },\n\t0x0019: { n:\"BrtPCDIDatetime\", f:parsenoop },\n\t0x001A: { n:\"BrtPCDIIndex\", f:parsenoop },\n\t0x001B: { n:\"BrtPCDIAMissing\", f:parsenoop },\n\t0x001C: { n:\"BrtPCDIANumber\", f:parsenoop },\n\t0x001D: { n:\"BrtPCDIABoolean\", f:parsenoop },\n\t0x001E: { n:\"BrtPCDIAError\", f:parsenoop },\n\t0x001F: { n:\"BrtPCDIAString\", f:parsenoop },\n\t0x0020: { n:\"BrtPCDIADatetime\", f:parsenoop },\n\t0x0021: { n:\"BrtPCRRecord\", f:parsenoop },\n\t0x0022: { n:\"BrtPCRRecordDt\", f:parsenoop },\n\t0x0023: { n:\"BrtFRTBegin\", f:parsenoop },\n\t0x0024: { n:\"BrtFRTEnd\", f:parsenoop },\n\t0x0025: { n:\"BrtACBegin\", f:parsenoop },\n\t0x0026: { n:\"BrtACEnd\", f:parsenoop },\n\t0x0027: { n:\"BrtName\", f:parsenoop },\n\t0x0028: { n:\"BrtIndexRowBlock\", f:parsenoop },\n\t0x002A: { n:\"BrtIndexBlock\", f:parsenoop },\n\t0x002B: { n:\"BrtFont\", f:parse_BrtFont },\n\t0x002C: { n:\"BrtFmt\", f:parse_BrtFmt },\n\t0x002D: { n:\"BrtFill\", f:parsenoop },\n\t0x002E: { n:\"BrtBorder\", f:parsenoop },\n\t0x002F: { n:\"BrtXF\", f:parse_BrtXF },\n\t0x0030: { n:\"BrtStyle\", f:parsenoop },\n\t0x0031: { n:\"BrtCellMeta\", f:parsenoop },\n\t0x0032: { n:\"BrtValueMeta\", f:parsenoop },\n\t0x0033: { n:\"BrtMdb\", f:parsenoop },\n\t0x0034: { n:\"BrtBeginFmd\", f:parsenoop },\n\t0x0035: { n:\"BrtEndFmd\", f:parsenoop },\n\t0x0036: { n:\"BrtBeginMdx\", f:parsenoop },\n\t0x0037: { n:\"BrtEndMdx\", f:parsenoop },\n\t0x0038: { n:\"BrtBeginMdxTuple\", f:parsenoop },\n\t0x0039: { n:\"BrtEndMdxTuple\", f:parsenoop },\n\t0x003A: { n:\"BrtMdxMbrIstr\", f:parsenoop },\n\t0x003B: { n:\"BrtStr\", f:parsenoop },\n\t0x003C: { n:\"BrtColInfo\", f:parsenoop },\n\t0x003E: { n:\"BrtCellRString\", f:parsenoop },\n\t0x003F: { n:\"BrtCalcChainItem$\", f:parse_BrtCalcChainItem$ },\n\t0x0040: { n:\"BrtDVal\", f:parsenoop },\n\t0x0041: { n:\"BrtSxvcellNum\", f:parsenoop },\n\t0x0042: { n:\"BrtSxvcellStr\", f:parsenoop },\n\t0x0043: { n:\"BrtSxvcellBool\", f:parsenoop },\n\t0x0044: { n:\"BrtSxvcellErr\", f:parsenoop },\n\t0x0045: { n:\"BrtSxvcellDate\", f:parsenoop },\n\t0x0046: { n:\"BrtSxvcellNil\", f:parsenoop },\n\t0x0080: { n:\"BrtFileVersion\", f:parsenoop },\n\t0x0081: { n:\"BrtBeginSheet\", f:parsenoop },\n\t0x0082: { n:\"BrtEndSheet\", f:parsenoop },\n\t0x0083: { n:\"BrtBeginBook\", f:parsenoop, p:0 },\n\t0x0084: { n:\"BrtEndBook\", f:parsenoop },\n\t0x0085: { n:\"BrtBeginWsViews\", f:parsenoop },\n\t0x0086: { n:\"BrtEndWsViews\", f:parsenoop },\n\t0x0087: { n:\"BrtBeginBookViews\", f:parsenoop },\n\t0x0088: { n:\"BrtEndBookViews\", f:parsenoop },\n\t0x0089: { n:\"BrtBeginWsView\", f:parsenoop },\n\t0x008A: { n:\"BrtEndWsView\", f:parsenoop },\n\t0x008B: { n:\"BrtBeginCsViews\", f:parsenoop },\n\t0x008C: { n:\"BrtEndCsViews\", f:parsenoop },\n\t0x008D: { n:\"BrtBeginCsView\", f:parsenoop },\n\t0x008E: { n:\"BrtEndCsView\", f:parsenoop },\n\t0x008F: { n:\"BrtBeginBundleShs\", f:parsenoop },\n\t0x0090: { n:\"BrtEndBundleShs\", f:parsenoop },\n\t0x0091: { n:\"BrtBeginSheetData\", f:parsenoop },\n\t0x0092: { n:\"BrtEndSheetData\", f:parsenoop },\n\t0x0093: { n:\"BrtWsProp\", f:parse_BrtWsProp },\n\t0x0094: { n:\"BrtWsDim\", f:parse_BrtWsDim, p:16 },\n\t0x0097: { n:\"BrtPane\", f:parsenoop },\n\t0x0098: { n:\"BrtSel\", f:parsenoop },\n\t0x0099: { n:\"BrtWbProp\", f:parse_BrtWbProp },\n\t0x009A: { n:\"BrtWbFactoid\", f:parsenoop },\n\t0x009B: { n:\"BrtFileRecover\", f:parsenoop },\n\t0x009C: { n:\"BrtBundleSh\", f:parse_BrtBundleSh },\n\t0x009D: { n:\"BrtCalcProp\", f:parsenoop },\n\t0x009E: { n:\"BrtBookView\", f:parsenoop },\n\t0x009F: { n:\"BrtBeginSst\", f:parse_BrtBeginSst },\n\t0x00A0: { n:\"BrtEndSst\", f:parsenoop },\n\t0x00A1: { n:\"BrtBeginAFilter\", f:parsenoop },\n\t0x00A2: { n:\"BrtEndAFilter\", f:parsenoop },\n\t0x00A3: { n:\"BrtBeginFilterColumn\", f:parsenoop },\n\t0x00A4: { n:\"BrtEndFilterColumn\", f:parsenoop },\n\t0x00A5: { n:\"BrtBeginFilters\", f:parsenoop },\n\t0x00A6: { n:\"BrtEndFilters\", f:parsenoop },\n\t0x00A7: { n:\"BrtFilter\", f:parsenoop },\n\t0x00A8: { n:\"BrtColorFilter\", f:parsenoop },\n\t0x00A9: { n:\"BrtIconFilter\", f:parsenoop },\n\t0x00AA: { n:\"BrtTop10Filter\", f:parsenoop },\n\t0x00AB: { n:\"BrtDynamicFilter\", f:parsenoop },\n\t0x00AC: { n:\"BrtBeginCustomFilters\", f:parsenoop },\n\t0x00AD: { n:\"BrtEndCustomFilters\", f:parsenoop },\n\t0x00AE: { n:\"BrtCustomFilter\", f:parsenoop },\n\t0x00AF: { n:\"BrtAFilterDateGroupItem\", f:parsenoop },\n\t0x00B0: { n:\"BrtMergeCell\", f:parse_BrtMergeCell },\n\t0x00B1: { n:\"BrtBeginMergeCells\", f:parsenoop },\n\t0x00B2: { n:\"BrtEndMergeCells\", f:parsenoop },\n\t0x00B3: { n:\"BrtBeginPivotCacheDef\", f:parsenoop },\n\t0x00B4: { n:\"BrtEndPivotCacheDef\", f:parsenoop },\n\t0x00B5: { n:\"BrtBeginPCDFields\", f:parsenoop },\n\t0x00B6: { n:\"BrtEndPCDFields\", f:parsenoop },\n\t0x00B7: { n:\"BrtBeginPCDField\", f:parsenoop },\n\t0x00B8: { n:\"BrtEndPCDField\", f:parsenoop },\n\t0x00B9: { n:\"BrtBeginPCDSource\", f:parsenoop },\n\t0x00BA: { n:\"BrtEndPCDSource\", f:parsenoop },\n\t0x00BB: { n:\"BrtBeginPCDSRange\", f:parsenoop },\n\t0x00BC: { n:\"BrtEndPCDSRange\", f:parsenoop },\n\t0x00BD: { n:\"BrtBeginPCDFAtbl\", f:parsenoop },\n\t0x00BE: { n:\"BrtEndPCDFAtbl\", f:parsenoop },\n\t0x00BF: { n:\"BrtBeginPCDIRun\", f:parsenoop },\n\t0x00C0: { n:\"BrtEndPCDIRun\", f:parsenoop },\n\t0x00C1: { n:\"BrtBeginPivotCacheRecords\", f:parsenoop },\n\t0x00C2: { n:\"BrtEndPivotCacheRecords\", f:parsenoop },\n\t0x00C3: { n:\"BrtBeginPCDHierarchies\", f:parsenoop },\n\t0x00C4: { n:\"BrtEndPCDHierarchies\", f:parsenoop },\n\t0x00C5: { n:\"BrtBeginPCDHierarchy\", f:parsenoop },\n\t0x00C6: { n:\"BrtEndPCDHierarchy\", f:parsenoop },\n\t0x00C7: { n:\"BrtBeginPCDHFieldsUsage\", f:parsenoop },\n\t0x00C8: { n:\"BrtEndPCDHFieldsUsage\", f:parsenoop },\n\t0x00C9: { n:\"BrtBeginExtConnection\", f:parsenoop },\n\t0x00CA: { n:\"BrtEndExtConnection\", f:parsenoop },\n\t0x00CB: { n:\"BrtBeginECDbProps\", f:parsenoop },\n\t0x00CC: { n:\"BrtEndECDbProps\", f:parsenoop },\n\t0x00CD: { n:\"BrtBeginECOlapProps\", f:parsenoop },\n\t0x00CE: { n:\"BrtEndECOlapProps\", f:parsenoop },\n\t0x00CF: { n:\"BrtBeginPCDSConsol\", f:parsenoop },\n\t0x00D0: { n:\"BrtEndPCDSConsol\", f:parsenoop },\n\t0x00D1: { n:\"BrtBeginPCDSCPages\", f:parsenoop },\n\t0x00D2: { n:\"BrtEndPCDSCPages\", f:parsenoop },\n\t0x00D3: { n:\"BrtBeginPCDSCPage\", f:parsenoop },\n\t0x00D4: { n:\"BrtEndPCDSCPage\", f:parsenoop },\n\t0x00D5: { n:\"BrtBeginPCDSCPItem\", f:parsenoop },\n\t0x00D6: { n:\"BrtEndPCDSCPItem\", f:parsenoop },\n\t0x00D7: { n:\"BrtBeginPCDSCSets\", f:parsenoop },\n\t0x00D8: { n:\"BrtEndPCDSCSets\", f:parsenoop },\n\t0x00D9: { n:\"BrtBeginPCDSCSet\", f:parsenoop },\n\t0x00DA: { n:\"BrtEndPCDSCSet\", f:parsenoop },\n\t0x00DB: { n:\"BrtBeginPCDFGroup\", f:parsenoop },\n\t0x00DC: { n:\"BrtEndPCDFGroup\", f:parsenoop },\n\t0x00DD: { n:\"BrtBeginPCDFGItems\", f:parsenoop },\n\t0x00DE: { n:\"BrtEndPCDFGItems\", f:parsenoop },\n\t0x00DF: { n:\"BrtBeginPCDFGRange\", f:parsenoop },\n\t0x00E0: { n:\"BrtEndPCDFGRange\", f:parsenoop },\n\t0x00E1: { n:\"BrtBeginPCDFGDiscrete\", f:parsenoop },\n\t0x00E2: { n:\"BrtEndPCDFGDiscrete\", f:parsenoop },\n\t0x00E3: { n:\"BrtBeginPCDSDTupleCache\", f:parsenoop },\n\t0x00E4: { n:\"BrtEndPCDSDTupleCache\", f:parsenoop },\n\t0x00E5: { n:\"BrtBeginPCDSDTCEntries\", f:parsenoop },\n\t0x00E6: { n:\"BrtEndPCDSDTCEntries\", f:parsenoop },\n\t0x00E7: { n:\"BrtBeginPCDSDTCEMembers\", f:parsenoop },\n\t0x00E8: { n:\"BrtEndPCDSDTCEMembers\", f:parsenoop },\n\t0x00E9: { n:\"BrtBeginPCDSDTCEMember\", f:parsenoop },\n\t0x00EA: { n:\"BrtEndPCDSDTCEMember\", f:parsenoop },\n\t0x00EB: { n:\"BrtBeginPCDSDTCQueries\", f:parsenoop },\n\t0x00EC: { n:\"BrtEndPCDSDTCQueries\", f:parsenoop },\n\t0x00ED: { n:\"BrtBeginPCDSDTCQuery\", f:parsenoop },\n\t0x00EE: { n:\"BrtEndPCDSDTCQuery\", f:parsenoop },\n\t0x00EF: { n:\"BrtBeginPCDSDTCSets\", f:parsenoop },\n\t0x00F0: { n:\"BrtEndPCDSDTCSets\", f:parsenoop },\n\t0x00F1: { n:\"BrtBeginPCDSDTCSet\", f:parsenoop },\n\t0x00F2: { n:\"BrtEndPCDSDTCSet\", f:parsenoop },\n\t0x00F3: { n:\"BrtBeginPCDCalcItems\", f:parsenoop },\n\t0x00F4: { n:\"BrtEndPCDCalcItems\", f:parsenoop },\n\t0x00F5: { n:\"BrtBeginPCDCalcItem\", f:parsenoop },\n\t0x00F6: { n:\"BrtEndPCDCalcItem\", f:parsenoop },\n\t0x00F7: { n:\"BrtBeginPRule\", f:parsenoop },\n\t0x00F8: { n:\"BrtEndPRule\", f:parsenoop },\n\t0x00F9: { n:\"BrtBeginPRFilters\", f:parsenoop },\n\t0x00FA: { n:\"BrtEndPRFilters\", f:parsenoop },\n\t0x00FB: { n:\"BrtBeginPRFilter\", f:parsenoop },\n\t0x00FC: { n:\"BrtEndPRFilter\", f:parsenoop },\n\t0x00FD: { n:\"BrtBeginPNames\", f:parsenoop },\n\t0x00FE: { n:\"BrtEndPNames\", f:parsenoop },\n\t0x00FF: { n:\"BrtBeginPName\", f:parsenoop },\n\t0x0100: { n:\"BrtEndPName\", f:parsenoop },\n\t0x0101: { n:\"BrtBeginPNPairs\", f:parsenoop },\n\t0x0102: { n:\"BrtEndPNPairs\", f:parsenoop },\n\t0x0103: { n:\"BrtBeginPNPair\", f:parsenoop },\n\t0x0104: { n:\"BrtEndPNPair\", f:parsenoop },\n\t0x0105: { n:\"BrtBeginECWebProps\", f:parsenoop },\n\t0x0106: { n:\"BrtEndECWebProps\", f:parsenoop },\n\t0x0107: { n:\"BrtBeginEcWpTables\", f:parsenoop },\n\t0x0108: { n:\"BrtEndECWPTables\", f:parsenoop },\n\t0x0109: { n:\"BrtBeginECParams\", f:parsenoop },\n\t0x010A: { n:\"BrtEndECParams\", f:parsenoop },\n\t0x010B: { n:\"BrtBeginECParam\", f:parsenoop },\n\t0x010C: { n:\"BrtEndECParam\", f:parsenoop },\n\t0x010D: { n:\"BrtBeginPCDKPIs\", f:parsenoop },\n\t0x010E: { n:\"BrtEndPCDKPIs\", f:parsenoop },\n\t0x010F: { n:\"BrtBeginPCDKPI\", f:parsenoop },\n\t0x0110: { n:\"BrtEndPCDKPI\", f:parsenoop },\n\t0x0111: { n:\"BrtBeginDims\", f:parsenoop },\n\t0x0112: { n:\"BrtEndDims\", f:parsenoop },\n\t0x0113: { n:\"BrtBeginDim\", f:parsenoop },\n\t0x0114: { n:\"BrtEndDim\", f:parsenoop },\n\t0x0115: { n:\"BrtIndexPartEnd\", f:parsenoop },\n\t0x0116: { n:\"BrtBeginStyleSheet\", f:parsenoop },\n\t0x0117: { n:\"BrtEndStyleSheet\", f:parsenoop },\n\t0x0118: { n:\"BrtBeginSXView\", f:parsenoop },\n\t0x0119: { n:\"BrtEndSXVI\", f:parsenoop },\n\t0x011A: { n:\"BrtBeginSXVI\", f:parsenoop },\n\t0x011B: { n:\"BrtBeginSXVIs\", f:parsenoop },\n\t0x011C: { n:\"BrtEndSXVIs\", f:parsenoop },\n\t0x011D: { n:\"BrtBeginSXVD\", f:parsenoop },\n\t0x011E: { n:\"BrtEndSXVD\", f:parsenoop },\n\t0x011F: { n:\"BrtBeginSXVDs\", f:parsenoop },\n\t0x0120: { n:\"BrtEndSXVDs\", f:parsenoop },\n\t0x0121: { n:\"BrtBeginSXPI\", f:parsenoop },\n\t0x0122: { n:\"BrtEndSXPI\", f:parsenoop },\n\t0x0123: { n:\"BrtBeginSXPIs\", f:parsenoop },\n\t0x0124: { n:\"BrtEndSXPIs\", f:parsenoop },\n\t0x0125: { n:\"BrtBeginSXDI\", f:parsenoop },\n\t0x0126: { n:\"BrtEndSXDI\", f:parsenoop },\n\t0x0127: { n:\"BrtBeginSXDIs\", f:parsenoop },\n\t0x0128: { n:\"BrtEndSXDIs\", f:parsenoop },\n\t0x0129: { n:\"BrtBeginSXLI\", f:parsenoop },\n\t0x012A: { n:\"BrtEndSXLI\", f:parsenoop },\n\t0x012B: { n:\"BrtBeginSXLIRws\", f:parsenoop },\n\t0x012C: { n:\"BrtEndSXLIRws\", f:parsenoop },\n\t0x012D: { n:\"BrtBeginSXLICols\", f:parsenoop },\n\t0x012E: { n:\"BrtEndSXLICols\", f:parsenoop },\n\t0x012F: { n:\"BrtBeginSXFormat\", f:parsenoop },\n\t0x0130: { n:\"BrtEndSXFormat\", f:parsenoop },\n\t0x0131: { n:\"BrtBeginSXFormats\", f:parsenoop },\n\t0x0132: { n:\"BrtEndSxFormats\", f:parsenoop },\n\t0x0133: { n:\"BrtBeginSxSelect\", f:parsenoop },\n\t0x0134: { n:\"BrtEndSxSelect\", f:parsenoop },\n\t0x0135: { n:\"BrtBeginISXVDRws\", f:parsenoop },\n\t0x0136: { n:\"BrtEndISXVDRws\", f:parsenoop },\n\t0x0137: { n:\"BrtBeginISXVDCols\", f:parsenoop },\n\t0x0138: { n:\"BrtEndISXVDCols\", f:parsenoop },\n\t0x0139: { n:\"BrtEndSXLocation\", f:parsenoop },\n\t0x013A: { n:\"BrtBeginSXLocation\", f:parsenoop },\n\t0x013B: { n:\"BrtEndSXView\", f:parsenoop },\n\t0x013C: { n:\"BrtBeginSXTHs\", f:parsenoop },\n\t0x013D: { n:\"BrtEndSXTHs\", f:parsenoop },\n\t0x013E: { n:\"BrtBeginSXTH\", f:parsenoop },\n\t0x013F: { n:\"BrtEndSXTH\", f:parsenoop },\n\t0x0140: { n:\"BrtBeginISXTHRws\", f:parsenoop },\n\t0x0141: { n:\"BrtEndISXTHRws\", f:parsenoop },\n\t0x0142: { n:\"BrtBeginISXTHCols\", f:parsenoop },\n\t0x0143: { n:\"BrtEndISXTHCols\", f:parsenoop },\n\t0x0144: { n:\"BrtBeginSXTDMPS\", f:parsenoop },\n\t0x0145: { n:\"BrtEndSXTDMPs\", f:parsenoop },\n\t0x0146: { n:\"BrtBeginSXTDMP\", f:parsenoop },\n\t0x0147: { n:\"BrtEndSXTDMP\", f:parsenoop },\n\t0x0148: { n:\"BrtBeginSXTHItems\", f:parsenoop },\n\t0x0149: { n:\"BrtEndSXTHItems\", f:parsenoop },\n\t0x014A: { n:\"BrtBeginSXTHItem\", f:parsenoop },\n\t0x014B: { n:\"BrtEndSXTHItem\", f:parsenoop },\n\t0x014C: { n:\"BrtBeginMetadata\", f:parsenoop },\n\t0x014D: { n:\"BrtEndMetadata\", f:parsenoop },\n\t0x014E: { n:\"BrtBeginEsmdtinfo\", f:parsenoop },\n\t0x014F: { n:\"BrtMdtinfo\", f:parsenoop },\n\t0x0150: { n:\"BrtEndEsmdtinfo\", f:parsenoop },\n\t0x0151: { n:\"BrtBeginEsmdb\", f:parsenoop },\n\t0x0152: { n:\"BrtEndEsmdb\", f:parsenoop },\n\t0x0153: { n:\"BrtBeginEsfmd\", f:parsenoop },\n\t0x0154: { n:\"BrtEndEsfmd\", f:parsenoop },\n\t0x0155: { n:\"BrtBeginSingleCells\", f:parsenoop },\n\t0x0156: { n:\"BrtEndSingleCells\", f:parsenoop },\n\t0x0157: { n:\"BrtBeginList\", f:parsenoop },\n\t0x0158: { n:\"BrtEndList\", f:parsenoop },\n\t0x0159: { n:\"BrtBeginListCols\", f:parsenoop },\n\t0x015A: { n:\"BrtEndListCols\", f:parsenoop },\n\t0x015B: { n:\"BrtBeginListCol\", f:parsenoop },\n\t0x015C: { n:\"BrtEndListCol\", f:parsenoop },\n\t0x015D: { n:\"BrtBeginListXmlCPr\", f:parsenoop },\n\t0x015E: { n:\"BrtEndListXmlCPr\", f:parsenoop },\n\t0x015F: { n:\"BrtListCCFmla\", f:parsenoop },\n\t0x0160: { n:\"BrtListTrFmla\", f:parsenoop },\n\t0x0161: { n:\"BrtBeginExternals\", f:parsenoop },\n\t0x0162: { n:\"BrtEndExternals\", f:parsenoop },\n\t0x0163: { n:\"BrtSupBookSrc\", f:parsenoop },\n\t0x0165: { n:\"BrtSupSelf\", f:parsenoop },\n\t0x0166: { n:\"BrtSupSame\", f:parsenoop 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n:\"BrtBeginDbTables15\", f:parsenoop },\n\t0x0847: { n:\"BrtEndDbTables15\", f:parsenoop },\n\t0x0848: { n:\"BrtDbTable15\", f:parsenoop },\n\t0x0849: { n:\"BrtBeginDataModel\", f:parsenoop },\n\t0x084A: { n:\"BrtEndDataModel\", f:parsenoop },\n\t0x084B: { n:\"BrtBeginModelTables\", f:parsenoop },\n\t0x084C: { n:\"BrtEndModelTables\", f:parsenoop },\n\t0x084D: { n:\"BrtModelTable\", f:parsenoop },\n\t0x084E: { n:\"BrtBeginModelRelationships\", f:parsenoop },\n\t0x084F: { n:\"BrtEndModelRelationships\", f:parsenoop },\n\t0x0850: { n:\"BrtModelRelationship\", f:parsenoop },\n\t0x0851: { n:\"BrtBeginECTxtWiz15\", f:parsenoop },\n\t0x0852: { n:\"BrtEndECTxtWiz15\", f:parsenoop },\n\t0x0853: { n:\"BrtBeginECTWFldInfoLst15\", f:parsenoop },\n\t0x0854: { n:\"BrtEndECTWFldInfoLst15\", f:parsenoop },\n\t0x0855: { n:\"BrtBeginECTWFldInfo15\", f:parsenoop },\n\t0x0856: { n:\"BrtFieldListActiveItem\", f:parsenoop },\n\t0x0857: { n:\"BrtPivotCacheIdVersion\", f:parsenoop },\n\t0x0858: { n:\"BrtSXDI15\", f:parsenoop },\n\t0xFFFF: { n:\"\", f:parsenoop }\n};\n\nvar evert_RE = evert_key(XLSBRecordEnum, 'n');\n\n/* [MS-XLS] 2.3 Record Enumeration */\nvar XLSRecordEnum = {\n\t0x0003: { n:\"BIFF2NUM\", f:parse_BIFF2NUM },\n\t0x0004: { n:\"BIFF2STR\", f:parse_BIFF2STR },\n\t0x0006: { n:\"Formula\", f:parse_Formula },\n\t0x0009: { n:'BOF', f:parse_BOF },\n\t0x000a: { n:'EOF', f:parse_EOF },\n\t0x000c: { n:\"CalcCount\", f:parse_CalcCount },\n\t0x000d: { n:\"CalcMode\", f:parse_CalcMode },\n\t0x000e: { n:\"CalcPrecision\", f:parse_CalcPrecision },\n\t0x000f: { n:\"CalcRefMode\", f:parse_CalcRefMode },\n\t0x0010: { n:\"CalcDelta\", f:parse_CalcDelta },\n\t0x0011: { n:\"CalcIter\", f:parse_CalcIter },\n\t0x0012: { n:\"Protect\", f:parse_Protect },\n\t0x0013: { n:\"Password\", f:parse_Password },\n\t0x0014: { n:\"Header\", f:parse_Header },\n\t0x0015: { n:\"Footer\", f:parse_Footer },\n\t0x0017: { n:\"ExternSheet\", f:parse_ExternSheet },\n\t0x0018: { n:\"Lbl\", f:parse_Lbl },\n\t0x0019: { n:\"WinProtect\", f:parse_WinProtect },\n\t0x001a: { n:\"VerticalPageBreaks\", f:parse_VerticalPageBreaks },\n\t0x001b: { n:\"HorizontalPageBreaks\", f:parse_HorizontalPageBreaks },\n\t0x001c: { n:\"Note\", f:parse_Note },\n\t0x001d: { n:\"Selection\", f:parse_Selection },\n\t0x0022: { n:\"Date1904\", f:parse_Date1904 },\n\t0x0023: { n:\"ExternName\", f:parse_ExternName },\n\t0x0026: { n:\"LeftMargin\", f:parse_LeftMargin },\n\t0x0027: { n:\"RightMargin\", f:parse_RightMargin },\n\t0x0028: { n:\"TopMargin\", f:parse_TopMargin },\n\t0x0029: { n:\"BottomMargin\", f:parse_BottomMargin },\n\t0x002a: { n:\"PrintRowCol\", f:parse_PrintRowCol },\n\t0x002b: { n:\"PrintGrid\", f:parse_PrintGrid },\n\t0x002f: { n:\"FilePass\", f:parse_FilePass },\n\t0x0031: { n:\"Font\", f:parse_Font },\n\t0x0033: { n:\"PrintSize\", f:parse_PrintSize },\n\t0x003c: { n:\"Continue\", f:parse_Continue },\n\t0x003d: { n:\"Window1\", f:parse_Window1 },\n\t0x0040: { n:\"Backup\", f:parse_Backup },\n\t0x0041: { n:\"Pane\", f:parse_Pane },\n\t0x0042: { n:'CodePage', f:parse_CodePage },\n\t0x004d: { n:\"Pls\", f:parse_Pls },\n\t0x0050: { n:\"DCon\", f:parse_DCon },\n\t0x0051: { n:\"DConRef\", f:parse_DConRef },\n\t0x0052: { n:\"DConName\", f:parse_DConName },\n\t0x0055: { n:\"DefColWidth\", f:parse_DefColWidth },\n\t0x0059: { n:\"XCT\", f:parse_XCT },\n\t0x005a: { n:\"CRN\", f:parse_CRN },\n\t0x005b: { n:\"FileSharing\", f:parse_FileSharing },\n\t0x005c: { n:'WriteAccess', f:parse_WriteAccess },\n\t0x005d: { n:\"Obj\", f:parse_Obj },\n\t0x005e: { n:\"Uncalced\", f:parse_Uncalced },\n\t0x005f: { n:\"CalcSaveRecalc\", f:parse_CalcSaveRecalc },\n\t0x0060: { n:\"Template\", f:parse_Template },\n\t0x0061: { n:\"Intl\", f:parse_Intl },\n\t0x0063: { n:\"ObjProtect\", f:parse_ObjProtect },\n\t0x007d: { n:\"ColInfo\", f:parse_ColInfo },\n\t0x0080: { n:\"Guts\", f:parse_Guts },\n\t0x0081: { n:\"WsBool\", f:parse_WsBool },\n\t0x0082: { n:\"GridSet\", f:parse_GridSet },\n\t0x0083: { n:\"HCenter\", f:parse_HCenter },\n\t0x0084: { n:\"VCenter\", f:parse_VCenter },\n\t0x0085: { n:'BoundSheet8', f:parse_BoundSheet8 },\n\t0x0086: { n:\"WriteProtect\", f:parse_WriteProtect },\n\t0x008c: { n:\"Country\", f:parse_Country },\n\t0x008d: { n:\"HideObj\", f:parse_HideObj },\n\t0x0090: { n:\"Sort\", f:parse_Sort },\n\t0x0092: { n:\"Palette\", f:parse_Palette },\n\t0x0097: { n:\"Sync\", f:parse_Sync },\n\t0x0098: { n:\"LPr\", f:parse_LPr },\n\t0x0099: { n:\"DxGCol\", f:parse_DxGCol },\n\t0x009a: { n:\"FnGroupName\", f:parse_FnGroupName },\n\t0x009b: { n:\"FilterMode\", f:parse_FilterMode },\n\t0x009c: { n:\"BuiltInFnGroupCount\", f:parse_BuiltInFnGroupCount },\n\t0x009d: { n:\"AutoFilterInfo\", f:parse_AutoFilterInfo },\n\t0x009e: { n:\"AutoFilter\", f:parse_AutoFilter },\n\t0x00a0: { n:\"Scl\", f:parse_Scl },\n\t0x00a1: { n:\"Setup\", f:parse_Setup },\n\t0x00ae: { n:\"ScenMan\", f:parse_ScenMan },\n\t0x00af: { n:\"SCENARIO\", f:parse_SCENARIO },\n\t0x00b0: { n:\"SxView\", f:parse_SxView },\n\t0x00b1: { n:\"Sxvd\", f:parse_Sxvd },\n\t0x00b2: { n:\"SXVI\", f:parse_SXVI },\n\t0x00b4: { n:\"SxIvd\", f:parse_SxIvd },\n\t0x00b5: { n:\"SXLI\", f:parse_SXLI },\n\t0x00b6: { n:\"SXPI\", f:parse_SXPI },\n\t0x00b8: { n:\"DocRoute\", f:parse_DocRoute },\n\t0x00b9: { n:\"RecipName\", f:parse_RecipName },\n\t0x00bd: { n:\"MulRk\", f:parse_MulRk },\n\t0x00be: { n:\"MulBlank\", f:parse_MulBlank },\n\t0x00c1: { n:'Mms', f:parse_Mms },\n\t0x00c5: { n:\"SXDI\", f:parse_SXDI },\n\t0x00c6: { n:\"SXDB\", f:parse_SXDB },\n\t0x00c7: { n:\"SXFDB\", f:parse_SXFDB },\n\t0x00c8: { n:\"SXDBB\", f:parse_SXDBB },\n\t0x00c9: { n:\"SXNum\", f:parse_SXNum },\n\t0x00ca: { n:\"SxBool\", f:parse_SxBool },\n\t0x00cb: { n:\"SxErr\", f:parse_SxErr },\n\t0x00cc: { n:\"SXInt\", f:parse_SXInt },\n\t0x00cd: { n:\"SXString\", f:parse_SXString },\n\t0x00ce: { n:\"SXDtr\", f:parse_SXDtr },\n\t0x00cf: { n:\"SxNil\", f:parse_SxNil },\n\t0x00d0: { n:\"SXTbl\", f:parse_SXTbl },\n\t0x00d1: { n:\"SXTBRGIITM\", f:parse_SXTBRGIITM },\n\t0x00d2: { n:\"SxTbpg\", f:parse_SxTbpg },\n\t0x00d3: { n:\"ObProj\", f:parse_ObProj },\n\t0x00d5: { n:\"SXStreamID\", f:parse_SXStreamID },\n\t0x00d7: { n:\"DBCell\", f:parse_DBCell },\n\t0x00d8: { n:\"SXRng\", f:parse_SXRng },\n\t0x00d9: { n:\"SxIsxoper\", f:parse_SxIsxoper },\n\t0x00da: { n:\"BookBool\", f:parse_BookBool },\n\t0x00dc: { n:\"DbOrParamQry\", f:parse_DbOrParamQry },\n\t0x00dd: { n:\"ScenarioProtect\", f:parse_ScenarioProtect },\n\t0x00de: { n:\"OleObjectSize\", f:parse_OleObjectSize },\n\t0x00e0: { n:\"XF\", f:parse_XF },\n\t0x00e1: { n:'InterfaceHdr', f:parse_InterfaceHdr },\n\t0x00e2: { n:'InterfaceEnd', f:parse_InterfaceEnd },\n\t0x00e3: { n:\"SXVS\", f:parse_SXVS },\n\t0x00e5: { n:\"MergeCells\", f:parse_MergeCells },\n\t0x00e9: { n:\"BkHim\", f:parse_BkHim },\n\t0x00eb: { n:\"MsoDrawingGroup\", f:parse_MsoDrawingGroup },\n\t0x00ec: { n:\"MsoDrawing\", f:parse_MsoDrawing },\n\t0x00ed: { n:\"MsoDrawingSelection\", f:parse_MsoDrawingSelection },\n\t0x00ef: { n:\"PhoneticInfo\", f:parse_PhoneticInfo },\n\t0x00f0: { n:\"SxRule\", f:parse_SxRule },\n\t0x00f1: { n:\"SXEx\", f:parse_SXEx },\n\t0x00f2: { n:\"SxFilt\", f:parse_SxFilt },\n\t0x00f4: { n:\"SxDXF\", f:parse_SxDXF },\n\t0x00f5: { n:\"SxItm\", f:parse_SxItm },\n\t0x00f6: { n:\"SxName\", f:parse_SxName },\n\t0x00f7: { n:\"SxSelect\", f:parse_SxSelect },\n\t0x00f8: { n:\"SXPair\", f:parse_SXPair },\n\t0x00f9: { n:\"SxFmla\", f:parse_SxFmla },\n\t0x00fb: { n:\"SxFormat\", f:parse_SxFormat },\n\t0x00fc: { n:\"SST\", f:parse_SST },\n\t0x00fd: { n:\"LabelSst\", f:parse_LabelSst },\n\t0x00ff: { n:\"ExtSST\", f:parse_ExtSST },\n\t0x0100: { n:\"SXVDEx\", f:parse_SXVDEx },\n\t0x0103: { n:\"SXFormula\", f:parse_SXFormula },\n\t0x0122: { n:\"SXDBEx\", f:parse_SXDBEx },\n\t0x0137: { n:\"RRDInsDel\", f:parse_RRDInsDel },\n\t0x0138: { n:\"RRDHead\", f:parse_RRDHead },\n\t0x013b: { n:\"RRDChgCell\", f:parse_RRDChgCell },\n\t0x013d: { n:\"RRTabId\", f:parse_RRTabId },\n\t0x013e: { n:\"RRDRenSheet\", f:parse_RRDRenSheet },\n\t0x013f: { n:\"RRSort\", f:parse_RRSort },\n\t0x0140: { n:\"RRDMove\", f:parse_RRDMove },\n\t0x014a: { n:\"RRFormat\", f:parse_RRFormat },\n\t0x014b: { n:\"RRAutoFmt\", f:parse_RRAutoFmt },\n\t0x014d: { n:\"RRInsertSh\", f:parse_RRInsertSh },\n\t0x014e: { n:\"RRDMoveBegin\", f:parse_RRDMoveBegin },\n\t0x014f: { n:\"RRDMoveEnd\", f:parse_RRDMoveEnd },\n\t0x0150: { n:\"RRDInsDelBegin\", f:parse_RRDInsDelBegin },\n\t0x0151: { n:\"RRDInsDelEnd\", f:parse_RRDInsDelEnd },\n\t0x0152: { n:\"RRDConflict\", f:parse_RRDConflict },\n\t0x0153: { n:\"RRDDefName\", f:parse_RRDDefName },\n\t0x0154: { n:\"RRDRstEtxp\", f:parse_RRDRstEtxp },\n\t0x015f: { n:\"LRng\", f:parse_LRng },\n\t0x0160: { n:\"UsesELFs\", f:parse_UsesELFs },\n\t0x0161: { n:\"DSF\", f:parse_DSF },\n\t0x0191: { n:\"CUsr\", f:parse_CUsr },\n\t0x0192: { n:\"CbUsr\", f:parse_CbUsr },\n\t0x0193: { n:\"UsrInfo\", f:parse_UsrInfo },\n\t0x0194: { n:\"UsrExcl\", f:parse_UsrExcl },\n\t0x0195: { n:\"FileLock\", f:parse_FileLock },\n\t0x0196: { n:\"RRDInfo\", f:parse_RRDInfo },\n\t0x0197: { n:\"BCUsrs\", f:parse_BCUsrs },\n\t0x0198: { n:\"UsrChk\", f:parse_UsrChk },\n\t0x01a9: { n:\"UserBView\", f:parse_UserBView },\n\t0x01aa: { n:\"UserSViewBegin\", f:parse_UserSViewBegin },\n\t0x01ab: { n:\"UserSViewEnd\", f:parse_UserSViewEnd },\n\t0x01ac: { n:\"RRDUserView\", f:parse_RRDUserView },\n\t0x01ad: { n:\"Qsi\", f:parse_Qsi },\n\t0x01ae: { n:\"SupBook\", f:parse_SupBook },\n\t0x01af: { n:\"Prot4Rev\", f:parse_Prot4Rev },\n\t0x01b0: { n:\"CondFmt\", f:parse_CondFmt },\n\t0x01b1: { n:\"CF\", f:parse_CF },\n\t0x01b2: { n:\"DVal\", f:parse_DVal },\n\t0x01b5: { n:\"DConBin\", f:parse_DConBin },\n\t0x01b6: { n:\"TxO\", f:parse_TxO },\n\t0x01b7: { n:\"RefreshAll\", f:parse_RefreshAll },\n\t0x01b8: { n:\"HLink\", f:parse_HLink },\n\t0x01b9: { n:\"Lel\", f:parse_Lel },\n\t0x01ba: { n:\"CodeName\", f:parse_XLSCodeName },\n\t0x01bb: { n:\"SXFDBType\", f:parse_SXFDBType },\n\t0x01bc: { n:\"Prot4RevPass\", f:parse_Prot4RevPass },\n\t0x01bd: { n:\"ObNoMacros\", f:parse_ObNoMacros },\n\t0x01be: { n:\"Dv\", f:parse_Dv },\n\t0x01c0: { n:\"Excel9File\", f:parse_Excel9File },\n\t0x01c1: { n:\"RecalcId\", f:parse_RecalcId, r:2},\n\t0x01c2: { n:\"EntExU2\", f:parse_EntExU2 },\n\t0x0200: { n:\"Dimensions\", f:parse_Dimensions },\n\t0x0201: { n:\"Blank\", f:parse_Blank },\n\t0x0203: { n:\"Number\", f:parse_Number },\n\t0x0204: { n:\"Label\", f:parse_Label },\n\t0x0205: { n:\"BoolErr\", f:parse_BoolErr },\n\t0x0207: { n:\"String\", f:parse_String },\n\t0x0208: { n:'Row', f:parse_Row },\n\t0x020b: { n:\"Index\", f:parse_Index },\n\t0x0221: { n:\"Array\", f:parse_Array },\n\t0x0225: { n:\"DefaultRowHeight\", f:parse_DefaultRowHeight },\n\t0x0236: { n:\"Table\", f:parse_Table },\n\t0x023e: { n:\"Window2\", f:parse_Window2 },\n\t0x027e: { n:\"RK\", f:parse_RK },\n\t0x0293: { n:\"Style\", f:parse_Style },\n\t0x0418: { n:\"BigName\", f:parse_BigName },\n\t0x041e: { n:\"Format\", f:parse_Format },\n\t0x043c: { n:\"ContinueBigName\", f:parse_ContinueBigName },\n\t0x04bc: { n:\"ShrFmla\", f:parse_ShrFmla },\n\t0x0800: { n:\"HLinkTooltip\", f:parse_HLinkTooltip },\n\t0x0801: { n:\"WebPub\", f:parse_WebPub },\n\t0x0802: { n:\"QsiSXTag\", f:parse_QsiSXTag },\n\t0x0803: { n:\"DBQueryExt\", f:parse_DBQueryExt },\n\t0x0804: { n:\"ExtString\", f:parse_ExtString },\n\t0x0805: { n:\"TxtQry\", f:parse_TxtQry },\n\t0x0806: { n:\"Qsir\", f:parse_Qsir },\n\t0x0807: { n:\"Qsif\", f:parse_Qsif },\n\t0x0808: { n:\"RRDTQSIF\", f:parse_RRDTQSIF },\n\t0x0809: { n:'BOF', f:parse_BOF },\n\t0x080a: { n:\"OleDbConn\", f:parse_OleDbConn },\n\t0x080b: { n:\"WOpt\", f:parse_WOpt },\n\t0x080c: { n:\"SXViewEx\", f:parse_SXViewEx },\n\t0x080d: { n:\"SXTH\", f:parse_SXTH },\n\t0x080e: { n:\"SXPIEx\", f:parse_SXPIEx },\n\t0x080f: { n:\"SXVDTEx\", f:parse_SXVDTEx },\n\t0x0810: { n:\"SXViewEx9\", f:parse_SXViewEx9 },\n\t0x0812: { n:\"ContinueFrt\", f:parse_ContinueFrt },\n\t0x0813: { n:\"RealTimeData\", f:parse_RealTimeData },\n\t0x0850: { n:\"ChartFrtInfo\", f:parse_ChartFrtInfo },\n\t0x0851: { n:\"FrtWrapper\", f:parse_FrtWrapper },\n\t0x0852: { n:\"StartBlock\", f:parse_StartBlock },\n\t0x0853: { n:\"EndBlock\", f:parse_EndBlock },\n\t0x0854: { n:\"StartObject\", f:parse_StartObject },\n\t0x0855: { n:\"EndObject\", f:parse_EndObject },\n\t0x0856: { n:\"CatLab\", f:parse_CatLab },\n\t0x0857: { n:\"YMult\", f:parse_YMult },\n\t0x0858: { n:\"SXViewLink\", f:parse_SXViewLink },\n\t0x0859: { n:\"PivotChartBits\", f:parse_PivotChartBits },\n\t0x085a: { n:\"FrtFontList\", f:parse_FrtFontList },\n\t0x0862: { n:\"SheetExt\", f:parse_SheetExt },\n\t0x0863: { n:\"BookExt\", f:parse_BookExt, r:12},\n\t0x0864: { n:\"SXAddl\", f:parse_SXAddl },\n\t0x0865: { n:\"CrErr\", f:parse_CrErr },\n\t0x0866: { n:\"HFPicture\", f:parse_HFPicture },\n\t0x0867: { n:'FeatHdr', f:parse_FeatHdr },\n\t0x0868: { n:\"Feat\", f:parse_Feat },\n\t0x086a: { n:\"DataLabExt\", f:parse_DataLabExt },\n\t0x086b: { n:\"DataLabExtContents\", f:parse_DataLabExtContents },\n\t0x086c: { n:\"CellWatch\", f:parse_CellWatch },\n\t0x0871: { n:\"FeatHdr11\", f:parse_FeatHdr11 },\n\t0x0872: { n:\"Feature11\", f:parse_Feature11 },\n\t0x0874: { n:\"DropDownObjIds\", f:parse_DropDownObjIds },\n\t0x0875: { n:\"ContinueFrt11\", f:parse_ContinueFrt11 },\n\t0x0876: { n:\"DConn\", f:parse_DConn },\n\t0x0877: { n:\"List12\", f:parse_List12 },\n\t0x0878: { n:\"Feature12\", f:parse_Feature12 },\n\t0x0879: { n:\"CondFmt12\", f:parse_CondFmt12 },\n\t0x087a: { n:\"CF12\", f:parse_CF12 },\n\t0x087b: { n:\"CFEx\", f:parse_CFEx },\n\t0x087c: { n:\"XFCRC\", f:parse_XFCRC, r:12 },\n\t0x087d: { n:\"XFExt\", f:parse_XFExt, r:12 },\n\t0x087e: { n:\"AutoFilter12\", f:parse_AutoFilter12 },\n\t0x087f: { n:\"ContinueFrt12\", f:parse_ContinueFrt12 },\n\t0x0884: { n:\"MDTInfo\", f:parse_MDTInfo },\n\t0x0885: { n:\"MDXStr\", f:parse_MDXStr },\n\t0x0886: { n:\"MDXTuple\", f:parse_MDXTuple },\n\t0x0887: { n:\"MDXSet\", f:parse_MDXSet },\n\t0x0888: { n:\"MDXProp\", f:parse_MDXProp },\n\t0x0889: { n:\"MDXKPI\", f:parse_MDXKPI },\n\t0x088a: { n:\"MDB\", f:parse_MDB },\n\t0x088b: { n:\"PLV\", f:parse_PLV },\n\t0x088c: { n:\"Compat12\", f:parse_Compat12, r:12 },\n\t0x088d: { n:\"DXF\", f:parse_DXF },\n\t0x088e: { n:\"TableStyles\", f:parse_TableStyles, r:12 },\n\t0x088f: { n:\"TableStyle\", f:parse_TableStyle },\n\t0x0890: { n:\"TableStyleElement\", f:parse_TableStyleElement },\n\t0x0892: { n:\"StyleExt\", f:parse_StyleExt },\n\t0x0893: { n:\"NamePublish\", f:parse_NamePublish },\n\t0x0894: { n:\"NameCmt\", f:parse_NameCmt },\n\t0x0895: { n:\"SortData\", f:parse_SortData },\n\t0x0896: { n:\"Theme\", f:parse_Theme, r:12 },\n\t0x0897: { n:\"GUIDTypeLib\", f:parse_GUIDTypeLib },\n\t0x0898: { n:\"FnGrp12\", f:parse_FnGrp12 },\n\t0x0899: { n:\"NameFnGrp12\", f:parse_NameFnGrp12 },\n\t0x089a: { n:\"MTRSettings\", f:parse_MTRSettings, r:12 },\n\t0x089b: { n:\"CompressPictures\", f:parse_CompressPictures },\n\t0x089c: { n:\"HeaderFooter\", f:parse_HeaderFooter },\n\t0x089d: { n:\"CrtLayout12\", f:parse_CrtLayout12 },\n\t0x089e: { n:\"CrtMlFrt\", f:parse_CrtMlFrt },\n\t0x089f: { n:\"CrtMlFrtContinue\", f:parse_CrtMlFrtContinue },\n\t0x08a3: { n:\"ForceFullCalculation\", f:parse_ForceFullCalculation },\n\t0x08a4: { n:\"ShapePropsStream\", f:parse_ShapePropsStream },\n\t0x08a5: { n:\"TextPropsStream\", f:parse_TextPropsStream },\n\t0x08a6: { n:\"RichTextStream\", f:parse_RichTextStream },\n\t0x08a7: { n:\"CrtLayout12A\", f:parse_CrtLayout12A },\n\t0x1001: { n:\"Units\", f:parse_Units },\n\t0x1002: { n:\"Chart\", f:parse_Chart },\n\t0x1003: { n:\"Series\", f:parse_Series },\n\t0x1006: { n:\"DataFormat\", f:parse_DataFormat },\n\t0x1007: { n:\"LineFormat\", f:parse_LineFormat },\n\t0x1009: { n:\"MarkerFormat\", f:parse_MarkerFormat },\n\t0x100a: { n:\"AreaFormat\", f:parse_AreaFormat },\n\t0x100b: { n:\"PieFormat\", f:parse_PieFormat },\n\t0x100c: { n:\"AttachedLabel\", f:parse_AttachedLabel },\n\t0x100d: { n:\"SeriesText\", f:parse_SeriesText },\n\t0x1014: { n:\"ChartFormat\", f:parse_ChartFormat },\n\t0x1015: { n:\"Legend\", f:parse_Legend },\n\t0x1016: { n:\"SeriesList\", f:parse_SeriesList },\n\t0x1017: { n:\"Bar\", f:parse_Bar },\n\t0x1018: { n:\"Line\", f:parse_Line },\n\t0x1019: { n:\"Pie\", f:parse_Pie },\n\t0x101a: { n:\"Area\", f:parse_Area },\n\t0x101b: { n:\"Scatter\", f:parse_Scatter },\n\t0x101c: { n:\"CrtLine\", f:parse_CrtLine },\n\t0x101d: { n:\"Axis\", f:parse_Axis },\n\t0x101e: { n:\"Tick\", f:parse_Tick },\n\t0x101f: { n:\"ValueRange\", f:parse_ValueRange },\n\t0x1020: { n:\"CatSerRange\", f:parse_CatSerRange },\n\t0x1021: { n:\"AxisLine\", f:parse_AxisLine },\n\t0x1022: { n:\"CrtLink\", f:parse_CrtLink },\n\t0x1024: { n:\"DefaultText\", f:parse_DefaultText },\n\t0x1025: { n:\"Text\", f:parse_Text },\n\t0x1026: { n:\"FontX\", f:parse_FontX },\n\t0x1027: { n:\"ObjectLink\", f:parse_ObjectLink },\n\t0x1032: { n:\"Frame\", f:parse_Frame },\n\t0x1033: { n:\"Begin\", f:parse_Begin },\n\t0x1034: { n:\"End\", f:parse_End },\n\t0x1035: { n:\"PlotArea\", f:parse_PlotArea },\n\t0x103a: { n:\"Chart3d\", f:parse_Chart3d },\n\t0x103c: { n:\"PicF\", f:parse_PicF },\n\t0x103d: { n:\"DropBar\", f:parse_DropBar },\n\t0x103e: { n:\"Radar\", f:parse_Radar },\n\t0x103f: { n:\"Surf\", f:parse_Surf },\n\t0x1040: { n:\"RadarArea\", f:parse_RadarArea },\n\t0x1041: { n:\"AxisParent\", f:parse_AxisParent },\n\t0x1043: { n:\"LegendException\", f:parse_LegendException },\n\t0x1044: { n:\"ShtProps\", f:parse_ShtProps },\n\t0x1045: { n:\"SerToCrt\", f:parse_SerToCrt },\n\t0x1046: { n:\"AxesUsed\", f:parse_AxesUsed },\n\t0x1048: { n:\"SBaseRef\", f:parse_SBaseRef },\n\t0x104a: { n:\"SerParent\", f:parse_SerParent },\n\t0x104b: { n:\"SerAuxTrend\", f:parse_SerAuxTrend },\n\t0x104e: { n:\"IFmtRecord\", f:parse_IFmtRecord },\n\t0x104f: { n:\"Pos\", f:parse_Pos },\n\t0x1050: { n:\"AlRuns\", f:parse_AlRuns },\n\t0x1051: { n:\"BRAI\", f:parse_BRAI },\n\t0x105b: { n:\"SerAuxErrBar\", f:parse_SerAuxErrBar },\n\t0x105c: { n:\"ClrtClient\", f:parse_ClrtClient },\n\t0x105d: { n:\"SerFmt\", f:parse_SerFmt },\n\t0x105f: { n:\"Chart3DBarShape\", f:parse_Chart3DBarShape },\n\t0x1060: { n:\"Fbi\", f:parse_Fbi },\n\t0x1061: { n:\"BopPop\", f:parse_BopPop },\n\t0x1062: { n:\"AxcExt\", f:parse_AxcExt },\n\t0x1063: { n:\"Dat\", f:parse_Dat },\n\t0x1064: { n:\"PlotGrowth\", f:parse_PlotGrowth },\n\t0x1065: { n:\"SIIndex\", f:parse_SIIndex },\n\t0x1066: { n:\"GelFrame\", f:parse_GelFrame },\n\t0x1067: { n:\"BopPopCustom\", f:parse_BopPopCustom },\n\t0x1068: { n:\"Fbi2\", f:parse_Fbi2 },\n\n\t/* These are specified in an older version of the spec */\n\t0x0016: { n:\"ExternCount\", f:parsenoop },\n\t0x007e: { n:\"RK\", f:parsenoop }, /* Not necessarily same as 0x027e */\n\t0x007f: { n:\"ImData\", f:parsenoop },\n\t0x0087: { n:\"Addin\", f:parsenoop },\n\t0x0088: { n:\"Edg\", f:parsenoop },\n\t0x0089: { n:\"Pub\", f:parsenoop },\n\t0x0091: { n:\"Sub\", f:parsenoop },\n\t0x0094: { n:\"LHRecord\", f:parsenoop },\n\t0x0095: { n:\"LHNGraph\", f:parsenoop },\n\t0x0096: { n:\"Sound\", f:parsenoop },\n\t0x00a9: { n:\"CoordList\", f:parsenoop },\n\t0x00ab: { n:\"GCW\", f:parsenoop },\n\t0x00bc: { n:\"ShrFmla\", f:parsenoop }, /* Not necessarily same as 0x04bc */\n\t0x00c2: { n:\"AddMenu\", f:parsenoop },\n\t0x00c3: { n:\"DelMenu\", f:parsenoop },\n\t0x00d6: { n:\"RString\", f:parsenoop },\n\t0x00df: { n:\"UDDesc\", f:parsenoop },\n\t0x00ea: { n:\"TabIdConf\", f:parsenoop },\n\t0x0162: { n:\"XL5Modify\", f:parsenoop },\n\t0x01a5: { n:\"FileSharing2\", f:parsenoop },\n\t0x0218: { n:\"Name\", f:parsenoop },\n\t0x0223: { n:\"ExternName\", f:parse_ExternName },\n\t0x0231: { n:\"Font\", f:parsenoop },\n\t0x0406: { n:\"Formula\", f:parse_Formula },\n\t0x086d: { n:\"FeatInfo\", f:parsenoop },\n\t0x0873: { n:\"FeatInfo11\", f:parsenoop },\n\t0x0881: { n:\"SXAddl12\", f:parsenoop },\n\t0x08c0: { n:\"AutoWebPub\", f:parsenoop },\n\t0x08c1: { n:\"ListObj\", f:parsenoop },\n\t0x08c2: { n:\"ListField\", f:parsenoop },\n\t0x08c3: { n:\"ListDV\", f:parsenoop },\n\t0x08c4: { n:\"ListCondFmt\", f:parsenoop },\n\t0x08c5: { n:\"ListCF\", f:parsenoop },\n\t0x08c6: { n:\"FMQry\", f:parsenoop },\n\t0x08c7: { n:\"FMSQry\", f:parsenoop },\n\t0x08c8: { n:\"PLV\", f:parsenoop }, /* supposedly PLV for Excel 11 */\n\t0x08c9: { n:\"LnExt\", f:parsenoop },\n\t0x08ca: { n:\"MkrExt\", f:parsenoop },\n\t0x08cb: { n:\"CrtCoopt\", f:parsenoop },\n\n\t0x0000: {}\n};\n\n\n/* Helper function to call out to ODS parser */\nfunction parse_ods(zip, opts) {\n\tif(typeof module !== \"undefined\" && typeof require !== 'undefined' && typeof ODS === 'undefined') ODS = require('./od' + 's');\n\tif(typeof ODS === 'undefined' || !ODS.parse_ods) throw new Error(\"Unsupported ODS\");\n\treturn ODS.parse_ods(zip, opts);\n}\nfunction fix_opts_func(defaults) {\n\treturn function fix_opts(opts) {\n\t\tfor(var i = 0; i != defaults.length; ++i) {\n\t\t\tvar d = defaults[i];\n\t\t\tif(opts[d[0]] === undefined) opts[d[0]] = d[1];\n\t\t\tif(d[2] === 'n') opts[d[0]] = Number(opts[d[0]]);\n\t\t}\n\t};\n}\n\nvar fix_read_opts = fix_opts_func([\n\t['cellNF', false], /* emit cell number format string as .z */\n\t['cellHTML', true], /* emit html string as .h */\n\t['cellFormula', true], /* emit formulae as .f */\n\t['cellStyles', false], /* emits style/theme as .s */\n\t['cellDates', false], /* emit date cells with type `d` */\n\n\t['sheetStubs', false], /* emit empty cells */\n\t['sheetRows', 0, 'n'], /* read n rows (0 = read all rows) */\n\n\t['bookDeps', false], /* parse calculation chains */\n\t['bookSheets', false], /* only try to get sheet names (no Sheets) */\n\t['bookProps', false], /* only try to get properties (no Sheets) */\n\t['bookFiles', false], /* include raw file structure (keys, files, cfb) */\n\t['bookVBA', false], /* include vba raw data (vbaraw) */\n\n\t['password',''], /* password */\n\t['WTF', false] /* WTF mode (throws errors) */\n]);\n\n\nvar fix_write_opts = fix_opts_func([\n\t['cellDates', false], /* write date cells with type `d` */\n\n\t['bookSST', false], /* Generate Shared String Table */\n\n\t['bookType', 'xlsx'], /* Type of workbook (xlsx/m/b) */\n\n\t['WTF', false] /* WTF mode (throws errors) */\n]);\nfunction safe_parse_wbrels(wbrels, sheets) {\n\tif(!wbrels) return 0;\n\ttry {\n\t\twbrels = sheets.map(function pwbr(w) { return [w.name, wbrels['!id'][w.id].Target]; });\n\t} catch(e) { return null; }\n\treturn !wbrels || wbrels.length === 0 ? null : wbrels;\n}\n\nfunction safe_parse_ws(zip, path, relsPath, sheet, sheetRels, sheets, opts) {\n\ttry {\n\t\tsheetRels[sheet]=parse_rels(getzipdata(zip, relsPath, true), path);\n\t\tsheets[sheet]=parse_ws(getzipdata(zip, path),path,opts,sheetRels[sheet]);\n\t} catch(e) { if(opts.WTF) throw e; }\n}\n\nvar nodirs = function nodirs(x){return x.substr(-1) != '/';};\nfunction parse_zip(zip, opts) {\n\tmake_ssf(SSF);\n\topts = opts || {};\n\tfix_read_opts(opts);\n\treset_cp();\n\n\t/* OpenDocument Part 3 Section 2.2.1 OpenDocument Package */\n\tif(safegetzipfile(zip, 'META-INF/manifest.xml')) return parse_ods(zip, opts);\n\n\tvar entries = keys(zip.files).filter(nodirs).sort();\n\tvar dir = parse_ct(getzipdata(zip, '[Content_Types].xml'), opts);\n\tvar xlsb = false;\n\tvar sheets, binname;\n\tif(dir.workbooks.length === 0) {\n\t\tbinname = \"xl/workbook.xml\";\n\t\tif(getzipdata(zip,binname, true)) dir.workbooks.push(binname);\n\t}\n\tif(dir.workbooks.length === 0) {\n\t\tbinname = \"xl/workbook.bin\";\n\t\tif(!getzipfile(zip,binname,true)) throw new Error(\"Could not find workbook\");\n\t\tdir.workbooks.push(binname);\n\t\txlsb = true;\n\t}\n\tif(dir.workbooks[0].substr(-3) == \"bin\") xlsb = true;\n\tif(xlsb) set_cp(1200);\n\n\tif(!opts.bookSheets && !opts.bookProps) {\n\t\tstrs = [];\n\t\tif(dir.sst) strs=parse_sst(getzipdata(zip, dir.sst.replace(/^\\//,'')), dir.sst, opts);\n\n\t\tstyles = {};\n\t\tif(dir.style) styles = parse_sty(getzipdata(zip, dir.style.replace(/^\\//,'')),dir.style, opts);\n\n\t\tthemes = {};\n\t\tif(opts.cellStyles && dir.themes.length) themes = parse_theme(getzipdata(zip, dir.themes[0].replace(/^\\//,''), true),dir.themes[0], opts);\n\t}\n\n\tvar wb = parse_wb(getzipdata(zip, dir.workbooks[0].replace(/^\\//,'')), dir.workbooks[0], opts);\n\n\tvar props = {}, propdata = \"\";\n\n\tif(dir.coreprops.length !== 0) {\n\t\tpropdata = getzipdata(zip, dir.coreprops[0].replace(/^\\//,''), true);\n\t\tif(propdata) props = parse_core_props(propdata);\n\t\tif(dir.extprops.length !== 0) {\n\t\t\tpropdata = getzipdata(zip, dir.extprops[0].replace(/^\\//,''), true);\n\t\t\tif(propdata) parse_ext_props(propdata, props);\n\t\t}\n\t}\n\n\tvar custprops = {};\n\tif(!opts.bookSheets || opts.bookProps) {\n\t\tif (dir.custprops.length !== 0) {\n\t\t\tpropdata = getzipdata(zip, dir.custprops[0].replace(/^\\//,''), true);\n\t\t\tif(propdata) custprops = parse_cust_props(propdata, opts);\n\t\t}\n\t}\n\n\tvar out = {};\n\tif(opts.bookSheets || opts.bookProps) {\n\t\tif(props.Worksheets && props.SheetNames.length > 0) sheets=props.SheetNames;\n\t\telse if(wb.Sheets) sheets = wb.Sheets.map(function pluck(x){ return x.name; });\n\t\tif(opts.bookProps) { out.Props = props; out.Custprops = custprops; }\n\t\tif(typeof sheets !== 'undefined') out.SheetNames = sheets;\n\t\tif(opts.bookSheets ? out.SheetNames : opts.bookProps) return out;\n\t}\n\tsheets = {};\n\n\tvar deps = {};\n\tif(opts.bookDeps && dir.calcchain) deps=parse_cc(getzipdata(zip, dir.calcchain.replace(/^\\//,'')),dir.calcchain,opts);\n\n\tvar i=0;\n\tvar sheetRels = {};\n\tvar path, relsPath;\n\tif(!props.Worksheets) {\n\t\tvar wbsheets = wb.Sheets;\n\t\tprops.Worksheets = wbsheets.length;\n\t\tprops.SheetNames = [];\n\t\tfor(var j = 0; j != wbsheets.length; ++j) {\n\t\t\tprops.SheetNames[j] = wbsheets[j].name;\n\t\t}\n\t}\n\n\tvar wbext = xlsb ? \"bin\" : \"xml\";\n\tvar wbrelsfile = 'xl/_rels/workbook.' + wbext + '.rels';\n\tvar wbrels = parse_rels(getzipdata(zip, wbrelsfile, true), wbrelsfile);\n\tif(wbrels) wbrels = safe_parse_wbrels(wbrels, wb.Sheets);\n\t/* Numbers iOS hack */\n\tvar nmode = (getzipdata(zip,\"xl/worksheets/sheet.xml\",true))?1:0;\n\tfor(i = 0; i != props.Worksheets; ++i) {\n\t\tif(wbrels) path = 'xl/' + (wbrels[i][1]).replace(/[\\/]?xl\\//, \"\");\n\t\telse {\n\t\t\tpath = 'xl/worksheets/sheet'+(i+1-nmode)+\".\" + wbext;\n\t\t\tpath = path.replace(/sheet0\\./,\"sheet.\");\n\t\t}\n\t\trelsPath = path.replace(/^(.*)(\\/)([^\\/]*)$/, \"$1/_rels/$3.rels\");\n\t\tsafe_parse_ws(zip, path, relsPath, props.SheetNames[i], sheetRels, sheets, opts);\n\t}\n\n\tif(dir.comments) parse_comments(zip, dir.comments, sheets, sheetRels, opts);\n\n\tout = {\n\t\tDirectory: dir,\n\t\tWorkbook: wb,\n\t\tProps: props,\n\t\tCustprops: custprops,\n\t\tDeps: deps,\n\t\tSheets: sheets,\n\t\tSheetNames: props.SheetNames,\n\t\tStrings: strs,\n\t\tStyles: styles,\n\t\tThemes: themes,\n\t\tSSF: SSF.get_table()\n\t};\n\tif(opts.bookFiles) {\n\t\tout.keys = entries;\n\t\tout.files = zip.files;\n\t}\n\tif(opts.bookVBA) {\n\t\tif(dir.vba.length > 0) out.vbaraw = getzipdata(zip,dir.vba[0],true);\n\t\telse if(dir.defaults.bin === 'application/vnd.ms-office.vbaProject') out.vbaraw = getzipdata(zip,'xl/vbaProject.bin',true);\n\t}\n\treturn out;\n}\nfunction add_rels(rels, rId, f, type, relobj) {\n\tif(!relobj) relobj = {};\n\tif(!rels['!id']) rels['!id'] = {};\n\trelobj.Id = 'rId' + rId;\n\trelobj.Type = type;\n\trelobj.Target = f;\n\tif(rels['!id'][relobj.Id]) throw new Error(\"Cannot rewrite rId \" + rId);\n\trels['!id'][relobj.Id] = relobj;\n\trels[('/' + relobj.Target).replace(\"//\",\"/\")] = relobj;\n}\n\nfunction write_zip(wb, opts) {\n\tif(wb && !wb.SSF) {\n\t\twb.SSF = SSF.get_table();\n\t}\n\tif(wb && wb.SSF) {\n\t\tmake_ssf(SSF); SSF.load_table(wb.SSF);\n\t\topts.revssf = evert_num(wb.SSF); opts.revssf[wb.SSF[65535]] = 0;\n\t}\n\topts.rels = {}; opts.wbrels = {};\n\topts.Strings = []; opts.Strings.Count = 0; opts.Strings.Unique = 0;\n\tvar wbext = opts.bookType == \"xlsb\" ? \"bin\" : \"xml\";\n\tvar ct = { workbooks: [], sheets: [], calcchains: [], themes: [], styles: [],\n\t\tcoreprops: [], extprops: [], custprops: [], strs:[], comments: [], vba: [],\n\t\tTODO:[], rels:[], xmlns: \"\" };\n\tfix_write_opts(opts = opts || {});\n\tvar zip = new jszip();\n\tvar f = \"\", rId = 0;\n\n\topts.cellXfs = [];\n\tget_cell_style(opts.cellXfs, {}, {revssf:{\"General\":0}});\n\n\tf = \"docProps/core.xml\";\n\tzip.file(f, write_core_props(wb.Props, opts));\n\tct.coreprops.push(f);\n\tadd_rels(opts.rels, 2, f, RELS.CORE_PROPS);\n\n\tf = \"docProps/app.xml\";\n\tif(!wb.Props) wb.Props = {};\n\twb.Props.SheetNames = wb.SheetNames;\n\twb.Props.Worksheets = wb.SheetNames.length;\n\tzip.file(f, write_ext_props(wb.Props, opts));\n\tct.extprops.push(f);\n\tadd_rels(opts.rels, 3, f, RELS.EXT_PROPS);\n\n\tif(wb.Custprops !== wb.Props && keys(wb.Custprops||{}).length > 0) {\n\t\tf = \"docProps/custom.xml\";\n\t\tzip.file(f, write_cust_props(wb.Custprops, opts));\n\t\tct.custprops.push(f);\n\t\tadd_rels(opts.rels, 4, f, RELS.CUST_PROPS);\n\t}\n\n\tf = \"xl/workbook.\" + wbext;\n\tzip.file(f, write_wb(wb, f, opts));\n\tct.workbooks.push(f);\n\tadd_rels(opts.rels, 1, f, RELS.WB);\n\n\tfor(rId=1;rId <= wb.SheetNames.length; ++rId) {\n\t\tf = \"xl/worksheets/sheet\" + rId + \".\" + wbext;\n\t\tzip.file(f, write_ws(rId-1, f, opts, wb));\n\t\tct.sheets.push(f);\n\t\tadd_rels(opts.wbrels, rId, \"worksheets/sheet\" + rId + \".\" + wbext, RELS.WS);\n\t}\n\n\tif(opts.Strings != null && opts.Strings.length > 0) {\n\t\tf = \"xl/sharedStrings.\" + wbext;\n\t\tzip.file(f, write_sst(opts.Strings, f, opts));\n\t\tct.strs.push(f);\n\t\tadd_rels(opts.wbrels, ++rId, \"sharedStrings.\" + wbext, RELS.SST);\n\t}\n\n\t/* TODO: something more intelligent with themes */\n\n\tf = \"xl/theme/theme1.xml\";\n\tzip.file(f, write_theme());\n\tct.themes.push(f);\n\tadd_rels(opts.wbrels, ++rId, \"theme/theme1.xml\", RELS.THEME);\n\n\t/* TODO: something more intelligent with styles */\n\n\tf = \"xl/styles.\" + wbext;\n\tzip.file(f, write_sty(wb, f, opts));\n\tct.styles.push(f);\n\tadd_rels(opts.wbrels, ++rId, \"styles.\" + wbext, RELS.STY);\n\n\tzip.file(\"[Content_Types].xml\", write_ct(ct, opts));\n\tzip.file('_rels/.rels', write_rels(opts.rels));\n\tzip.file('xl/_rels/workbook.' + wbext + '.rels', write_rels(opts.wbrels));\n\treturn zip;\n}\nfunction firstbyte(f,o) {\n\tswitch((o||{}).type || \"base64\") {\n\t\tcase 'buffer': return f[0];\n\t\tcase 'base64': return Base64.decode(f.substr(0,12)).charCodeAt(0);\n\t\tcase 'binary': return f.charCodeAt(0);\n\t\tcase 'array': return f[0];\n\t\tdefault: throw new Error(\"Unrecognized type \" + o.type);\n\t}\n}\n\nfunction read_zip(data, opts) {\n\tvar zip, d = data;\n\tvar o = opts||{};\n\tif(!o.type) o.type = (has_buf && Buffer.isBuffer(data)) ? \"buffer\" : \"base64\";\n\tswitch(o.type) {\n\t\tcase \"base64\": zip = new jszip(d, { base64:true }); break;\n\t\tcase \"binary\": case \"array\": zip = new jszip(d, { base64:false }); break;\n\t\tcase \"buffer\": zip = new jszip(d); break;\n\t\tcase \"file\": zip=new jszip(d=_fs.readFileSync(data)); break;\n\t\tdefault: throw new Error(\"Unrecognized type \" + o.type);\n\t}\n\treturn parse_zip(zip, o);\n}\n\nfunction readSync(data, opts) {\n\tvar zip, d = data, isfile = false, n;\n\tvar o = opts||{};\n\tif(!o.type) o.type = (has_buf && Buffer.isBuffer(data)) ? \"buffer\" : \"base64\";\n\tif(o.type == \"file\") { isfile = true; o.type = \"buffer\"; d = _fs.readFileSync(data); }\n\tswitch((n = firstbyte(d, o))) {\n\t\tcase 0xD0:\n\t\t\tif(isfile) o.type = \"file\";\n\t\t\treturn parse_xlscfb(CFB.read(data, o), o);\n\t\tcase 0x09: return parse_xlscfb(s2a(o.type === 'base64' ? Base64.decode(data) : data), o);\n\t\tcase 0x3C: return parse_xlml(d, o);\n\t\tcase 0x50:\n\t\t\tif(isfile) o.type = \"file\";\n\t\t\treturn read_zip(data, opts);\n\t\tdefault: throw new Error(\"Unsupported file \" + n);\n\t}\n}\n\nfunction readFileSync(data, opts) {\n\tvar o = opts||{}; o.type = 'file';\n\treturn readSync(data, o);\n}\nfunction write_zip_type(wb, opts) {\n\tvar o = opts||{};\n\tvar z = write_zip(wb, o);\n\tswitch(o.type) {\n\t\tcase \"base64\": return z.generate({type:\"base64\"});\n\t\tcase \"binary\": return z.generate({type:\"string\"});\n\t\tcase \"buffer\": return z.generate({type:\"nodebuffer\"});\n\t\tcase \"file\": return _fs.writeFileSync(o.file, z.generate({type:\"nodebuffer\"}));\n\t\tdefault: throw new Error(\"Unrecognized type \" + o.type);\n\t}\n}\n\nfunction writeSync(wb, opts) {\n\tvar o = opts||{};\n\tswitch(o.bookType) {\n\t\tcase 'xml': return write_xlml(wb, o);\n\t\tdefault: return write_zip_type(wb, o);\n\t}\n}\n\nfunction writeFileSync(wb, filename, opts) {\n\tvar o = opts||{}; o.type = 'file';\n\to.file = filename;\n\tswitch(o.file.substr(-5).toLowerCase()) {\n\t\tcase '.xlsx': o.bookType = 'xlsx'; break;\n\t\tcase '.xlsm': o.bookType = 'xlsm'; break;\n\t\tcase '.xlsb': o.bookType = 'xlsb'; break;\n\tdefault: switch(o.file.substr(-4).toLowerCase()) {\n\t\tcase '.xls': o.bookType = 'xls'; break;\n\t\tcase '.xml': o.bookType = 'xml'; break;\n\t}}\n\treturn writeSync(wb, o);\n}\n\nfunction decode_row(rowstr) { return parseInt(unfix_row(rowstr),10) - 1; }\nfunction encode_row(row) { return \"\" + (row + 1); }\nfunction fix_row(cstr) { return cstr.replace(/([A-Z]|^)(\\d+)$/,\"$1$$$2\"); }\nfunction unfix_row(cstr) { return cstr.replace(/\\$(\\d+)$/,\"$1\"); }\n\nfunction decode_col(colstr) { var c = unfix_col(colstr), d = 0, i = 0; for(; i !== c.length; ++i) d = 26*d + c.charCodeAt(i) - 64; return d - 1; }\nfunction encode_col(col) { var s=\"\"; for(++col; col; col=Math.floor((col-1)/26)) s = String.fromCharCode(((col-1)%26) + 65) + s; return s; }\nfunction fix_col(cstr) { return cstr.replace(/^([A-Z])/,\"$$$1\"); }\nfunction unfix_col(cstr) { return cstr.replace(/^\\$([A-Z])/,\"$1\"); }\n\nfunction split_cell(cstr) { return cstr.replace(/(\\$?[A-Z]*)(\\$?\\d*)/,\"$1,$2\").split(\",\"); }\nfunction decode_cell(cstr) { var splt = split_cell(cstr); return { c:decode_col(splt[0]), r:decode_row(splt[1]) }; }\nfunction encode_cell(cell) { return encode_col(cell.c) + encode_row(cell.r); }\nfunction fix_cell(cstr) { return fix_col(fix_row(cstr)); }\nfunction unfix_cell(cstr) { return unfix_col(unfix_row(cstr)); }\nfunction decode_range(range) { var x =range.split(\":\").map(decode_cell); return {s:x[0],e:x[x.length-1]}; }\nfunction encode_range(cs,ce) {\n\tif(ce === undefined || typeof ce === 'number') return encode_range(cs.s, cs.e);\n\tif(typeof cs !== 'string') cs = encode_cell(cs); if(typeof ce !== 'string') ce = encode_cell(ce);\n\treturn cs == ce ? cs : cs + \":\" + ce;\n}\n\nfunction safe_decode_range(range) {\n\tvar o = {s:{c:0,r:0},e:{c:0,r:0}};\n\tvar idx = 0, i = 0, cc = 0;\n\tvar len = range.length;\n\tfor(idx = 0; i < len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-64) < 1 || cc > 26) break;\n\t\tidx = 26*idx + cc;\n\t}\n\to.s.c = --idx;\n\n\tfor(idx = 0; i < len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-48) < 0 || cc > 9) break;\n\t\tidx = 10*idx + cc;\n\t}\n\to.s.r = --idx;\n\n\tif(i === len || range.charCodeAt(++i) === 58) { o.e.c=o.s.c; o.e.r=o.s.r; return o; }\n\n\tfor(idx = 0; i != len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-64) < 1 || cc > 26) break;\n\t\tidx = 26*idx + cc;\n\t}\n\to.e.c = --idx;\n\n\tfor(idx = 0; i != len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-48) < 0 || cc > 9) break;\n\t\tidx = 10*idx + cc;\n\t}\n\to.e.r = --idx;\n\treturn o;\n}\n\nfunction safe_format_cell(cell, v) {\n\tif(cell.z !== undefined) try { return (cell.w = SSF.format(cell.z, v)); } catch(e) { }\n\tif(!cell.XF) return v;\n\ttry { return (cell.w = SSF.format(cell.XF.ifmt||0, v)); } catch(e) { return ''+v; }\n}\n\nfunction format_cell(cell, v) {\n\tif(cell == null || cell.t == null) return \"\";\n\tif(cell.w !== undefined) return cell.w;\n\tif(v === undefined) return safe_format_cell(cell, cell.v);\n\treturn safe_format_cell(cell, v);\n}\n\nfunction sheet_to_json(sheet, opts){\n\tvar val, row, range, header = 0, offset = 1, r, hdr = [], isempty, R, C, v;\n\tvar o = opts != null ? opts : {};\n\tvar raw = o.raw;\n\tif(sheet == null || sheet[\"!ref\"] == null) return [];\n\trange = o.range !== undefined ? o.range : sheet[\"!ref\"];\n\tif(o.header === 1) header = 1;\n\telse if(o.header === \"A\") header = 2;\n\telse if(Array.isArray(o.header)) header = 3;\n\tswitch(typeof range) {\n\t\tcase 'string': r = safe_decode_range(range); break;\n\t\tcase 'number': r = safe_decode_range(sheet[\"!ref\"]); r.s.r = range; break;\n\t\tdefault: r = range;\n\t}\n\tif(header > 0) offset = 0;\n\tvar rr = encode_row(r.s.r);\n\tvar cols = new Array(r.e.c-r.s.c+1);\n\tvar out = new Array(r.e.r-r.s.r-offset+1);\n\tvar outi = 0;\n\tfor(C = r.s.c; C <= r.e.c; ++C) {\n\t\tcols[C] = encode_col(C);\n\t\tval = sheet[cols[C] + rr];\n\t\tswitch(header) {\n\t\t\tcase 1: hdr[C] = C; break;\n\t\t\tcase 2: hdr[C] = cols[C]; break;\n\t\t\tcase 3: hdr[C] = o.header[C - r.s.c]; break;\n\t\t\tdefault:\n\t\t\t\tif(val === undefined) continue;\n\t\t\t\thdr[C] = format_cell(val);\n\t\t}\n\t}\n\n\tfor (R = r.s.r + offset; R <= r.e.r; ++R) {\n\t\trr = encode_row(R);\n\t\tisempty = true;\n\t\tif(header === 1) row = [];\n\t\telse {\n\t\t\trow = {};\n\t\t\tif(Object.defineProperty) Object.defineProperty(row, '__rowNum__', {value:R, enumerable:false});\n\t\t\telse row.__rowNum__ = R;\n\t\t}\n\t\tfor (C = r.s.c; C <= r.e.c; ++C) {\n\t\t\tval = sheet[cols[C] + rr];\n\t\t\tif(val === undefined || val.t === undefined) continue;\n\t\t\tv = val.v;\n\t\t\tswitch(val.t){\n\t\t\t\tcase 'e': continue;\n\t\t\t\tcase 's': break;\n\t\t\t\tcase 'b': case 'n': break;\n\t\t\t\tdefault: throw 'unrecognized type ' + val.t;\n\t\t\t}\n\t\t\tif(v !== undefined) {\n\t\t\t\trow[hdr[C]] = raw ? v : format_cell(val,v);\n\t\t\t\tisempty = false;\n\t\t\t}\n\t\t}\n\t\tif(isempty === false || header === 1) out[outi++] = row;\n\t}\n\tout.length = outi;\n\treturn out;\n}\n\nfunction sheet_to_row_object_array(sheet, opts) { return sheet_to_json(sheet, opts != null ? opts : {}); }\n\nfunction sheet_to_csv(sheet, opts) {\n\tvar out = \"\", txt = \"\", qreg = /\"/g;\n\tvar o = opts == null ? {} : opts;\n\tif(sheet == null || sheet[\"!ref\"] == null) return \"\";\n\tvar r = safe_decode_range(sheet[\"!ref\"]);\n\tvar FS = o.FS !== undefined ? o.FS : \",\", fs = FS.charCodeAt(0);\n\tvar RS = o.RS !== undefined ? o.RS : \"\\n\", rs = RS.charCodeAt(0);\n\tvar row = \"\", rr = \"\", cols = [];\n\tvar i = 0, cc = 0, val;\n\tvar R = 0, C = 0;\n\tfor(C = r.s.c; C <= r.e.c; ++C) cols[C] = encode_col(C);\n\tfor(R = r.s.r; R <= r.e.r; ++R) {\n\t\trow = \"\";\n\t\trr = encode_row(R);\n\t\tfor(C = r.s.c; C <= r.e.c; ++C) {\n\t\t\tval = sheet[cols[C] + rr];\n\t\t\ttxt = val !== undefined ? ''+format_cell(val) : \"\";\n\t\t\tfor(i = 0, cc = 0; i !== txt.length; ++i) if((cc = txt.charCodeAt(i)) === fs || cc === rs || cc === 34) {\n\t\t\t\ttxt = \"\\\"\" + txt.replace(qreg, '\"\"') + \"\\\"\"; break; }\n\t\t\trow += (C === r.s.c ? \"\" : FS) + txt;\n\t\t}\n\t\tout += row + RS;\n\t}\n\treturn out;\n}\nvar make_csv = sheet_to_csv;\n\nfunction sheet_to_formulae(sheet) {\n\tvar cmds, y = \"\", x, val=\"\";\n\tif(sheet == null || sheet[\"!ref\"] == null) return \"\";\n\tvar r = safe_decode_range(sheet['!ref']), rr = \"\", cols = [], C;\n\tcmds = new Array((r.e.r-r.s.r+1)*(r.e.c-r.s.c+1));\n\tvar i = 0;\n\tfor(C = r.s.c; C <= r.e.c; ++C) cols[C] = encode_col(C);\n\tfor(var R = r.s.r; R <= r.e.r; ++R) {\n\t\trr = encode_row(R);\n\t\tfor(C = r.s.c; C <= r.e.c; ++C) {\n\t\t\ty = cols[C] + rr;\n\t\t\tx = sheet[y];\n\t\t\tval = \"\";\n\t\t\tif(x === undefined) continue;\n\t\t\tif(x.f != null) val = x.f;\n\t\t\telse if(x.w !== undefined) val = \"'\" + x.w;\n\t\t\telse if(x.v === undefined) continue;\n\t\t\telse val = \"\"+x.v;\n\t\t\tcmds[i++] = y + \"=\" + val;\n\t\t}\n\t}\n\tcmds.length = i;\n\treturn cmds;\n}\n\nvar utils = {\n\tencode_col: encode_col,\n\tencode_row: encode_row,\n\tencode_cell: encode_cell,\n\tencode_range: encode_range,\n\tdecode_col: decode_col,\n\tdecode_row: decode_row,\n\tsplit_cell: split_cell,\n\tdecode_cell: decode_cell,\n\tdecode_range: decode_range,\n\tformat_cell: format_cell,\n\tget_formulae: sheet_to_formulae,\n\tmake_csv: sheet_to_csv,\n\tmake_json: sheet_to_json,\n\tmake_formulae: sheet_to_formulae,\n\tsheet_to_csv: sheet_to_csv,\n\tsheet_to_json: sheet_to_json,\n\tsheet_to_formulae: sheet_to_formulae,\n\tsheet_to_row_object_array: sheet_to_row_object_array\n};\nXLSX.parse_xlscfb = parse_xlscfb;\nXLSX.parse_zip = parse_zip;\nXLSX.read = readSync; //xlsread\nXLSX.readFile = readFileSync; //readFile\nXLSX.readFileSync = readFileSync;\nXLSX.write = writeSync;\nXLSX.writeFile = writeFileSync;\nXLSX.writeFileSync = writeFileSync;\nXLSX.utils = utils;\nXLSX.CFB = CFB;\nXLSX.SSF = SSF;\n})(typeof exports !== 'undefined' ? exports : XLSX);\nvar XLS = XLSX;\n$tw.utils.extend(old_exports,exports);exports = old_exports;module.exports=exports;",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xlsx-utils/xlsx.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xlsx-utils/dist/cpexcel.js": {
"text": "if($tw.browser){Buffer = undefined;};/* cpexcel.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/*jshint -W100 */\nvar cptable = {version:\"1.3.7\"};\ncptable[874] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€����…�����������‘’“”•–—�������� กขฃคฅฆงจฉชซฌญฎฏฐฑฒณดตถทธนบปผฝพฟภมยรฤลฦวศษสหฬอฮฯะัาำิีึืฺุู����฿เแโใไๅๆ็่้๊๋์ํ๎๏๐๑๒๓๔๕๖๗๘๙๚๛����\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[932] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~���������������������������������｡｢｣､･ｦｧｨｩｪｫｬｭｮｯｰｱｲｳｴｵｶｷｸｹｺｻｼｽｾｿﾀﾁﾂﾃﾄﾅﾆﾇﾈﾉﾊﾋﾌﾍﾎﾏﾐﾑﾒﾓﾔﾕﾖﾗﾘﾙﾚﾛﾜﾝﾞﾟ��������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[129] = \"���������������������������������������������������������������� 、。，．・：；？！゛゜´｀¨＾￣＿ヽヾゝゞ〃仝々〆〇ー―‐／＼～∥｜…‥‘’“”（）〔〕［］｛｝〈〉《》「」『』【】＋－±×�÷＝≠＜＞≦≧∞∴♂♀°′″℃￥＄￠￡％＃＆＊＠§☆★○●◎◇◆□■△▲▽▼※〒→←↑↓〓�����������∈∋⊆⊇⊂⊃∪∩��������∧∨￢⇒⇔∀∃�����������∠⊥⌒∂∇≡≒≪≫√∽∝∵∫∬�������ʼn♯♭♪†‡¶����◯���\".split(\"\");\nfor(j = 0; j != D[129].length; ++j) if(D[129][j].charCodeAt(0) !== 0xFFFD) { e[D[129][j]] = 33024 + j; d[33024 + j] = D[129][j];}\nD[130] = \"�������������������������������������������������������������������������������０１２３４５６７８９�������ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺ�������ａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ����ぁあぃいぅうぇえぉおかがきぎくぐけげこごさざしじすずせぜそぞただちぢっつづてでとどなにぬねのはばぱひびぴふぶぷへべぺほぼぽまみむめもゃやゅゆょよらりるれろゎわゐゑをん��������������\".split(\"\");\nfor(j = 0; j != D[130].length; ++j) if(D[130][j].charCodeAt(0) !== 0xFFFD) { e[D[130][j]] = 33280 + j; d[33280 + j] = D[130][j];}\nD[131] = \"����������������������������������������������������������������ァアィイゥウェエォオカガキギクグケゲコゴサザシジスズセゼソゾタダチヂッツヅテデトドナニヌネノハバパヒビピフブプヘベペホボポマミ�ムメモャヤュユョヨラリルレロヮワヰヱヲンヴヵヶ��������ΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩ��������αβγδεζηθικλμνξοπρστυφχψω�����������������������������������������\".split(\"\");\nfor(j = 0; 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j != D[142].length; ++j) if(D[142][j].charCodeAt(0) !== 0xFFFD) { e[D[142][j]] = 36352 + j; d[36352 + j] = D[142][j];}\nD[143] = \"����������������������������������������������������������������宗就州修愁拾洲秀秋終繍習臭舟蒐衆襲讐蹴輯週酋酬集醜什住充十従戎柔汁渋獣縦重銃叔夙宿淑祝縮粛塾熟出術述俊峻春瞬竣舜駿准循旬楯殉淳�準潤盾純巡遵醇順処初所暑曙渚庶緒署書薯藷諸助叙女序徐恕鋤除傷償勝匠升召哨商唱嘗奨妾娼宵将小少尚庄床廠彰承抄招掌捷昇昌昭晶松梢樟樵沼消渉湘焼焦照症省硝礁祥称章笑粧紹肖菖蒋蕉衝裳訟証詔詳象賞醤鉦鍾鐘障鞘上丈丞乗冗剰城場壌嬢常情擾条杖浄状畳穣蒸譲醸錠嘱埴飾���\".split(\"\");\nfor(j = 0; j != D[143].length; ++j) if(D[143][j].charCodeAt(0) !== 0xFFFD) { e[D[143][j]] = 36608 + j; d[36608 + j] = D[143][j];}\nD[144] = \"����������������������������������������������������������������拭植殖燭織職色触食蝕辱尻伸信侵唇娠寝審心慎振新晋森榛浸深申疹真神秦紳臣芯薪親診身辛進針震人仁刃塵壬尋甚尽腎訊迅陣靭笥諏須酢図厨�逗吹垂帥推水炊睡粋翠衰遂酔錐錘随瑞髄崇嵩数枢趨雛据杉椙菅頗雀裾澄摺寸世瀬畝是凄制勢姓征性成政整星晴棲栖正清牲生盛精聖声製西誠誓請逝醒青静斉税脆隻席惜戚斥昔析石積籍績脊責赤跡蹟碩切拙接摂折設窃節説雪絶舌蝉仙先千占宣専尖川戦扇撰栓栴泉浅洗染潜煎煽旋穿箭線���\".split(\"\");\nfor(j = 0; j != D[144].length; ++j) if(D[144][j].charCodeAt(0) !== 0xFFFD) { e[D[144][j]] = 36864 + j; d[36864 + j] = D[144][j];}\nD[145] = \"����������������������������������������������������������������繊羨腺舛船薦詮賎践選遷銭銑閃鮮前善漸然全禅繕膳糎噌塑岨措曾曽楚狙疏疎礎祖租粗素組蘇訴阻遡鼠僧創双叢倉喪壮奏爽宋層匝惣想捜掃挿掻�操早曹巣槍槽漕燥争痩相窓糟総綜聡草荘葬蒼藻装走送遭鎗霜騒像増憎臓蔵贈造促側則即息捉束測足速俗属賊族続卒袖其揃存孫尊損村遜他多太汰詑唾堕妥惰打柁舵楕陀駄騨体堆対耐岱帯待怠態戴替泰滞胎腿苔袋貸退逮隊黛鯛代台大第醍題鷹滝瀧卓啄宅托択拓沢濯琢託鐸濁諾茸凧蛸只���\".split(\"\");\nfor(j = 0; j != D[145].length; ++j) if(D[145][j].charCodeAt(0) !== 0xFFFD) { e[D[145][j]] = 37120 + j; d[37120 + j] = D[145][j];}\nD[146] = \"����������������������������������������������������������������叩但達辰奪脱巽竪辿棚谷狸鱈樽誰丹単嘆坦担探旦歎淡湛炭短端箪綻耽胆蛋誕鍛団壇弾断暖檀段男談値知地弛恥智池痴稚置致蜘遅馳築畜竹筑蓄�逐秩窒茶嫡着中仲宙忠抽昼柱注虫衷註酎鋳駐樗瀦猪苧著貯丁兆凋喋寵帖帳庁弔張彫徴懲挑暢朝潮牒町眺聴脹腸蝶調諜超跳銚長頂鳥勅捗直朕沈珍賃鎮陳津墜椎槌追鎚痛通塚栂掴槻佃漬柘辻蔦綴鍔椿潰坪壷嬬紬爪吊釣鶴亭低停偵剃貞呈堤定帝底庭廷弟悌抵挺提梯汀碇禎程締艇訂諦蹄逓���\".split(\"\");\nfor(j = 0; j != D[146].length; ++j) if(D[146][j].charCodeAt(0) !== 0xFFFD) { e[D[146][j]] = 37376 + j; d[37376 + j] = D[146][j];}\nD[147] = \"����������������������������������������������������������������邸鄭釘鼎泥摘擢敵滴的笛適鏑溺哲徹撤轍迭鉄典填天展店添纏甜貼転顛点伝殿澱田電兎吐堵塗妬屠徒斗杜渡登菟賭途都鍍砥砺努度土奴怒倒党冬�凍刀唐塔塘套宕島嶋悼投搭東桃梼棟盗淘湯涛灯燈当痘祷等答筒糖統到董蕩藤討謄豆踏逃透鐙陶頭騰闘働動同堂導憧撞洞瞳童胴萄道銅峠鴇匿得徳涜特督禿篤毒独読栃橡凸突椴届鳶苫寅酉瀞噸屯惇敦沌豚遁頓呑曇鈍奈那内乍凪薙謎灘捺鍋楢馴縄畷南楠軟難汝二尼弐迩匂賑肉虹廿日乳入���\".split(\"\");\nfor(j = 0; j != D[147].length; ++j) if(D[147][j].charCodeAt(0) !== 0xFFFD) { e[D[147][j]] = 37632 + j; d[37632 + j] = D[147][j];}\nD[148] = \"����������������������������������������������������������������如尿韮任妊忍認濡禰祢寧葱猫熱年念捻撚燃粘乃廼之埜嚢悩濃納能脳膿農覗蚤巴把播覇杷波派琶破婆罵芭馬俳廃拝排敗杯盃牌背肺輩配倍培媒梅�楳煤狽買売賠陪這蝿秤矧萩伯剥博拍柏泊白箔粕舶薄迫曝漠爆縛莫駁麦函箱硲箸肇筈櫨幡肌畑畠八鉢溌発醗髪伐罰抜筏閥鳩噺塙蛤隼伴判半反叛帆搬斑板氾汎版犯班畔繁般藩販範釆煩頒飯挽晩番盤磐蕃蛮匪卑否妃庇彼悲扉批披斐比泌疲皮碑秘緋罷肥被誹費避非飛樋簸備尾微枇毘琵眉美���\".split(\"\");\nfor(j = 0; j != D[148].length; ++j) if(D[148][j].charCodeAt(0) !== 0xFFFD) { e[D[148][j]] = 37888 + j; d[37888 + j] = D[148][j];}\nD[149] = \"����������������������������������������������������������������鼻柊稗匹疋髭彦膝菱肘弼必畢筆逼桧姫媛紐百謬俵彪標氷漂瓢票表評豹廟描病秒苗錨鋲蒜蛭鰭品彬斌浜瀕貧賓頻敏瓶不付埠夫婦富冨布府怖扶敷�斧普浮父符腐膚芙譜負賦赴阜附侮撫武舞葡蕪部封楓風葺蕗伏副復幅服福腹複覆淵弗払沸仏物鮒分吻噴墳憤扮焚奮粉糞紛雰文聞丙併兵塀幣平弊柄並蔽閉陛米頁僻壁癖碧別瞥蔑箆偏変片篇編辺返遍便勉娩弁鞭保舗鋪圃捕歩甫補輔穂募墓慕戊暮母簿菩倣俸包呆報奉宝峰峯崩庖抱捧放方朋���\".split(\"\");\nfor(j = 0; j != D[149].length; ++j) if(D[149][j].charCodeAt(0) !== 0xFFFD) { e[D[149][j]] = 38144 + j; d[38144 + j] = D[149][j];}\nD[150] = \"����������������������������������������������������������������法泡烹砲縫胞芳萌蓬蜂褒訪豊邦鋒飽鳳鵬乏亡傍剖坊妨帽忘忙房暴望某棒冒紡肪膨謀貌貿鉾防吠頬北僕卜墨撲朴牧睦穆釦勃没殆堀幌奔本翻凡盆�摩磨魔麻埋妹昧枚毎哩槙幕膜枕鮪柾鱒桝亦俣又抹末沫迄侭繭麿万慢満漫蔓味未魅巳箕岬密蜜湊蓑稔脈妙粍民眠務夢無牟矛霧鵡椋婿娘冥名命明盟迷銘鳴姪牝滅免棉綿緬面麺摸模茂妄孟毛猛盲網耗蒙儲木黙目杢勿餅尤戻籾貰問悶紋門匁也冶夜爺耶野弥矢厄役約薬訳躍靖柳薮鑓愉愈油癒���\".split(\"\");\nfor(j = 0; j != D[150].length; ++j) if(D[150][j].charCodeAt(0) !== 0xFFFD) { e[D[150][j]] = 38400 + j; d[38400 + j] = D[150][j];}\nD[151] = \"����������������������������������������������������������������諭輸唯佑優勇友宥幽悠憂揖有柚湧涌猶猷由祐裕誘遊邑郵雄融夕予余与誉輿預傭幼妖容庸揚揺擁曜楊様洋溶熔用窯羊耀葉蓉要謡踊遥陽養慾抑欲�沃浴翌翼淀羅螺裸来莱頼雷洛絡落酪乱卵嵐欄濫藍蘭覧利吏履李梨理璃痢裏裡里離陸律率立葎掠略劉流溜琉留硫粒隆竜龍侶慮旅虜了亮僚両凌寮料梁涼猟療瞭稜糧良諒遼量陵領力緑倫厘林淋燐琳臨輪隣鱗麟瑠塁涙累類令伶例冷励嶺怜玲礼苓鈴隷零霊麗齢暦歴列劣烈裂廉恋憐漣煉簾練聯���\".split(\"\");\nfor(j = 0; j != D[151].length; ++j) if(D[151][j].charCodeAt(0) !== 0xFFFD) { e[D[151][j]] = 38656 + j; d[38656 + j] = D[151][j];}\nD[152] = \"����������������������������������������������������������������蓮連錬呂魯櫓炉賂路露労婁廊弄朗楼榔浪漏牢狼篭老聾蝋郎六麓禄肋録論倭和話歪賄脇惑枠鷲亙亘鰐詫藁蕨椀湾碗腕��������������������������������������������弌丐丕个丱丶丼丿乂乖乘亂亅豫亊舒弍于亞亟亠亢亰亳亶从仍仄仆仂仗仞仭仟价伉佚估佛佝佗佇佶侈侏侘佻佩佰侑佯來侖儘俔俟俎俘俛俑俚俐俤俥倚倨倔倪倥倅伜俶倡倩倬俾俯們倆偃假會偕偐偈做偖偬偸傀傚傅傴傲���\".split(\"\");\nfor(j = 0; j != D[152].length; ++j) if(D[152][j].charCodeAt(0) !== 0xFFFD) { e[D[152][j]] = 38912 + j; d[38912 + j] = D[152][j];}\nD[153] = \"����������������������������������������������������������������僉僊傳僂僖僞僥僭僣僮價僵儉儁儂儖儕儔儚儡儺儷儼儻儿兀兒兌兔兢竸兩兪兮冀冂囘册冉冏冑冓冕冖冤冦冢冩冪冫决冱冲冰况冽凅凉凛几處凩凭�凰凵凾刄刋刔刎刧刪刮刳刹剏剄剋剌剞剔剪剴剩剳剿剽劍劔劒剱劈劑辨辧劬劭劼劵勁勍勗勞勣勦飭勠勳勵勸勹匆匈甸匍匐匏匕匚匣匯匱匳匸區卆卅丗卉卍凖卞卩卮夘卻卷厂厖厠厦厥厮厰厶參簒雙叟曼燮叮叨叭叺吁吽呀听吭吼吮吶吩吝呎咏呵咎呟呱呷呰咒呻咀呶咄咐咆哇咢咸咥咬哄哈咨���\".split(\"\");\nfor(j = 0; j != D[153].length; ++j) if(D[153][j].charCodeAt(0) !== 0xFFFD) { e[D[153][j]] = 39168 + j; d[39168 + j] = D[153][j];}\nD[154] = \"����������������������������������������������������������������咫哂咤咾咼哘哥哦唏唔哽哮哭哺哢唹啀啣啌售啜啅啖啗唸唳啝喙喀咯喊喟啻啾喘喞單啼喃喩喇喨嗚嗅嗟嗄嗜嗤嗔嘔嗷嘖嗾嗽嘛嗹噎噐營嘴嘶嘲嘸�噫噤嘯噬噪嚆嚀嚊嚠嚔嚏嚥嚮嚶嚴囂嚼囁囃囀囈囎囑囓囗囮囹圀囿圄圉圈國圍圓團圖嗇圜圦圷圸坎圻址坏坩埀垈坡坿垉垓垠垳垤垪垰埃埆埔埒埓堊埖埣堋堙堝塲堡塢塋塰毀塒堽塹墅墹墟墫墺壞墻墸墮壅壓壑壗壙壘壥壜壤壟壯壺壹壻壼壽夂夊夐夛梦夥夬夭夲夸夾竒奕奐奎奚奘奢奠奧奬奩���\".split(\"\");\nfor(j = 0; j != D[154].length; ++j) if(D[154][j].charCodeAt(0) !== 0xFFFD) { e[D[154][j]] = 39424 + j; d[39424 + j] = D[154][j];}\nD[155] = \"����������������������������������������������������������������奸妁妝佞侫妣妲姆姨姜妍姙姚娥娟娑娜娉娚婀婬婉娵娶婢婪媚媼媾嫋嫂媽嫣嫗嫦嫩嫖嫺嫻嬌嬋嬖嬲嫐嬪嬶嬾孃孅孀孑孕孚孛孥孩孰孳孵學斈孺宀�它宦宸寃寇寉寔寐寤實寢寞寥寫寰寶寳尅將專對尓尠尢尨尸尹屁屆屎屓屐屏孱屬屮乢屶屹岌岑岔妛岫岻岶岼岷峅岾峇峙峩峽峺峭嶌峪崋崕崗嵜崟崛崑崔崢崚崙崘嵌嵒嵎嵋嵬嵳嵶嶇嶄嶂嶢嶝嶬嶮嶽嶐嶷嶼巉巍巓巒巖巛巫已巵帋帚帙帑帛帶帷幄幃幀幎幗幔幟幢幤幇幵并幺麼广庠廁廂廈廐廏���\".split(\"\");\nfor(j = 0; j != D[155].length; ++j) if(D[155][j].charCodeAt(0) !== 0xFFFD) { e[D[155][j]] = 39680 + j; d[39680 + j] = D[155][j];}\nD[156] = \"����������������������������������������������������������������廖廣廝廚廛廢廡廨廩廬廱廳廰廴廸廾弃弉彝彜弋弑弖弩弭弸彁彈彌彎弯彑彖彗彙彡彭彳彷徃徂彿徊很徑徇從徙徘徠徨徭徼忖忻忤忸忱忝悳忿怡恠�怙怐怩怎怱怛怕怫怦怏怺恚恁恪恷恟恊恆恍恣恃恤恂恬恫恙悁悍惧悃悚悄悛悖悗悒悧悋惡悸惠惓悴忰悽惆悵惘慍愕愆惶惷愀惴惺愃愡惻惱愍愎慇愾愨愧慊愿愼愬愴愽慂慄慳慷慘慙慚慫慴慯慥慱慟慝慓慵憙憖憇憬憔憚憊憑憫憮懌懊應懷懈懃懆憺懋罹懍懦懣懶懺懴懿懽懼懾戀戈戉戍戌戔戛���\".split(\"\");\nfor(j = 0; j != D[156].length; ++j) if(D[156][j].charCodeAt(0) !== 0xFFFD) { e[D[156][j]] = 39936 + j; d[39936 + j] = D[156][j];}\nD[157] = \"����������������������������������������������������������������戞戡截戮戰戲戳扁扎扞扣扛扠扨扼抂抉找抒抓抖拔抃抔拗拑抻拏拿拆擔拈拜拌拊拂拇抛拉挌拮拱挧挂挈拯拵捐挾捍搜捏掖掎掀掫捶掣掏掉掟掵捫�捩掾揩揀揆揣揉插揶揄搖搴搆搓搦搶攝搗搨搏摧摯摶摎攪撕撓撥撩撈撼據擒擅擇撻擘擂擱擧舉擠擡抬擣擯攬擶擴擲擺攀擽攘攜攅攤攣攫攴攵攷收攸畋效敖敕敍敘敞敝敲數斂斃變斛斟斫斷旃旆旁旄旌旒旛旙无旡旱杲昊昃旻杳昵昶昴昜晏晄晉晁晞晝晤晧晨晟晢晰暃暈暎暉暄暘暝曁暹曉暾暼���\".split(\"\");\nfor(j = 0; j != D[157].length; ++j) if(D[157][j].charCodeAt(0) !== 0xFFFD) { e[D[157][j]] = 40192 + j; d[40192 + j] = D[157][j];}\nD[158] = \"����������������������������������������������������������������曄暸曖曚曠昿曦曩曰曵曷朏朖朞朦朧霸朮朿朶杁朸朷杆杞杠杙杣杤枉杰枩杼杪枌枋枦枡枅枷柯枴柬枳柩枸柤柞柝柢柮枹柎柆柧檜栞框栩桀桍栲桎�梳栫桙档桷桿梟梏梭梔條梛梃檮梹桴梵梠梺椏梍桾椁棊椈棘椢椦棡椌棍棔棧棕椶椒椄棗棣椥棹棠棯椨椪椚椣椡棆楹楷楜楸楫楔楾楮椹楴椽楙椰楡楞楝榁楪榲榮槐榿槁槓榾槎寨槊槝榻槃榧樮榑榠榜榕榴槞槨樂樛槿權槹槲槧樅榱樞槭樔槫樊樒櫁樣樓橄樌橲樶橸橇橢橙橦橈樸樢檐檍檠檄檢檣���\".split(\"\");\nfor(j = 0; j != D[158].length; ++j) if(D[158][j].charCodeAt(0) !== 0xFFFD) { e[D[158][j]] = 40448 + j; d[40448 + j] = D[158][j];}\nD[159] = \"����������������������������������������������������������������檗蘗檻櫃櫂檸檳檬櫞櫑櫟檪櫚櫪櫻欅蘖櫺欒欖鬱欟欸欷盜欹飮歇歃歉歐歙歔歛歟歡歸歹歿殀殄殃殍殘殕殞殤殪殫殯殲殱殳殷殼毆毋毓毟毬毫毳毯�麾氈氓气氛氤氣汞汕汢汪沂沍沚沁沛汾汨汳沒沐泄泱泓沽泗泅泝沮沱沾沺泛泯泙泪洟衍洶洫洽洸洙洵洳洒洌浣涓浤浚浹浙涎涕濤涅淹渕渊涵淇淦涸淆淬淞淌淨淒淅淺淙淤淕淪淮渭湮渮渙湲湟渾渣湫渫湶湍渟湃渺湎渤滿渝游溂溪溘滉溷滓溽溯滄溲滔滕溏溥滂溟潁漑灌滬滸滾漿滲漱滯漲滌���\".split(\"\");\nfor(j = 0; j != D[159].length; ++j) if(D[159][j].charCodeAt(0) !== 0xFFFD) { e[D[159][j]] = 40704 + j; d[40704 + j] = D[159][j];}\nD[224] = \"����������������������������������������������������������������漾漓滷澆潺潸澁澀潯潛濳潭澂潼潘澎澑濂潦澳澣澡澤澹濆澪濟濕濬濔濘濱濮濛瀉瀋濺瀑瀁瀏濾瀛瀚潴瀝瀘瀟瀰瀾瀲灑灣炙炒炯烱炬炸炳炮烟烋烝�烙焉烽焜焙煥煕熈煦煢煌煖煬熏燻熄熕熨熬燗熹熾燒燉燔燎燠燬燧燵燼燹燿爍爐爛爨爭爬爰爲爻爼爿牀牆牋牘牴牾犂犁犇犒犖犢犧犹犲狃狆狄狎狒狢狠狡狹狷倏猗猊猜猖猝猴猯猩猥猾獎獏默獗獪獨獰獸獵獻獺珈玳珎玻珀珥珮珞璢琅瑯琥珸琲琺瑕琿瑟瑙瑁瑜瑩瑰瑣瑪瑶瑾璋璞璧瓊瓏瓔珱���\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"����������������������������������������������������������������瓠瓣瓧瓩瓮瓲瓰瓱瓸瓷甄甃甅甌甎甍甕甓甞甦甬甼畄畍畊畉畛畆畚畩畤畧畫畭畸當疆疇畴疊疉疂疔疚疝疥疣痂疳痃疵疽疸疼疱痍痊痒痙痣痞痾痿�痼瘁痰痺痲痳瘋瘍瘉瘟瘧瘠瘡瘢瘤瘴瘰瘻癇癈癆癜癘癡癢癨癩癪癧癬癰癲癶癸發皀皃皈皋皎皖皓皙皚皰皴皸皹皺盂盍盖盒盞盡盥盧盪蘯盻眈眇眄眩眤眞眥眦眛眷眸睇睚睨睫睛睥睿睾睹瞎瞋瞑瞠瞞瞰瞶瞹瞿瞼瞽瞻矇矍矗矚矜矣矮矼砌砒礦砠礪硅碎硴碆硼碚碌碣碵碪碯磑磆磋磔碾碼磅磊磬���\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"����������������������������������������������������������������磧磚磽磴礇礒礑礙礬礫祀祠祗祟祚祕祓祺祿禊禝禧齋禪禮禳禹禺秉秕秧秬秡秣稈稍稘稙稠稟禀稱稻稾稷穃穗穉穡穢穩龝穰穹穽窈窗窕窘窖窩竈窰�窶竅竄窿邃竇竊竍竏竕竓站竚竝竡竢竦竭竰笂笏笊笆笳笘笙笞笵笨笶筐筺笄筍笋筌筅筵筥筴筧筰筱筬筮箝箘箟箍箜箚箋箒箏筝箙篋篁篌篏箴篆篝篩簑簔篦篥籠簀簇簓篳篷簗簍篶簣簧簪簟簷簫簽籌籃籔籏籀籐籘籟籤籖籥籬籵粃粐粤粭粢粫粡粨粳粲粱粮粹粽糀糅糂糘糒糜糢鬻糯糲糴糶糺紆���\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"����������������������������������������������������������������紂紜紕紊絅絋紮紲紿紵絆絳絖絎絲絨絮絏絣經綉絛綏絽綛綺綮綣綵緇綽綫總綢綯緜綸綟綰緘緝緤緞緻緲緡縅縊縣縡縒縱縟縉縋縢繆繦縻縵縹繃縷�縲縺繧繝繖繞繙繚繹繪繩繼繻纃緕繽辮繿纈纉續纒纐纓纔纖纎纛纜缸缺罅罌罍罎罐网罕罔罘罟罠罨罩罧罸羂羆羃羈羇羌羔羞羝羚羣羯羲羹羮羶羸譱翅翆翊翕翔翡翦翩翳翹飜耆耄耋耒耘耙耜耡耨耿耻聊聆聒聘聚聟聢聨聳聲聰聶聹聽聿肄肆肅肛肓肚肭冐肬胛胥胙胝胄胚胖脉胯胱脛脩脣脯腋���\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"����������������������������������������������������������������隋腆脾腓腑胼腱腮腥腦腴膃膈膊膀膂膠膕膤膣腟膓膩膰膵膾膸膽臀臂膺臉臍臑臙臘臈臚臟臠臧臺臻臾舁舂舅與舊舍舐舖舩舫舸舳艀艙艘艝艚艟艤�艢艨艪艫舮艱艷艸艾芍芒芫芟芻芬苡苣苟苒苴苳苺莓范苻苹苞茆苜茉苙茵茴茖茲茱荀茹荐荅茯茫茗茘莅莚莪莟莢莖茣莎莇莊荼莵荳荵莠莉莨菴萓菫菎菽萃菘萋菁菷萇菠菲萍萢萠莽萸蔆菻葭萪萼蕚蒄葷葫蒭葮蒂葩葆萬葯葹萵蓊葢蒹蒿蒟蓙蓍蒻蓚蓐蓁蓆蓖蒡蔡蓿蓴蔗蔘蔬蔟蔕蔔蓼蕀蕣蕘蕈���\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"����������������������������������������������������������������蕁蘂蕋蕕薀薤薈薑薊薨蕭薔薛藪薇薜蕷蕾薐藉薺藏薹藐藕藝藥藜藹蘊蘓蘋藾藺蘆蘢蘚蘰蘿虍乕虔號虧虱蚓蚣蚩蚪蚋蚌蚶蚯蛄蛆蚰蛉蠣蚫蛔蛞蛩蛬�蛟蛛蛯蜒蜆蜈蜀蜃蛻蜑蜉蜍蛹蜊蜴蜿蜷蜻蜥蜩蜚蝠蝟蝸蝌蝎蝴蝗蝨蝮蝙蝓蝣蝪蠅螢螟螂螯蟋螽蟀蟐雖螫蟄螳蟇蟆螻蟯蟲蟠蠏蠍蟾蟶蟷蠎蟒蠑蠖蠕蠢蠡蠱蠶蠹蠧蠻衄衂衒衙衞衢衫袁衾袞衵衽袵衲袂袗袒袮袙袢袍袤袰袿袱裃裄裔裘裙裝裹褂裼裴裨裲褄褌褊褓襃褞褥褪褫襁襄褻褶褸襌褝襠襞���\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"����������������������������������������������������������������襦襤襭襪襯襴襷襾覃覈覊覓覘覡覩覦覬覯覲覺覽覿觀觚觜觝觧觴觸訃訖訐訌訛訝訥訶詁詛詒詆詈詼詭詬詢誅誂誄誨誡誑誥誦誚誣諄諍諂諚諫諳諧�諤諱謔諠諢諷諞諛謌謇謚諡謖謐謗謠謳鞫謦謫謾謨譁譌譏譎證譖譛譚譫譟譬譯譴譽讀讌讎讒讓讖讙讚谺豁谿豈豌豎豐豕豢豬豸豺貂貉貅貊貍貎貔豼貘戝貭貪貽貲貳貮貶賈賁賤賣賚賽賺賻贄贅贊贇贏贍贐齎贓賍贔贖赧赭赱赳趁趙跂趾趺跏跚跖跌跛跋跪跫跟跣跼踈踉跿踝踞踐踟蹂踵踰踴蹊���\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"����������������������������������������������������������������蹇蹉蹌蹐蹈蹙蹤蹠踪蹣蹕蹶蹲蹼躁躇躅躄躋躊躓躑躔躙躪躡躬躰軆躱躾軅軈軋軛軣軼軻軫軾輊輅輕輒輙輓輜輟輛輌輦輳輻輹轅轂輾轌轉轆轎轗轜�轢轣轤辜辟辣辭辯辷迚迥迢迪迯邇迴逅迹迺逑逕逡逍逞逖逋逧逶逵逹迸遏遐遑遒逎遉逾遖遘遞遨遯遶隨遲邂遽邁邀邊邉邏邨邯邱邵郢郤扈郛鄂鄒鄙鄲鄰酊酖酘酣酥酩酳酲醋醉醂醢醫醯醪醵醴醺釀釁釉釋釐釖釟釡釛釼釵釶鈞釿鈔鈬鈕鈑鉞鉗鉅鉉鉤鉈銕鈿鉋鉐銜銖銓銛鉚鋏銹銷鋩錏鋺鍄錮���\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"����������������������������������������������������������������錙錢錚錣錺錵錻鍜鍠鍼鍮鍖鎰鎬鎭鎔鎹鏖鏗鏨鏥鏘鏃鏝鏐鏈鏤鐚鐔鐓鐃鐇鐐鐶鐫鐵鐡鐺鑁鑒鑄鑛鑠鑢鑞鑪鈩鑰鑵鑷鑽鑚鑼鑾钁鑿閂閇閊閔閖閘閙�閠閨閧閭閼閻閹閾闊濶闃闍闌闕闔闖關闡闥闢阡阨阮阯陂陌陏陋陷陜陞陝陟陦陲陬隍隘隕隗險隧隱隲隰隴隶隸隹雎雋雉雍襍雜霍雕雹霄霆霈霓霎霑霏霖霙霤霪霰霹霽霾靄靆靈靂靉靜靠靤靦靨勒靫靱靹鞅靼鞁靺鞆鞋鞏鞐鞜鞨鞦鞣鞳鞴韃韆韈韋韜韭齏韲竟韶韵頏頌頸頤頡頷頽顆顏顋顫顯顰���\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"����������������������������������������������������������������顱顴顳颪颯颱颶飄飃飆飩飫餃餉餒餔餘餡餝餞餤餠餬餮餽餾饂饉饅饐饋饑饒饌饕馗馘馥馭馮馼駟駛駝駘駑駭駮駱駲駻駸騁騏騅駢騙騫騷驅驂驀驃�騾驕驍驛驗驟驢驥驤驩驫驪骭骰骼髀髏髑髓體髞髟髢髣髦髯髫髮髴髱髷髻鬆鬘鬚鬟鬢鬣鬥鬧鬨鬩鬪鬮鬯鬲魄魃魏魍魎魑魘魴鮓鮃鮑鮖鮗鮟鮠鮨鮴鯀鯊鮹鯆鯏鯑鯒鯣鯢鯤鯔鯡鰺鯲鯱鯰鰕鰔鰉鰓鰌鰆鰈鰒鰊鰄鰮鰛鰥鰤鰡鰰鱇鰲鱆鰾鱚鱠鱧鱶鱸鳧鳬鳰鴉鴈鳫鴃鴆鴪鴦鶯鴣鴟鵄鴕鴒鵁鴿鴾鵆鵈���\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"����������������������������������������������������������������鵝鵞鵤鵑鵐鵙鵲鶉鶇鶫鵯鵺鶚鶤鶩鶲鷄鷁鶻鶸鶺鷆鷏鷂鷙鷓鷸鷦鷭鷯鷽鸚鸛鸞鹵鹹鹽麁麈麋麌麒麕麑麝麥麩麸麪麭靡黌黎黏黐黔黜點黝黠黥黨黯�黴黶黷黹黻黼黽鼇鼈皷鼕鼡鼬鼾齊齒齔齣齟齠齡齦齧齬齪齷齲齶龕龜龠堯槇遙瑤凜熙�������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[237] = \"����������������������������������������������������������������纊褜鍈銈蓜俉炻昱棈鋹曻彅丨仡仼伀伃伹佖侒侊侚侔俍偀倢俿倞偆偰偂傔僴僘兊兤冝冾凬刕劜劦勀勛匀匇匤卲厓厲叝﨎咜咊咩哿喆坙坥垬埈埇﨏�塚增墲夋奓奛奝奣妤妺孖寀甯寘寬尞岦岺峵崧嵓﨑嵂嵭嶸嶹巐弡弴彧德忞恝悅悊惞惕愠惲愑愷愰憘戓抦揵摠撝擎敎昀昕昻昉昮昞昤晥晗晙晴晳暙暠暲暿曺朎朗杦枻桒柀栁桄棏﨓楨﨔榘槢樰橫橆橳橾櫢櫤毖氿汜沆汯泚洄涇浯涖涬淏淸淲淼渹湜渧渼溿澈澵濵瀅瀇瀨炅炫焏焄煜煆煇凞燁燾犱���\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"����������������������������������������������������������������犾猤猪獷玽珉珖珣珒琇珵琦琪琩琮瑢璉璟甁畯皂皜皞皛皦益睆劯砡硎硤硺礰礼神祥禔福禛竑竧靖竫箞精絈絜綷綠緖繒罇羡羽茁荢荿菇菶葈蒴蕓蕙�蕫﨟薰蘒﨡蠇裵訒訷詹誧誾諟諸諶譓譿賰賴贒赶﨣軏﨤逸遧郞都鄕鄧釚釗釞釭釮釤釥鈆鈐鈊鈺鉀鈼鉎鉙鉑鈹鉧銧鉷鉸鋧鋗鋙鋐﨧鋕鋠鋓錥錡鋻﨨錞鋿錝錂鍰鍗鎤鏆鏞鏸鐱鑅鑈閒隆﨩隝隯霳霻靃靍靏靑靕顗顥飯飼餧館馞驎髙髜魵魲鮏鮱鮻鰀鵰鵫鶴鸙黑��ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹ￢￤＇＂���\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[250] = \"����������������������������������������������������������������ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ￢￤＇＂㈱№℡∵纊褜鍈銈蓜俉炻昱棈鋹曻彅丨仡仼伀伃伹佖侒侊侚侔俍偀倢俿倞偆偰偂傔僴僘兊�兤冝冾凬刕劜劦勀勛匀匇匤卲厓厲叝﨎咜咊咩哿喆坙坥垬埈埇﨏塚增墲夋奓奛奝奣妤妺孖寀甯寘寬尞岦岺峵崧嵓﨑嵂嵭嶸嶹巐弡弴彧德忞恝悅悊惞惕愠惲愑愷愰憘戓抦揵摠撝擎敎昀昕昻昉昮昞昤晥晗晙晴晳暙暠暲暿曺朎朗杦枻桒柀栁桄棏﨓楨﨔榘槢樰橫橆橳橾櫢櫤毖氿汜沆汯泚洄涇浯���\".split(\"\");\nfor(j = 0; j != D[250].length; ++j) if(D[250][j].charCodeAt(0) !== 0xFFFD) { e[D[250][j]] = 64000 + j; d[64000 + j] = D[250][j];}\nD[251] = \"����������������������������������������������������������������涖涬淏淸淲淼渹湜渧渼溿澈澵濵瀅瀇瀨炅炫焏焄煜煆煇凞燁燾犱犾猤猪獷玽珉珖珣珒琇珵琦琪琩琮瑢璉璟甁畯皂皜皞皛皦益睆劯砡硎硤硺礰礼神�祥禔福禛竑竧靖竫箞精絈絜綷綠緖繒罇羡羽茁荢荿菇菶葈蒴蕓蕙蕫﨟薰蘒﨡蠇裵訒訷詹誧誾諟諸諶譓譿賰賴贒赶﨣軏﨤逸遧郞都鄕鄧釚釗釞釭釮釤釥鈆鈐鈊鈺鉀鈼鉎鉙鉑鈹鉧銧鉷鉸鋧鋗鋙鋐﨧鋕鋠鋓錥錡鋻﨨錞鋿錝錂鍰鍗鎤鏆鏞鏸鐱鑅鑈閒隆﨩隝隯霳霻靃靍靏靑靕顗顥飯飼餧館馞驎髙���\".split(\"\");\nfor(j = 0; j != D[251].length; ++j) if(D[251][j].charCodeAt(0) !== 0xFFFD) { e[D[251][j]] = 64256 + j; d[64256 + j] = D[251][j];}\nD[252] = \"����������������������������������������������������������������髜魵魲鮏鮱鮻鰀鵰鵫鶴鸙黑������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[252].length; ++j) if(D[252][j].charCodeAt(0) !== 0xFFFD) { e[D[252][j]] = 64512 + j; d[64512 + j] = D[252][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[936] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[129] = \"����������������������������������������������������������������丂丄丅丆丏丒丗丟丠両丣並丩丮丯丱丳丵丷丼乀乁乂乄乆乊乑乕乗乚乛乢乣乤乥乧乨乪乫乬乭乮乯乲乴乵乶乷乸乹乺乻乼乽乿亀亁亂亃亄亅亇亊�亐亖亗亙亜亝亞亣亪亯亰亱亴亶亷亸亹亼亽亾仈仌仏仐仒仚仛仜仠仢仦仧仩仭仮仯仱仴仸仹仺仼仾伀伂伃伄伅伆伇伈伋伌伒伓伔伕伖伜伝伡伣伨伩伬伭伮伱伳伵伷伹伻伾伿佀佁佂佄佅佇佈佉佊佋佌佒佔佖佡佢佦佨佪佫佭佮佱佲併佷佸佹佺佽侀侁侂侅來侇侊侌侎侐侒侓侕侖侘侙侚侜侞侟価侢�\".split(\"\");\nfor(j = 0; j != D[129].length; ++j) if(D[129][j].charCodeAt(0) !== 0xFFFD) { e[D[129][j]] = 33024 + j; d[33024 + j] = D[129][j];}\nD[130] = \"����������������������������������������������������������������侤侫侭侰侱侲侳侴侶侷侸侹侺侻侼侽侾俀俁係俆俇俈俉俋俌俍俒俓俔俕俖俙俛俠俢俤俥俧俫俬俰俲俴俵俶俷俹俻俼俽俿倀倁倂倃倄倅倆倇倈倉倊�個倎倐們倓倕倖倗倛倝倞倠倢倣値倧倫倯倰倱倲倳倴倵倶倷倸倹倻倽倿偀偁偂偄偅偆偉偊偋偍偐偑偒偓偔偖偗偘偙偛偝偞偟偠偡偢偣偤偦偧偨偩偪偫偭偮偯偰偱偲偳側偵偸偹偺偼偽傁傂傃傄傆傇傉傊傋傌傎傏傐傑傒傓傔傕傖傗傘備傚傛傜傝傞傟傠傡傢傤傦傪傫傭傮傯傰傱傳傴債傶傷傸傹傼�\".split(\"\");\nfor(j = 0; j != D[130].length; ++j) if(D[130][j].charCodeAt(0) !== 0xFFFD) { e[D[130][j]] = 33280 + j; d[33280 + j] = D[130][j];}\nD[131] = \"����������������������������������������������������������������傽傾傿僀僁僂僃僄僅僆僇僈僉僊僋僌働僎僐僑僒僓僔僕僗僘僙僛僜僝僞僟僠僡僢僣僤僥僨僩僪僫僯僰僱僲僴僶僷僸價僺僼僽僾僿儀儁儂儃億儅儈�儉儊儌儍儎儏儐儑儓儔儕儖儗儘儙儚儛儜儝儞償儠儢儣儤儥儦儧儨儩優儫儬儭儮儯儰儱儲儳儴儵儶儷儸儹儺儻儼儽儾兂兇兊兌兎兏児兒兓兗兘兙兛兝兞兟兠兡兣兤兦內兩兪兯兲兺兾兿冃冄円冇冊冋冎冏冐冑冓冔冘冚冝冞冟冡冣冦冧冨冩冪冭冮冴冸冹冺冾冿凁凂凃凅凈凊凍凎凐凒凓凔凕凖凗�\".split(\"\");\nfor(j = 0; j != D[131].length; ++j) if(D[131][j].charCodeAt(0) !== 0xFFFD) { e[D[131][j]] = 33536 + j; d[33536 + j] = D[131][j];}\nD[132] = \"����������������������������������������������������������������凘凙凚凜凞凟凢凣凥処凧凨凩凪凬凮凱凲凴凷凾刄刅刉刋刌刏刐刓刔刕刜刞刟刡刢刣別刦刧刪刬刯刱刲刴刵刼刾剄剅剆則剈剉剋剎剏剒剓剕剗剘�剙剚剛剝剟剠剢剣剤剦剨剫剬剭剮剰剱剳剴創剶剷剸剹剺剻剼剾劀劃劄劅劆劇劉劊劋劌劍劎劏劑劒劔劕劖劗劘劙劚劜劤劥劦劧劮劯劰労劵劶劷劸効劺劻劼劽勀勁勂勄勅勆勈勊勌勍勎勏勑勓勔動勗務勚勛勜勝勞勠勡勢勣勥勦勧勨勩勪勫勬勭勮勯勱勲勳勴勵勶勷勸勻勼勽匁匂匃匄匇匉匊匋匌匎�\".split(\"\");\nfor(j = 0; j != D[132].length; ++j) if(D[132][j].charCodeAt(0) !== 0xFFFD) { e[D[132][j]] = 33792 + j; d[33792 + j] = D[132][j];}\nD[133] = \"����������������������������������������������������������������匑匒匓匔匘匛匜匞匟匢匤匥匧匨匩匫匬匭匯匰匱匲匳匴匵匶匷匸匼匽區卂卄卆卋卌卍卐協単卙卛卝卥卨卪卬卭卲卶卹卻卼卽卾厀厁厃厇厈厊厎厏�厐厑厒厓厔厖厗厙厛厜厞厠厡厤厧厪厫厬厭厯厰厱厲厳厴厵厷厸厹厺厼厽厾叀參叄叅叆叇収叏叐叒叓叕叚叜叝叞叡叢叧叴叺叾叿吀吂吅吇吋吔吘吙吚吜吢吤吥吪吰吳吶吷吺吽吿呁呂呄呅呇呉呌呍呎呏呑呚呝呞呟呠呡呣呥呧呩呪呫呬呭呮呯呰呴呹呺呾呿咁咃咅咇咈咉咊咍咑咓咗咘咜咞咟咠咡�\".split(\"\");\nfor(j = 0; j != D[133].length; ++j) if(D[133][j].charCodeAt(0) !== 0xFFFD) { e[D[133][j]] = 34048 + j; d[34048 + j] = D[133][j];}\nD[134] = \"����������������������������������������������������������������咢咥咮咰咲咵咶咷咹咺咼咾哃哅哊哋哖哘哛哠員哢哣哤哫哬哯哰哱哴哵哶哷哸哹哻哾唀唂唃唄唅唈唊唋唌唍唎唒唓唕唖唗唘唙唚唜唝唞唟唡唥唦�唨唩唫唭唲唴唵唶唸唹唺唻唽啀啂啅啇啈啋啌啍啎問啑啒啓啔啗啘啙啚啛啝啞啟啠啢啣啨啩啫啯啰啱啲啳啴啹啺啽啿喅喆喌喍喎喐喒喓喕喖喗喚喛喞喠喡喢喣喤喥喦喨喩喪喫喬喭單喯喰喲喴営喸喺喼喿嗀嗁嗂嗃嗆嗇嗈嗊嗋嗎嗏嗐嗕嗗嗘嗙嗚嗛嗞嗠嗢嗧嗩嗭嗮嗰嗱嗴嗶嗸嗹嗺嗻嗼嗿嘂嘃嘄嘅�\".split(\"\");\nfor(j = 0; j != D[134].length; ++j) if(D[134][j].charCodeAt(0) !== 0xFFFD) { e[D[134][j]] = 34304 + j; d[34304 + j] = D[134][j];}\nD[135] = \"����������������������������������������������������������������嘆嘇嘊嘋嘍嘐嘑嘒嘓嘔嘕嘖嘗嘙嘚嘜嘝嘠嘡嘢嘥嘦嘨嘩嘪嘫嘮嘯嘰嘳嘵嘷嘸嘺嘼嘽嘾噀噁噂噃噄噅噆噇噈噉噊噋噏噐噑噒噓噕噖噚噛噝噞噟噠噡�噣噥噦噧噭噮噯噰噲噳噴噵噷噸噹噺噽噾噿嚀嚁嚂嚃嚄嚇嚈嚉嚊嚋嚌嚍嚐嚑嚒嚔嚕嚖嚗嚘嚙嚚嚛嚜嚝嚞嚟嚠嚡嚢嚤嚥嚦嚧嚨嚩嚪嚫嚬嚭嚮嚰嚱嚲嚳嚴嚵嚶嚸嚹嚺嚻嚽嚾嚿囀囁囂囃囄囅囆囇囈囉囋囌囍囎囏囐囑囒囓囕囖囘囙囜団囥囦囧囨囩囪囬囮囯囲図囶囷囸囻囼圀圁圂圅圇國圌圍圎圏圐圑�\".split(\"\");\nfor(j = 0; j != D[135].length; ++j) if(D[135][j].charCodeAt(0) !== 0xFFFD) { e[D[135][j]] = 34560 + j; d[34560 + j] = D[135][j];}\nD[136] = \"����������������������������������������������������������������園圓圔圕圖圗團圙圚圛圝圞圠圡圢圤圥圦圧圫圱圲圴圵圶圷圸圼圽圿坁坃坄坅坆坈坉坋坒坓坔坕坖坘坙坢坣坥坧坬坮坰坱坲坴坵坸坹坺坽坾坿垀�垁垇垈垉垊垍垎垏垐垑垔垕垖垗垘垙垚垜垝垞垟垥垨垪垬垯垰垱垳垵垶垷垹垺垻垼垽垾垿埀埁埄埅埆埇埈埉埊埌埍埐埑埓埖埗埛埜埞埡埢埣埥埦埧埨埩埪埫埬埮埰埱埲埳埵埶執埻埼埾埿堁堃堄堅堈堉堊堌堎堏堐堒堓堔堖堗堘堚堛堜堝堟堢堣堥堦堧堨堩堫堬堭堮堯報堲堳場堶堷堸堹堺堻堼堽�\".split(\"\");\nfor(j = 0; j != D[136].length; ++j) if(D[136][j].charCodeAt(0) !== 0xFFFD) { e[D[136][j]] = 34816 + j; d[34816 + j] = D[136][j];}\nD[137] = \"����������������������������������������������������������������堾堿塀塁塂塃塅塆塇塈塉塊塋塎塏塐塒塓塕塖塗塙塚塛塜塝塟塠塡塢塣塤塦塧塨塩塪塭塮塯塰塱塲塳塴塵塶塷塸塹塺塻塼塽塿墂墄墆墇墈墊墋墌�墍墎墏墐墑墔墕墖増墘墛墜墝墠墡墢墣墤墥墦墧墪墫墬墭墮墯墰墱墲墳墴墵墶墷墸墹墺墻墽墾墿壀壂壃壄壆壇壈壉壊壋壌壍壎壏壐壒壓壔壖壗壘壙壚壛壜壝壞壟壠壡壢壣壥壦壧壨壩壪壭壯壱売壴壵壷壸壺壻壼壽壾壿夀夁夃夅夆夈変夊夋夌夎夐夑夒夓夗夘夛夝夞夠夡夢夣夦夨夬夰夲夳夵夶夻�\".split(\"\");\nfor(j = 0; j != D[137].length; ++j) if(D[137][j].charCodeAt(0) !== 0xFFFD) { e[D[137][j]] = 35072 + j; d[35072 + j] = D[137][j];}\nD[138] = \"����������������������������������������������������������������夽夾夿奀奃奅奆奊奌奍奐奒奓奙奛奜奝奞奟奡奣奤奦奧奨奩奪奫奬奭奮奯奰奱奲奵奷奺奻奼奾奿妀妅妉妋妌妎妏妐妑妔妕妘妚妛妜妝妟妠妡妢妦�妧妬妭妰妱妳妴妵妶妷妸妺妼妽妿姀姁姂姃姄姅姇姈姉姌姍姎姏姕姖姙姛姞姟姠姡姢姤姦姧姩姪姫姭姮姯姰姱姲姳姴姵姶姷姸姺姼姽姾娀娂娊娋娍娎娏娐娒娔娕娖娗娙娚娛娝娞娡娢娤娦娧娨娪娫娬娭娮娯娰娳娵娷娸娹娺娻娽娾娿婁婂婃婄婅婇婈婋婌婍婎婏婐婑婒婓婔婖婗婘婙婛婜婝婞婟婠�\".split(\"\");\nfor(j = 0; j != D[138].length; ++j) if(D[138][j].charCodeAt(0) !== 0xFFFD) { e[D[138][j]] = 35328 + j; d[35328 + j] = D[138][j];}\nD[139] = \"����������������������������������������������������������������婡婣婤婥婦婨婩婫婬婭婮婯婰婱婲婳婸婹婻婼婽婾媀媁媂媃媄媅媆媇媈媉媊媋媌媍媎媏媐媑媓媔媕媖媗媘媙媜媝媞媟媠媡媢媣媤媥媦媧媨媩媫媬�媭媮媯媰媱媴媶媷媹媺媻媼媽媿嫀嫃嫄嫅嫆嫇嫈嫊嫋嫍嫎嫏嫐嫑嫓嫕嫗嫙嫚嫛嫝嫞嫟嫢嫤嫥嫧嫨嫪嫬嫭嫮嫯嫰嫲嫳嫴嫵嫶嫷嫸嫹嫺嫻嫼嫽嫾嫿嬀嬁嬂嬃嬄嬅嬆嬇嬈嬊嬋嬌嬍嬎嬏嬐嬑嬒嬓嬔嬕嬘嬙嬚嬛嬜嬝嬞嬟嬠嬡嬢嬣嬤嬥嬦嬧嬨嬩嬪嬫嬬嬭嬮嬯嬰嬱嬳嬵嬶嬸嬹嬺嬻嬼嬽嬾嬿孁孂孃孄孅孆孇�\".split(\"\");\nfor(j = 0; j != D[139].length; ++j) if(D[139][j].charCodeAt(0) !== 0xFFFD) { e[D[139][j]] = 35584 + j; d[35584 + j] = D[139][j];}\nD[140] = \"����������������������������������������������������������������孈孉孊孋孌孍孎孏孒孖孞孠孡孧孨孫孭孮孯孲孴孶孷學孹孻孼孾孿宂宆宊宍宎宐宑宒宔宖実宧宨宩宬宭宮宯宱宲宷宺宻宼寀寁寃寈寉寊寋寍寎寏�寑寔寕寖寗寘寙寚寛寜寠寢寣實寧審寪寫寬寭寯寱寲寳寴寵寶寷寽対尀専尃尅將專尋尌對導尐尒尓尗尙尛尞尟尠尡尣尦尨尩尪尫尭尮尯尰尲尳尵尶尷屃屄屆屇屌屍屒屓屔屖屗屘屚屛屜屝屟屢層屧屨屩屪屫屬屭屰屲屳屴屵屶屷屸屻屼屽屾岀岃岄岅岆岇岉岊岋岎岏岒岓岕岝岞岟岠岡岤岥岦岧岨�\".split(\"\");\nfor(j = 0; j != D[140].length; ++j) if(D[140][j].charCodeAt(0) !== 0xFFFD) { e[D[140][j]] = 35840 + j; d[35840 + j] = D[140][j];}\nD[141] = \"����������������������������������������������������������������岪岮岯岰岲岴岶岹岺岻岼岾峀峂峃峅峆峇峈峉峊峌峍峎峏峐峑峓峔峕峖峗峘峚峛峜峝峞峟峠峢峣峧峩峫峬峮峯峱峲峳峴峵島峷峸峹峺峼峽峾峿崀�崁崄崅崈崉崊崋崌崍崏崐崑崒崓崕崗崘崙崚崜崝崟崠崡崢崣崥崨崪崫崬崯崰崱崲崳崵崶崷崸崹崺崻崼崿嵀嵁嵂嵃嵄嵅嵆嵈嵉嵍嵎嵏嵐嵑嵒嵓嵔嵕嵖嵗嵙嵚嵜嵞嵟嵠嵡嵢嵣嵤嵥嵦嵧嵨嵪嵭嵮嵰嵱嵲嵳嵵嵶嵷嵸嵹嵺嵻嵼嵽嵾嵿嶀嶁嶃嶄嶅嶆嶇嶈嶉嶊嶋嶌嶍嶎嶏嶐嶑嶒嶓嶔嶕嶖嶗嶘嶚嶛嶜嶞嶟嶠�\".split(\"\");\nfor(j = 0; j != D[141].length; ++j) if(D[141][j].charCodeAt(0) !== 0xFFFD) { e[D[141][j]] = 36096 + j; d[36096 + j] = D[141][j];}\nD[142] = \"����������������������������������������������������������������嶡嶢嶣嶤嶥嶦嶧嶨嶩嶪嶫嶬嶭嶮嶯嶰嶱嶲嶳嶴嶵嶶嶸嶹嶺嶻嶼嶽嶾嶿巀巁巂巃巄巆巇巈巉巊巋巌巎巏巐巑巒巓巔巕巖巗巘巙巚巜巟巠巣巤巪巬巭�巰巵巶巸巹巺巻巼巿帀帄帇帉帊帋帍帎帒帓帗帞帟帠帡帢帣帤帥帨帩帪師帬帯帰帲帳帴帵帶帹帺帾帿幀幁幃幆幇幈幉幊幋幍幎幏幐幑幒幓幖幗幘幙幚幜幝幟幠幣幤幥幦幧幨幩幪幫幬幭幮幯幰幱幵幷幹幾庁庂広庅庈庉庌庍庎庒庘庛庝庡庢庣庤庨庩庪庫庬庮庯庰庱庲庴庺庻庼庽庿廀廁廂廃廄廅�\".split(\"\");\nfor(j = 0; j != D[142].length; ++j) if(D[142][j].charCodeAt(0) !== 0xFFFD) { e[D[142][j]] = 36352 + j; d[36352 + j] = D[142][j];}\nD[143] = \"����������������������������������������������������������������廆廇廈廋廌廍廎廏廐廔廕廗廘廙廚廜廝廞廟廠廡廢廣廤廥廦廧廩廫廬廭廮廯廰廱廲廳廵廸廹廻廼廽弅弆弇弉弌弍弎弐弒弔弖弙弚弜弝弞弡弢弣弤�弨弫弬弮弰弲弳弴張弶強弸弻弽弾弿彁彂彃彄彅彆彇彈彉彊彋彌彍彎彏彑彔彙彚彛彜彞彟彠彣彥彧彨彫彮彯彲彴彵彶彸彺彽彾彿徃徆徍徎徏徑従徔徖徚徛徝從徟徠徢徣徤徥徦徧復徫徬徯徰徱徲徳徴徶徸徹徺徻徾徿忀忁忂忇忈忊忋忎忓忔忕忚忛応忞忟忢忣忥忦忨忩忬忯忰忲忳忴忶忷忹忺忼怇�\".split(\"\");\nfor(j = 0; j != D[143].length; ++j) if(D[143][j].charCodeAt(0) !== 0xFFFD) { e[D[143][j]] = 36608 + j; d[36608 + j] = D[143][j];}\nD[144] = \"����������������������������������������������������������������怈怉怋怌怐怑怓怗怘怚怞怟怢怣怤怬怭怮怰怱怲怳怴怶怷怸怹怺怽怾恀恄恅恆恇恈恉恊恌恎恏恑恓恔恖恗恘恛恜恞恟恠恡恥恦恮恱恲恴恵恷恾悀�悁悂悅悆悇悈悊悋悎悏悐悑悓悕悗悘悙悜悞悡悢悤悥悧悩悪悮悰悳悵悶悷悹悺悽悾悿惀惁惂惃惄惇惈惉惌惍惎惏惐惒惓惔惖惗惙惛惞惡惢惣惤惥惪惱惲惵惷惸惻惼惽惾惿愂愃愄愅愇愊愋愌愐愑愒愓愔愖愗愘愙愛愜愝愞愡愢愥愨愩愪愬愭愮愯愰愱愲愳愴愵愶愷愸愹愺愻愼愽愾慀慁慂慃慄慅慆�\".split(\"\");\nfor(j = 0; j != D[144].length; ++j) if(D[144][j].charCodeAt(0) !== 0xFFFD) { e[D[144][j]] = 36864 + j; d[36864 + j] = D[144][j];}\nD[145] = \"����������������������������������������������������������������慇慉態慍慏慐慒慓慔慖慗慘慙慚慛慜慞慟慠慡慣慤慥慦慩慪慫慬慭慮慯慱慲慳慴慶慸慹慺慻慼慽慾慿憀憁憂憃憄憅憆憇憈憉憊憌憍憏憐憑憒憓憕�憖憗憘憙憚憛憜憞憟憠憡憢憣憤憥憦憪憫憭憮憯憰憱憲憳憴憵憶憸憹憺憻憼憽憿懀懁懃懄懅懆懇應懌懍懎懏懐懓懕懖懗懘懙懚懛懜懝懞懟懠懡懢懣懤懥懧懨懩懪懫懬懭懮懯懰懱懲懳懴懶懷懸懹懺懻懼懽懾戀戁戂戃戄戅戇戉戓戔戙戜戝戞戠戣戦戧戨戩戫戭戯戰戱戲戵戶戸戹戺戻戼扂扄扅扆扊�\".split(\"\");\nfor(j = 0; j != D[145].length; ++j) if(D[145][j].charCodeAt(0) !== 0xFFFD) { e[D[145][j]] = 37120 + j; d[37120 + j] = D[145][j];}\nD[146] = \"����������������������������������������������������������������扏扐払扖扗扙扚扜扝扞扟扠扡扢扤扥扨扱扲扴扵扷扸扺扻扽抁抂抃抅抆抇抈抋抌抍抎抏抐抔抙抜抝択抣抦抧抩抪抭抮抯抰抲抳抴抶抷抸抺抾拀拁�拃拋拏拑拕拝拞拠拡拤拪拫拰拲拵拸拹拺拻挀挃挄挅挆挊挋挌挍挏挐挒挓挔挕挗挘挙挜挦挧挩挬挭挮挰挱挳挴挵挶挷挸挻挼挾挿捀捁捄捇捈捊捑捒捓捔捖捗捘捙捚捛捜捝捠捤捥捦捨捪捫捬捯捰捲捳捴捵捸捹捼捽捾捿掁掃掄掅掆掋掍掑掓掔掕掗掙掚掛掜掝掞掟採掤掦掫掯掱掲掵掶掹掻掽掿揀�\".split(\"\");\nfor(j = 0; j != D[146].length; ++j) if(D[146][j].charCodeAt(0) !== 0xFFFD) { e[D[146][j]] = 37376 + j; d[37376 + j] = D[146][j];}\nD[147] = \"����������������������������������������������������������������揁揂揃揅揇揈揊揋揌揑揓揔揕揗揘揙揚換揜揝揟揢揤揥揦揧揨揫揬揮揯揰揱揳揵揷揹揺揻揼揾搃搄搆搇搈搉搊損搎搑搒搕搖搗搘搙搚搝搟搢搣搤�搥搧搨搩搫搮搯搰搱搲搳搵搶搷搸搹搻搼搾摀摂摃摉摋摌摍摎摏摐摑摓摕摖摗摙摚摛摜摝摟摠摡摢摣摤摥摦摨摪摫摬摮摯摰摱摲摳摴摵摶摷摻摼摽摾摿撀撁撃撆撈撉撊撋撌撍撎撏撐撓撔撗撘撚撛撜撝撟撠撡撢撣撥撦撧撨撪撫撯撱撲撳撴撶撹撻撽撾撿擁擃擄擆擇擈擉擊擋擌擏擑擓擔擕擖擙據�\".split(\"\");\nfor(j = 0; j != D[147].length; ++j) if(D[147][j].charCodeAt(0) !== 0xFFFD) { e[D[147][j]] = 37632 + j; d[37632 + j] = D[147][j];}\nD[148] = \"����������������������������������������������������������������擛擜擝擟擠擡擣擥擧擨擩擪擫擬擭擮擯擰擱擲擳擴擵擶擷擸擹擺擻擼擽擾擿攁攂攃攄攅攆攇攈攊攋攌攍攎攏攐攑攓攔攕攖攗攙攚攛攜攝攞攟攠攡�攢攣攤攦攧攨攩攪攬攭攰攱攲攳攷攺攼攽敀敁敂敃敄敆敇敊敋敍敎敐敒敓敔敗敘敚敜敟敠敡敤敥敧敨敩敪敭敮敯敱敳敵敶數敹敺敻敼敽敾敿斀斁斂斃斄斅斆斈斉斊斍斎斏斒斔斕斖斘斚斝斞斠斢斣斦斨斪斬斮斱斲斳斴斵斶斷斸斺斻斾斿旀旂旇旈旉旊旍旐旑旓旔旕旘旙旚旛旜旝旞旟旡旣旤旪旫�\".split(\"\");\nfor(j = 0; j != D[148].length; ++j) if(D[148][j].charCodeAt(0) !== 0xFFFD) { e[D[148][j]] = 37888 + j; d[37888 + j] = D[148][j];}\nD[149] = \"����������������������������������������������������������������旲旳旴旵旸旹旻旼旽旾旿昁昄昅昇昈昉昋昍昐昑昒昖昗昘昚昛昜昞昡昢昣昤昦昩昪昫昬昮昰昲昳昷昸昹昺昻昽昿晀時晄晅晆晇晈晉晊晍晎晐晑晘�晙晛晜晝晞晠晢晣晥晧晩晪晫晬晭晱晲晳晵晸晹晻晼晽晿暀暁暃暅暆暈暉暊暋暍暎暏暐暒暓暔暕暘暙暚暛暜暞暟暠暡暢暣暤暥暦暩暪暫暬暭暯暰暱暲暳暵暶暷暸暺暻暼暽暿曀曁曂曃曄曅曆曇曈曉曊曋曌曍曎曏曐曑曒曓曔曕曖曗曘曚曞曟曠曡曢曣曤曥曧曨曪曫曬曭曮曯曱曵曶書曺曻曽朁朂會�\".split(\"\");\nfor(j = 0; j != D[149].length; ++j) if(D[149][j].charCodeAt(0) !== 0xFFFD) { e[D[149][j]] = 38144 + j; d[38144 + j] = D[149][j];}\nD[150] = \"����������������������������������������������������������������朄朅朆朇朌朎朏朑朒朓朖朘朙朚朜朞朠朡朢朣朤朥朧朩朮朰朲朳朶朷朸朹朻朼朾朿杁杄杅杇杊杋杍杒杔杕杗杘杙杚杛杝杢杣杤杦杧杫杬杮東杴杶�杸杹杺杻杽枀枂枃枅枆枈枊枌枍枎枏枑枒枓枔枖枙枛枟枠枡枤枦枩枬枮枱枲枴枹枺枻枼枽枾枿柀柂柅柆柇柈柉柊柋柌柍柎柕柖柗柛柟柡柣柤柦柧柨柪柫柭柮柲柵柶柷柸柹柺査柼柾栁栂栃栄栆栍栐栒栔栕栘栙栚栛栜栞栟栠栢栣栤栥栦栧栨栫栬栭栮栯栰栱栴栵栶栺栻栿桇桋桍桏桒桖桗桘桙桚桛�\".split(\"\");\nfor(j = 0; j != D[150].length; ++j) if(D[150][j].charCodeAt(0) !== 0xFFFD) { e[D[150][j]] = 38400 + j; d[38400 + j] = D[150][j];}\nD[151] = \"����������������������������������������������������������������桜桝桞桟桪桬桭桮桯桰桱桲桳桵桸桹桺桻桼桽桾桿梀梂梄梇梈梉梊梋梌梍梎梐梑梒梔梕梖梘梙梚梛梜條梞梟梠梡梣梤梥梩梪梫梬梮梱梲梴梶梷梸�梹梺梻梼梽梾梿棁棃棄棅棆棇棈棊棌棎棏棐棑棓棔棖棗棙棛棜棝棞棟棡棢棤棥棦棧棨棩棪棫棬棭棯棲棳棴棶棷棸棻棽棾棿椀椂椃椄椆椇椈椉椊椌椏椑椓椔椕椖椗椘椙椚椛検椝椞椡椢椣椥椦椧椨椩椪椫椬椮椯椱椲椳椵椶椷椸椺椻椼椾楀楁楃楄楅楆楇楈楉楊楋楌楍楎楏楐楑楒楓楕楖楘楙楛楜楟�\".split(\"\");\nfor(j = 0; j != D[151].length; ++j) if(D[151][j].charCodeAt(0) !== 0xFFFD) { e[D[151][j]] = 38656 + j; d[38656 + j] = D[151][j];}\nD[152] = \"����������������������������������������������������������������楡楢楤楥楧楨楩楪楬業楯楰楲楳楴極楶楺楻楽楾楿榁榃榅榊榋榌榎榏榐榑榒榓榖榗榙榚榝榞榟榠榡榢榣榤榥榦榩榪榬榮榯榰榲榳榵榶榸榹榺榼榽�榾榿槀槂槃槄槅槆槇槈槉構槍槏槑槒槓槕槖槗様槙槚槜槝槞槡槢槣槤槥槦槧槨槩槪槫槬槮槯槰槱槳槴槵槶槷槸槹槺槻槼槾樀樁樂樃樄樅樆樇樈樉樋樌樍樎樏樐樑樒樓樔樕樖標樚樛樜樝樞樠樢樣樤樥樦樧権樫樬樭樮樰樲樳樴樶樷樸樹樺樻樼樿橀橁橂橃橅橆橈橉橊橋橌橍橎橏橑橒橓橔橕橖橗橚�\".split(\"\");\nfor(j = 0; j != D[152].length; ++j) if(D[152][j].charCodeAt(0) !== 0xFFFD) { e[D[152][j]] = 38912 + j; d[38912 + j] = D[152][j];}\nD[153] = \"����������������������������������������������������������������橜橝橞機橠橢橣橤橦橧橨橩橪橫橬橭橮橯橰橲橳橴橵橶橷橸橺橻橽橾橿檁檂檃檅檆檇檈檉檊檋檌檍檏檒檓檔檕檖檘檙檚檛檜檝檞檟檡檢檣檤檥檦�檧檨檪檭檮檯檰檱檲檳檴檵檶檷檸檹檺檻檼檽檾檿櫀櫁櫂櫃櫄櫅櫆櫇櫈櫉櫊櫋櫌櫍櫎櫏櫐櫑櫒櫓櫔櫕櫖櫗櫘櫙櫚櫛櫜櫝櫞櫟櫠櫡櫢櫣櫤櫥櫦櫧櫨櫩櫪櫫櫬櫭櫮櫯櫰櫱櫲櫳櫴櫵櫶櫷櫸櫹櫺櫻櫼櫽櫾櫿欀欁欂欃欄欅欆欇欈欉權欋欌欍欎欏欐欑欒欓欔欕欖欗欘欙欚欛欜欝欞欟欥欦欨欩欪欫欬欭欮�\".split(\"\");\nfor(j = 0; j != D[153].length; ++j) if(D[153][j].charCodeAt(0) !== 0xFFFD) { e[D[153][j]] = 39168 + j; d[39168 + j] = D[153][j];}\nD[154] = \"����������������������������������������������������������������欯欰欱欳欴欵欶欸欻欼欽欿歀歁歂歄歅歈歊歋歍歎歏歐歑歒歓歔歕歖歗歘歚歛歜歝歞歟歠歡歨歩歫歬歭歮歯歰歱歲歳歴歵歶歷歸歺歽歾歿殀殅殈�殌殎殏殐殑殔殕殗殘殙殜殝殞殟殠殢殣殤殥殦殧殨殩殫殬殭殮殯殰殱殲殶殸殹殺殻殼殽殾毀毃毄毆毇毈毉毊毌毎毐毑毘毚毜毝毞毟毠毢毣毤毥毦毧毨毩毬毭毮毰毱毲毴毶毷毸毺毻毼毾毿氀氁氂氃氄氈氉氊氋氌氎氒気氜氝氞氠氣氥氫氬氭氱氳氶氷氹氺氻氼氾氿汃汄汅汈汋汌汍汎汏汑汒汓汖汘�\".split(\"\");\nfor(j = 0; j != D[154].length; ++j) if(D[154][j].charCodeAt(0) !== 0xFFFD) { e[D[154][j]] = 39424 + j; d[39424 + j] = D[154][j];}\nD[155] = \"����������������������������������������������������������������汙汚汢汣汥汦汧汫汬汭汮汯汱汳汵汷汸決汻汼汿沀沄沇沊沋沍沎沑沒沕沖沗沘沚沜沝沞沠沢沨沬沯沰沴沵沶沷沺泀況泂泃泆泇泈泋泍泎泏泑泒泘�泙泚泜泝泟泤泦泧泩泬泭泲泴泹泿洀洂洃洅洆洈洉洊洍洏洐洑洓洔洕洖洘洜洝洟洠洡洢洣洤洦洨洩洬洭洯洰洴洶洷洸洺洿浀浂浄浉浌浐浕浖浗浘浛浝浟浡浢浤浥浧浨浫浬浭浰浱浲浳浵浶浹浺浻浽浾浿涀涁涃涄涆涇涊涋涍涏涐涒涖涗涘涙涚涜涢涥涬涭涰涱涳涴涶涷涹涺涻涼涽涾淁淂淃淈淉淊�\".split(\"\");\nfor(j = 0; j != D[155].length; ++j) if(D[155][j].charCodeAt(0) !== 0xFFFD) { e[D[155][j]] = 39680 + j; d[39680 + j] = D[155][j];}\nD[156] = \"����������������������������������������������������������������淍淎淏淐淒淓淔淕淗淚淛淜淟淢淣淥淧淨淩淪淭淯淰淲淴淵淶淸淺淽淾淿渀渁渂渃渄渆渇済渉渋渏渒渓渕渘渙減渜渞渟渢渦渧渨渪測渮渰渱渳渵�渶渷渹渻渼渽渾渿湀湁湂湅湆湇湈湉湊湋湌湏湐湑湒湕湗湙湚湜湝湞湠湡湢湣湤湥湦湧湨湩湪湬湭湯湰湱湲湳湴湵湶湷湸湹湺湻湼湽満溁溂溄溇溈溊溋溌溍溎溑溒溓溔溕準溗溙溚溛溝溞溠溡溣溤溦溨溩溫溬溭溮溰溳溵溸溹溼溾溿滀滃滄滅滆滈滉滊滌滍滎滐滒滖滘滙滛滜滝滣滧滪滫滬滭滮滯�\".split(\"\");\nfor(j = 0; j != D[156].length; ++j) if(D[156][j].charCodeAt(0) !== 0xFFFD) { e[D[156][j]] = 39936 + j; d[39936 + j] = D[156][j];}\nD[157] = \"����������������������������������������������������������������滰滱滲滳滵滶滷滸滺滻滼滽滾滿漀漁漃漄漅漇漈漊漋漌漍漎漐漑漒漖漗漘漙漚漛漜漝漞漟漡漢漣漥漦漧漨漬漮漰漲漴漵漷漸漹漺漻漼漽漿潀潁潂�潃潄潅潈潉潊潌潎潏潐潑潒潓潔潕潖潗潙潚潛潝潟潠潡潣潤潥潧潨潩潪潫潬潯潰潱潳潵潶潷潹潻潽潾潿澀澁澂澃澅澆澇澊澋澏澐澑澒澓澔澕澖澗澘澙澚澛澝澞澟澠澢澣澤澥澦澨澩澪澫澬澭澮澯澰澱澲澴澵澷澸澺澻澼澽澾澿濁濃濄濅濆濇濈濊濋濌濍濎濏濐濓濔濕濖濗濘濙濚濛濜濝濟濢濣濤濥�\".split(\"\");\nfor(j = 0; j != D[157].length; ++j) if(D[157][j].charCodeAt(0) !== 0xFFFD) { e[D[157][j]] = 40192 + j; d[40192 + j] = D[157][j];}\nD[158] = \"����������������������������������������������������������������濦濧濨濩濪濫濬濭濰濱濲濳濴濵濶濷濸濹濺濻濼濽濾濿瀀瀁瀂瀃瀄瀅瀆瀇瀈瀉瀊瀋瀌瀍瀎瀏瀐瀒瀓瀔瀕瀖瀗瀘瀙瀜瀝瀞瀟瀠瀡瀢瀤瀥瀦瀧瀨瀩瀪�瀫瀬瀭瀮瀯瀰瀱瀲瀳瀴瀶瀷瀸瀺瀻瀼瀽瀾瀿灀灁灂灃灄灅灆灇灈灉灊灋灍灎灐灑灒灓灔灕灖灗灘灙灚灛灜灝灟灠灡灢灣灤灥灦灧灨灩灪灮灱灲灳灴灷灹灺灻災炁炂炃炄炆炇炈炋炌炍炏炐炑炓炗炘炚炛炞炟炠炡炢炣炤炥炦炧炨炩炪炰炲炴炵炶為炾炿烄烅烆烇烉烋烌烍烎烏烐烑烒烓烔烕烖烗烚�\".split(\"\");\nfor(j = 0; j != D[158].length; ++j) if(D[158][j].charCodeAt(0) !== 0xFFFD) { e[D[158][j]] = 40448 + j; d[40448 + j] = D[158][j];}\nD[159] = \"����������������������������������������������������������������烜烝烞烠烡烢烣烥烪烮烰烱烲烳烴烵烶烸烺烻烼烾烿焀焁焂焃焄焅焆焇焈焋焌焍焎焏焑焒焔焗焛焜焝焞焟焠無焢焣焤焥焧焨焩焪焫焬焭焮焲焳焴�焵焷焸焹焺焻焼焽焾焿煀煁煂煃煄煆煇煈煉煋煍煏煐煑煒煓煔煕煖煗煘煙煚煛煝煟煠煡煢煣煥煩煪煫煬煭煯煰煱煴煵煶煷煹煻煼煾煿熀熁熂熃熅熆熇熈熉熋熌熍熎熐熑熒熓熕熖熗熚熛熜熝熞熡熢熣熤熥熦熧熩熪熫熭熮熯熰熱熲熴熶熷熸熺熻熼熽熾熿燀燁燂燄燅燆燇燈燉燊燋燌燍燏燐燑燒燓�\".split(\"\");\nfor(j = 0; j != D[159].length; ++j) if(D[159][j].charCodeAt(0) !== 0xFFFD) { e[D[159][j]] = 40704 + j; d[40704 + j] = D[159][j];}\nD[160] = \"����������������������������������������������������������������燖燗燘燙燚燛燜燝燞營燡燢燣燤燦燨燩燪燫燬燭燯燰燱燲燳燴燵燶燷燸燺燻燼燽燾燿爀爁爂爃爄爅爇爈爉爊爋爌爍爎爏爐爑爒爓爔爕爖爗爘爙爚�爛爜爞爟爠爡爢爣爤爥爦爧爩爫爭爮爯爲爳爴爺爼爾牀牁牂牃牄牅牆牉牊牋牎牏牐牑牓牔牕牗牘牚牜牞牠牣牤牥牨牪牫牬牭牰牱牳牴牶牷牸牻牼牽犂犃犅犆犇犈犉犌犎犐犑犓犔犕犖犗犘犙犚犛犜犝犞犠犡犢犣犤犥犦犧犨犩犪犫犮犱犲犳犵犺犻犼犽犾犿狀狅狆狇狉狊狋狌狏狑狓狔狕狖狘狚狛�\".split(\"\");\nfor(j = 0; j != D[160].length; ++j) if(D[160][j].charCodeAt(0) !== 0xFFFD) { e[D[160][j]] = 40960 + j; d[40960 + j] = D[160][j];}\nD[161] = \"����������������������������������������������������������������������������������������������������������������������������������������������������������������� 、。·ˉˇ¨〃々—～‖…‘’“”〔〕〈〉《》「」『』〖〗【】±×÷∶∧∨∑∏∪∩∈∷√⊥∥∠⌒⊙∫∮≡≌≈∽∝≠≮≯≤≥∞∵∴♂♀°′″℃＄¤￠￡‰§№☆★○●◎◇◆□■△▲※→←↑↓〓�\".split(\"\");\nfor(j = 0; j != D[161].length; ++j) if(D[161][j].charCodeAt(0) !== 0xFFFD) { e[D[161][j]] = 41216 + j; d[41216 + j] = D[161][j];}\nD[162] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹ������⒈⒉⒊⒋⒌⒍⒎⒏⒐⒑⒒⒓⒔⒕⒖⒗⒘⒙⒚⒛⑴⑵⑶⑷⑸⑹⑺⑻⑼⑽⑾⑿⒀⒁⒂⒃⒄⒅⒆⒇①②③④⑤⑥⑦⑧⑨⑩��㈠㈡㈢㈣㈤㈥㈦㈧㈨㈩��ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩⅪⅫ���\".split(\"\");\nfor(j = 0; j != D[162].length; ++j) if(D[162][j].charCodeAt(0) !== 0xFFFD) { e[D[162][j]] = 41472 + j; d[41472 + j] = D[162][j];}\nD[163] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������！＂＃￥％＆＇（）＊＋，－．／０１２３４５６７８９：；＜＝＞？＠ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺ［＼］＾＿｀ａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ｛｜｝￣�\".split(\"\");\nfor(j = 0; j != D[163].length; ++j) if(D[163][j].charCodeAt(0) !== 0xFFFD) { e[D[163][j]] = 41728 + j; d[41728 + j] = D[163][j];}\nD[164] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ぁあぃいぅうぇえぉおかがきぎくぐけげこごさざしじすずせぜそぞただちぢっつづてでとどなにぬねのはばぱひびぴふぶぷへべぺほぼぽまみむめもゃやゅゆょよらりるれろゎわゐゑをん������������\".split(\"\");\nfor(j = 0; j != D[164].length; ++j) if(D[164][j].charCodeAt(0) !== 0xFFFD) { e[D[164][j]] = 41984 + j; d[41984 + j] = D[164][j];}\nD[165] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ァアィイゥウェエォオカガキギクグケゲコゴサザシジスズセゼソゾタダチヂッツヅテデトドナニヌネノハバパヒビピフブプヘベペホボポマミムメモャヤュユョヨラリルレロヮワヰヱヲンヴヵヶ���������\".split(\"\");\nfor(j = 0; j != D[165].length; ++j) if(D[165][j].charCodeAt(0) !== 0xFFFD) { e[D[165][j]] = 42240 + j; d[42240 + j] = D[165][j];}\nD[166] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩ��������αβγδεζηθικλμνξοπρστυφχψω�������︵︶︹︺︿﹀︽︾﹁﹂﹃﹄��︻︼︷︸︱�︳︴����������\".split(\"\");\nfor(j = 0; j != D[166].length; ++j) if(D[166][j].charCodeAt(0) !== 0xFFFD) { e[D[166][j]] = 42496 + j; d[42496 + j] = D[166][j];}\nD[167] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������АБВГДЕЁЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ���������������абвгдеёжзийклмнопрстуфхцчшщъыьэюя��������������\".split(\"\");\nfor(j = 0; j != D[167].length; ++j) if(D[167][j].charCodeAt(0) !== 0xFFFD) { e[D[167][j]] = 42752 + j; d[42752 + j] = D[167][j];}\nD[168] = \"����������������������������������������������������������������ˊˋ˙–―‥‵℅℉↖↗↘↙∕∟∣≒≦≧⊿═║╒╓╔╕╖╗╘╙╚╛╜╝╞╟╠╡╢╣╤╥╦╧╨╩╪╫╬╭╮╯╰╱╲╳▁▂▃▄▅▆▇�█▉▊▋▌▍▎▏▓▔▕▼▽◢◣◤◥☉⊕〒〝〞�����������āáǎàēéěèīíǐìōóǒòūúǔùǖǘǚǜüêɑ�ńň�ɡ����ㄅㄆㄇㄈㄉㄊㄋㄌㄍㄎㄏㄐㄑㄒㄓㄔㄕㄖㄗㄘㄙㄚㄛㄜㄝㄞㄟㄠㄡㄢㄣㄤㄥㄦㄧㄨㄩ����������������������\".split(\"\");\nfor(j = 0; j != D[168].length; ++j) if(D[168][j].charCodeAt(0) !== 0xFFFD) { e[D[168][j]] = 43008 + j; d[43008 + j] = D[168][j];}\nD[169] = \"����������������������������������������������������������������〡〢〣〤〥〦〧〨〩㊣㎎㎏㎜㎝㎞㎡㏄㏎㏑㏒㏕︰￢￤�℡㈱�‐���ー゛゜ヽヾ〆ゝゞ﹉﹊﹋﹌﹍﹎﹏﹐﹑﹒﹔﹕﹖﹗﹙﹚﹛﹜﹝﹞﹟﹠﹡�﹢﹣﹤﹥﹦﹨﹩﹪﹫�������������〇�������������─━│┃┄┅┆┇┈┉┊┋┌┍┎┏┐┑┒┓└┕┖┗┘┙┚┛├┝┞┟┠┡┢┣┤┥┦┧┨┩┪┫┬┭┮┯┰┱┲┳┴┵┶┷┸┹┺┻┼┽┾┿╀╁╂╃╄╅╆╇╈╉╊╋����������������\".split(\"\");\nfor(j = 0; j != D[169].length; ++j) if(D[169][j].charCodeAt(0) !== 0xFFFD) { e[D[169][j]] = 43264 + j; d[43264 + j] = D[169][j];}\nD[170] = \"����������������������������������������������������������������狜狝狟狢狣狤狥狦狧狪狫狵狶狹狽狾狿猀猂猄猅猆猇猈猉猋猌猍猏猐猑猒猔猘猙猚猟猠猣猤猦猧猨猭猯猰猲猳猵猶猺猻猼猽獀獁獂獃獄獅獆獇獈�獉獊獋獌獎獏獑獓獔獕獖獘獙獚獛獜獝獞獟獡獢獣獤獥獦獧獨獩獪獫獮獰獱�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[170].length; ++j) if(D[170][j].charCodeAt(0) !== 0xFFFD) { e[D[170][j]] = 43520 + j; d[43520 + j] = D[170][j];}\nD[171] = \"����������������������������������������������������������������獲獳獴獵獶獷獸獹獺獻獼獽獿玀玁玂玃玅玆玈玊玌玍玏玐玒玓玔玕玗玘玙玚玜玝玞玠玡玣玤玥玦玧玨玪玬玭玱玴玵玶玸玹玼玽玾玿珁珃珄珅珆珇�珋珌珎珒珓珔珕珖珗珘珚珛珜珝珟珡珢珣珤珦珨珪珫珬珮珯珰珱珳珴珵珶珷�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[171].length; ++j) if(D[171][j].charCodeAt(0) !== 0xFFFD) { e[D[171][j]] = 43776 + j; d[43776 + j] = D[171][j];}\nD[172] = \"����������������������������������������������������������������珸珹珺珻珼珽現珿琀琁琂琄琇琈琋琌琍琎琑琒琓琔琕琖琗琘琙琜琝琞琟琠琡琣琤琧琩琫琭琯琱琲琷琸琹琺琻琽琾琿瑀瑂瑃瑄瑅瑆瑇瑈瑉瑊瑋瑌瑍�瑎瑏瑐瑑瑒瑓瑔瑖瑘瑝瑠瑡瑢瑣瑤瑥瑦瑧瑨瑩瑪瑫瑬瑮瑯瑱瑲瑳瑴瑵瑸瑹瑺�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[172].length; ++j) if(D[172][j].charCodeAt(0) !== 0xFFFD) { e[D[172][j]] = 44032 + j; d[44032 + j] = D[172][j];}\nD[173] = \"����������������������������������������������������������������瑻瑼瑽瑿璂璄璅璆璈璉璊璌璍璏璑璒璓璔璕璖璗璘璙璚璛璝璟璠璡璢璣璤璥璦璪璫璬璭璮璯環璱璲璳璴璵璶璷璸璹璻璼璽璾璿瓀瓁瓂瓃瓄瓅瓆瓇�瓈瓉瓊瓋瓌瓍瓎瓏瓐瓑瓓瓔瓕瓖瓗瓘瓙瓚瓛瓝瓟瓡瓥瓧瓨瓩瓪瓫瓬瓭瓰瓱瓲�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[173].length; ++j) if(D[173][j].charCodeAt(0) !== 0xFFFD) { e[D[173][j]] = 44288 + j; d[44288 + j] = D[173][j];}\nD[174] = \"����������������������������������������������������������������瓳瓵瓸瓹瓺瓻瓼瓽瓾甀甁甂甃甅甆甇甈甉甊甋甌甎甐甒甔甕甖甗甛甝甞甠甡產産甤甦甧甪甮甴甶甹甼甽甿畁畂畃畄畆畇畉畊畍畐畑畒畓畕畖畗畘�畝畞畟畠畡畢畣畤畧畨畩畫畬畭畮畯異畱畳畵當畷畺畻畼畽畾疀疁疂疄疅疇�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[174].length; ++j) if(D[174][j].charCodeAt(0) !== 0xFFFD) { e[D[174][j]] = 44544 + j; d[44544 + j] = D[174][j];}\nD[175] = \"����������������������������������������������������������������疈疉疊疌疍疎疐疓疕疘疛疜疞疢疦疧疨疩疪疭疶疷疺疻疿痀痁痆痋痌痎痏痐痑痓痗痙痚痜痝痟痠痡痥痩痬痭痮痯痲痳痵痶痷痸痺痻痽痾瘂瘄瘆瘇�瘈瘉瘋瘍瘎瘏瘑瘒瘓瘔瘖瘚瘜瘝瘞瘡瘣瘧瘨瘬瘮瘯瘱瘲瘶瘷瘹瘺瘻瘽癁療癄�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[175].length; ++j) if(D[175][j].charCodeAt(0) !== 0xFFFD) { e[D[175][j]] = 44800 + j; d[44800 + j] = D[175][j];}\nD[176] = \"����������������������������������������������������������������癅癆癇癈癉癊癋癎癏癐癑癒癓癕癗癘癙癚癛癝癟癠癡癢癤癥癦癧癨癩癪癬癭癮癰癱癲癳癴癵癶癷癹発發癿皀皁皃皅皉皊皌皍皏皐皒皔皕皗皘皚皛�皜皝皞皟皠皡皢皣皥皦皧皨皩皪皫皬皭皯皰皳皵皶皷皸皹皺皻皼皽皾盀盁盃啊阿埃挨哎唉哀皑癌蔼矮艾碍爱隘鞍氨安俺按暗岸胺案肮昂盎凹敖熬翱袄傲奥懊澳芭捌扒叭吧笆八疤巴拔跋靶把耙坝霸罢爸白柏百摆佰败拜稗斑班搬扳般颁板版扮拌伴瓣半办绊邦帮梆榜膀绑棒磅蚌镑傍谤苞胞包褒剥�\".split(\"\");\nfor(j = 0; j != D[176].length; ++j) if(D[176][j].charCodeAt(0) !== 0xFFFD) { e[D[176][j]] = 45056 + j; d[45056 + j] = D[176][j];}\nD[177] = \"����������������������������������������������������������������盄盇盉盋盌盓盕盙盚盜盝盞盠盡盢監盤盦盧盨盩盪盫盬盭盰盳盵盶盷盺盻盽盿眀眂眃眅眆眊県眎眏眐眑眒眓眔眕眖眗眘眛眜眝眞眡眣眤眥眧眪眫�眬眮眰眱眲眳眴眹眻眽眾眿睂睄睅睆睈睉睊睋睌睍睎睏睒睓睔睕睖睗睘睙睜薄雹保堡饱宝抱报暴豹鲍爆杯碑悲卑北辈背贝钡倍狈备惫焙被奔苯本笨崩绷甭泵蹦迸逼鼻比鄙笔彼碧蓖蔽毕毙毖币庇痹闭敝弊必辟壁臂避陛鞭边编贬扁便变卞辨辩辫遍标彪膘表鳖憋别瘪彬斌濒滨宾摈兵冰柄丙秉饼炳�\".split(\"\");\nfor(j = 0; j != D[177].length; ++j) if(D[177][j].charCodeAt(0) !== 0xFFFD) { e[D[177][j]] = 45312 + j; d[45312 + j] = D[177][j];}\nD[178] = \"����������������������������������������������������������������睝睞睟睠睤睧睩睪睭睮睯睰睱睲睳睴睵睶睷睸睺睻睼瞁瞂瞃瞆瞇瞈瞉瞊瞋瞏瞐瞓瞔瞕瞖瞗瞘瞙瞚瞛瞜瞝瞞瞡瞣瞤瞦瞨瞫瞭瞮瞯瞱瞲瞴瞶瞷瞸瞹瞺�瞼瞾矀矁矂矃矄矅矆矇矈矉矊矋矌矎矏矐矑矒矓矔矕矖矘矙矚矝矞矟矠矡矤病并玻菠播拨钵波博勃搏铂箔伯帛舶脖膊渤泊驳捕卜哺补埠不布步簿部怖擦猜裁材才财睬踩采彩菜蔡餐参蚕残惭惨灿苍舱仓沧藏操糙槽曹草厕策侧册测层蹭插叉茬茶查碴搽察岔差诧拆柴豺搀掺蝉馋谗缠铲产阐颤昌猖�\".split(\"\");\nfor(j = 0; j != D[178].length; ++j) if(D[178][j].charCodeAt(0) !== 0xFFFD) { e[D[178][j]] = 45568 + j; d[45568 + j] = D[178][j];}\nD[179] = \"����������������������������������������������������������������矦矨矪矯矰矱矲矴矵矷矹矺矻矼砃砄砅砆砇砈砊砋砎砏砐砓砕砙砛砞砠砡砢砤砨砪砫砮砯砱砲砳砵砶砽砿硁硂硃硄硆硈硉硊硋硍硏硑硓硔硘硙硚�硛硜硞硟硠硡硢硣硤硥硦硧硨硩硯硰硱硲硳硴硵硶硸硹硺硻硽硾硿碀碁碂碃场尝常长偿肠厂敞畅唱倡超抄钞朝嘲潮巢吵炒车扯撤掣彻澈郴臣辰尘晨忱沉陈趁衬撑称城橙成呈乘程惩澄诚承逞骋秤吃痴持匙池迟弛驰耻齿侈尺赤翅斥炽充冲虫崇宠抽酬畴踌稠愁筹仇绸瞅丑臭初出橱厨躇锄雏滁除楚�\".split(\"\");\nfor(j = 0; j != D[179].length; ++j) if(D[179][j].charCodeAt(0) !== 0xFFFD) { e[D[179][j]] = 45824 + j; d[45824 + j] = D[179][j];}\nD[180] = \"����������������������������������������������������������������碄碅碆碈碊碋碏碐碒碔碕碖碙碝碞碠碢碤碦碨碩碪碫碬碭碮碯碵碶碷碸確碻碼碽碿磀磂磃磄磆磇磈磌磍磎磏磑磒磓磖磗磘磚磛磜磝磞磟磠磡磢磣�磤磥磦磧磩磪磫磭磮磯磰磱磳磵磶磸磹磻磼磽磾磿礀礂礃礄礆礇礈礉礊礋礌础储矗搐触处揣川穿椽传船喘串疮窗幢床闯创吹炊捶锤垂春椿醇唇淳纯蠢戳绰疵茨磁雌辞慈瓷词此刺赐次聪葱囱匆从丛凑粗醋簇促蹿篡窜摧崔催脆瘁粹淬翠村存寸磋撮搓措挫错搭达答瘩打大呆歹傣戴带殆代贷袋待逮�\".split(\"\");\nfor(j = 0; j != D[180].length; ++j) if(D[180][j].charCodeAt(0) !== 0xFFFD) { e[D[180][j]] = 46080 + j; d[46080 + j] = D[180][j];}\nD[181] = \"����������������������������������������������������������������礍礎礏礐礑礒礔礕礖礗礘礙礚礛礜礝礟礠礡礢礣礥礦礧礨礩礪礫礬礭礮礯礰礱礲礳礵礶礷礸礹礽礿祂祃祄祅祇祊祋祌祍祎祏祐祑祒祔祕祘祙祡祣�祤祦祩祪祫祬祮祰祱祲祳祴祵祶祹祻祼祽祾祿禂禃禆禇禈禉禋禌禍禎禐禑禒怠耽担丹单郸掸胆旦氮但惮淡诞弹蛋当挡党荡档刀捣蹈倒岛祷导到稻悼道盗德得的蹬灯登等瞪凳邓堤低滴迪敌笛狄涤翟嫡抵底地蒂第帝弟递缔颠掂滇碘点典靛垫电佃甸店惦奠淀殿碉叼雕凋刁掉吊钓调跌爹碟蝶迭谍叠�\".split(\"\");\nfor(j = 0; j != D[181].length; ++j) if(D[181][j].charCodeAt(0) !== 0xFFFD) { e[D[181][j]] = 46336 + j; d[46336 + j] = D[181][j];}\nD[182] = \"����������������������������������������������������������������禓禔禕禖禗禘禙禛禜禝禞禟禠禡禢禣禤禥禦禨禩禪禫禬禭禮禯禰禱禲禴禵禶禷禸禼禿秂秄秅秇秈秊秌秎秏秐秓秔秖秗秙秚秛秜秝秞秠秡秢秥秨秪�秬秮秱秲秳秴秵秶秷秹秺秼秾秿稁稄稅稇稈稉稊稌稏稐稑稒稓稕稖稘稙稛稜丁盯叮钉顶鼎锭定订丢东冬董懂动栋侗恫冻洞兜抖斗陡豆逗痘都督毒犊独读堵睹赌杜镀肚度渡妒端短锻段断缎堆兑队对墩吨蹲敦顿囤钝盾遁掇哆多夺垛躲朵跺舵剁惰堕蛾峨鹅俄额讹娥恶厄扼遏鄂饿恩而儿耳尔饵洱二�\".split(\"\");\nfor(j = 0; j != D[182].length; ++j) if(D[182][j].charCodeAt(0) !== 0xFFFD) { e[D[182][j]] = 46592 + j; d[46592 + j] = D[182][j];}\nD[183] = \"����������������������������������������������������������������稝稟稡稢稤稥稦稧稨稩稪稫稬稭種稯稰稱稲稴稵稶稸稺稾穀穁穂穃穄穅穇穈穉穊穋穌積穎穏穐穒穓穔穕穖穘穙穚穛穜穝穞穟穠穡穢穣穤穥穦穧穨�穩穪穫穬穭穮穯穱穲穳穵穻穼穽穾窂窅窇窉窊窋窌窎窏窐窓窔窙窚窛窞窡窢贰发罚筏伐乏阀法珐藩帆番翻樊矾钒繁凡烦反返范贩犯饭泛坊芳方肪房防妨仿访纺放菲非啡飞肥匪诽吠肺废沸费芬酚吩氛分纷坟焚汾粉奋份忿愤粪丰封枫蜂峰锋风疯烽逢冯缝讽奉凤佛否夫敷肤孵扶拂辐幅氟符伏俘服�\".split(\"\");\nfor(j = 0; j != D[183].length; ++j) if(D[183][j].charCodeAt(0) !== 0xFFFD) { e[D[183][j]] = 46848 + j; d[46848 + j] = D[183][j];}\nD[184] = \"����������������������������������������������������������������窣窤窧窩窪窫窮窯窰窱窲窴窵窶窷窸窹窺窻窼窽窾竀竁竂竃竄竅竆竇竈竉竊竌竍竎竏竐竑竒竓竔竕竗竘竚竛竜竝竡竢竤竧竨竩竪竫竬竮竰竱竲竳�竴竵競竷竸竻竼竾笀笁笂笅笇笉笌笍笎笐笒笓笖笗笘笚笜笝笟笡笢笣笧笩笭浮涪福袱弗甫抚辅俯釜斧脯腑府腐赴副覆赋复傅付阜父腹负富讣附妇缚咐噶嘎该改概钙盖溉干甘杆柑竿肝赶感秆敢赣冈刚钢缸肛纲岗港杠篙皋高膏羔糕搞镐稿告哥歌搁戈鸽胳疙割革葛格蛤阁隔铬个各给根跟耕更庚羹�\".split(\"\");\nfor(j = 0; j != D[184].length; ++j) if(D[184][j].charCodeAt(0) !== 0xFFFD) { e[D[184][j]] = 47104 + j; d[47104 + j] = D[184][j];}\nD[185] = \"����������������������������������������������������������������笯笰笲笴笵笶笷笹笻笽笿筀筁筂筃筄筆筈筊筍筎筓筕筗筙筜筞筟筡筣筤筥筦筧筨筩筪筫筬筭筯筰筳筴筶筸筺筼筽筿箁箂箃箄箆箇箈箉箊箋箌箎箏�箑箒箓箖箘箙箚箛箞箟箠箣箤箥箮箯箰箲箳箵箶箷箹箺箻箼箽箾箿節篂篃範埂耿梗工攻功恭龚供躬公宫弓巩汞拱贡共钩勾沟苟狗垢构购够辜菇咕箍估沽孤姑鼓古蛊骨谷股故顾固雇刮瓜剐寡挂褂乖拐怪棺关官冠观管馆罐惯灌贯光广逛瑰规圭硅归龟闺轨鬼诡癸桂柜跪贵刽辊滚棍锅郭国果裹过哈�\".split(\"\");\nfor(j = 0; j != D[185].length; ++j) if(D[185][j].charCodeAt(0) !== 0xFFFD) { e[D[185][j]] = 47360 + j; d[47360 + j] = D[185][j];}\nD[186] = \"����������������������������������������������������������������篅篈築篊篋篍篎篏篐篒篔篕篖篗篘篛篜篞篟篠篢篣篤篧篨篩篫篬篭篯篰篲篳篴篵篶篸篹篺篻篽篿簀簁簂簃簄簅簆簈簉簊簍簎簐簑簒簓簔簕簗簘簙�簚簛簜簝簞簠簡簢簣簤簥簨簩簫簬簭簮簯簰簱簲簳簴簵簶簷簹簺簻簼簽簾籂骸孩海氦亥害骇酣憨邯韩含涵寒函喊罕翰撼捍旱憾悍焊汗汉夯杭航壕嚎豪毫郝好耗号浩呵喝荷菏核禾和何合盒貉阂河涸赫褐鹤贺嘿黑痕很狠恨哼亨横衡恒轰哄烘虹鸿洪宏弘红喉侯猴吼厚候后呼乎忽瑚壶葫胡蝴狐糊湖�\".split(\"\");\nfor(j = 0; j != D[186].length; ++j) if(D[186][j].charCodeAt(0) !== 0xFFFD) { e[D[186][j]] = 47616 + j; d[47616 + j] = D[186][j];}\nD[187] = \"����������������������������������������������������������������籃籄籅籆籇籈籉籊籋籌籎籏籐籑籒籓籔籕籖籗籘籙籚籛籜籝籞籟籠籡籢籣籤籥籦籧籨籩籪籫籬籭籮籯籰籱籲籵籶籷籸籹籺籾籿粀粁粂粃粄粅粆粇�粈粊粋粌粍粎粏粐粓粔粖粙粚粛粠粡粣粦粧粨粩粫粬粭粯粰粴粵粶粷粸粺粻弧虎唬护互沪户花哗华猾滑画划化话槐徊怀淮坏欢环桓还缓换患唤痪豢焕涣宦幻荒慌黄磺蝗簧皇凰惶煌晃幌恍谎灰挥辉徽恢蛔回毁悔慧卉惠晦贿秽会烩汇讳诲绘荤昏婚魂浑混豁活伙火获或惑霍货祸击圾基机畸稽积箕�\".split(\"\");\nfor(j = 0; j != D[187].length; ++j) if(D[187][j].charCodeAt(0) !== 0xFFFD) { e[D[187][j]] = 47872 + j; d[47872 + j] = D[187][j];}\nD[188] = \"����������������������������������������������������������������粿糀糂糃糄糆糉糋糎糏糐糑糒糓糔糘糚糛糝糞糡糢糣糤糥糦糧糩糪糫糬糭糮糰糱糲糳糴糵糶糷糹糺糼糽糾糿紀紁紂紃約紅紆紇紈紉紋紌納紎紏紐�紑紒紓純紕紖紗紘紙級紛紜紝紞紟紡紣紤紥紦紨紩紪紬紭紮細紱紲紳紴紵紶肌饥迹激讥鸡姬绩缉吉极棘辑籍集及急疾汲即嫉级挤几脊己蓟技冀季伎祭剂悸济寄寂计记既忌际妓继纪嘉枷夹佳家加荚颊贾甲钾假稼价架驾嫁歼监坚尖笺间煎兼肩艰奸缄茧检柬碱硷拣捡简俭剪减荐槛鉴践贱见键箭件�\".split(\"\");\nfor(j = 0; j != D[188].length; ++j) if(D[188][j].charCodeAt(0) !== 0xFFFD) { e[D[188][j]] = 48128 + j; d[48128 + j] = D[188][j];}\nD[189] = \"����������������������������������������������������������������紷紸紹紺紻紼紽紾紿絀絁終絃組絅絆絇絈絉絊絋経絍絎絏結絑絒絓絔絕絖絗絘絙絚絛絜絝絞絟絠絡絢絣絤絥給絧絨絩絪絫絬絭絯絰統絲絳絴絵絶�絸絹絺絻絼絽絾絿綀綁綂綃綄綅綆綇綈綉綊綋綌綍綎綏綐綑綒經綔綕綖綗綘健舰剑饯渐溅涧建僵姜将浆江疆蒋桨奖讲匠酱降蕉椒礁焦胶交郊浇骄娇嚼搅铰矫侥脚狡角饺缴绞剿教酵轿较叫窖揭接皆秸街阶截劫节桔杰捷睫竭洁结解姐戒藉芥界借介疥诫届巾筋斤金今津襟紧锦仅谨进靳晋禁近烬浸�\".split(\"\");\nfor(j = 0; j != D[189].length; ++j) if(D[189][j].charCodeAt(0) !== 0xFFFD) { e[D[189][j]] = 48384 + j; d[48384 + j] = D[189][j];}\nD[190] = \"����������������������������������������������������������������継続綛綜綝綞綟綠綡綢綣綤綥綧綨綩綪綫綬維綯綰綱網綳綴綵綶綷綸綹綺綻綼綽綾綿緀緁緂緃緄緅緆緇緈緉緊緋緌緍緎総緐緑緒緓緔緕緖緗緘緙�線緛緜緝緞緟締緡緢緣緤緥緦緧編緩緪緫緬緭緮緯緰緱緲緳練緵緶緷緸緹緺尽劲荆兢茎睛晶鲸京惊精粳经井警景颈静境敬镜径痉靖竟竞净炯窘揪究纠玖韭久灸九酒厩救旧臼舅咎就疚鞠拘狙疽居驹菊局咀矩举沮聚拒据巨具距踞锯俱句惧炬剧捐鹃娟倦眷卷绢撅攫抉掘倔爵觉决诀绝均菌钧军君峻�\".split(\"\");\nfor(j = 0; j != D[190].length; ++j) if(D[190][j].charCodeAt(0) !== 0xFFFD) { e[D[190][j]] = 48640 + j; d[48640 + j] = D[190][j];}\nD[191] = \"����������������������������������������������������������������緻緼緽緾緿縀縁縂縃縄縅縆縇縈縉縊縋縌縍縎縏縐縑縒縓縔縕縖縗縘縙縚縛縜縝縞縟縠縡縢縣縤縥縦縧縨縩縪縫縬縭縮縯縰縱縲縳縴縵縶縷縸縹�縺縼總績縿繀繂繃繄繅繆繈繉繊繋繌繍繎繏繐繑繒繓織繕繖繗繘繙繚繛繜繝俊竣浚郡骏喀咖卡咯开揩楷凯慨刊堪勘坎砍看康慷糠扛抗亢炕考拷烤靠坷苛柯棵磕颗科壳咳可渴克刻客课肯啃垦恳坑吭空恐孔控抠口扣寇枯哭窟苦酷库裤夸垮挎跨胯块筷侩快宽款匡筐狂框矿眶旷况亏盔岿窥葵奎魁傀�\".split(\"\");\nfor(j = 0; j != D[191].length; ++j) if(D[191][j].charCodeAt(0) !== 0xFFFD) { e[D[191][j]] = 48896 + j; d[48896 + j] = D[191][j];}\nD[192] = \"����������������������������������������������������������������繞繟繠繡繢繣繤繥繦繧繨繩繪繫繬繭繮繯繰繱繲繳繴繵繶繷繸繹繺繻繼繽繾繿纀纁纃纄纅纆纇纈纉纊纋續纍纎纏纐纑纒纓纔纕纖纗纘纙纚纜纝纞�纮纴纻纼绖绤绬绹缊缐缞缷缹缻缼缽缾缿罀罁罃罆罇罈罉罊罋罌罍罎罏罒罓馈愧溃坤昆捆困括扩廓阔垃拉喇蜡腊辣啦莱来赖蓝婪栏拦篮阑兰澜谰揽览懒缆烂滥琅榔狼廊郎朗浪捞劳牢老佬姥酪烙涝勒乐雷镭蕾磊累儡垒擂肋类泪棱楞冷厘梨犁黎篱狸离漓理李里鲤礼莉荔吏栗丽厉励砾历利傈例俐�\".split(\"\");\nfor(j = 0; j != D[192].length; ++j) if(D[192][j].charCodeAt(0) !== 0xFFFD) { e[D[192][j]] = 49152 + j; d[49152 + j] = D[192][j];}\nD[193] = \"����������������������������������������������������������������罖罙罛罜罝罞罠罣罤罥罦罧罫罬罭罯罰罳罵罶罷罸罺罻罼罽罿羀羂羃羄羅羆羇羈羉羋羍羏羐羑羒羓羕羖羗羘羙羛羜羠羢羣羥羦羨義羪羫羬羭羮羱�羳羴羵羶羷羺羻羾翀翂翃翄翆翇翈翉翋翍翏翐翑習翓翖翗翙翚翛翜翝翞翢翣痢立粒沥隶力璃哩俩联莲连镰廉怜涟帘敛脸链恋炼练粮凉梁粱良两辆量晾亮谅撩聊僚疗燎寥辽潦了撂镣廖料列裂烈劣猎琳林磷霖临邻鳞淋凛赁吝拎玲菱零龄铃伶羚凌灵陵岭领另令溜琉榴硫馏留刘瘤流柳六龙聋咙笼窿�\".split(\"\");\nfor(j = 0; j != D[193].length; ++j) if(D[193][j].charCodeAt(0) !== 0xFFFD) { e[D[193][j]] = 49408 + j; d[49408 + j] = D[193][j];}\nD[194] = \"����������������������������������������������������������������翤翧翨翪翫翬翭翯翲翴翵翶翷翸翹翺翽翾翿耂耇耈耉耊耎耏耑耓耚耛耝耞耟耡耣耤耫耬耭耮耯耰耲耴耹耺耼耾聀聁聄聅聇聈聉聎聏聐聑聓聕聖聗�聙聛聜聝聞聟聠聡聢聣聤聥聦聧聨聫聬聭聮聯聰聲聳聴聵聶職聸聹聺聻聼聽隆垄拢陇楼娄搂篓漏陋芦卢颅庐炉掳卤虏鲁麓碌露路赂鹿潞禄录陆戮驴吕铝侣旅履屡缕虑氯律率滤绿峦挛孪滦卵乱掠略抡轮伦仑沦纶论萝螺罗逻锣箩骡裸落洛骆络妈麻玛码蚂马骂嘛吗埋买麦卖迈脉瞒馒蛮满蔓曼慢漫�\".split(\"\");\nfor(j = 0; j != D[194].length; ++j) if(D[194][j].charCodeAt(0) !== 0xFFFD) { e[D[194][j]] = 49664 + j; d[49664 + j] = D[194][j];}\nD[195] = \"����������������������������������������������������������������聾肁肂肅肈肊肍肎肏肐肑肒肔肕肗肙肞肣肦肧肨肬肰肳肵肶肸肹肻胅胇胈胉胊胋胏胐胑胒胓胔胕胘胟胠胢胣胦胮胵胷胹胻胾胿脀脁脃脄脅脇脈脋�脌脕脗脙脛脜脝脟脠脡脢脣脤脥脦脧脨脩脪脫脭脮脰脳脴脵脷脹脺脻脼脽脿谩芒茫盲氓忙莽猫茅锚毛矛铆卯茂冒帽貌贸么玫枚梅酶霉煤没眉媒镁每美昧寐妹媚门闷们萌蒙檬盟锰猛梦孟眯醚靡糜迷谜弥米秘觅泌蜜密幂棉眠绵冕免勉娩缅面苗描瞄藐秒渺庙妙蔑灭民抿皿敏悯闽明螟鸣铭名命谬摸�\".split(\"\");\nfor(j = 0; j != D[195].length; ++j) if(D[195][j].charCodeAt(0) !== 0xFFFD) { e[D[195][j]] = 49920 + j; d[49920 + j] = D[195][j];}\nD[196] = \"����������������������������������������������������������������腀腁腂腃腄腅腇腉腍腎腏腒腖腗腘腛腜腝腞腟腡腢腣腤腦腨腪腫腬腯腲腳腵腶腷腸膁膃膄膅膆膇膉膋膌膍膎膐膒膓膔膕膖膗膙膚膞膟膠膡膢膤膥�膧膩膫膬膭膮膯膰膱膲膴膵膶膷膸膹膼膽膾膿臄臅臇臈臉臋臍臎臏臐臑臒臓摹蘑模膜磨摩魔抹末莫墨默沫漠寞陌谋牟某拇牡亩姆母墓暮幕募慕木目睦牧穆拿哪呐钠那娜纳氖乃奶耐奈南男难囊挠脑恼闹淖呢馁内嫩能妮霓倪泥尼拟你匿腻逆溺蔫拈年碾撵捻念娘酿鸟尿捏聂孽啮镊镍涅您柠狞凝宁�\".split(\"\");\nfor(j = 0; j != D[196].length; ++j) if(D[196][j].charCodeAt(0) !== 0xFFFD) { e[D[196][j]] = 50176 + j; d[50176 + j] = D[196][j];}\nD[197] = \"����������������������������������������������������������������臔臕臖臗臘臙臚臛臜臝臞臟臠臡臢臤臥臦臨臩臫臮臯臰臱臲臵臶臷臸臹臺臽臿舃與興舉舊舋舎舏舑舓舕舖舗舘舙舚舝舠舤舥舦舧舩舮舲舺舼舽舿�艀艁艂艃艅艆艈艊艌艍艎艐艑艒艓艔艕艖艗艙艛艜艝艞艠艡艢艣艤艥艦艧艩拧泞牛扭钮纽脓浓农弄奴努怒女暖虐疟挪懦糯诺哦欧鸥殴藕呕偶沤啪趴爬帕怕琶拍排牌徘湃派攀潘盘磐盼畔判叛乓庞旁耪胖抛咆刨炮袍跑泡呸胚培裴赔陪配佩沛喷盆砰抨烹澎彭蓬棚硼篷膨朋鹏捧碰坯砒霹批披劈琵毗�\".split(\"\");\nfor(j = 0; j != D[197].length; ++j) if(D[197][j].charCodeAt(0) !== 0xFFFD) { e[D[197][j]] = 50432 + j; d[50432 + j] = D[197][j];}\nD[198] = \"����������������������������������������������������������������艪艫艬艭艱艵艶艷艸艻艼芀芁芃芅芆芇芉芌芐芓芔芕芖芚芛芞芠芢芣芧芲芵芶芺芻芼芿苀苂苃苅苆苉苐苖苙苚苝苢苧苨苩苪苬苭苮苰苲苳苵苶苸�苺苼苽苾苿茀茊茋茍茐茒茓茖茘茙茝茞茟茠茡茢茣茤茥茦茩茪茮茰茲茷茻茽啤脾疲皮匹痞僻屁譬篇偏片骗飘漂瓢票撇瞥拼频贫品聘乒坪苹萍平凭瓶评屏坡泼颇婆破魄迫粕剖扑铺仆莆葡菩蒲埔朴圃普浦谱曝瀑期欺栖戚妻七凄漆柒沏其棋奇歧畦崎脐齐旗祈祁骑起岂乞企启契砌器气迄弃汽泣讫掐�\".split(\"\");\nfor(j = 0; j != D[198].length; ++j) if(D[198][j].charCodeAt(0) !== 0xFFFD) { e[D[198][j]] = 50688 + j; d[50688 + j] = D[198][j];}\nD[199] = \"����������������������������������������������������������������茾茿荁荂荄荅荈荊荋荌荍荎荓荕荖荗荘荙荝荢荰荱荲荳荴荵荶荹荺荾荿莀莁莂莃莄莇莈莊莋莌莍莏莐莑莔莕莖莗莙莚莝莟莡莢莣莤莥莦莧莬莭莮�莯莵莻莾莿菂菃菄菆菈菉菋菍菎菐菑菒菓菕菗菙菚菛菞菢菣菤菦菧菨菫菬菭恰洽牵扦钎铅千迁签仟谦乾黔钱钳前潜遣浅谴堑嵌欠歉枪呛腔羌墙蔷强抢橇锹敲悄桥瞧乔侨巧鞘撬翘峭俏窍切茄且怯窃钦侵亲秦琴勤芹擒禽寝沁青轻氢倾卿清擎晴氰情顷请庆琼穷秋丘邱球求囚酋泅趋区蛆曲躯屈驱渠�\".split(\"\");\nfor(j = 0; j != D[199].length; ++j) if(D[199][j].charCodeAt(0) !== 0xFFFD) { e[D[199][j]] = 50944 + j; d[50944 + j] = D[199][j];}\nD[200] = \"����������������������������������������������������������������菮華菳菴菵菶菷菺菻菼菾菿萀萂萅萇萈萉萊萐萒萓萔萕萖萗萙萚萛萞萟萠萡萢萣萩萪萫萬萭萮萯萰萲萳萴萵萶萷萹萺萻萾萿葀葁葂葃葄葅葇葈葉�葊葋葌葍葎葏葐葒葓葔葕葖葘葝葞葟葠葢葤葥葦葧葨葪葮葯葰葲葴葷葹葻葼取娶龋趣去圈颧权醛泉全痊拳犬券劝缺炔瘸却鹊榷确雀裙群然燃冉染瓤壤攘嚷让饶扰绕惹热壬仁人忍韧任认刃妊纫扔仍日戎茸蓉荣融熔溶容绒冗揉柔肉茹蠕儒孺如辱乳汝入褥软阮蕊瑞锐闰润若弱撒洒萨腮鳃塞赛三叁�\".split(\"\");\nfor(j = 0; j != D[200].length; ++j) if(D[200][j].charCodeAt(0) !== 0xFFFD) { e[D[200][j]] = 51200 + j; d[51200 + j] = D[200][j];}\nD[201] = \"����������������������������������������������������������������葽葾葿蒀蒁蒃蒄蒅蒆蒊蒍蒏蒐蒑蒒蒓蒔蒕蒖蒘蒚蒛蒝蒞蒟蒠蒢蒣蒤蒥蒦蒧蒨蒩蒪蒫蒬蒭蒮蒰蒱蒳蒵蒶蒷蒻蒼蒾蓀蓂蓃蓅蓆蓇蓈蓋蓌蓎蓏蓒蓔蓕蓗�蓘蓙蓚蓛蓜蓞蓡蓢蓤蓧蓨蓩蓪蓫蓭蓮蓯蓱蓲蓳蓴蓵蓶蓷蓸蓹蓺蓻蓽蓾蔀蔁蔂伞散桑嗓丧搔骚扫嫂瑟色涩森僧莎砂杀刹沙纱傻啥煞筛晒珊苫杉山删煽衫闪陕擅赡膳善汕扇缮墒伤商赏晌上尚裳梢捎稍烧芍勺韶少哨邵绍奢赊蛇舌舍赦摄射慑涉社设砷申呻伸身深娠绅神沈审婶甚肾慎渗声生甥牲升绳�\".split(\"\");\nfor(j = 0; j != D[201].length; ++j) if(D[201][j].charCodeAt(0) !== 0xFFFD) { e[D[201][j]] = 51456 + j; d[51456 + j] = D[201][j];}\nD[202] = \"����������������������������������������������������������������蔃蔄蔅蔆蔇蔈蔉蔊蔋蔍蔎蔏蔐蔒蔔蔕蔖蔘蔙蔛蔜蔝蔞蔠蔢蔣蔤蔥蔦蔧蔨蔩蔪蔭蔮蔯蔰蔱蔲蔳蔴蔵蔶蔾蔿蕀蕁蕂蕄蕅蕆蕇蕋蕌蕍蕎蕏蕐蕑蕒蕓蕔蕕�蕗蕘蕚蕛蕜蕝蕟蕠蕡蕢蕣蕥蕦蕧蕩蕪蕫蕬蕭蕮蕯蕰蕱蕳蕵蕶蕷蕸蕼蕽蕿薀薁省盛剩胜圣师失狮施湿诗尸虱十石拾时什食蚀实识史矢使屎驶始式示士世柿事拭誓逝势是嗜噬适仕侍释饰氏市恃室视试收手首守寿授售受瘦兽蔬枢梳殊抒输叔舒淑疏书赎孰熟薯暑曙署蜀黍鼠属术述树束戍竖墅庶数漱�\".split(\"\");\nfor(j = 0; j != D[202].length; ++j) if(D[202][j].charCodeAt(0) !== 0xFFFD) { e[D[202][j]] = 51712 + j; d[51712 + j] = D[202][j];}\nD[203] = \"����������������������������������������������������������������薂薃薆薈薉薊薋薌薍薎薐薑薒薓薔薕薖薗薘薙薚薝薞薟薠薡薢薣薥薦薧薩薫薬薭薱薲薳薴薵薶薸薺薻薼薽薾薿藀藂藃藄藅藆藇藈藊藋藌藍藎藑藒�藔藖藗藘藙藚藛藝藞藟藠藡藢藣藥藦藧藨藪藫藬藭藮藯藰藱藲藳藴藵藶藷藸恕刷耍摔衰甩帅栓拴霜双爽谁水睡税吮瞬顺舜说硕朔烁斯撕嘶思私司丝死肆寺嗣四伺似饲巳松耸怂颂送宋讼诵搜艘擞嗽苏酥俗素速粟僳塑溯宿诉肃酸蒜算虽隋随绥髓碎岁穗遂隧祟孙损笋蓑梭唆缩琐索锁所塌他它她塔�\".split(\"\");\nfor(j = 0; j != D[203].length; ++j) if(D[203][j].charCodeAt(0) !== 0xFFFD) { e[D[203][j]] = 51968 + j; d[51968 + j] = D[203][j];}\nD[204] = \"����������������������������������������������������������������藹藺藼藽藾蘀蘁蘂蘃蘄蘆蘇蘈蘉蘊蘋蘌蘍蘎蘏蘐蘒蘓蘔蘕蘗蘘蘙蘚蘛蘜蘝蘞蘟蘠蘡蘢蘣蘤蘥蘦蘨蘪蘫蘬蘭蘮蘯蘰蘱蘲蘳蘴蘵蘶蘷蘹蘺蘻蘽蘾蘿虀�虁虂虃虄虅虆虇虈虉虊虋虌虒虓處虖虗虘虙虛虜虝號虠虡虣虤虥虦虧虨虩虪獭挞蹋踏胎苔抬台泰酞太态汰坍摊贪瘫滩坛檀痰潭谭谈坦毯袒碳探叹炭汤塘搪堂棠膛唐糖倘躺淌趟烫掏涛滔绦萄桃逃淘陶讨套特藤腾疼誊梯剔踢锑提题蹄啼体替嚏惕涕剃屉天添填田甜恬舔腆挑条迢眺跳贴铁帖厅听烃�\".split(\"\");\nfor(j = 0; j != D[204].length; ++j) if(D[204][j].charCodeAt(0) !== 0xFFFD) { e[D[204][j]] = 52224 + j; d[52224 + j] = D[204][j];}\nD[205] = \"����������������������������������������������������������������虭虯虰虲虳虴虵虶虷虸蚃蚄蚅蚆蚇蚈蚉蚎蚏蚐蚑蚒蚔蚖蚗蚘蚙蚚蚛蚞蚟蚠蚡蚢蚥蚦蚫蚭蚮蚲蚳蚷蚸蚹蚻蚼蚽蚾蚿蛁蛂蛃蛅蛈蛌蛍蛒蛓蛕蛖蛗蛚蛜�蛝蛠蛡蛢蛣蛥蛦蛧蛨蛪蛫蛬蛯蛵蛶蛷蛺蛻蛼蛽蛿蜁蜄蜅蜆蜋蜌蜎蜏蜐蜑蜔蜖汀廷停亭庭挺艇通桐酮瞳同铜彤童桶捅筒统痛偷投头透凸秃突图徒途涂屠土吐兔湍团推颓腿蜕褪退吞屯臀拖托脱鸵陀驮驼椭妥拓唾挖哇蛙洼娃瓦袜歪外豌弯湾玩顽丸烷完碗挽晚皖惋宛婉万腕汪王亡枉网往旺望忘妄威�\".split(\"\");\nfor(j = 0; j != D[205].length; ++j) if(D[205][j].charCodeAt(0) !== 0xFFFD) { e[D[205][j]] = 52480 + j; d[52480 + j] = D[205][j];}\nD[206] = \"����������������������������������������������������������������蜙蜛蜝蜟蜠蜤蜦蜧蜨蜪蜫蜬蜭蜯蜰蜲蜳蜵蜶蜸蜹蜺蜼蜽蝀蝁蝂蝃蝄蝅蝆蝊蝋蝍蝏蝐蝑蝒蝔蝕蝖蝘蝚蝛蝜蝝蝞蝟蝡蝢蝦蝧蝨蝩蝪蝫蝬蝭蝯蝱蝲蝳蝵�蝷蝸蝹蝺蝿螀螁螄螆螇螉螊螌螎螏螐螑螒螔螕螖螘螙螚螛螜螝螞螠螡螢螣螤巍微危韦违桅围唯惟为潍维苇萎委伟伪尾纬未蔚味畏胃喂魏位渭谓尉慰卫瘟温蚊文闻纹吻稳紊问嗡翁瓮挝蜗涡窝我斡卧握沃巫呜钨乌污诬屋无芜梧吾吴毋武五捂午舞伍侮坞戊雾晤物勿务悟误昔熙析西硒矽晰嘻吸锡牺�\".split(\"\");\nfor(j = 0; j != D[206].length; ++j) if(D[206][j].charCodeAt(0) !== 0xFFFD) { e[D[206][j]] = 52736 + j; d[52736 + j] = D[206][j];}\nD[207] = \"����������������������������������������������������������������螥螦螧螩螪螮螰螱螲螴螶螷螸螹螻螼螾螿蟁蟂蟃蟄蟅蟇蟈蟉蟌蟍蟎蟏蟐蟔蟕蟖蟗蟘蟙蟚蟜蟝蟞蟟蟡蟢蟣蟤蟦蟧蟨蟩蟫蟬蟭蟯蟰蟱蟲蟳蟴蟵蟶蟷蟸�蟺蟻蟼蟽蟿蠀蠁蠂蠄蠅蠆蠇蠈蠉蠋蠌蠍蠎蠏蠐蠑蠒蠔蠗蠘蠙蠚蠜蠝蠞蠟蠠蠣稀息希悉膝夕惜熄烯溪汐犀檄袭席习媳喜铣洗系隙戏细瞎虾匣霞辖暇峡侠狭下厦夏吓掀锨先仙鲜纤咸贤衔舷闲涎弦嫌显险现献县腺馅羡宪陷限线相厢镶香箱襄湘乡翔祥详想响享项巷橡像向象萧硝霄削哮嚣销消宵淆晓�\".split(\"\");\nfor(j = 0; j != D[207].length; ++j) if(D[207][j].charCodeAt(0) !== 0xFFFD) { e[D[207][j]] = 52992 + j; d[52992 + j] = D[207][j];}\nD[208] = \"����������������������������������������������������������������蠤蠥蠦蠧蠨蠩蠪蠫蠬蠭蠮蠯蠰蠱蠳蠴蠵蠶蠷蠸蠺蠻蠽蠾蠿衁衂衃衆衇衈衉衊衋衎衏衐衑衒術衕衖衘衚衛衜衝衞衟衠衦衧衪衭衯衱衳衴衵衶衸衹衺�衻衼袀袃袆袇袉袊袌袎袏袐袑袓袔袕袗袘袙袚袛袝袞袟袠袡袣袥袦袧袨袩袪小孝校肖啸笑效楔些歇蝎鞋协挟携邪斜胁谐写械卸蟹懈泄泻谢屑薪芯锌欣辛新忻心信衅星腥猩惺兴刑型形邢行醒幸杏性姓兄凶胸匈汹雄熊休修羞朽嗅锈秀袖绣墟戌需虚嘘须徐许蓄酗叙旭序畜恤絮婿绪续轩喧宣悬旋玄�\".split(\"\");\nfor(j = 0; j != D[208].length; ++j) if(D[208][j].charCodeAt(0) !== 0xFFFD) { e[D[208][j]] = 53248 + j; d[53248 + j] = D[208][j];}\nD[209] = \"����������������������������������������������������������������袬袮袯袰袲袳袴袵袶袸袹袺袻袽袾袿裀裃裄裇裈裊裋裌裍裏裐裑裓裖裗裚裛補裝裞裠裡裦裧裩裪裫裬裭裮裯裲裵裶裷裺裻製裿褀褁褃褄褅褆複褈�褉褋褌褍褎褏褑褔褕褖褗褘褜褝褞褟褠褢褣褤褦褧褨褩褬褭褮褯褱褲褳褵褷选癣眩绚靴薛学穴雪血勋熏循旬询寻驯巡殉汛训讯逊迅压押鸦鸭呀丫芽牙蚜崖衙涯雅哑亚讶焉咽阉烟淹盐严研蜒岩延言颜阎炎沿奄掩眼衍演艳堰燕厌砚雁唁彦焰宴谚验殃央鸯秧杨扬佯疡羊洋阳氧仰痒养样漾邀腰妖瑶�\".split(\"\");\nfor(j = 0; j != D[209].length; ++j) if(D[209][j].charCodeAt(0) !== 0xFFFD) { e[D[209][j]] = 53504 + j; d[53504 + j] = D[209][j];}\nD[210] = \"����������������������������������������������������������������褸褹褺褻褼褽褾褿襀襂襃襅襆襇襈襉襊襋襌襍襎襏襐襑襒襓襔襕襖襗襘襙襚襛襜襝襠襡襢襣襤襥襧襨襩襪襫襬襭襮襯襰襱襲襳襴襵襶襷襸襹襺襼�襽襾覀覂覄覅覇覈覉覊見覌覍覎規覐覑覒覓覔覕視覗覘覙覚覛覜覝覞覟覠覡摇尧遥窑谣姚咬舀药要耀椰噎耶爷野冶也页掖业叶曳腋夜液一壹医揖铱依伊衣颐夷遗移仪胰疑沂宜姨彝椅蚁倚已乙矣以艺抑易邑屹亿役臆逸肄疫亦裔意毅忆义益溢诣议谊译异翼翌绎茵荫因殷音阴姻吟银淫寅饮尹引隐�\".split(\"\");\nfor(j = 0; j != D[210].length; ++j) if(D[210][j].charCodeAt(0) !== 0xFFFD) { e[D[210][j]] = 53760 + j; d[53760 + j] = D[210][j];}\nD[211] = \"����������������������������������������������������������������覢覣覤覥覦覧覨覩親覫覬覭覮覯覰覱覲観覴覵覶覷覸覹覺覻覼覽覾覿觀觃觍觓觔觕觗觘觙觛觝觟觠觡觢觤觧觨觩觪觬觭觮觰觱觲觴觵觶觷觸觹觺�觻觼觽觾觿訁訂訃訄訅訆計訉訊訋訌訍討訏訐訑訒訓訔訕訖託記訙訚訛訜訝印英樱婴鹰应缨莹萤营荧蝇迎赢盈影颖硬映哟拥佣臃痈庸雍踊蛹咏泳涌永恿勇用幽优悠忧尤由邮铀犹油游酉有友右佑釉诱又幼迂淤于盂榆虞愚舆余俞逾鱼愉渝渔隅予娱雨与屿禹宇语羽玉域芋郁吁遇喻峪御愈欲狱育誉�\".split(\"\");\nfor(j = 0; j != D[211].length; ++j) if(D[211][j].charCodeAt(0) !== 0xFFFD) { e[D[211][j]] = 54016 + j; d[54016 + j] = D[211][j];}\nD[212] = \"����������������������������������������������������������������訞訟訠訡訢訣訤訥訦訧訨訩訪訫訬設訮訯訰許訲訳訴訵訶訷訸訹診註証訽訿詀詁詂詃詄詅詆詇詉詊詋詌詍詎詏詐詑詒詓詔評詖詗詘詙詚詛詜詝詞�詟詠詡詢詣詤詥試詧詨詩詪詫詬詭詮詯詰話該詳詴詵詶詷詸詺詻詼詽詾詿誀浴寓裕预豫驭鸳渊冤元垣袁原援辕园员圆猿源缘远苑愿怨院曰约越跃钥岳粤月悦阅耘云郧匀陨允运蕴酝晕韵孕匝砸杂栽哉灾宰载再在咱攒暂赞赃脏葬遭糟凿藻枣早澡蚤躁噪造皂灶燥责择则泽贼怎增憎曾赠扎喳渣札轧�\".split(\"\");\nfor(j = 0; j != D[212].length; ++j) if(D[212][j].charCodeAt(0) !== 0xFFFD) { e[D[212][j]] = 54272 + j; d[54272 + j] = D[212][j];}\nD[213] = \"����������������������������������������������������������������誁誂誃誄誅誆誇誈誋誌認誎誏誐誑誒誔誕誖誗誘誙誚誛誜誝語誟誠誡誢誣誤誥誦誧誨誩說誫説読誮誯誰誱課誳誴誵誶誷誸誹誺誻誼誽誾調諀諁諂�諃諄諅諆談諈諉諊請諌諍諎諏諐諑諒諓諔諕論諗諘諙諚諛諜諝諞諟諠諡諢諣铡闸眨栅榨咋乍炸诈摘斋宅窄债寨瞻毡詹粘沾盏斩辗崭展蘸栈占战站湛绽樟章彰漳张掌涨杖丈帐账仗胀瘴障招昭找沼赵照罩兆肇召遮折哲蛰辙者锗蔗这浙珍斟真甄砧臻贞针侦枕疹诊震振镇阵蒸挣睁征狰争怔整拯正政�\".split(\"\");\nfor(j = 0; j != D[213].length; ++j) if(D[213][j].charCodeAt(0) !== 0xFFFD) { e[D[213][j]] = 54528 + j; d[54528 + j] = D[213][j];}\nD[214] = \"����������������������������������������������������������������諤諥諦諧諨諩諪諫諬諭諮諯諰諱諲諳諴諵諶諷諸諹諺諻諼諽諾諿謀謁謂謃謄謅謆謈謉謊謋謌謍謎謏謐謑謒謓謔謕謖謗謘謙謚講謜謝謞謟謠謡謢謣�謤謥謧謨謩謪謫謬謭謮謯謰謱謲謳謴謵謶謷謸謹謺謻謼謽謾謿譀譁譂譃譄譅帧症郑证芝枝支吱蜘知肢脂汁之织职直植殖执值侄址指止趾只旨纸志挚掷至致置帜峙制智秩稚质炙痔滞治窒中盅忠钟衷终种肿重仲众舟周州洲诌粥轴肘帚咒皱宙昼骤珠株蛛朱猪诸诛逐竹烛煮拄瞩嘱主著柱助蛀贮铸筑�\".split(\"\");\nfor(j = 0; j != D[214].length; ++j) if(D[214][j].charCodeAt(0) !== 0xFFFD) { e[D[214][j]] = 54784 + j; d[54784 + j] = D[214][j];}\nD[215] = \"����������������������������������������������������������������譆譇譈證譊譋譌譍譎譏譐譑譒譓譔譕譖譗識譙譚譛譜譝譞譟譠譡譢譣譤譥譧譨譩譪譫譭譮譯議譱譲譳譴譵譶護譸譹譺譻譼譽譾譿讀讁讂讃讄讅讆�讇讈讉變讋讌讍讎讏讐讑讒讓讔讕讖讗讘讙讚讛讜讝讞讟讬讱讻诇诐诪谉谞住注祝驻抓爪拽专砖转撰赚篆桩庄装妆撞壮状椎锥追赘坠缀谆准捉拙卓桌琢茁酌啄着灼浊兹咨资姿滋淄孜紫仔籽滓子自渍字鬃棕踪宗综总纵邹走奏揍租足卒族祖诅阻组钻纂嘴醉最罪尊遵昨左佐柞做作坐座������\".split(\"\");\nfor(j = 0; j != D[215].length; ++j) if(D[215][j].charCodeAt(0) !== 0xFFFD) { e[D[215][j]] = 55040 + j; d[55040 + j] = D[215][j];}\nD[216] = \"����������������������������������������������������������������谸谹谺谻谼谽谾谿豀豂豃豄豅豈豊豋豍豎豏豐豑豒豓豔豖豗豘豙豛豜豝豞豟豠豣豤豥豦豧豨豩豬豭豮豯豰豱豲豴豵豶豷豻豼豽豾豿貀貁貃貄貆貇�貈貋貍貎貏貐貑貒貓貕貖貗貙貚貛貜貝貞貟負財貢貣貤貥貦貧貨販貪貫責貭亍丌兀丐廿卅丕亘丞鬲孬噩丨禺丿匕乇夭爻卮氐囟胤馗毓睾鼗丶亟鼐乜乩亓芈孛啬嘏仄厍厝厣厥厮靥赝匚叵匦匮匾赜卦卣刂刈刎刭刳刿剀剌剞剡剜蒯剽劂劁劐劓冂罔亻仃仉仂仨仡仫仞伛仳伢佤仵伥伧伉伫佞佧攸佚佝�\".split(\"\");\nfor(j = 0; j != D[216].length; ++j) if(D[216][j].charCodeAt(0) !== 0xFFFD) { e[D[216][j]] = 55296 + j; d[55296 + j] = D[216][j];}\nD[217] = \"����������������������������������������������������������������貮貯貰貱貲貳貴貵貶買貸貹貺費貼貽貾貿賀賁賂賃賄賅賆資賈賉賊賋賌賍賎賏賐賑賒賓賔賕賖賗賘賙賚賛賜賝賞賟賠賡賢賣賤賥賦賧賨賩質賫賬�賭賮賯賰賱賲賳賴賵賶賷賸賹賺賻購賽賾賿贀贁贂贃贄贅贆贇贈贉贊贋贌贍佟佗伲伽佶佴侑侉侃侏佾佻侪佼侬侔俦俨俪俅俚俣俜俑俟俸倩偌俳倬倏倮倭俾倜倌倥倨偾偃偕偈偎偬偻傥傧傩傺僖儆僭僬僦僮儇儋仝氽佘佥俎龠汆籴兮巽黉馘冁夔勹匍訇匐凫夙兕亠兖亳衮袤亵脔裒禀嬴蠃羸冫冱冽冼�\".split(\"\");\nfor(j = 0; j != D[217].length; ++j) if(D[217][j].charCodeAt(0) !== 0xFFFD) { e[D[217][j]] = 55552 + j; d[55552 + j] = D[217][j];}\nD[218] = \"����������������������������������������������������������������贎贏贐贑贒贓贔贕贖贗贘贙贚贛贜贠赑赒赗赟赥赨赩赪赬赮赯赱赲赸赹赺赻赼赽赾赿趀趂趃趆趇趈趉趌趍趎趏趐趒趓趕趖趗趘趙趚趛趜趝趞趠趡�趢趤趥趦趧趨趩趪趫趬趭趮趯趰趲趶趷趹趻趽跀跁跂跅跇跈跉跊跍跐跒跓跔凇冖冢冥讠讦讧讪讴讵讷诂诃诋诏诎诒诓诔诖诘诙诜诟诠诤诨诩诮诰诳诶诹诼诿谀谂谄谇谌谏谑谒谔谕谖谙谛谘谝谟谠谡谥谧谪谫谮谯谲谳谵谶卩卺阝阢阡阱阪阽阼陂陉陔陟陧陬陲陴隈隍隗隰邗邛邝邙邬邡邴邳邶邺�\".split(\"\");\nfor(j = 0; j != D[218].length; ++j) if(D[218][j].charCodeAt(0) !== 0xFFFD) { e[D[218][j]] = 55808 + j; d[55808 + j] = D[218][j];}\nD[219] = \"����������������������������������������������������������������跕跘跙跜跠跡跢跥跦跧跩跭跮跰跱跲跴跶跼跾跿踀踁踂踃踄踆踇踈踋踍踎踐踑踒踓踕踖踗踘踙踚踛踜踠踡踤踥踦踧踨踫踭踰踲踳踴踶踷踸踻踼踾�踿蹃蹅蹆蹌蹍蹎蹏蹐蹓蹔蹕蹖蹗蹘蹚蹛蹜蹝蹞蹟蹠蹡蹢蹣蹤蹥蹧蹨蹪蹫蹮蹱邸邰郏郅邾郐郄郇郓郦郢郜郗郛郫郯郾鄄鄢鄞鄣鄱鄯鄹酃酆刍奂劢劬劭劾哿勐勖勰叟燮矍廴凵凼鬯厶弁畚巯坌垩垡塾墼壅壑圩圬圪圳圹圮圯坜圻坂坩垅坫垆坼坻坨坭坶坳垭垤垌垲埏垧垴垓垠埕埘埚埙埒垸埴埯埸埤埝�\".split(\"\");\nfor(j = 0; j != D[219].length; ++j) if(D[219][j].charCodeAt(0) !== 0xFFFD) { e[D[219][j]] = 56064 + j; d[56064 + j] = D[219][j];}\nD[220] = \"����������������������������������������������������������������蹳蹵蹷蹸蹹蹺蹻蹽蹾躀躂躃躄躆躈躉躊躋躌躍躎躑躒躓躕躖躗躘躙躚躛躝躟躠躡躢躣躤躥躦躧躨躩躪躭躮躰躱躳躴躵躶躷躸躹躻躼躽躾躿軀軁軂�軃軄軅軆軇軈軉車軋軌軍軏軐軑軒軓軔軕軖軗軘軙軚軛軜軝軞軟軠軡転軣軤堋堍埽埭堀堞堙塄堠塥塬墁墉墚墀馨鼙懿艹艽艿芏芊芨芄芎芑芗芙芫芸芾芰苈苊苣芘芷芮苋苌苁芩芴芡芪芟苄苎芤苡茉苷苤茏茇苜苴苒苘茌苻苓茑茚茆茔茕苠苕茜荑荛荜茈莒茼茴茱莛荞茯荏荇荃荟荀茗荠茭茺茳荦荥�\".split(\"\");\nfor(j = 0; j != D[220].length; ++j) if(D[220][j].charCodeAt(0) !== 0xFFFD) { e[D[220][j]] = 56320 + j; d[56320 + j] = D[220][j];}\nD[221] = \"����������������������������������������������������������������軥軦軧軨軩軪軫軬軭軮軯軰軱軲軳軴軵軶軷軸軹軺軻軼軽軾軿輀輁輂較輄輅輆輇輈載輊輋輌輍輎輏輐輑輒輓輔輕輖輗輘輙輚輛輜輝輞輟輠輡輢輣�輤輥輦輧輨輩輪輫輬輭輮輯輰輱輲輳輴輵輶輷輸輹輺輻輼輽輾輿轀轁轂轃轄荨茛荩荬荪荭荮莰荸莳莴莠莪莓莜莅荼莶莩荽莸荻莘莞莨莺莼菁萁菥菘堇萘萋菝菽菖萜萸萑萆菔菟萏萃菸菹菪菅菀萦菰菡葜葑葚葙葳蒇蒈葺蒉葸萼葆葩葶蒌蒎萱葭蓁蓍蓐蓦蒽蓓蓊蒿蒺蓠蒡蒹蒴蒗蓥蓣蔌甍蔸蓰蔹蔟蔺�\".split(\"\");\nfor(j = 0; j != D[221].length; ++j) if(D[221][j].charCodeAt(0) !== 0xFFFD) { e[D[221][j]] = 56576 + j; d[56576 + j] = D[221][j];}\nD[222] = \"����������������������������������������������������������������轅轆轇轈轉轊轋轌轍轎轏轐轑轒轓轔轕轖轗轘轙轚轛轜轝轞轟轠轡轢轣轤轥轪辀辌辒辝辠辡辢辤辥辦辧辪辬辭辮辯農辳辴辵辷辸辺辻込辿迀迃迆�迉迊迋迌迍迏迒迖迗迚迠迡迣迧迬迯迱迲迴迵迶迺迻迼迾迿逇逈逌逎逓逕逘蕖蔻蓿蓼蕙蕈蕨蕤蕞蕺瞢蕃蕲蕻薤薨薇薏蕹薮薜薅薹薷薰藓藁藜藿蘧蘅蘩蘖蘼廾弈夼奁耷奕奚奘匏尢尥尬尴扌扪抟抻拊拚拗拮挢拶挹捋捃掭揶捱捺掎掴捭掬掊捩掮掼揲揸揠揿揄揞揎摒揆掾摅摁搋搛搠搌搦搡摞撄摭撖�\".split(\"\");\nfor(j = 0; j != D[222].length; ++j) if(D[222][j].charCodeAt(0) !== 0xFFFD) { e[D[222][j]] = 56832 + j; d[56832 + j] = D[222][j];}\nD[223] = \"����������������������������������������������������������������這逜連逤逥逧逨逩逪逫逬逰週進逳逴逷逹逺逽逿遀遃遅遆遈遉遊運遌過達違遖遙遚遜遝遞遟遠遡遤遦遧適遪遫遬遯遰遱遲遳遶遷選遹遺遻遼遾邁�還邅邆邇邉邊邌邍邎邏邐邒邔邖邘邚邜邞邟邠邤邥邧邨邩邫邭邲邷邼邽邿郀摺撷撸撙撺擀擐擗擤擢攉攥攮弋忒甙弑卟叱叽叩叨叻吒吖吆呋呒呓呔呖呃吡呗呙吣吲咂咔呷呱呤咚咛咄呶呦咝哐咭哂咴哒咧咦哓哔呲咣哕咻咿哌哙哚哜咩咪咤哝哏哞唛哧唠哽唔哳唢唣唏唑唧唪啧喏喵啉啭啁啕唿啐唼�\".split(\"\");\nfor(j = 0; j != D[223].length; ++j) if(D[223][j].charCodeAt(0) !== 0xFFFD) { e[D[223][j]] = 57088 + j; d[57088 + j] = D[223][j];}\nD[224] = \"����������������������������������������������������������������郂郃郆郈郉郋郌郍郒郔郕郖郘郙郚郞郟郠郣郤郥郩郪郬郮郰郱郲郳郵郶郷郹郺郻郼郿鄀鄁鄃鄅鄆鄇鄈鄉鄊鄋鄌鄍鄎鄏鄐鄑鄒鄓鄔鄕鄖鄗鄘鄚鄛鄜�鄝鄟鄠鄡鄤鄥鄦鄧鄨鄩鄪鄫鄬鄭鄮鄰鄲鄳鄴鄵鄶鄷鄸鄺鄻鄼鄽鄾鄿酀酁酂酄唷啖啵啶啷唳唰啜喋嗒喃喱喹喈喁喟啾嗖喑啻嗟喽喾喔喙嗪嗷嗉嘟嗑嗫嗬嗔嗦嗝嗄嗯嗥嗲嗳嗌嗍嗨嗵嗤辔嘞嘈嘌嘁嘤嘣嗾嘀嘧嘭噘嘹噗嘬噍噢噙噜噌噔嚆噤噱噫噻噼嚅嚓嚯囔囗囝囡囵囫囹囿圄圊圉圜帏帙帔帑帱帻帼�\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"����������������������������������������������������������������酅酇酈酑酓酔酕酖酘酙酛酜酟酠酦酧酨酫酭酳酺酻酼醀醁醂醃醄醆醈醊醎醏醓醔醕醖醗醘醙醜醝醞醟醠醡醤醥醦醧醨醩醫醬醰醱醲醳醶醷醸醹醻�醼醽醾醿釀釁釂釃釄釅釆釈釋釐釒釓釔釕釖釗釘釙釚釛針釞釟釠釡釢釣釤釥帷幄幔幛幞幡岌屺岍岐岖岈岘岙岑岚岜岵岢岽岬岫岱岣峁岷峄峒峤峋峥崂崃崧崦崮崤崞崆崛嵘崾崴崽嵬嵛嵯嵝嵫嵋嵊嵩嵴嶂嶙嶝豳嶷巅彳彷徂徇徉後徕徙徜徨徭徵徼衢彡犭犰犴犷犸狃狁狎狍狒狨狯狩狲狴狷猁狳猃狺�\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"����������������������������������������������������������������釦釧釨釩釪釫釬釭釮釯釰釱釲釳釴釵釶釷釸釹釺釻釼釽釾釿鈀鈁鈂鈃鈄鈅鈆鈇鈈鈉鈊鈋鈌鈍鈎鈏鈐鈑鈒鈓鈔鈕鈖鈗鈘鈙鈚鈛鈜鈝鈞鈟鈠鈡鈢鈣鈤�鈥鈦鈧鈨鈩鈪鈫鈬鈭鈮鈯鈰鈱鈲鈳鈴鈵鈶鈷鈸鈹鈺鈻鈼鈽鈾鈿鉀鉁鉂鉃鉄鉅狻猗猓猡猊猞猝猕猢猹猥猬猸猱獐獍獗獠獬獯獾舛夥飧夤夂饣饧饨饩饪饫饬饴饷饽馀馄馇馊馍馐馑馓馔馕庀庑庋庖庥庠庹庵庾庳赓廒廑廛廨廪膺忄忉忖忏怃忮怄忡忤忾怅怆忪忭忸怙怵怦怛怏怍怩怫怊怿怡恸恹恻恺恂�\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"����������������������������������������������������������������鉆鉇鉈鉉鉊鉋鉌鉍鉎鉏鉐鉑鉒鉓鉔鉕鉖鉗鉘鉙鉚鉛鉜鉝鉞鉟鉠鉡鉢鉣鉤鉥鉦鉧鉨鉩鉪鉫鉬鉭鉮鉯鉰鉱鉲鉳鉵鉶鉷鉸鉹鉺鉻鉼鉽鉾鉿銀銁銂銃銄銅�銆銇銈銉銊銋銌銍銏銐銑銒銓銔銕銖銗銘銙銚銛銜銝銞銟銠銡銢銣銤銥銦銧恪恽悖悚悭悝悃悒悌悛惬悻悱惝惘惆惚悴愠愦愕愣惴愀愎愫慊慵憬憔憧憷懔懵忝隳闩闫闱闳闵闶闼闾阃阄阆阈阊阋阌阍阏阒阕阖阗阙阚丬爿戕氵汔汜汊沣沅沐沔沌汨汩汴汶沆沩泐泔沭泷泸泱泗沲泠泖泺泫泮沱泓泯泾�\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"����������������������������������������������������������������銨銩銪銫銬銭銯銰銱銲銳銴銵銶銷銸銹銺銻銼銽銾銿鋀鋁鋂鋃鋄鋅鋆鋇鋉鋊鋋鋌鋍鋎鋏鋐鋑鋒鋓鋔鋕鋖鋗鋘鋙鋚鋛鋜鋝鋞鋟鋠鋡鋢鋣鋤鋥鋦鋧鋨�鋩鋪鋫鋬鋭鋮鋯鋰鋱鋲鋳鋴鋵鋶鋷鋸鋹鋺鋻鋼鋽鋾鋿錀錁錂錃錄錅錆錇錈錉洹洧洌浃浈洇洄洙洎洫浍洮洵洚浏浒浔洳涑浯涞涠浞涓涔浜浠浼浣渚淇淅淞渎涿淠渑淦淝淙渖涫渌涮渫湮湎湫溲湟溆湓湔渲渥湄滟溱溘滠漭滢溥溧溽溻溷滗溴滏溏滂溟潢潆潇漤漕滹漯漶潋潴漪漉漩澉澍澌潸潲潼潺濑�\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"����������������������������������������������������������������錊錋錌錍錎錏錐錑錒錓錔錕錖錗錘錙錚錛錜錝錞錟錠錡錢錣錤錥錦錧錨錩錪錫錬錭錮錯錰錱録錳錴錵錶錷錸錹錺錻錼錽錿鍀鍁鍂鍃鍄鍅鍆鍇鍈鍉�鍊鍋鍌鍍鍎鍏鍐鍑鍒鍓鍔鍕鍖鍗鍘鍙鍚鍛鍜鍝鍞鍟鍠鍡鍢鍣鍤鍥鍦鍧鍨鍩鍫濉澧澹澶濂濡濮濞濠濯瀚瀣瀛瀹瀵灏灞宀宄宕宓宥宸甯骞搴寤寮褰寰蹇謇辶迓迕迥迮迤迩迦迳迨逅逄逋逦逑逍逖逡逵逶逭逯遄遑遒遐遨遘遢遛暹遴遽邂邈邃邋彐彗彖彘尻咫屐屙孱屣屦羼弪弩弭艴弼鬻屮妁妃妍妩妪妣�\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"����������������������������������������������������������������鍬鍭鍮鍯鍰鍱鍲鍳鍴鍵鍶鍷鍸鍹鍺鍻鍼鍽鍾鍿鎀鎁鎂鎃鎄鎅鎆鎇鎈鎉鎊鎋鎌鎍鎎鎐鎑鎒鎓鎔鎕鎖鎗鎘鎙鎚鎛鎜鎝鎞鎟鎠鎡鎢鎣鎤鎥鎦鎧鎨鎩鎪鎫�鎬鎭鎮鎯鎰鎱鎲鎳鎴鎵鎶鎷鎸鎹鎺鎻鎼鎽鎾鎿鏀鏁鏂鏃鏄鏅鏆鏇鏈鏉鏋鏌鏍妗姊妫妞妤姒妲妯姗妾娅娆姝娈姣姘姹娌娉娲娴娑娣娓婀婧婊婕娼婢婵胬媪媛婷婺媾嫫媲嫒嫔媸嫠嫣嫱嫖嫦嫘嫜嬉嬗嬖嬲嬷孀尕尜孚孥孳孑孓孢驵驷驸驺驿驽骀骁骅骈骊骐骒骓骖骘骛骜骝骟骠骢骣骥骧纟纡纣纥纨纩�\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"����������������������������������������������������������������鏎鏏鏐鏑鏒鏓鏔鏕鏗鏘鏙鏚鏛鏜鏝鏞鏟鏠鏡鏢鏣鏤鏥鏦鏧鏨鏩鏪鏫鏬鏭鏮鏯鏰鏱鏲鏳鏴鏵鏶鏷鏸鏹鏺鏻鏼鏽鏾鏿鐀鐁鐂鐃鐄鐅鐆鐇鐈鐉鐊鐋鐌鐍�鐎鐏鐐鐑鐒鐓鐔鐕鐖鐗鐘鐙鐚鐛鐜鐝鐞鐟鐠鐡鐢鐣鐤鐥鐦鐧鐨鐩鐪鐫鐬鐭鐮纭纰纾绀绁绂绉绋绌绐绔绗绛绠绡绨绫绮绯绱绲缍绶绺绻绾缁缂缃缇缈缋缌缏缑缒缗缙缜缛缟缡缢缣缤缥缦缧缪缫缬缭缯缰缱缲缳缵幺畿巛甾邕玎玑玮玢玟珏珂珑玷玳珀珉珈珥珙顼琊珩珧珞玺珲琏琪瑛琦琥琨琰琮琬�\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"����������������������������������������������������������������鐯鐰鐱鐲鐳鐴鐵鐶鐷鐸鐹鐺鐻鐼鐽鐿鑀鑁鑂鑃鑄鑅鑆鑇鑈鑉鑊鑋鑌鑍鑎鑏鑐鑑鑒鑓鑔鑕鑖鑗鑘鑙鑚鑛鑜鑝鑞鑟鑠鑡鑢鑣鑤鑥鑦鑧鑨鑩鑪鑬鑭鑮鑯�鑰鑱鑲鑳鑴鑵鑶鑷鑸鑹鑺鑻鑼鑽鑾鑿钀钁钂钃钄钑钖钘铇铏铓铔铚铦铻锜锠琛琚瑁瑜瑗瑕瑙瑷瑭瑾璜璎璀璁璇璋璞璨璩璐璧瓒璺韪韫韬杌杓杞杈杩枥枇杪杳枘枧杵枨枞枭枋杷杼柰栉柘栊柩枰栌柙枵柚枳柝栀柃枸柢栎柁柽栲栳桠桡桎桢桄桤梃栝桕桦桁桧桀栾桊桉栩梵梏桴桷梓桫棂楮棼椟椠棹�\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"����������������������������������������������������������������锧锳锽镃镈镋镕镚镠镮镴镵長镸镹镺镻镼镽镾門閁閂閃閄閅閆閇閈閉閊開閌閍閎閏閐閑閒間閔閕閖閗閘閙閚閛閜閝閞閟閠閡関閣閤閥閦閧閨閩閪�閫閬閭閮閯閰閱閲閳閴閵閶閷閸閹閺閻閼閽閾閿闀闁闂闃闄闅闆闇闈闉闊闋椤棰椋椁楗棣椐楱椹楠楂楝榄楫榀榘楸椴槌榇榈槎榉楦楣楹榛榧榻榫榭槔榱槁槊槟榕槠榍槿樯槭樗樘橥槲橄樾檠橐橛樵檎橹樽樨橘橼檑檐檩檗檫猷獒殁殂殇殄殒殓殍殚殛殡殪轫轭轱轲轳轵轶轸轷轹轺轼轾辁辂辄辇辋�\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"����������������������������������������������������������������闌闍闎闏闐闑闒闓闔闕闖闗闘闙闚闛關闝闞闟闠闡闢闣闤闥闦闧闬闿阇阓阘阛阞阠阣阤阥阦阧阨阩阫阬阭阯阰阷阸阹阺阾陁陃陊陎陏陑陒陓陖陗�陘陙陚陜陝陞陠陣陥陦陫陭陮陯陰陱陳陸陹険陻陼陽陾陿隀隁隂隃隄隇隉隊辍辎辏辘辚軎戋戗戛戟戢戡戥戤戬臧瓯瓴瓿甏甑甓攴旮旯旰昊昙杲昃昕昀炅曷昝昴昱昶昵耆晟晔晁晏晖晡晗晷暄暌暧暝暾曛曜曦曩贲贳贶贻贽赀赅赆赈赉赇赍赕赙觇觊觋觌觎觏觐觑牮犟牝牦牯牾牿犄犋犍犏犒挈挲掰�\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[235] = \"����������������������������������������������������������������隌階隑隒隓隕隖隚際隝隞隟隠隡隢隣隤隥隦隨隩險隫隬隭隮隯隱隲隴隵隷隸隺隻隿雂雃雈雊雋雐雑雓雔雖雗雘雙雚雛雜雝雞雟雡離難雤雥雦雧雫�雬雭雮雰雱雲雴雵雸雺電雼雽雿霂霃霅霊霋霌霐霑霒霔霕霗霘霙霚霛霝霟霠搿擘耄毪毳毽毵毹氅氇氆氍氕氘氙氚氡氩氤氪氲攵敕敫牍牒牖爰虢刖肟肜肓肼朊肽肱肫肭肴肷胧胨胩胪胛胂胄胙胍胗朐胝胫胱胴胭脍脎胲胼朕脒豚脶脞脬脘脲腈腌腓腴腙腚腱腠腩腼腽腭腧塍媵膈膂膑滕膣膪臌朦臊膻�\".split(\"\");\nfor(j = 0; j != D[235].length; ++j) if(D[235][j].charCodeAt(0) !== 0xFFFD) { e[D[235][j]] = 60160 + j; d[60160 + j] = D[235][j];}\nD[236] = \"����������������������������������������������������������������霡霢霣霤霥霦霧霨霩霫霬霮霯霱霳霴霵霶霷霺霻霼霽霿靀靁靂靃靄靅靆靇靈靉靊靋靌靍靎靏靐靑靔靕靗靘靚靜靝靟靣靤靦靧靨靪靫靬靭靮靯靰靱�靲靵靷靸靹靺靻靽靾靿鞀鞁鞂鞃鞄鞆鞇鞈鞉鞊鞌鞎鞏鞐鞓鞕鞖鞗鞙鞚鞛鞜鞝臁膦欤欷欹歃歆歙飑飒飓飕飙飚殳彀毂觳斐齑斓於旆旄旃旌旎旒旖炀炜炖炝炻烀炷炫炱烨烊焐焓焖焯焱煳煜煨煅煲煊煸煺熘熳熵熨熠燠燔燧燹爝爨灬焘煦熹戾戽扃扈扉礻祀祆祉祛祜祓祚祢祗祠祯祧祺禅禊禚禧禳忑忐�\".split(\"\");\nfor(j = 0; j != D[236].length; ++j) if(D[236][j].charCodeAt(0) !== 0xFFFD) { e[D[236][j]] = 60416 + j; d[60416 + j] = D[236][j];}\nD[237] = \"����������������������������������������������������������������鞞鞟鞡鞢鞤鞥鞦鞧鞨鞩鞪鞬鞮鞰鞱鞳鞵鞶鞷鞸鞹鞺鞻鞼鞽鞾鞿韀韁韂韃韄韅韆韇韈韉韊韋韌韍韎韏韐韑韒韓韔韕韖韗韘韙韚韛韜韝韞韟韠韡韢韣�韤韥韨韮韯韰韱韲韴韷韸韹韺韻韼韽韾響頀頁頂頃頄項順頇須頉頊頋頌頍頎怼恝恚恧恁恙恣悫愆愍慝憩憝懋懑戆肀聿沓泶淼矶矸砀砉砗砘砑斫砭砜砝砹砺砻砟砼砥砬砣砩硎硭硖硗砦硐硇硌硪碛碓碚碇碜碡碣碲碹碥磔磙磉磬磲礅磴礓礤礞礴龛黹黻黼盱眄眍盹眇眈眚眢眙眭眦眵眸睐睑睇睃睚睨�\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"����������������������������������������������������������������頏預頑頒頓頔頕頖頗領頙頚頛頜頝頞頟頠頡頢頣頤頥頦頧頨頩頪頫頬頭頮頯頰頱頲頳頴頵頶頷頸頹頺頻頼頽頾頿顀顁顂顃顄顅顆顇顈顉顊顋題額�顎顏顐顑顒顓顔顕顖顗願顙顚顛顜顝類顟顠顡顢顣顤顥顦顧顨顩顪顫顬顭顮睢睥睿瞍睽瞀瞌瞑瞟瞠瞰瞵瞽町畀畎畋畈畛畲畹疃罘罡罟詈罨罴罱罹羁罾盍盥蠲钅钆钇钋钊钌钍钏钐钔钗钕钚钛钜钣钤钫钪钭钬钯钰钲钴钶钷钸钹钺钼钽钿铄铈铉铊铋铌铍铎铐铑铒铕铖铗铙铘铛铞铟铠铢铤铥铧铨铪�\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[239] = \"����������������������������������������������������������������顯顰顱顲顳顴颋颎颒颕颙颣風颩颪颫颬颭颮颯颰颱颲颳颴颵颶颷颸颹颺颻颼颽颾颿飀飁飂飃飄飅飆飇飈飉飊飋飌飍飏飐飔飖飗飛飜飝飠飡飢飣飤�飥飦飩飪飫飬飭飮飯飰飱飲飳飴飵飶飷飸飹飺飻飼飽飾飿餀餁餂餃餄餅餆餇铩铫铮铯铳铴铵铷铹铼铽铿锃锂锆锇锉锊锍锎锏锒锓锔锕锖锘锛锝锞锟锢锪锫锩锬锱锲锴锶锷锸锼锾锿镂锵镄镅镆镉镌镎镏镒镓镔镖镗镘镙镛镞镟镝镡镢镤镥镦镧镨镩镪镫镬镯镱镲镳锺矧矬雉秕秭秣秫稆嵇稃稂稞稔�\".split(\"\");\nfor(j = 0; j != D[239].length; ++j) if(D[239][j].charCodeAt(0) !== 0xFFFD) { e[D[239][j]] = 61184 + j; d[61184 + j] = D[239][j];}\nD[240] = \"����������������������������������������������������������������餈餉養餋餌餎餏餑餒餓餔餕餖餗餘餙餚餛餜餝餞餟餠餡餢餣餤餥餦餧館餩餪餫餬餭餯餰餱餲餳餴餵餶餷餸餹餺餻餼餽餾餿饀饁饂饃饄饅饆饇饈饉�饊饋饌饍饎饏饐饑饒饓饖饗饘饙饚饛饜饝饞饟饠饡饢饤饦饳饸饹饻饾馂馃馉稹稷穑黏馥穰皈皎皓皙皤瓞瓠甬鸠鸢鸨鸩鸪鸫鸬鸲鸱鸶鸸鸷鸹鸺鸾鹁鹂鹄鹆鹇鹈鹉鹋鹌鹎鹑鹕鹗鹚鹛鹜鹞鹣鹦鹧鹨鹩鹪鹫鹬鹱鹭鹳疒疔疖疠疝疬疣疳疴疸痄疱疰痃痂痖痍痣痨痦痤痫痧瘃痱痼痿瘐瘀瘅瘌瘗瘊瘥瘘瘕瘙�\".split(\"\");\nfor(j = 0; j != D[240].length; ++j) if(D[240][j].charCodeAt(0) !== 0xFFFD) { e[D[240][j]] = 61440 + j; d[61440 + j] = D[240][j];}\nD[241] = \"����������������������������������������������������������������馌馎馚馛馜馝馞馟馠馡馢馣馤馦馧馩馪馫馬馭馮馯馰馱馲馳馴馵馶馷馸馹馺馻馼馽馾馿駀駁駂駃駄駅駆駇駈駉駊駋駌駍駎駏駐駑駒駓駔駕駖駗駘�駙駚駛駜駝駞駟駠駡駢駣駤駥駦駧駨駩駪駫駬駭駮駯駰駱駲駳駴駵駶駷駸駹瘛瘼瘢瘠癀瘭瘰瘿瘵癃瘾瘳癍癞癔癜癖癫癯翊竦穸穹窀窆窈窕窦窠窬窨窭窳衤衩衲衽衿袂袢裆袷袼裉裢裎裣裥裱褚裼裨裾裰褡褙褓褛褊褴褫褶襁襦襻疋胥皲皴矜耒耔耖耜耠耢耥耦耧耩耨耱耋耵聃聆聍聒聩聱覃顸颀颃�\".split(\"\");\nfor(j = 0; j != D[241].length; ++j) if(D[241][j].charCodeAt(0) !== 0xFFFD) { e[D[241][j]] = 61696 + j; d[61696 + j] = D[241][j];}\nD[242] = \"����������������������������������������������������������������駺駻駼駽駾駿騀騁騂騃騄騅騆騇騈騉騊騋騌騍騎騏騐騑騒験騔騕騖騗騘騙騚騛騜騝騞騟騠騡騢騣騤騥騦騧騨騩騪騫騬騭騮騯騰騱騲騳騴騵騶騷騸�騹騺騻騼騽騾騿驀驁驂驃驄驅驆驇驈驉驊驋驌驍驎驏驐驑驒驓驔驕驖驗驘驙颉颌颍颏颔颚颛颞颟颡颢颥颦虍虔虬虮虿虺虼虻蚨蚍蚋蚬蚝蚧蚣蚪蚓蚩蚶蛄蚵蛎蚰蚺蚱蚯蛉蛏蚴蛩蛱蛲蛭蛳蛐蜓蛞蛴蛟蛘蛑蜃蜇蛸蜈蜊蜍蜉蜣蜻蜞蜥蜮蜚蜾蝈蜴蜱蜩蜷蜿螂蜢蝽蝾蝻蝠蝰蝌蝮螋蝓蝣蝼蝤蝙蝥螓螯螨蟒�\".split(\"\");\nfor(j = 0; j != D[242].length; ++j) if(D[242][j].charCodeAt(0) !== 0xFFFD) { e[D[242][j]] = 61952 + j; d[61952 + j] = D[242][j];}\nD[243] = \"����������������������������������������������������������������驚驛驜驝驞驟驠驡驢驣驤驥驦驧驨驩驪驫驲骃骉骍骎骔骕骙骦骩骪骫骬骭骮骯骲骳骴骵骹骻骽骾骿髃髄髆髇髈髉髊髍髎髏髐髒體髕髖髗髙髚髛髜�髝髞髠髢髣髤髥髧髨髩髪髬髮髰髱髲髳髴髵髶髷髸髺髼髽髾髿鬀鬁鬂鬄鬅鬆蟆螈螅螭螗螃螫蟥螬螵螳蟋蟓螽蟑蟀蟊蟛蟪蟠蟮蠖蠓蟾蠊蠛蠡蠹蠼缶罂罄罅舐竺竽笈笃笄笕笊笫笏筇笸笪笙笮笱笠笥笤笳笾笞筘筚筅筵筌筝筠筮筻筢筲筱箐箦箧箸箬箝箨箅箪箜箢箫箴篑篁篌篝篚篥篦篪簌篾篼簏簖簋�\".split(\"\");\nfor(j = 0; j != D[243].length; ++j) if(D[243][j].charCodeAt(0) !== 0xFFFD) { e[D[243][j]] = 62208 + j; d[62208 + j] = D[243][j];}\nD[244] = \"����������������������������������������������������������������鬇鬉鬊鬋鬌鬍鬎鬐鬑鬒鬔鬕鬖鬗鬘鬙鬚鬛鬜鬝鬞鬠鬡鬢鬤鬥鬦鬧鬨鬩鬪鬫鬬鬭鬮鬰鬱鬳鬴鬵鬶鬷鬸鬹鬺鬽鬾鬿魀魆魊魋魌魎魐魒魓魕魖魗魘魙魚�魛魜魝魞魟魠魡魢魣魤魥魦魧魨魩魪魫魬魭魮魯魰魱魲魳魴魵魶魷魸魹魺魻簟簪簦簸籁籀臾舁舂舄臬衄舡舢舣舭舯舨舫舸舻舳舴舾艄艉艋艏艚艟艨衾袅袈裘裟襞羝羟羧羯羰羲籼敉粑粝粜粞粢粲粼粽糁糇糌糍糈糅糗糨艮暨羿翎翕翥翡翦翩翮翳糸絷綦綮繇纛麸麴赳趄趔趑趱赧赭豇豉酊酐酎酏酤�\".split(\"\");\nfor(j = 0; j != D[244].length; ++j) if(D[244][j].charCodeAt(0) !== 0xFFFD) { e[D[244][j]] = 62464 + j; d[62464 + j] = D[244][j];}\nD[245] = \"����������������������������������������������������������������魼魽魾魿鮀鮁鮂鮃鮄鮅鮆鮇鮈鮉鮊鮋鮌鮍鮎鮏鮐鮑鮒鮓鮔鮕鮖鮗鮘鮙鮚鮛鮜鮝鮞鮟鮠鮡鮢鮣鮤鮥鮦鮧鮨鮩鮪鮫鮬鮭鮮鮯鮰鮱鮲鮳鮴鮵鮶鮷鮸鮹鮺�鮻鮼鮽鮾鮿鯀鯁鯂鯃鯄鯅鯆鯇鯈鯉鯊鯋鯌鯍鯎鯏鯐鯑鯒鯓鯔鯕鯖鯗鯘鯙鯚鯛酢酡酰酩酯酽酾酲酴酹醌醅醐醍醑醢醣醪醭醮醯醵醴醺豕鹾趸跫踅蹙蹩趵趿趼趺跄跖跗跚跞跎跏跛跆跬跷跸跣跹跻跤踉跽踔踝踟踬踮踣踯踺蹀踹踵踽踱蹉蹁蹂蹑蹒蹊蹰蹶蹼蹯蹴躅躏躔躐躜躞豸貂貊貅貘貔斛觖觞觚觜�\".split(\"\");\nfor(j = 0; j != D[245].length; ++j) if(D[245][j].charCodeAt(0) !== 0xFFFD) { e[D[245][j]] = 62720 + j; d[62720 + j] = D[245][j];}\nD[246] = \"����������������������������������������������������������������鯜鯝鯞鯟鯠鯡鯢鯣鯤鯥鯦鯧鯨鯩鯪鯫鯬鯭鯮鯯鯰鯱鯲鯳鯴鯵鯶鯷鯸鯹鯺鯻鯼鯽鯾鯿鰀鰁鰂鰃鰄鰅鰆鰇鰈鰉鰊鰋鰌鰍鰎鰏鰐鰑鰒鰓鰔鰕鰖鰗鰘鰙鰚�鰛鰜鰝鰞鰟鰠鰡鰢鰣鰤鰥鰦鰧鰨鰩鰪鰫鰬鰭鰮鰯鰰鰱鰲鰳鰴鰵鰶鰷鰸鰹鰺鰻觥觫觯訾謦靓雩雳雯霆霁霈霏霎霪霭霰霾龀龃龅龆龇龈龉龊龌黾鼋鼍隹隼隽雎雒瞿雠銎銮鋈錾鍪鏊鎏鐾鑫鱿鲂鲅鲆鲇鲈稣鲋鲎鲐鲑鲒鲔鲕鲚鲛鲞鲟鲠鲡鲢鲣鲥鲦鲧鲨鲩鲫鲭鲮鲰鲱鲲鲳鲴鲵鲶鲷鲺鲻鲼鲽鳄鳅鳆鳇鳊鳋�\".split(\"\");\nfor(j = 0; j != D[246].length; ++j) if(D[246][j].charCodeAt(0) !== 0xFFFD) { e[D[246][j]] = 62976 + j; d[62976 + j] = D[246][j];}\nD[247] = \"����������������������������������������������������������������鰼鰽鰾鰿鱀鱁鱂鱃鱄鱅鱆鱇鱈鱉鱊鱋鱌鱍鱎鱏鱐鱑鱒鱓鱔鱕鱖鱗鱘鱙鱚鱛鱜鱝鱞鱟鱠鱡鱢鱣鱤鱥鱦鱧鱨鱩鱪鱫鱬鱭鱮鱯鱰鱱鱲鱳鱴鱵鱶鱷鱸鱹鱺�鱻鱽鱾鲀鲃鲄鲉鲊鲌鲏鲓鲖鲗鲘鲙鲝鲪鲬鲯鲹鲾鲿鳀鳁鳂鳈鳉鳑鳒鳚鳛鳠鳡鳌鳍鳎鳏鳐鳓鳔鳕鳗鳘鳙鳜鳝鳟鳢靼鞅鞑鞒鞔鞯鞫鞣鞲鞴骱骰骷鹘骶骺骼髁髀髅髂髋髌髑魅魃魇魉魈魍魑飨餍餮饕饔髟髡髦髯髫髻髭髹鬈鬏鬓鬟鬣麽麾縻麂麇麈麋麒鏖麝麟黛黜黝黠黟黢黩黧黥黪黯鼢鼬鼯鼹鼷鼽鼾齄�\".split(\"\");\nfor(j = 0; j != D[247].length; ++j) if(D[247][j].charCodeAt(0) !== 0xFFFD) { e[D[247][j]] = 63232 + j; d[63232 + j] = D[247][j];}\nD[248] = \"����������������������������������������������������������������鳣鳤鳥鳦鳧鳨鳩鳪鳫鳬鳭鳮鳯鳰鳱鳲鳳鳴鳵鳶鳷鳸鳹鳺鳻鳼鳽鳾鳿鴀鴁鴂鴃鴄鴅鴆鴇鴈鴉鴊鴋鴌鴍鴎鴏鴐鴑鴒鴓鴔鴕鴖鴗鴘鴙鴚鴛鴜鴝鴞鴟鴠鴡�鴢鴣鴤鴥鴦鴧鴨鴩鴪鴫鴬鴭鴮鴯鴰鴱鴲鴳鴴鴵鴶鴷鴸鴹鴺鴻鴼鴽鴾鴿鵀鵁鵂�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[248].length; ++j) if(D[248][j].charCodeAt(0) !== 0xFFFD) { e[D[248][j]] = 63488 + j; d[63488 + j] = D[248][j];}\nD[249] = \"����������������������������������������������������������������鵃鵄鵅鵆鵇鵈鵉鵊鵋鵌鵍鵎鵏鵐鵑鵒鵓鵔鵕鵖鵗鵘鵙鵚鵛鵜鵝鵞鵟鵠鵡鵢鵣鵤鵥鵦鵧鵨鵩鵪鵫鵬鵭鵮鵯鵰鵱鵲鵳鵴鵵鵶鵷鵸鵹鵺鵻鵼鵽鵾鵿鶀鶁�鶂鶃鶄鶅鶆鶇鶈鶉鶊鶋鶌鶍鶎鶏鶐鶑鶒鶓鶔鶕鶖鶗鶘鶙鶚鶛鶜鶝鶞鶟鶠鶡鶢�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[249].length; ++j) if(D[249][j].charCodeAt(0) !== 0xFFFD) { e[D[249][j]] = 63744 + j; d[63744 + j] = D[249][j];}\nD[250] = \"����������������������������������������������������������������鶣鶤鶥鶦鶧鶨鶩鶪鶫鶬鶭鶮鶯鶰鶱鶲鶳鶴鶵鶶鶷鶸鶹鶺鶻鶼鶽鶾鶿鷀鷁鷂鷃鷄鷅鷆鷇鷈鷉鷊鷋鷌鷍鷎鷏鷐鷑鷒鷓鷔鷕鷖鷗鷘鷙鷚鷛鷜鷝鷞鷟鷠鷡�鷢鷣鷤鷥鷦鷧鷨鷩鷪鷫鷬鷭鷮鷯鷰鷱鷲鷳鷴鷵鷶鷷鷸鷹鷺鷻鷼鷽鷾鷿鸀鸁鸂�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[250].length; ++j) if(D[250][j].charCodeAt(0) !== 0xFFFD) { e[D[250][j]] = 64000 + j; d[64000 + j] = D[250][j];}\nD[251] = \"����������������������������������������������������������������鸃鸄鸅鸆鸇鸈鸉鸊鸋鸌鸍鸎鸏鸐鸑鸒鸓鸔鸕鸖鸗鸘鸙鸚鸛鸜鸝鸞鸤鸧鸮鸰鸴鸻鸼鹀鹍鹐鹒鹓鹔鹖鹙鹝鹟鹠鹡鹢鹥鹮鹯鹲鹴鹵鹶鹷鹸鹹鹺鹻鹼鹽麀�麁麃麄麅麆麉麊麌麍麎麏麐麑麔麕麖麗麘麙麚麛麜麞麠麡麢麣麤麥麧麨麩麪�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[251].length; ++j) if(D[251][j].charCodeAt(0) !== 0xFFFD) { e[D[251][j]] = 64256 + j; d[64256 + j] = D[251][j];}\nD[252] = \"����������������������������������������������������������������麫麬麭麮麯麰麱麲麳麵麶麷麹麺麼麿黀黁黂黃黅黆黇黈黊黋黌黐黒黓黕黖黗黙黚點黡黣黤黦黨黫黬黭黮黰黱黲黳黴黵黶黷黸黺黽黿鼀鼁鼂鼃鼄鼅�鼆鼇鼈鼉鼊鼌鼏鼑鼒鼔鼕鼖鼘鼚鼛鼜鼝鼞鼟鼡鼣鼤鼥鼦鼧鼨鼩鼪鼫鼭鼮鼰鼱�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[252].length; ++j) if(D[252][j].charCodeAt(0) !== 0xFFFD) { e[D[252][j]] = 64512 + j; d[64512 + j] = D[252][j];}\nD[253] = \"����������������������������������������������������������������鼲鼳鼴鼵鼶鼸鼺鼼鼿齀齁齂齃齅齆齇齈齉齊齋齌齍齎齏齒齓齔齕齖齗齘齙齚齛齜齝齞齟齠齡齢齣齤齥齦齧齨齩齪齫齬齭齮齯齰齱齲齳齴齵齶齷齸�齹齺齻齼齽齾龁龂龍龎龏龐龑龒龓龔龕龖龗龘龜龝龞龡龢龣龤龥郎凉秊裏隣�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[253].length; ++j) if(D[253][j].charCodeAt(0) !== 0xFFFD) { e[D[253][j]] = 64768 + j; d[64768 + j] = D[253][j];}\nD[254] = \"����������������������������������������������������������������兀嗀﨎﨏﨑﨓﨔礼﨟蘒﨡﨣﨤﨧﨨﨩��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[254].length; ++j) if(D[254][j].charCodeAt(0) !== 0xFFFD) { e[D[254][j]] = 65024 + j; d[65024 + j] = D[254][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[949] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~��������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[129] = \"�����������������������������������������������������������������갂갃갅갆갋갌갍갎갏갘갞갟갡갢갣갥갦갧갨갩갪갫갮갲갳갴������갵갶갷갺갻갽갾갿걁걂걃걄걅걆걇걈걉걊걌걎걏걐걑걒걓걕������걖걗걙걚걛걝걞걟걠걡걢걣걤걥걦걧걨걩걪걫걬걭걮걯걲걳걵걶걹걻걼걽걾걿겂겇겈겍겎겏겑겒겓겕겖겗겘겙겚겛겞겢겣겤겥겦겧겫겭겮겱겲겳겴겵겶겷겺겾겿곀곂곃곅곆곇곉곊곋곍곎곏곐곑곒곓곔곖곘곙곚곛곜곝곞곟곢곣곥곦곩곫곭곮곲곴곷곸곹곺곻곾곿괁괂괃괅괇괈괉괊괋괎괐괒괓�\".split(\"\");\nfor(j = 0; j != D[129].length; ++j) if(D[129][j].charCodeAt(0) !== 0xFFFD) { e[D[129][j]] = 33024 + j; d[33024 + j] = D[129][j];}\nD[130] = \"�����������������������������������������������������������������괔괕괖괗괙괚괛괝괞괟괡괢괣괤괥괦괧괨괪괫괮괯괰괱괲괳������괶괷괹괺괻괽괾괿굀굁굂굃굆굈굊굋굌굍굎굏굑굒굓굕굖굗������굙굚굛굜굝굞굟굠굢굤굥굦굧굨굩굪굫굮굯굱굲굷굸굹굺굾궀궃궄궅궆궇궊궋궍궎궏궑궒궓궔궕궖궗궘궙궚궛궞궟궠궡궢궣궥궦궧궨궩궪궫궬궭궮궯궰궱궲궳궴궵궶궸궹궺궻궼궽궾궿귂귃귅귆귇귉귊귋귌귍귎귏귒귔귕귖귗귘귙귚귛귝귞귟귡귢귣귥귦귧귨귩귪귫귬귭귮귯귰귱귲귳귴귵귶귷�\".split(\"\");\nfor(j = 0; j != D[130].length; ++j) if(D[130][j].charCodeAt(0) !== 0xFFFD) { e[D[130][j]] = 33280 + j; d[33280 + j] = D[130][j];}\nD[131] = \"�����������������������������������������������������������������귺귻귽귾긂긃긄긅긆긇긊긌긎긏긐긑긒긓긕긖긗긘긙긚긛긜������긝긞긟긠긡긢긣긤긥긦긧긨긩긪긫긬긭긮긯긲긳긵긶긹긻긼������긽긾긿깂깄깇깈깉깋깏깑깒깓깕깗깘깙깚깛깞깢깣깤깦깧깪깫깭깮깯깱깲깳깴깵깶깷깺깾깿꺀꺁꺂꺃꺆꺇꺈꺉꺊꺋꺍꺎꺏꺐꺑꺒꺓꺔꺕꺖꺗꺘꺙꺚꺛꺜꺝꺞꺟꺠꺡꺢꺣꺤꺥꺦꺧꺨꺩꺪꺫꺬꺭꺮꺯꺰꺱꺲꺳꺴꺵꺶꺷꺸꺹꺺꺻꺿껁껂껃껅껆껇껈껉껊껋껎껒껓껔껕껖껗껚껛껝껞껟껠껡껢껣껤껥�\".split(\"\");\nfor(j = 0; j != D[131].length; ++j) if(D[131][j].charCodeAt(0) !== 0xFFFD) { e[D[131][j]] = 33536 + j; d[33536 + j] = D[131][j];}\nD[132] = \"�����������������������������������������������������������������껦껧껩껪껬껮껯껰껱껲껳껵껶껷껹껺껻껽껾껿꼀꼁꼂꼃꼄꼅������꼆꼉꼊꼋꼌꼎꼏꼑꼒꼓꼔꼕꼖꼗꼘꼙꼚꼛꼜꼝꼞꼟꼠꼡꼢꼣������꼤꼥꼦꼧꼨꼩꼪꼫꼮꼯꼱꼳꼵꼶꼷꼸꼹꼺꼻꼾꽀꽄꽅꽆꽇꽊꽋꽌꽍꽎꽏꽑꽒꽓꽔꽕꽖꽗꽘꽙꽚꽛꽞꽟꽠꽡꽢꽣꽦꽧꽨꽩꽪꽫꽬꽭꽮꽯꽰꽱꽲꽳꽴꽵꽶꽷꽸꽺꽻꽼꽽꽾꽿꾁꾂꾃꾅꾆꾇꾉꾊꾋꾌꾍꾎꾏꾒꾓꾔꾖꾗꾘꾙꾚꾛꾝꾞꾟꾠꾡꾢꾣꾤꾥꾦꾧꾨꾩꾪꾫꾬꾭꾮꾯꾰꾱꾲꾳꾴꾵꾶꾷꾺꾻꾽꾾�\".split(\"\");\nfor(j = 0; j != D[132].length; ++j) if(D[132][j].charCodeAt(0) !== 0xFFFD) { e[D[132][j]] = 33792 + j; d[33792 + j] = D[132][j];}\nD[133] = \"�����������������������������������������������������������������꾿꿁꿂꿃꿄꿅꿆꿊꿌꿏꿐꿑꿒꿓꿕꿖꿗꿘꿙꿚꿛꿝꿞꿟꿠꿡������꿢꿣꿤꿥꿦꿧꿪꿫꿬꿭꿮꿯꿲꿳꿵꿶꿷꿹꿺꿻꿼꿽꿾꿿뀂뀃������뀅뀆뀇뀈뀉뀊뀋뀍뀎뀏뀑뀒뀓뀕뀖뀗뀘뀙뀚뀛뀞뀟뀠뀡뀢뀣뀤뀥뀦뀧뀩뀪뀫뀬뀭뀮뀯뀰뀱뀲뀳뀴뀵뀶뀷뀸뀹뀺뀻뀼뀽뀾뀿끀끁끂끃끆끇끉끋끍끏끐끑끒끖끘끚끛끜끞끟끠끡끢끣끤끥끦끧끨끩끪끫끬끭끮끯끰끱끲끳끴끵끶끷끸끹끺끻끾끿낁낂낃낅낆낇낈낉낊낋낎낐낒낓낔낕낖낗낛낝낞낣낤�\".split(\"\");\nfor(j = 0; j != D[133].length; ++j) if(D[133][j].charCodeAt(0) !== 0xFFFD) { e[D[133][j]] = 34048 + j; d[34048 + j] = D[133][j];}\nD[134] = \"�����������������������������������������������������������������낥낦낧낪낰낲낶낷낹낺낻낽낾낿냀냁냂냃냆냊냋냌냍냎냏냒������냓냕냖냗냙냚냛냜냝냞냟냡냢냣냤냦냧냨냩냪냫냬냭냮냯냰������냱냲냳냴냵냶냷냸냹냺냻냼냽냾냿넀넁넂넃넄넅넆넇넊넍넎넏넑넔넕넖넗넚넞넟넠넡넢넦넧넩넪넫넭넮넯넰넱넲넳넶넺넻넼넽넾넿녂녃녅녆녇녉녊녋녌녍녎녏녒녓녖녗녙녚녛녝녞녟녡녢녣녤녥녦녧녨녩녪녫녬녭녮녯녰녱녲녳녴녵녶녷녺녻녽녾녿놁놃놄놅놆놇놊놌놎놏놐놑놕놖놗놙놚놛놝�\".split(\"\");\nfor(j = 0; j != D[134].length; ++j) if(D[134][j].charCodeAt(0) !== 0xFFFD) { e[D[134][j]] = 34304 + j; d[34304 + j] = D[134][j];}\nD[135] = \"�����������������������������������������������������������������놞놟놠놡놢놣놤놥놦놧놩놪놫놬놭놮놯놰놱놲놳놴놵놶놷놸������놹놺놻놼놽놾놿뇀뇁뇂뇃뇄뇅뇆뇇뇈뇉뇊뇋뇍뇎뇏뇑뇒뇓뇕������뇖뇗뇘뇙뇚뇛뇞뇠뇡뇢뇣뇤뇥뇦뇧뇪뇫뇭뇮뇯뇱뇲뇳뇴뇵뇶뇷뇸뇺뇼뇾뇿눀눁눂눃눆눇눉눊눍눎눏눐눑눒눓눖눘눚눛눜눝눞눟눡눢눣눤눥눦눧눨눩눪눫눬눭눮눯눰눱눲눳눵눶눷눸눹눺눻눽눾눿뉀뉁뉂뉃뉄뉅뉆뉇뉈뉉뉊뉋뉌뉍뉎뉏뉐뉑뉒뉓뉔뉕뉖뉗뉙뉚뉛뉝뉞뉟뉡뉢뉣뉤뉥뉦뉧뉪뉫뉬뉭뉮�\".split(\"\");\nfor(j = 0; j != D[135].length; ++j) if(D[135][j].charCodeAt(0) !== 0xFFFD) { e[D[135][j]] = 34560 + j; d[34560 + j] = D[135][j];}\nD[136] = \"�����������������������������������������������������������������뉯뉰뉱뉲뉳뉶뉷뉸뉹뉺뉻뉽뉾뉿늀늁늂늃늆늇늈늊늋늌늍늎������늏늒늓늕늖늗늛늜늝늞늟늢늤늧늨늩늫늭늮늯늱늲늳늵늶늷������늸늹늺늻늼늽늾늿닀닁닂닃닄닅닆닇닊닋닍닎닏닑닓닔닕닖닗닚닜닞닟닠닡닣닧닩닪닰닱닲닶닼닽닾댂댃댅댆댇댉댊댋댌댍댎댏댒댖댗댘댙댚댛댝댞댟댠댡댢댣댤댥댦댧댨댩댪댫댬댭댮댯댰댱댲댳댴댵댶댷댸댹댺댻댼댽댾댿덀덁덂덃덄덅덆덇덈덉덊덋덌덍덎덏덐덑덒덓덗덙덚덝덠덡덢덣�\".split(\"\");\nfor(j = 0; j != D[136].length; ++j) if(D[136][j].charCodeAt(0) !== 0xFFFD) { e[D[136][j]] = 34816 + j; d[34816 + j] = D[136][j];}\nD[137] = \"�����������������������������������������������������������������덦덨덪덬덭덯덲덳덵덶덷덹덺덻덼덽덾덿뎂뎆뎇뎈뎉뎊뎋뎍������뎎뎏뎑뎒뎓뎕뎖뎗뎘뎙뎚뎛뎜뎝뎞뎟뎢뎣뎤뎥뎦뎧뎩뎪뎫뎭������뎮뎯뎰뎱뎲뎳뎴뎵뎶뎷뎸뎹뎺뎻뎼뎽뎾뎿돀돁돂돃돆돇돉돊돍돏돑돒돓돖돘돚돜돞돟돡돢돣돥돦돧돩돪돫돬돭돮돯돰돱돲돳돴돵돶돷돸돹돺돻돽돾돿됀됁됂됃됄됅됆됇됈됉됊됋됌됍됎됏됑됒됓됔됕됖됗됙됚됛됝됞됟됡됢됣됤됥됦됧됪됬됭됮됯됰됱됲됳됵됶됷됸됹됺됻됼됽됾됿둀둁둂둃둄�\".split(\"\");\nfor(j = 0; j != D[137].length; ++j) if(D[137][j].charCodeAt(0) !== 0xFFFD) { e[D[137][j]] = 35072 + j; d[35072 + j] = D[137][j];}\nD[138] = \"�����������������������������������������������������������������둅둆둇둈둉둊둋둌둍둎둏둒둓둕둖둗둙둚둛둜둝둞둟둢둤둦������둧둨둩둪둫둭둮둯둰둱둲둳둴둵둶둷둸둹둺둻둼둽둾둿뒁뒂������뒃뒄뒅뒆뒇뒉뒊뒋뒌뒍뒎뒏뒐뒑뒒뒓뒔뒕뒖뒗뒘뒙뒚뒛뒜뒞뒟뒠뒡뒢뒣뒥뒦뒧뒩뒪뒫뒭뒮뒯뒰뒱뒲뒳뒴뒶뒸뒺뒻뒼뒽뒾뒿듁듂듃듅듆듇듉듊듋듌듍듎듏듑듒듓듔듖듗듘듙듚듛듞듟듡듢듥듧듨듩듪듫듮듰듲듳듴듵듶듷듹듺듻듼듽듾듿딀딁딂딃딄딅딆딇딈딉딊딋딌딍딎딏딐딑딒딓딖딗딙딚딝�\".split(\"\");\nfor(j = 0; j != D[138].length; ++j) if(D[138][j].charCodeAt(0) !== 0xFFFD) { e[D[138][j]] = 35328 + j; d[35328 + j] = D[138][j];}\nD[139] = \"�����������������������������������������������������������������딞딟딠딡딢딣딦딫딬딭딮딯딲딳딵딶딷딹딺딻딼딽딾딿땂땆������땇땈땉땊땎땏땑땒땓땕땖땗땘땙땚땛땞땢땣땤땥땦땧땨땩땪������땫땬땭땮땯땰땱땲땳땴땵땶땷땸땹땺땻땼땽땾땿떀떁떂떃떄떅떆떇떈떉떊떋떌떍떎떏떐떑떒떓떔떕떖떗떘떙떚떛떜떝떞떟떢떣떥떦떧떩떬떭떮떯떲떶떷떸떹떺떾떿뗁뗂뗃뗅뗆뗇뗈뗉뗊뗋뗎뗒뗓뗔뗕뗖뗗뗙뗚뗛뗜뗝뗞뗟뗠뗡뗢뗣뗤뗥뗦뗧뗨뗩뗪뗫뗭뗮뗯뗰뗱뗲뗳뗴뗵뗶뗷뗸뗹뗺뗻뗼뗽뗾뗿�\".split(\"\");\nfor(j = 0; j != D[139].length; ++j) if(D[139][j].charCodeAt(0) !== 0xFFFD) { e[D[139][j]] = 35584 + j; d[35584 + j] = D[139][j];}\nD[140] = \"�����������������������������������������������������������������똀똁똂똃똄똅똆똇똈똉똊똋똌똍똎똏똒똓똕똖똗똙똚똛똜똝������똞똟똠똡똢똣똤똦똧똨똩똪똫똭똮똯똰똱똲똳똵똶똷똸똹똺������똻똼똽똾똿뙀뙁뙂뙃뙄뙅뙆뙇뙉뙊뙋뙌뙍뙎뙏뙐뙑뙒뙓뙔뙕뙖뙗뙘뙙뙚뙛뙜뙝뙞뙟뙠뙡뙢뙣뙥뙦뙧뙩뙪뙫뙬뙭뙮뙯뙰뙱뙲뙳뙴뙵뙶뙷뙸뙹뙺뙻뙼뙽뙾뙿뚀뚁뚂뚃뚄뚅뚆뚇뚈뚉뚊뚋뚌뚍뚎뚏뚐뚑뚒뚓뚔뚕뚖뚗뚘뚙뚚뚛뚞뚟뚡뚢뚣뚥뚦뚧뚨뚩뚪뚭뚮뚯뚰뚲뚳뚴뚵뚶뚷뚸뚹뚺뚻뚼뚽뚾뚿뛀뛁뛂�\".split(\"\");\nfor(j = 0; j != D[140].length; ++j) if(D[140][j].charCodeAt(0) !== 0xFFFD) { e[D[140][j]] = 35840 + j; d[35840 + j] = D[140][j];}\nD[141] = \"�����������������������������������������������������������������뛃뛄뛅뛆뛇뛈뛉뛊뛋뛌뛍뛎뛏뛐뛑뛒뛓뛕뛖뛗뛘뛙뛚뛛뛜뛝������뛞뛟뛠뛡뛢뛣뛤뛥뛦뛧뛨뛩뛪뛫뛬뛭뛮뛯뛱뛲뛳뛵뛶뛷뛹뛺������뛻뛼뛽뛾뛿뜂뜃뜄뜆뜇뜈뜉뜊뜋뜌뜍뜎뜏뜐뜑뜒뜓뜔뜕뜖뜗뜘뜙뜚뜛뜜뜝뜞뜟뜠뜡뜢뜣뜤뜥뜦뜧뜪뜫뜭뜮뜱뜲뜳뜴뜵뜶뜷뜺뜼뜽뜾뜿띀띁띂띃띅띆띇띉띊띋띍띎띏띐띑띒띓띖띗띘띙띚띛띜띝띞띟띡띢띣띥띦띧띩띪띫띬띭띮띯띲띴띶띷띸띹띺띻띾띿랁랂랃랅랆랇랈랉랊랋랎랓랔랕랚랛랝랞�\".split(\"\");\nfor(j = 0; j != D[141].length; ++j) if(D[141][j].charCodeAt(0) !== 0xFFFD) { e[D[141][j]] = 36096 + j; d[36096 + j] = D[141][j];}\nD[142] = \"�����������������������������������������������������������������랟랡랢랣랤랥랦랧랪랮랯랰랱랲랳랶랷랹랺랻랼랽랾랿럀럁������럂럃럄럅럆럈럊럋럌럍럎럏럐럑럒럓럔럕럖럗럘럙럚럛럜럝������럞럟럠럡럢럣럤럥럦럧럨럩럪럫럮럯럱럲럳럵럶럷럸럹럺럻럾렂렃렄렅렆렊렋렍렎렏렑렒렓렔렕렖렗렚렜렞렟렠렡렢렣렦렧렩렪렫렭렮렯렰렱렲렳렶렺렻렼렽렾렿롁롂롃롅롆롇롈롉롊롋롌롍롎롏롐롒롔롕롖롗롘롙롚롛롞롟롡롢롣롥롦롧롨롩롪롫롮롰롲롳롴롵롶롷롹롺롻롽롾롿뢀뢁뢂뢃뢄�\".split(\"\");\nfor(j = 0; j != D[142].length; ++j) if(D[142][j].charCodeAt(0) !== 0xFFFD) { e[D[142][j]] = 36352 + j; d[36352 + j] = D[142][j];}\nD[143] = \"�����������������������������������������������������������������뢅뢆뢇뢈뢉뢊뢋뢌뢎뢏뢐뢑뢒뢓뢔뢕뢖뢗뢘뢙뢚뢛뢜뢝뢞뢟������뢠뢡뢢뢣뢤뢥뢦뢧뢩뢪뢫뢬뢭뢮뢯뢱뢲뢳뢵뢶뢷뢹뢺뢻뢼뢽������뢾뢿룂룄룆룇룈룉룊룋룍룎룏룑룒룓룕룖룗룘룙룚룛룜룞룠룢룣룤룥룦룧룪룫룭룮룯룱룲룳룴룵룶룷룺룼룾룿뤀뤁뤂뤃뤅뤆뤇뤈뤉뤊뤋뤌뤍뤎뤏뤐뤑뤒뤓뤔뤕뤖뤗뤙뤚뤛뤜뤝뤞뤟뤡뤢뤣뤤뤥뤦뤧뤨뤩뤪뤫뤬뤭뤮뤯뤰뤱뤲뤳뤴뤵뤶뤷뤸뤹뤺뤻뤾뤿륁륂륃륅륆륇륈륉륊륋륍륎륐륒륓륔륕륖륗�\".split(\"\");\nfor(j = 0; j != D[143].length; ++j) if(D[143][j].charCodeAt(0) !== 0xFFFD) { e[D[143][j]] = 36608 + j; d[36608 + j] = D[143][j];}\nD[144] = \"�����������������������������������������������������������������륚륛륝륞륟륡륢륣륤륥륦륧륪륬륮륯륰륱륲륳륶륷륹륺륻륽������륾륿릀릁릂릃릆릈릋릌릏릐릑릒릓릔릕릖릗릘릙릚릛릜릝릞������릟릠릡릢릣릤릥릦릧릨릩릪릫릮릯릱릲릳릵릶릷릸릹릺릻릾맀맂맃맄맅맆맇맊맋맍맓맔맕맖맗맚맜맟맠맢맦맧맩맪맫맭맮맯맰맱맲맳맶맻맼맽맾맿먂먃먄먅먆먇먉먊먋먌먍먎먏먐먑먒먓먔먖먗먘먙먚먛먜먝먞먟먠먡먢먣먤먥먦먧먨먩먪먫먬먭먮먯먰먱먲먳먴먵먶먷먺먻먽먾먿멁멃멄멅멆�\".split(\"\");\nfor(j = 0; j != D[144].length; ++j) if(D[144][j].charCodeAt(0) !== 0xFFFD) { e[D[144][j]] = 36864 + j; d[36864 + j] = D[144][j];}\nD[145] = \"�����������������������������������������������������������������멇멊멌멏멐멑멒멖멗멙멚멛멝멞멟멠멡멢멣멦멪멫멬멭멮멯������멲멳멵멶멷멹멺멻멼멽멾멿몀몁몂몆몈몉몊몋몍몎몏몐몑몒������몓몔몕몖몗몘몙몚몛몜몝몞몟몠몡몢몣몤몥몦몧몪몭몮몯몱몳몴몵몶몷몺몼몾몿뫀뫁뫂뫃뫅뫆뫇뫉뫊뫋뫌뫍뫎뫏뫐뫑뫒뫓뫔뫕뫖뫗뫚뫛뫜뫝뫞뫟뫠뫡뫢뫣뫤뫥뫦뫧뫨뫩뫪뫫뫬뫭뫮뫯뫰뫱뫲뫳뫴뫵뫶뫷뫸뫹뫺뫻뫽뫾뫿묁묂묃묅묆묇묈묉묊묋묌묎묐묒묓묔묕묖묗묙묚묛묝묞묟묡묢묣묤묥묦묧�\".split(\"\");\nfor(j = 0; j != D[145].length; ++j) if(D[145][j].charCodeAt(0) !== 0xFFFD) { e[D[145][j]] = 37120 + j; d[37120 + j] = D[145][j];}\nD[146] = \"�����������������������������������������������������������������묨묪묬묭묮묯묰묱묲묳묷묹묺묿뭀뭁뭂뭃뭆뭈뭊뭋뭌뭎뭑뭒������뭓뭕뭖뭗뭙뭚뭛뭜뭝뭞뭟뭠뭢뭤뭥뭦뭧뭨뭩뭪뭫뭭뭮뭯뭰뭱������뭲뭳뭴뭵뭶뭷뭸뭹뭺뭻뭼뭽뭾뭿뮀뮁뮂뮃뮄뮅뮆뮇뮉뮊뮋뮍뮎뮏뮑뮒뮓뮔뮕뮖뮗뮘뮙뮚뮛뮜뮝뮞뮟뮠뮡뮢뮣뮥뮦뮧뮩뮪뮫뮭뮮뮯뮰뮱뮲뮳뮵뮶뮸뮹뮺뮻뮼뮽뮾뮿믁믂믃믅믆믇믉믊믋믌믍믎믏믑믒믔믕믖믗믘믙믚믛믜믝믞믟믠믡믢믣믤믥믦믧믨믩믪믫믬믭믮믯믰믱믲믳믴믵믶믷믺믻믽믾밁�\".split(\"\");\nfor(j = 0; j != D[146].length; ++j) if(D[146][j].charCodeAt(0) !== 0xFFFD) { e[D[146][j]] = 37376 + j; d[37376 + j] = D[146][j];}\nD[147] = \"�����������������������������������������������������������������밃밄밅밆밇밊밎밐밒밓밙밚밠밡밢밣밦밨밪밫밬밮밯밲밳밵������밶밷밹밺밻밼밽밾밿뱂뱆뱇뱈뱊뱋뱎뱏뱑뱒뱓뱔뱕뱖뱗뱘뱙������뱚뱛뱜뱞뱟뱠뱡뱢뱣뱤뱥뱦뱧뱨뱩뱪뱫뱬뱭뱮뱯뱰뱱뱲뱳뱴뱵뱶뱷뱸뱹뱺뱻뱼뱽뱾뱿벀벁벂벃벆벇벉벊벍벏벐벑벒벓벖벘벛벜벝벞벟벢벣벥벦벩벪벫벬벭벮벯벲벶벷벸벹벺벻벾벿볁볂볃볅볆볇볈볉볊볋볌볎볒볓볔볖볗볙볚볛볝볞볟볠볡볢볣볤볥볦볧볨볩볪볫볬볭볮볯볰볱볲볳볷볹볺볻볽�\".split(\"\");\nfor(j = 0; j != D[147].length; ++j) if(D[147][j].charCodeAt(0) !== 0xFFFD) { e[D[147][j]] = 37632 + j; d[37632 + j] = D[147][j];}\nD[148] = \"�����������������������������������������������������������������볾볿봀봁봂봃봆봈봊봋봌봍봎봏봑봒봓봕봖봗봘봙봚봛봜봝������봞봟봠봡봢봣봥봦봧봨봩봪봫봭봮봯봰봱봲봳봴봵봶봷봸봹������봺봻봼봽봾봿뵁뵂뵃뵄뵅뵆뵇뵊뵋뵍뵎뵏뵑뵒뵓뵔뵕뵖뵗뵚뵛뵜뵝뵞뵟뵠뵡뵢뵣뵥뵦뵧뵩뵪뵫뵬뵭뵮뵯뵰뵱뵲뵳뵴뵵뵶뵷뵸뵹뵺뵻뵼뵽뵾뵿붂붃붅붆붋붌붍붎붏붒붔붖붗붘붛붝붞붟붠붡붢붣붥붦붧붨붩붪붫붬붭붮붯붱붲붳붴붵붶붷붹붺붻붼붽붾붿뷀뷁뷂뷃뷄뷅뷆뷇뷈뷉뷊뷋뷌뷍뷎뷏뷐뷑�\".split(\"\");\nfor(j = 0; j != D[148].length; ++j) if(D[148][j].charCodeAt(0) !== 0xFFFD) { e[D[148][j]] = 37888 + j; d[37888 + j] = D[148][j];}\nD[149] = \"�����������������������������������������������������������������뷒뷓뷖뷗뷙뷚뷛뷝뷞뷟뷠뷡뷢뷣뷤뷥뷦뷧뷨뷪뷫뷬뷭뷮뷯뷱������뷲뷳뷵뷶뷷뷹뷺뷻뷼뷽뷾뷿븁븂븄븆븇븈븉븊븋븎븏븑븒븓������븕븖븗븘븙븚븛븞븠븡븢븣븤븥븦븧븨븩븪븫븬븭븮븯븰븱븲븳븴븵븶븷븸븹븺븻븼븽븾븿빀빁빂빃빆빇빉빊빋빍빏빐빑빒빓빖빘빜빝빞빟빢빣빥빦빧빩빫빬빭빮빯빲빶빷빸빹빺빾빿뺁뺂뺃뺅뺆뺇뺈뺉뺊뺋뺎뺒뺓뺔뺕뺖뺗뺚뺛뺜뺝뺞뺟뺠뺡뺢뺣뺤뺥뺦뺧뺩뺪뺫뺬뺭뺮뺯뺰뺱뺲뺳뺴뺵뺶뺷�\".split(\"\");\nfor(j = 0; j != D[149].length; ++j) if(D[149][j].charCodeAt(0) !== 0xFFFD) { e[D[149][j]] = 38144 + j; d[38144 + j] = D[149][j];}\nD[150] = \"�����������������������������������������������������������������뺸뺹뺺뺻뺼뺽뺾뺿뻀뻁뻂뻃뻄뻅뻆뻇뻈뻉뻊뻋뻌뻍뻎뻏뻒뻓������뻕뻖뻙뻚뻛뻜뻝뻞뻟뻡뻢뻦뻧뻨뻩뻪뻫뻭뻮뻯뻰뻱뻲뻳뻴뻵������뻶뻷뻸뻹뻺뻻뻼뻽뻾뻿뼀뼂뼃뼄뼅뼆뼇뼊뼋뼌뼍뼎뼏뼐뼑뼒뼓뼔뼕뼖뼗뼚뼞뼟뼠뼡뼢뼣뼤뼥뼦뼧뼨뼩뼪뼫뼬뼭뼮뼯뼰뼱뼲뼳뼴뼵뼶뼷뼸뼹뼺뼻뼼뼽뼾뼿뽂뽃뽅뽆뽇뽉뽊뽋뽌뽍뽎뽏뽒뽓뽔뽖뽗뽘뽙뽚뽛뽜뽝뽞뽟뽠뽡뽢뽣뽤뽥뽦뽧뽨뽩뽪뽫뽬뽭뽮뽯뽰뽱뽲뽳뽴뽵뽶뽷뽸뽹뽺뽻뽼뽽뽾뽿뾀뾁뾂�\".split(\"\");\nfor(j = 0; j != D[150].length; ++j) if(D[150][j].charCodeAt(0) !== 0xFFFD) { e[D[150][j]] = 38400 + j; d[38400 + j] = D[150][j];}\nD[151] = \"�����������������������������������������������������������������뾃뾄뾅뾆뾇뾈뾉뾊뾋뾌뾍뾎뾏뾐뾑뾒뾓뾕뾖뾗뾘뾙뾚뾛뾜뾝������뾞뾟뾠뾡뾢뾣뾤뾥뾦뾧뾨뾩뾪뾫뾬뾭뾮뾯뾱뾲뾳뾴뾵뾶뾷뾸������뾹뾺뾻뾼뾽뾾뾿뿀뿁뿂뿃뿄뿆뿇뿈뿉뿊뿋뿎뿏뿑뿒뿓뿕뿖뿗뿘뿙뿚뿛뿝뿞뿠뿢뿣뿤뿥뿦뿧뿨뿩뿪뿫뿬뿭뿮뿯뿰뿱뿲뿳뿴뿵뿶뿷뿸뿹뿺뿻뿼뿽뿾뿿쀀쀁쀂쀃쀄쀅쀆쀇쀈쀉쀊쀋쀌쀍쀎쀏쀐쀑쀒쀓쀔쀕쀖쀗쀘쀙쀚쀛쀜쀝쀞쀟쀠쀡쀢쀣쀤쀥쀦쀧쀨쀩쀪쀫쀬쀭쀮쀯쀰쀱쀲쀳쀴쀵쀶쀷쀸쀹쀺쀻쀽쀾쀿�\".split(\"\");\nfor(j = 0; j != D[151].length; ++j) if(D[151][j].charCodeAt(0) !== 0xFFFD) { e[D[151][j]] = 38656 + j; d[38656 + j] = D[151][j];}\nD[152] = \"�����������������������������������������������������������������쁀쁁쁂쁃쁄쁅쁆쁇쁈쁉쁊쁋쁌쁍쁎쁏쁐쁒쁓쁔쁕쁖쁗쁙쁚쁛������쁝쁞쁟쁡쁢쁣쁤쁥쁦쁧쁪쁫쁬쁭쁮쁯쁰쁱쁲쁳쁴쁵쁶쁷쁸쁹������쁺쁻쁼쁽쁾쁿삀삁삂삃삄삅삆삇삈삉삊삋삌삍삎삏삒삓삕삖삗삙삚삛삜삝삞삟삢삤삦삧삨삩삪삫삮삱삲삷삸삹삺삻삾샂샃샄샆샇샊샋샍샎샏샑샒샓샔샕샖샗샚샞샟샠샡샢샣샦샧샩샪샫샭샮샯샰샱샲샳샶샸샺샻샼샽샾샿섁섂섃섅섆섇섉섊섋섌섍섎섏섑섒섓섔섖섗섘섙섚섛섡섢섥섨섩섪섫섮�\".split(\"\");\nfor(j = 0; j != D[152].length; ++j) if(D[152][j].charCodeAt(0) !== 0xFFFD) { e[D[152][j]] = 38912 + j; d[38912 + j] = D[152][j];}\nD[153] = \"�����������������������������������������������������������������섲섳섴섵섷섺섻섽섾섿셁셂셃셄셅셆셇셊셎셏셐셑셒셓셖셗������셙셚셛셝셞셟셠셡셢셣셦셪셫셬셭셮셯셱셲셳셵셶셷셹셺셻������셼셽셾셿솀솁솂솃솄솆솇솈솉솊솋솏솑솒솓솕솗솘솙솚솛솞솠솢솣솤솦솧솪솫솭솮솯솱솲솳솴솵솶솷솸솹솺솻솼솾솿쇀쇁쇂쇃쇅쇆쇇쇉쇊쇋쇍쇎쇏쇐쇑쇒쇓쇕쇖쇙쇚쇛쇜쇝쇞쇟쇡쇢쇣쇥쇦쇧쇩쇪쇫쇬쇭쇮쇯쇲쇴쇵쇶쇷쇸쇹쇺쇻쇾쇿숁숂숃숅숆숇숈숉숊숋숎숐숒숓숔숕숖숗숚숛숝숞숡숢숣�\".split(\"\");\nfor(j = 0; j != D[153].length; ++j) if(D[153][j].charCodeAt(0) !== 0xFFFD) { e[D[153][j]] = 39168 + j; d[39168 + j] = D[153][j];}\nD[154] = \"�����������������������������������������������������������������숤숥숦숧숪숬숮숰숳숵숶숷숸숹숺숻숼숽숾숿쉀쉁쉂쉃쉄쉅������쉆쉇쉉쉊쉋쉌쉍쉎쉏쉒쉓쉕쉖쉗쉙쉚쉛쉜쉝쉞쉟쉡쉢쉣쉤쉦������쉧쉨쉩쉪쉫쉮쉯쉱쉲쉳쉵쉶쉷쉸쉹쉺쉻쉾슀슂슃슄슅슆슇슊슋슌슍슎슏슑슒슓슔슕슖슗슙슚슜슞슟슠슡슢슣슦슧슩슪슫슮슯슰슱슲슳슶슸슺슻슼슽슾슿싀싁싂싃싄싅싆싇싈싉싊싋싌싍싎싏싐싑싒싓싔싕싖싗싘싙싚싛싞싟싡싢싥싦싧싨싩싪싮싰싲싳싴싵싷싺싽싾싿쌁쌂쌃쌄쌅쌆쌇쌊쌋쌎쌏�\".split(\"\");\nfor(j = 0; j != D[154].length; ++j) if(D[154][j].charCodeAt(0) !== 0xFFFD) { e[D[154][j]] = 39424 + j; d[39424 + j] = D[154][j];}\nD[155] = \"�����������������������������������������������������������������쌐쌑쌒쌖쌗쌙쌚쌛쌝쌞쌟쌠쌡쌢쌣쌦쌧쌪쌫쌬쌭쌮쌯쌰쌱쌲������쌳쌴쌵쌶쌷쌸쌹쌺쌻쌼쌽쌾쌿썀썁썂썃썄썆썇썈썉썊썋썌썍������썎썏썐썑썒썓썔썕썖썗썘썙썚썛썜썝썞썟썠썡썢썣썤썥썦썧썪썫썭썮썯썱썳썴썵썶썷썺썻썾썿쎀쎁쎂쎃쎅쎆쎇쎉쎊쎋쎍쎎쎏쎐쎑쎒쎓쎔쎕쎖쎗쎘쎙쎚쎛쎜쎝쎞쎟쎠쎡쎢쎣쎤쎥쎦쎧쎨쎩쎪쎫쎬쎭쎮쎯쎰쎱쎲쎳쎴쎵쎶쎷쎸쎹쎺쎻쎼쎽쎾쎿쏁쏂쏃쏄쏅쏆쏇쏈쏉쏊쏋쏌쏍쏎쏏쏐쏑쏒쏓쏔쏕쏖쏗쏚�\".split(\"\");\nfor(j = 0; j != D[155].length; ++j) if(D[155][j].charCodeAt(0) !== 0xFFFD) { e[D[155][j]] = 39680 + j; d[39680 + j] = D[155][j];}\nD[156] = \"�����������������������������������������������������������������쏛쏝쏞쏡쏣쏤쏥쏦쏧쏪쏫쏬쏮쏯쏰쏱쏲쏳쏶쏷쏹쏺쏻쏼쏽쏾������쏿쐀쐁쐂쐃쐄쐅쐆쐇쐉쐊쐋쐌쐍쐎쐏쐑쐒쐓쐔쐕쐖쐗쐘쐙쐚������쐛쐜쐝쐞쐟쐠쐡쐢쐣쐥쐦쐧쐨쐩쐪쐫쐭쐮쐯쐱쐲쐳쐵쐶쐷쐸쐹쐺쐻쐾쐿쑀쑁쑂쑃쑄쑅쑆쑇쑉쑊쑋쑌쑍쑎쑏쑐쑑쑒쑓쑔쑕쑖쑗쑘쑙쑚쑛쑜쑝쑞쑟쑠쑡쑢쑣쑦쑧쑩쑪쑫쑭쑮쑯쑰쑱쑲쑳쑶쑷쑸쑺쑻쑼쑽쑾쑿쒁쒂쒃쒄쒅쒆쒇쒈쒉쒊쒋쒌쒍쒎쒏쒐쒑쒒쒓쒕쒖쒗쒘쒙쒚쒛쒝쒞쒟쒠쒡쒢쒣쒤쒥쒦쒧쒨쒩�\".split(\"\");\nfor(j = 0; j != D[156].length; ++j) if(D[156][j].charCodeAt(0) !== 0xFFFD) { e[D[156][j]] = 39936 + j; d[39936 + j] = D[156][j];}\nD[157] = \"�����������������������������������������������������������������쒪쒫쒬쒭쒮쒯쒰쒱쒲쒳쒴쒵쒶쒷쒹쒺쒻쒽쒾쒿쓀쓁쓂쓃쓄쓅������쓆쓇쓈쓉쓊쓋쓌쓍쓎쓏쓐쓑쓒쓓쓔쓕쓖쓗쓘쓙쓚쓛쓜쓝쓞쓟������쓠쓡쓢쓣쓤쓥쓦쓧쓨쓪쓫쓬쓭쓮쓯쓲쓳쓵쓶쓷쓹쓻쓼쓽쓾씂씃씄씅씆씇씈씉씊씋씍씎씏씑씒씓씕씖씗씘씙씚씛씝씞씟씠씡씢씣씤씥씦씧씪씫씭씮씯씱씲씳씴씵씶씷씺씼씾씿앀앁앂앃앆앇앋앏앐앑앒앖앚앛앜앟앢앣앥앦앧앩앪앫앬앭앮앯앲앶앷앸앹앺앻앾앿얁얂얃얅얆얈얉얊얋얎얐얒얓얔�\".split(\"\");\nfor(j = 0; j != D[157].length; ++j) if(D[157][j].charCodeAt(0) !== 0xFFFD) { e[D[157][j]] = 40192 + j; d[40192 + j] = D[157][j];}\nD[158] = \"�����������������������������������������������������������������얖얙얚얛얝얞얟얡얢얣얤얥얦얧얨얪얫얬얭얮얯얰얱얲얳얶������얷얺얿엀엁엂엃엋엍엏엒엓엕엖엗엙엚엛엜엝엞엟엢엤엦엧������엨엩엪엫엯엱엲엳엵엸엹엺엻옂옃옄옉옊옋옍옎옏옑옒옓옔옕옖옗옚옝옞옟옠옡옢옣옦옧옩옪옫옯옱옲옶옸옺옼옽옾옿왂왃왅왆왇왉왊왋왌왍왎왏왒왖왗왘왙왚왛왞왟왡왢왣왤왥왦왧왨왩왪왫왭왮왰왲왳왴왵왶왷왺왻왽왾왿욁욂욃욄욅욆욇욊욌욎욏욐욑욒욓욖욗욙욚욛욝욞욟욠욡욢욣욦�\".split(\"\");\nfor(j = 0; j != D[158].length; ++j) if(D[158][j].charCodeAt(0) !== 0xFFFD) { e[D[158][j]] = 40448 + j; d[40448 + j] = D[158][j];}\nD[159] = \"�����������������������������������������������������������������욨욪욫욬욭욮욯욲욳욵욶욷욻욼욽욾욿웂웄웆웇웈웉웊웋웎������웏웑웒웓웕웖웗웘웙웚웛웞웟웢웣웤웥웦웧웪웫웭웮웯웱웲������웳웴웵웶웷웺웻웼웾웿윀윁윂윃윆윇윉윊윋윍윎윏윐윑윒윓윖윘윚윛윜윝윞윟윢윣윥윦윧윩윪윫윬윭윮윯윲윴윶윸윹윺윻윾윿읁읂읃읅읆읇읈읉읋읎읐읙읚읛읝읞읟읡읢읣읤읥읦읧읩읪읬읭읮읯읰읱읲읳읶읷읹읺읻읿잀잁잂잆잋잌잍잏잒잓잕잙잛잜잝잞잟잢잧잨잩잪잫잮잯잱잲잳잵잶잷�\".split(\"\");\nfor(j = 0; j != D[159].length; ++j) if(D[159][j].charCodeAt(0) !== 0xFFFD) { e[D[159][j]] = 40704 + j; d[40704 + j] = D[159][j];}\nD[160] = \"�����������������������������������������������������������������잸잹잺잻잾쟂쟃쟄쟅쟆쟇쟊쟋쟍쟏쟑쟒쟓쟔쟕쟖쟗쟙쟚쟛쟜������쟞쟟쟠쟡쟢쟣쟥쟦쟧쟩쟪쟫쟭쟮쟯쟰쟱쟲쟳쟴쟵쟶쟷쟸쟹쟺������쟻쟼쟽쟾쟿젂젃젅젆젇젉젋젌젍젎젏젒젔젗젘젙젚젛젞젟젡젢젣젥젦젧젨젩젪젫젮젰젲젳젴젵젶젷젹젺젻젽젾젿졁졂졃졄졅졆졇졊졋졎졏졐졑졒졓졕졖졗졘졙졚졛졜졝졞졟졠졡졢졣졤졥졦졧졨졩졪졫졬졭졮졯졲졳졵졶졷졹졻졼졽졾졿좂좄좈좉좊좎좏좐좑좒좓좕좖좗좘좙좚좛좜좞좠좢좣좤�\".split(\"\");\nfor(j = 0; j != D[160].length; ++j) if(D[160][j].charCodeAt(0) !== 0xFFFD) { e[D[160][j]] = 40960 + j; d[40960 + j] = D[160][j];}\nD[161] = \"�����������������������������������������������������������������좥좦좧좩좪좫좬좭좮좯좰좱좲좳좴좵좶좷좸좹좺좻좾좿죀죁������죂죃죅죆죇죉죊죋죍죎죏죐죑죒죓죖죘죚죛죜죝죞죟죢죣죥������죦죧죨죩죪죫죬죭죮죯죰죱죲죳죴죶죷죸죹죺죻죾죿줁줂줃줇줈줉줊줋줎 、。·‥…¨〃―∥＼∼‘’“”〔〕〈〉《》「」『』【】±×÷≠≤≥∞∴°′″℃Å￠￡￥♂♀∠⊥⌒∂∇≡≒§※☆★○●◎◇◆□■△▲▽▼→←↑↓↔〓≪≫√∽∝∵∫∬∈∋⊆⊇⊂⊃∪∩∧∨￢�\".split(\"\");\nfor(j = 0; j != D[161].length; ++j) if(D[161][j].charCodeAt(0) !== 0xFFFD) { e[D[161][j]] = 41216 + j; d[41216 + j] = D[161][j];}\nD[162] = \"�����������������������������������������������������������������줐줒줓줔줕줖줗줙줚줛줜줝줞줟줠줡줢줣줤줥줦줧줨줩줪줫������줭줮줯줰줱줲줳줵줶줷줸줹줺줻줼줽줾줿쥀쥁쥂쥃쥄쥅쥆쥇������쥈쥉쥊쥋쥌쥍쥎쥏쥒쥓쥕쥖쥗쥙쥚쥛쥜쥝쥞쥟쥢쥤쥥쥦쥧쥨쥩쥪쥫쥭쥮쥯⇒⇔∀∃´～ˇ˘˝˚˙¸˛¡¿ː∮∑∏¤℉‰◁◀▷▶♤♠♡♥♧♣⊙◈▣◐◑▒▤▥▨▧▦▩♨☏☎☜☞¶†‡↕↗↙↖↘♭♩♪♬㉿㈜№㏇™㏂㏘℡€®������������������������\".split(\"\");\nfor(j = 0; j != D[162].length; ++j) if(D[162][j].charCodeAt(0) !== 0xFFFD) { e[D[162][j]] = 41472 + j; d[41472 + j] = D[162][j];}\nD[163] = \"�����������������������������������������������������������������쥱쥲쥳쥵쥶쥷쥸쥹쥺쥻쥽쥾쥿즀즁즂즃즄즅즆즇즊즋즍즎즏������즑즒즓즔즕즖즗즚즜즞즟즠즡즢즣즤즥즦즧즨즩즪즫즬즭즮������즯즰즱즲즳즴즵즶즷즸즹즺즻즼즽즾즿짂짃짅짆짉짋짌짍짎짏짒짔짗짘짛！＂＃＄％＆＇（）＊＋，－．／０１２３４５６７８９：；＜＝＞？＠ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺ［￦］＾＿｀ａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ｛｜｝￣�\".split(\"\");\nfor(j = 0; j != D[163].length; ++j) if(D[163][j].charCodeAt(0) !== 0xFFFD) { e[D[163][j]] = 41728 + j; d[41728 + j] = D[163][j];}\nD[164] = \"�����������������������������������������������������������������짞짟짡짣짥짦짨짩짪짫짮짲짳짴짵짶짷짺짻짽짾짿쨁쨂쨃쨄������쨅쨆쨇쨊쨎쨏쨐쨑쨒쨓쨕쨖쨗쨙쨚쨛쨜쨝쨞쨟쨠쨡쨢쨣쨤쨥������쨦쨧쨨쨪쨫쨬쨭쨮쨯쨰쨱쨲쨳쨴쨵쨶쨷쨸쨹쨺쨻쨼쨽쨾쨿쩀쩁쩂쩃쩄쩅쩆ㄱㄲㄳㄴㄵㄶㄷㄸㄹㄺㄻㄼㄽㄾㄿㅀㅁㅂㅃㅄㅅㅆㅇㅈㅉㅊㅋㅌㅍㅎㅏㅐㅑㅒㅓㅔㅕㅖㅗㅘㅙㅚㅛㅜㅝㅞㅟㅠㅡㅢㅣㅤㅥㅦㅧㅨㅩㅪㅫㅬㅭㅮㅯㅰㅱㅲㅳㅴㅵㅶㅷㅸㅹㅺㅻㅼㅽㅾㅿㆀㆁㆂㆃㆄㆅㆆㆇㆈㆉㆊㆋㆌㆍㆎ�\".split(\"\");\nfor(j = 0; j != D[164].length; ++j) if(D[164][j].charCodeAt(0) !== 0xFFFD) { e[D[164][j]] = 41984 + j; d[41984 + j] = D[164][j];}\nD[165] = \"�����������������������������������������������������������������쩇쩈쩉쩊쩋쩎쩏쩑쩒쩓쩕쩖쩗쩘쩙쩚쩛쩞쩢쩣쩤쩥쩦쩧쩩쩪������쩫쩬쩭쩮쩯쩰쩱쩲쩳쩴쩵쩶쩷쩸쩹쩺쩻쩼쩾쩿쪀쪁쪂쪃쪅쪆������쪇쪈쪉쪊쪋쪌쪍쪎쪏쪐쪑쪒쪓쪔쪕쪖쪗쪙쪚쪛쪜쪝쪞쪟쪠쪡쪢쪣쪤쪥쪦쪧ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹ�����ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ�������ΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩ��������αβγδεζηθικλμνξοπρστυφχψω�������\".split(\"\");\nfor(j = 0; j != D[165].length; ++j) if(D[165][j].charCodeAt(0) !== 0xFFFD) { e[D[165][j]] = 42240 + j; d[42240 + j] = D[165][j];}\nD[166] = \"�����������������������������������������������������������������쪨쪩쪪쪫쪬쪭쪮쪯쪰쪱쪲쪳쪴쪵쪶쪷쪸쪹쪺쪻쪾쪿쫁쫂쫃쫅������쫆쫇쫈쫉쫊쫋쫎쫐쫒쫔쫕쫖쫗쫚쫛쫜쫝쫞쫟쫡쫢쫣쫤쫥쫦쫧������쫨쫩쫪쫫쫭쫮쫯쫰쫱쫲쫳쫵쫶쫷쫸쫹쫺쫻쫼쫽쫾쫿쬀쬁쬂쬃쬄쬅쬆쬇쬉쬊─│┌┐┘└├┬┤┴┼━┃┏┓┛┗┣┳┫┻╋┠┯┨┷┿┝┰┥┸╂┒┑┚┙┖┕┎┍┞┟┡┢┦┧┩┪┭┮┱┲┵┶┹┺┽┾╀╁╃╄╅╆╇╈╉╊���������������������������\".split(\"\");\nfor(j = 0; j != D[166].length; ++j) if(D[166][j].charCodeAt(0) !== 0xFFFD) { e[D[166][j]] = 42496 + j; d[42496 + j] = D[166][j];}\nD[167] = \"�����������������������������������������������������������������쬋쬌쬍쬎쬏쬑쬒쬓쬕쬖쬗쬙쬚쬛쬜쬝쬞쬟쬢쬣쬤쬥쬦쬧쬨쬩������쬪쬫쬬쬭쬮쬯쬰쬱쬲쬳쬴쬵쬶쬷쬸쬹쬺쬻쬼쬽쬾쬿쭀쭂쭃쭄������쭅쭆쭇쭊쭋쭍쭎쭏쭑쭒쭓쭔쭕쭖쭗쭚쭛쭜쭞쭟쭠쭡쭢쭣쭥쭦쭧쭨쭩쭪쭫쭬㎕㎖㎗ℓ㎘㏄㎣㎤㎥㎦㎙㎚㎛㎜㎝㎞㎟㎠㎡㎢㏊㎍㎎㎏㏏㎈㎉㏈㎧㎨㎰㎱㎲㎳㎴㎵㎶㎷㎸㎹㎀㎁㎂㎃㎄㎺㎻㎼㎽㎾㎿㎐㎑㎒㎓㎔Ω㏀㏁㎊㎋㎌㏖㏅㎭㎮㎯㏛㎩㎪㎫㎬㏝㏐㏓㏃㏉㏜㏆����������������\".split(\"\");\nfor(j = 0; j != D[167].length; ++j) if(D[167][j].charCodeAt(0) !== 0xFFFD) { e[D[167][j]] = 42752 + j; d[42752 + j] = D[167][j];}\nD[168] = \"�����������������������������������������������������������������쭭쭮쭯쭰쭱쭲쭳쭴쭵쭶쭷쭺쭻쭼쭽쭾쭿쮀쮁쮂쮃쮄쮅쮆쮇쮈������쮉쮊쮋쮌쮍쮎쮏쮐쮑쮒쮓쮔쮕쮖쮗쮘쮙쮚쮛쮝쮞쮟쮠쮡쮢쮣������쮤쮥쮦쮧쮨쮩쮪쮫쮬쮭쮮쮯쮰쮱쮲쮳쮴쮵쮶쮷쮹쮺쮻쮼쮽쮾쮿쯀쯁쯂쯃쯄ÆЪĦ�IJ�ĿŁØŒºÞŦŊ�㉠㉡㉢㉣㉤㉥㉦㉧㉨㉩㉪㉫㉬㉭㉮㉯㉰㉱㉲㉳㉴㉵㉶㉷㉸㉹㉺㉻ⓐⓑⓒⓓⓔⓕⓖⓗⓘⓙⓚⓛⓜⓝⓞⓟⓠⓡⓢⓣⓤⓥⓦⓧⓨⓩ①②③④⑤⑥⑦⑧⑨⑩⑪⑫⑬⑭⑮½⅓⅔¼¾⅛⅜⅝⅞�\".split(\"\");\nfor(j = 0; j != D[168].length; ++j) if(D[168][j].charCodeAt(0) !== 0xFFFD) { e[D[168][j]] = 43008 + j; d[43008 + j] = D[168][j];}\nD[169] = \"�����������������������������������������������������������������쯅쯆쯇쯈쯉쯊쯋쯌쯍쯎쯏쯐쯑쯒쯓쯕쯖쯗쯘쯙쯚쯛쯜쯝쯞쯟������쯠쯡쯢쯣쯥쯦쯨쯪쯫쯬쯭쯮쯯쯰쯱쯲쯳쯴쯵쯶쯷쯸쯹쯺쯻쯼������쯽쯾쯿찀찁찂찃찄찅찆찇찈찉찊찋찎찏찑찒찓찕찖찗찘찙찚찛찞찟찠찣찤æđðħıijĸŀłøœßþŧŋʼn㈀㈁㈂㈃㈄㈅㈆㈇㈈㈉㈊㈋㈌㈍㈎㈏㈐㈑㈒㈓㈔㈕㈖㈗㈘㈙㈚㈛⒜⒝⒞⒟⒠⒡⒢⒣⒤⒥⒦⒧⒨⒩⒪⒫⒬⒭⒮⒯⒰⒱⒲⒳⒴⒵⑴⑵⑶⑷⑸⑹⑺⑻⑼⑽⑾⑿⒀⒁⒂¹²³⁴ⁿ₁₂₃₄�\".split(\"\");\nfor(j = 0; j != D[169].length; ++j) if(D[169][j].charCodeAt(0) !== 0xFFFD) { e[D[169][j]] = 43264 + j; d[43264 + j] = D[169][j];}\nD[170] = \"�����������������������������������������������������������������찥찦찪찫찭찯찱찲찳찴찵찶찷찺찿챀챁챂챃챆챇챉챊챋챍챎������챏챐챑챒챓챖챚챛챜챝챞챟챡챢챣챥챧챩챪챫챬챭챮챯챱챲������챳챴챶챷챸챹챺챻챼챽챾챿첀첁첂첃첄첅첆첇첈첉첊첋첌첍첎첏첐첑첒첓ぁあぃいぅうぇえぉおかがきぎくぐけげこごさざしじすずせぜそぞただちぢっつづてでとどなにぬねのはばぱひびぴふぶぷへべぺほぼぽまみむめもゃやゅゆょよらりるれろゎわゐゑをん������������\".split(\"\");\nfor(j = 0; j != D[170].length; ++j) if(D[170][j].charCodeAt(0) !== 0xFFFD) { e[D[170][j]] = 43520 + j; d[43520 + j] = D[170][j];}\nD[171] = \"�����������������������������������������������������������������첔첕첖첗첚첛첝첞첟첡첢첣첤첥첦첧첪첮첯첰첱첲첳첶첷첹������첺첻첽첾첿쳀쳁쳂쳃쳆쳈쳊쳋쳌쳍쳎쳏쳑쳒쳓쳕쳖쳗쳘쳙쳚������쳛쳜쳝쳞쳟쳠쳡쳢쳣쳥쳦쳧쳨쳩쳪쳫쳭쳮쳯쳱쳲쳳쳴쳵쳶쳷쳸쳹쳺쳻쳼쳽ァアィイゥウェエォオカガキギクグケゲコゴサザシジスズセゼソゾタダチヂッツヅテデトドナニヌネノハバパヒビピフブプヘベペホボポマミムメモャヤュユョヨラリルレロヮワヰヱヲンヴヵヶ���������\".split(\"\");\nfor(j = 0; j != D[171].length; ++j) if(D[171][j].charCodeAt(0) !== 0xFFFD) { e[D[171][j]] = 43776 + j; d[43776 + j] = D[171][j];}\nD[172] = \"�����������������������������������������������������������������쳾쳿촀촂촃촄촅촆촇촊촋촍촎촏촑촒촓촔촕촖촗촚촜촞촟촠������촡촢촣촥촦촧촩촪촫촭촮촯촰촱촲촳촴촵촶촷촸촺촻촼촽촾������촿쵀쵁쵂쵃쵄쵅쵆쵇쵈쵉쵊쵋쵌쵍쵎쵏쵐쵑쵒쵓쵔쵕쵖쵗쵘쵙쵚쵛쵝쵞쵟АБВГДЕЁЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ���������������абвгдеёжзийклмнопрстуфхцчшщъыьэюя��������������\".split(\"\");\nfor(j = 0; j != D[172].length; ++j) if(D[172][j].charCodeAt(0) !== 0xFFFD) { e[D[172][j]] = 44032 + j; d[44032 + j] = D[172][j];}\nD[173] = \"�����������������������������������������������������������������쵡쵢쵣쵥쵦쵧쵨쵩쵪쵫쵮쵰쵲쵳쵴쵵쵶쵷쵹쵺쵻쵼쵽쵾쵿춀������춁춂춃춄춅춆춇춉춊춋춌춍춎춏춐춑춒춓춖춗춙춚춛춝춞춟������춠춡춢춣춦춨춪춫춬춭춮춯춱춲춳춴춵춶춷춸춹춺춻춼춽춾춿췀췁췂췃췅�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[173].length; ++j) if(D[173][j].charCodeAt(0) !== 0xFFFD) { e[D[173][j]] = 44288 + j; d[44288 + j] = D[173][j];}\nD[174] = \"�����������������������������������������������������������������췆췇췈췉췊췋췍췎췏췑췒췓췔췕췖췗췘췙췚췛췜췝췞췟췠췡������췢췣췤췥췦췧췩췪췫췭췮췯췱췲췳췴췵췶췷췺췼췾췿츀츁츂������츃츅츆츇츉츊츋츍츎츏츐츑츒츓츕츖츗츘츚츛츜츝츞츟츢츣츥츦츧츩츪츫�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[174].length; ++j) if(D[174][j].charCodeAt(0) !== 0xFFFD) { e[D[174][j]] = 44544 + j; d[44544 + j] = D[174][j];}\nD[175] = \"�����������������������������������������������������������������츬츭츮츯츲츴츶츷츸츹츺츻츼츽츾츿칀칁칂칃칄칅칆칇칈칉������칊칋칌칍칎칏칐칑칒칓칔칕칖칗칚칛칝칞칢칣칤칥칦칧칪칬������칮칯칰칱칲칳칶칷칹칺칻칽칾칿캀캁캂캃캆캈캊캋캌캍캎캏캒캓캕캖캗캙�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[175].length; ++j) if(D[175][j].charCodeAt(0) !== 0xFFFD) { e[D[175][j]] = 44800 + j; d[44800 + j] = D[175][j];}\nD[176] = \"�����������������������������������������������������������������캚캛캜캝캞캟캢캦캧캨캩캪캫캮캯캰캱캲캳캴캵캶캷캸캹캺������캻캼캽캾캿컀컂컃컄컅컆컇컈컉컊컋컌컍컎컏컐컑컒컓컔컕������컖컗컘컙컚컛컜컝컞컟컠컡컢컣컦컧컩컪컭컮컯컰컱컲컳컶컺컻컼컽컾컿가각간갇갈갉갊감갑값갓갔강갖갗같갚갛개객갠갤갬갭갯갰갱갸갹갼걀걋걍걔걘걜거걱건걷걸걺검겁것겄겅겆겉겊겋게겐겔겜겝겟겠겡겨격겪견겯결겸겹겻겼경곁계곈곌곕곗고곡곤곧골곪곬곯곰곱곳공곶과곽관괄괆�\".split(\"\");\nfor(j = 0; j != D[176].length; ++j) if(D[176][j].charCodeAt(0) !== 0xFFFD) { e[D[176][j]] = 45056 + j; d[45056 + j] = D[176][j];}\nD[177] = \"�����������������������������������������������������������������켂켃켅켆켇켉켊켋켌켍켎켏켒켔켖켗켘켙켚켛켝켞켟켡켢켣������켥켦켧켨켩켪켫켮켲켳켴켵켶켷켹켺켻켼켽켾켿콀콁콂콃콄������콅콆콇콈콉콊콋콌콍콎콏콐콑콒콓콖콗콙콚콛콝콞콟콠콡콢콣콦콨콪콫콬괌괍괏광괘괜괠괩괬괭괴괵괸괼굄굅굇굉교굔굘굡굣구국군굳굴굵굶굻굼굽굿궁궂궈궉권궐궜궝궤궷귀귁귄귈귐귑귓규균귤그극근귿글긁금급긋긍긔기긱긴긷길긺김깁깃깅깆깊까깍깎깐깔깖깜깝깟깠깡깥깨깩깬깰깸�\".split(\"\");\nfor(j = 0; j != D[177].length; ++j) if(D[177][j].charCodeAt(0) !== 0xFFFD) { e[D[177][j]] = 45312 + j; d[45312 + j] = D[177][j];}\nD[178] = \"�����������������������������������������������������������������콭콮콯콲콳콵콶콷콹콺콻콼콽콾콿쾁쾂쾃쾄쾆쾇쾈쾉쾊쾋쾍������쾎쾏쾐쾑쾒쾓쾔쾕쾖쾗쾘쾙쾚쾛쾜쾝쾞쾟쾠쾢쾣쾤쾥쾦쾧쾩������쾪쾫쾬쾭쾮쾯쾱쾲쾳쾴쾵쾶쾷쾸쾹쾺쾻쾼쾽쾾쾿쿀쿁쿂쿃쿅쿆쿇쿈쿉쿊쿋깹깻깼깽꺄꺅꺌꺼꺽꺾껀껄껌껍껏껐껑께껙껜껨껫껭껴껸껼꼇꼈꼍꼐꼬꼭꼰꼲꼴꼼꼽꼿꽁꽂꽃꽈꽉꽐꽜꽝꽤꽥꽹꾀꾄꾈꾐꾑꾕꾜꾸꾹꾼꿀꿇꿈꿉꿋꿍꿎꿔꿜꿨꿩꿰꿱꿴꿸뀀뀁뀄뀌뀐뀔뀜뀝뀨끄끅끈끊끌끎끓끔끕끗끙�\".split(\"\");\nfor(j = 0; j != D[178].length; ++j) if(D[178][j].charCodeAt(0) !== 0xFFFD) { e[D[178][j]] = 45568 + j; d[45568 + j] = D[178][j];}\nD[179] = \"�����������������������������������������������������������������쿌쿍쿎쿏쿐쿑쿒쿓쿔쿕쿖쿗쿘쿙쿚쿛쿜쿝쿞쿟쿢쿣쿥쿦쿧쿩������쿪쿫쿬쿭쿮쿯쿲쿴쿶쿷쿸쿹쿺쿻쿽쿾쿿퀁퀂퀃퀅퀆퀇퀈퀉퀊������퀋퀌퀍퀎퀏퀐퀒퀓퀔퀕퀖퀗퀙퀚퀛퀜퀝퀞퀟퀠퀡퀢퀣퀤퀥퀦퀧퀨퀩퀪퀫퀬끝끼끽낀낄낌낍낏낑나낙낚난낟날낡낢남납낫났낭낮낯낱낳내낵낸낼냄냅냇냈냉냐냑냔냘냠냥너넉넋넌널넒넓넘넙넛넜넝넣네넥넨넬넴넵넷넸넹녀녁년녈념녑녔녕녘녜녠노녹논놀놂놈놉놋농높놓놔놘놜놨뇌뇐뇔뇜뇝�\".split(\"\");\nfor(j = 0; j != D[179].length; ++j) if(D[179][j].charCodeAt(0) !== 0xFFFD) { e[D[179][j]] = 45824 + j; d[45824 + j] = D[179][j];}\nD[180] = \"�����������������������������������������������������������������퀮퀯퀰퀱퀲퀳퀶퀷퀹퀺퀻퀽퀾퀿큀큁큂큃큆큈큊큋큌큍큎큏������큑큒큓큕큖큗큙큚큛큜큝큞큟큡큢큣큤큥큦큧큨큩큪큫큮큯������큱큲큳큵큶큷큸큹큺큻큾큿킀킂킃킄킅킆킇킈킉킊킋킌킍킎킏킐킑킒킓킔뇟뇨뇩뇬뇰뇹뇻뇽누눅눈눋눌눔눕눗눙눠눴눼뉘뉜뉠뉨뉩뉴뉵뉼늄늅늉느늑는늘늙늚늠늡늣능늦늪늬늰늴니닉닌닐닒님닙닛닝닢다닥닦단닫달닭닮닯닳담답닷닸당닺닻닿대댁댄댈댐댑댓댔댕댜더덕덖던덛덜덞덟덤덥�\".split(\"\");\nfor(j = 0; j != D[180].length; ++j) if(D[180][j].charCodeAt(0) !== 0xFFFD) { e[D[180][j]] = 46080 + j; d[46080 + j] = D[180][j];}\nD[181] = \"�����������������������������������������������������������������킕킖킗킘킙킚킛킜킝킞킟킠킡킢킣킦킧킩킪킫킭킮킯킰킱킲������킳킶킸킺킻킼킽킾킿탂탃탅탆탇탊탋탌탍탎탏탒탖탗탘탙탚������탛탞탟탡탢탣탥탦탧탨탩탪탫탮탲탳탴탵탶탷탹탺탻탼탽탾탿턀턁턂턃턄덧덩덫덮데덱덴델뎀뎁뎃뎄뎅뎌뎐뎔뎠뎡뎨뎬도독돈돋돌돎돐돔돕돗동돛돝돠돤돨돼됐되된될됨됩됫됴두둑둔둘둠둡둣둥둬뒀뒈뒝뒤뒨뒬뒵뒷뒹듀듄듈듐듕드득든듣들듦듬듭듯등듸디딕딘딛딜딤딥딧딨딩딪따딱딴딸�\".split(\"\");\nfor(j = 0; j != D[181].length; ++j) if(D[181][j].charCodeAt(0) !== 0xFFFD) { e[D[181][j]] = 46336 + j; d[46336 + j] = D[181][j];}\nD[182] = \"�����������������������������������������������������������������턅턆턇턈턉턊턋턌턎턏턐턑턒턓턔턕턖턗턘턙턚턛턜턝턞턟������턠턡턢턣턤턥턦턧턨턩턪턫턬턭턮턯턲턳턵턶턷턹턻턼턽턾������턿텂텆텇텈텉텊텋텎텏텑텒텓텕텖텗텘텙텚텛텞텠텢텣텤텥텦텧텩텪텫텭땀땁땃땄땅땋때땍땐땔땜땝땟땠땡떠떡떤떨떪떫떰떱떳떴떵떻떼떽뗀뗄뗌뗍뗏뗐뗑뗘뗬또똑똔똘똥똬똴뙈뙤뙨뚜뚝뚠뚤뚫뚬뚱뛔뛰뛴뛸뜀뜁뜅뜨뜩뜬뜯뜰뜸뜹뜻띄띈띌띔띕띠띤띨띰띱띳띵라락란랄람랍랏랐랑랒랖랗�\".split(\"\");\nfor(j = 0; j != D[182].length; ++j) if(D[182][j].charCodeAt(0) !== 0xFFFD) { e[D[182][j]] = 46592 + j; d[46592 + j] = D[182][j];}\nD[183] = \"�����������������������������������������������������������������텮텯텰텱텲텳텴텵텶텷텸텹텺텻텽텾텿톀톁톂톃톅톆톇톉톊������톋톌톍톎톏톐톑톒톓톔톕톖톗톘톙톚톛톜톝톞톟톢톣톥톦톧������톩톪톫톬톭톮톯톲톴톶톷톸톹톻톽톾톿퇁퇂퇃퇄퇅퇆퇇퇈퇉퇊퇋퇌퇍퇎퇏래랙랜랠램랩랫랬랭랴략랸럇량러럭런럴럼럽럿렀렁렇레렉렌렐렘렙렛렝려력련렬렴렵렷렸령례롄롑롓로록론롤롬롭롯롱롸롼뢍뢨뢰뢴뢸룀룁룃룅료룐룔룝룟룡루룩룬룰룸룹룻룽뤄뤘뤠뤼뤽륀륄륌륏륑류륙륜률륨륩�\".split(\"\");\nfor(j = 0; j != D[183].length; ++j) if(D[183][j].charCodeAt(0) !== 0xFFFD) { e[D[183][j]] = 46848 + j; d[46848 + j] = D[183][j];}\nD[184] = \"�����������������������������������������������������������������퇐퇑퇒퇓퇔퇕퇖퇗퇙퇚퇛퇜퇝퇞퇟퇠퇡퇢퇣퇤퇥퇦퇧퇨퇩퇪������퇫퇬퇭퇮퇯퇰퇱퇲퇳퇵퇶퇷퇹퇺퇻퇼퇽퇾퇿툀툁툂툃툄툅툆������툈툊툋툌툍툎툏툑툒툓툔툕툖툗툘툙툚툛툜툝툞툟툠툡툢툣툤툥툦툧툨툩륫륭르륵른를름릅릇릉릊릍릎리릭린릴림립릿링마막만많맏말맑맒맘맙맛망맞맡맣매맥맨맬맴맵맷맸맹맺먀먁먈먕머먹먼멀멂멈멉멋멍멎멓메멕멘멜멤멥멧멨멩며멱면멸몃몄명몇몌모목몫몬몰몲몸몹못몽뫄뫈뫘뫙뫼�\".split(\"\");\nfor(j = 0; j != D[184].length; ++j) if(D[184][j].charCodeAt(0) !== 0xFFFD) { e[D[184][j]] = 47104 + j; d[47104 + j] = D[184][j];}\nD[185] = \"�����������������������������������������������������������������툪툫툮툯툱툲툳툵툶툷툸툹툺툻툾퉀퉂퉃퉄퉅퉆퉇퉉퉊퉋퉌������퉍퉎퉏퉐퉑퉒퉓퉔퉕퉖퉗퉘퉙퉚퉛퉝퉞퉟퉠퉡퉢퉣퉥퉦퉧퉨������퉩퉪퉫퉬퉭퉮퉯퉰퉱퉲퉳퉴퉵퉶퉷퉸퉹퉺퉻퉼퉽퉾퉿튂튃튅튆튇튉튊튋튌묀묄묍묏묑묘묜묠묩묫무묵묶문묻물묽묾뭄뭅뭇뭉뭍뭏뭐뭔뭘뭡뭣뭬뮈뮌뮐뮤뮨뮬뮴뮷므믄믈믐믓미믹민믿밀밂밈밉밋밌밍및밑바박밖밗반받발밝밞밟밤밥밧방밭배백밴밸뱀뱁뱃뱄뱅뱉뱌뱍뱐뱝버벅번벋벌벎범법벗�\".split(\"\");\nfor(j = 0; j != D[185].length; ++j) if(D[185][j].charCodeAt(0) !== 0xFFFD) { e[D[185][j]] = 47360 + j; d[47360 + j] = D[185][j];}\nD[186] = \"�����������������������������������������������������������������튍튎튏튒튓튔튖튗튘튙튚튛튝튞튟튡튢튣튥튦튧튨튩튪튫튭������튮튯튰튲튳튴튵튶튷튺튻튽튾틁틃틄틅틆틇틊틌틍틎틏틐틑������틒틓틕틖틗틙틚틛틝틞틟틠틡틢틣틦틧틨틩틪틫틬틭틮틯틲틳틵틶틷틹틺벙벚베벡벤벧벨벰벱벳벴벵벼벽변별볍볏볐병볕볘볜보복볶본볼봄봅봇봉봐봔봤봬뵀뵈뵉뵌뵐뵘뵙뵤뵨부북분붇불붉붊붐붑붓붕붙붚붜붤붰붸뷔뷕뷘뷜뷩뷰뷴뷸븀븃븅브븍븐블븜븝븟비빅빈빌빎빔빕빗빙빚빛빠빡빤�\".split(\"\");\nfor(j = 0; j != D[186].length; ++j) if(D[186][j].charCodeAt(0) !== 0xFFFD) { e[D[186][j]] = 47616 + j; d[47616 + j] = D[186][j];}\nD[187] = \"�����������������������������������������������������������������틻틼틽틾틿팂팄팆팇팈팉팊팋팏팑팒팓팕팗팘팙팚팛팞팢팣������팤팦팧팪팫팭팮팯팱팲팳팴팵팶팷팺팾팿퍀퍁퍂퍃퍆퍇퍈퍉������퍊퍋퍌퍍퍎퍏퍐퍑퍒퍓퍔퍕퍖퍗퍘퍙퍚퍛퍜퍝퍞퍟퍠퍡퍢퍣퍤퍥퍦퍧퍨퍩빨빪빰빱빳빴빵빻빼빽뺀뺄뺌뺍뺏뺐뺑뺘뺙뺨뻐뻑뻔뻗뻘뻠뻣뻤뻥뻬뼁뼈뼉뼘뼙뼛뼜뼝뽀뽁뽄뽈뽐뽑뽕뾔뾰뿅뿌뿍뿐뿔뿜뿟뿡쀼쁑쁘쁜쁠쁨쁩삐삑삔삘삠삡삣삥사삭삯산삳살삵삶삼삽삿샀상샅새색샌샐샘샙샛샜생샤�\".split(\"\");\nfor(j = 0; j != D[187].length; ++j) if(D[187][j].charCodeAt(0) !== 0xFFFD) { e[D[187][j]] = 47872 + j; d[47872 + j] = D[187][j];}\nD[188] = \"�����������������������������������������������������������������퍪퍫퍬퍭퍮퍯퍰퍱퍲퍳퍴퍵퍶퍷퍸퍹퍺퍻퍾퍿펁펂펃펅펆펇������펈펉펊펋펎펒펓펔펕펖펗펚펛펝펞펟펡펢펣펤펥펦펧펪펬펮������펯펰펱펲펳펵펶펷펹펺펻펽펾펿폀폁폂폃폆폇폊폋폌폍폎폏폑폒폓폔폕폖샥샨샬샴샵샷샹섀섄섈섐섕서석섞섟선섣설섦섧섬섭섯섰성섶세섹센셀셈셉셋셌셍셔셕션셜셤셥셧셨셩셰셴셸솅소속솎손솔솖솜솝솟송솥솨솩솬솰솽쇄쇈쇌쇔쇗쇘쇠쇤쇨쇰쇱쇳쇼쇽숀숄숌숍숏숑수숙순숟술숨숩숫숭�\".split(\"\");\nfor(j = 0; j != D[188].length; ++j) if(D[188][j].charCodeAt(0) !== 0xFFFD) { e[D[188][j]] = 48128 + j; d[48128 + j] = D[188][j];}\nD[189] = \"�����������������������������������������������������������������폗폙폚폛폜폝폞폟폠폢폤폥폦폧폨폩폪폫폮폯폱폲폳폵폶폷������폸폹폺폻폾퐀퐂퐃퐄퐅퐆퐇퐉퐊퐋퐌퐍퐎퐏퐐퐑퐒퐓퐔퐕퐖������퐗퐘퐙퐚퐛퐜퐞퐟퐠퐡퐢퐣퐤퐥퐦퐧퐨퐩퐪퐫퐬퐭퐮퐯퐰퐱퐲퐳퐴퐵퐶퐷숯숱숲숴쉈쉐쉑쉔쉘쉠쉥쉬쉭쉰쉴쉼쉽쉿슁슈슉슐슘슛슝스슥슨슬슭슴습슷승시식신싣실싫심십싯싱싶싸싹싻싼쌀쌈쌉쌌쌍쌓쌔쌕쌘쌜쌤쌥쌨쌩썅써썩썬썰썲썸썹썼썽쎄쎈쎌쏀쏘쏙쏜쏟쏠쏢쏨쏩쏭쏴쏵쏸쐈쐐쐤쐬쐰�\".split(\"\");\nfor(j = 0; j != D[189].length; ++j) if(D[189][j].charCodeAt(0) !== 0xFFFD) { e[D[189][j]] = 48384 + j; d[48384 + j] = D[189][j];}\nD[190] = \"�����������������������������������������������������������������퐸퐹퐺퐻퐼퐽퐾퐿푁푂푃푅푆푇푈푉푊푋푌푍푎푏푐푑푒푓������푔푕푖푗푘푙푚푛푝푞푟푡푢푣푥푦푧푨푩푪푫푬푮푰푱푲������푳푴푵푶푷푺푻푽푾풁풃풄풅풆풇풊풌풎풏풐풑풒풓풕풖풗풘풙풚풛풜풝쐴쐼쐽쑈쑤쑥쑨쑬쑴쑵쑹쒀쒔쒜쒸쒼쓩쓰쓱쓴쓸쓺쓿씀씁씌씐씔씜씨씩씬씰씸씹씻씽아악안앉않알앍앎앓암압앗았앙앝앞애액앤앨앰앱앳앴앵야약얀얄얇얌얍얏양얕얗얘얜얠얩어억언얹얻얼얽얾엄업없엇었엉엊엌엎�\".split(\"\");\nfor(j = 0; j != D[190].length; ++j) if(D[190][j].charCodeAt(0) !== 0xFFFD) { e[D[190][j]] = 48640 + j; d[48640 + j] = D[190][j];}\nD[191] = \"�����������������������������������������������������������������풞풟풠풡풢풣풤풥풦풧풨풪풫풬풭풮풯풰풱풲풳풴풵풶풷풸������풹풺풻풼풽풾풿퓀퓁퓂퓃퓄퓅퓆퓇퓈퓉퓊퓋퓍퓎퓏퓑퓒퓓퓕������퓖퓗퓘퓙퓚퓛퓝퓞퓠퓡퓢퓣퓤퓥퓦퓧퓩퓪퓫퓭퓮퓯퓱퓲퓳퓴퓵퓶퓷퓹퓺퓼에엑엔엘엠엡엣엥여역엮연열엶엷염엽엾엿였영옅옆옇예옌옐옘옙옛옜오옥온올옭옮옰옳옴옵옷옹옻와왁완왈왐왑왓왔왕왜왝왠왬왯왱외왹왼욀욈욉욋욍요욕욘욜욤욥욧용우욱운울욹욺움웁웃웅워웍원월웜웝웠웡웨�\".split(\"\");\nfor(j = 0; j != D[191].length; ++j) if(D[191][j].charCodeAt(0) !== 0xFFFD) { e[D[191][j]] = 48896 + j; d[48896 + j] = D[191][j];}\nD[192] = \"�����������������������������������������������������������������퓾퓿픀픁픂픃픅픆픇픉픊픋픍픎픏픐픑픒픓픖픘픙픚픛픜픝������픞픟픠픡픢픣픤픥픦픧픨픩픪픫픬픭픮픯픰픱픲픳픴픵픶픷������픸픹픺픻픾픿핁핂핃핅핆핇핈핉핊핋핎핐핒핓핔핕핖핗핚핛핝핞핟핡핢핣웩웬웰웸웹웽위윅윈윌윔윕윗윙유육윤율윰윱윳융윷으윽은을읊음읍읏응읒읓읔읕읖읗의읜읠읨읫이익인일읽읾잃임입잇있잉잊잎자작잔잖잗잘잚잠잡잣잤장잦재잭잰잴잼잽잿쟀쟁쟈쟉쟌쟎쟐쟘쟝쟤쟨쟬저적전절젊�\".split(\"\");\nfor(j = 0; j != D[192].length; ++j) if(D[192][j].charCodeAt(0) !== 0xFFFD) { e[D[192][j]] = 49152 + j; d[49152 + j] = D[192][j];}\nD[193] = \"�����������������������������������������������������������������핤핦핧핪핬핮핯핰핱핲핳핶핷핹핺핻핽핾핿햀햁햂햃햆햊햋������햌햍햎햏햑햒햓햔햕햖햗햘햙햚햛햜햝햞햟햠햡햢햣햤햦햧������햨햩햪햫햬햭햮햯햰햱햲햳햴햵햶햷햸햹햺햻햼햽햾햿헀헁헂헃헄헅헆헇점접젓정젖제젝젠젤젬젭젯젱져젼졀졈졉졌졍졔조족존졸졺좀좁좃종좆좇좋좌좍좔좝좟좡좨좼좽죄죈죌죔죕죗죙죠죡죤죵주죽준줄줅줆줌줍줏중줘줬줴쥐쥑쥔쥘쥠쥡쥣쥬쥰쥴쥼즈즉즌즐즘즙즛증지직진짇질짊짐집짓�\".split(\"\");\nfor(j = 0; j != D[193].length; ++j) if(D[193][j].charCodeAt(0) !== 0xFFFD) { e[D[193][j]] = 49408 + j; d[49408 + j] = D[193][j];}\nD[194] = \"�����������������������������������������������������������������헊헋헍헎헏헑헓헔헕헖헗헚헜헞헟헠헡헢헣헦헧헩헪헫헭헮������헯헰헱헲헳헶헸헺헻헼헽헾헿혂혃혅혆혇혉혊혋혌혍혎혏혒������혖혗혘혙혚혛혝혞혟혡혢혣혥혦혧혨혩혪혫혬혮혯혰혱혲혳혴혵혶혷혺혻징짖짙짚짜짝짠짢짤짧짬짭짯짰짱째짹짼쨀쨈쨉쨋쨌쨍쨔쨘쨩쩌쩍쩐쩔쩜쩝쩟쩠쩡쩨쩽쪄쪘쪼쪽쫀쫄쫌쫍쫏쫑쫓쫘쫙쫠쫬쫴쬈쬐쬔쬘쬠쬡쭁쭈쭉쭌쭐쭘쭙쭝쭤쭸쭹쮜쮸쯔쯤쯧쯩찌찍찐찔찜찝찡찢찧차착찬찮찰참찹찻�\".split(\"\");\nfor(j = 0; j != D[194].length; ++j) if(D[194][j].charCodeAt(0) !== 0xFFFD) { e[D[194][j]] = 49664 + j; d[49664 + j] = D[194][j];}\nD[195] = \"�����������������������������������������������������������������혽혾혿홁홂홃홄홆홇홊홌홎홏홐홒홓홖홗홙홚홛홝홞홟홠홡������홢홣홤홥홦홨홪홫홬홭홮홯홲홳홵홶홷홸홹홺홻홼홽홾홿횀������횁횂횄횆횇횈횉횊횋횎횏횑횒횓횕횖횗횘횙횚횛횜횞횠횢횣횤횥횦횧횩횪찼창찾채책챈챌챔챕챗챘챙챠챤챦챨챰챵처척천철첨첩첫첬청체첵첸첼쳄쳅쳇쳉쳐쳔쳤쳬쳰촁초촉촌촐촘촙촛총촤촨촬촹최쵠쵤쵬쵭쵯쵱쵸춈추축춘출춤춥춧충춰췄췌췐취췬췰췸췹췻췽츄츈츌츔츙츠측츤츨츰츱츳층�\".split(\"\");\nfor(j = 0; j != D[195].length; ++j) if(D[195][j].charCodeAt(0) !== 0xFFFD) { e[D[195][j]] = 49920 + j; d[49920 + j] = D[195][j];}\nD[196] = \"�����������������������������������������������������������������횫횭횮횯횱횲횳횴횵횶횷횸횺횼횽횾횿훀훁훂훃훆훇훉훊훋������훍훎훏훐훒훓훕훖훘훚훛훜훝훞훟훡훢훣훥훦훧훩훪훫훬훭������훮훯훱훲훳훴훶훷훸훹훺훻훾훿휁휂휃휅휆휇휈휉휊휋휌휍휎휏휐휒휓휔치칙친칟칠칡침칩칫칭카칵칸칼캄캅캇캉캐캑캔캘캠캡캣캤캥캬캭컁커컥컨컫컬컴컵컷컸컹케켁켄켈켐켑켓켕켜켠켤켬켭켯켰켱켸코콕콘콜콤콥콧콩콰콱콴콸쾀쾅쾌쾡쾨쾰쿄쿠쿡쿤쿨쿰쿱쿳쿵쿼퀀퀄퀑퀘퀭퀴퀵퀸퀼�\".split(\"\");\nfor(j = 0; j != D[196].length; ++j) if(D[196][j].charCodeAt(0) !== 0xFFFD) { e[D[196][j]] = 50176 + j; d[50176 + j] = D[196][j];}\nD[197] = \"�����������������������������������������������������������������휕휖휗휚휛휝휞휟휡휢휣휤휥휦휧휪휬휮휯휰휱휲휳휶휷휹������휺휻휽휾휿흀흁흂흃흅흆흈흊흋흌흍흎흏흒흓흕흚흛흜흝흞������흟흢흤흦흧흨흪흫흭흮흯흱흲흳흵흶흷흸흹흺흻흾흿힀힂힃힄힅힆힇힊힋큄큅큇큉큐큔큘큠크큭큰클큼큽킁키킥킨킬킴킵킷킹타탁탄탈탉탐탑탓탔탕태택탠탤탬탭탯탰탱탸턍터턱턴털턺텀텁텃텄텅테텍텐텔템텝텟텡텨텬텼톄톈토톡톤톨톰톱톳통톺톼퇀퇘퇴퇸툇툉툐투툭툰툴툼툽툿퉁퉈퉜�\".split(\"\");\nfor(j = 0; j != D[197].length; ++j) if(D[197][j].charCodeAt(0) !== 0xFFFD) { e[D[197][j]] = 50432 + j; d[50432 + j] = D[197][j];}\nD[198] = \"�����������������������������������������������������������������힍힎힏힑힒힓힔힕힖힗힚힜힞힟힠힡힢힣������������������������������������������������������������������������������퉤튀튁튄튈튐튑튕튜튠튤튬튱트특튼튿틀틂틈틉틋틔틘틜틤틥티틱틴틸팀팁팃팅파팍팎판팔팖팜팝팟팠팡팥패팩팬팰팸팹팻팼팽퍄퍅퍼퍽펀펄펌펍펏펐펑페펙펜펠펨펩펫펭펴편펼폄폅폈평폐폘폡폣포폭폰폴폼폽폿퐁�\".split(\"\");\nfor(j = 0; j != D[198].length; ++j) if(D[198][j].charCodeAt(0) !== 0xFFFD) { e[D[198][j]] = 50688 + j; d[50688 + j] = D[198][j];}\nD[199] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������퐈퐝푀푄표푠푤푭푯푸푹푼푿풀풂품풉풋풍풔풩퓌퓐퓔퓜퓟퓨퓬퓰퓸퓻퓽프픈플픔픕픗피픽핀필핌핍핏핑하학한할핥함합핫항해핵핸핼햄햅햇했행햐향허헉헌헐헒험헙헛헝헤헥헨헬헴헵헷헹혀혁현혈혐협혓혔형혜혠�\".split(\"\");\nfor(j = 0; j != D[199].length; ++j) if(D[199][j].charCodeAt(0) !== 0xFFFD) { e[D[199][j]] = 50944 + j; d[50944 + j] = D[199][j];}\nD[200] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������혤혭호혹혼홀홅홈홉홋홍홑화확환활홧황홰홱홴횃횅회획횐횔횝횟횡효횬횰횹횻후훅훈훌훑훔훗훙훠훤훨훰훵훼훽휀휄휑휘휙휜휠휨휩휫휭휴휵휸휼흄흇흉흐흑흔흖흗흘흙흠흡흣흥흩희흰흴흼흽힁히힉힌힐힘힙힛힝�\".split(\"\");\nfor(j = 0; j != D[200].length; ++j) if(D[200][j].charCodeAt(0) !== 0xFFFD) { e[D[200][j]] = 51200 + j; d[51200 + j] = D[200][j];}\nD[202] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������伽佳假價加可呵哥嘉嫁家暇架枷柯歌珂痂稼苛茄街袈訶賈跏軻迦駕刻却各恪慤殼珏脚覺角閣侃刊墾奸姦干幹懇揀杆柬桿澗癎看磵稈竿簡肝艮艱諫間乫喝曷渴碣竭葛褐蝎鞨勘坎堪嵌感憾戡敢柑橄減甘疳監瞰紺邯鑑鑒龕�\".split(\"\");\nfor(j = 0; j != D[202].length; ++j) if(D[202][j].charCodeAt(0) !== 0xFFFD) { e[D[202][j]] = 51712 + j; d[51712 + j] = D[202][j];}\nD[203] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������匣岬甲胛鉀閘剛堈姜岡崗康强彊慷江畺疆糠絳綱羌腔舡薑襁講鋼降鱇介价個凱塏愷愾慨改槪漑疥皆盖箇芥蓋豈鎧開喀客坑更粳羹醵倨去居巨拒据據擧渠炬祛距踞車遽鉅鋸乾件健巾建愆楗腱虔蹇鍵騫乞傑杰桀儉劍劒檢�\".split(\"\");\nfor(j = 0; j != D[203].length; ++j) if(D[203][j].charCodeAt(0) !== 0xFFFD) { e[D[203][j]] = 51968 + j; d[51968 + j] = D[203][j];}\nD[204] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������瞼鈐黔劫怯迲偈憩揭擊格檄激膈覡隔堅牽犬甄絹繭肩見譴遣鵑抉決潔結缺訣兼慊箝謙鉗鎌京俓倞傾儆勁勍卿坰境庚徑慶憬擎敬景暻更梗涇炅烱璟璥瓊痙硬磬竟競絅經耕耿脛莖警輕逕鏡頃頸驚鯨係啓堺契季屆悸戒桂械�\".split(\"\");\nfor(j = 0; j != D[204].length; ++j) if(D[204][j].charCodeAt(0) !== 0xFFFD) { e[D[204][j]] = 52224 + j; d[52224 + j] = D[204][j];}\nD[205] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������棨溪界癸磎稽系繫繼計誡谿階鷄古叩告呱固姑孤尻庫拷攷故敲暠枯槁沽痼皐睾稿羔考股膏苦苽菰藁蠱袴誥賈辜錮雇顧高鼓哭斛曲梏穀谷鵠困坤崑昆梱棍滾琨袞鯤汨滑骨供公共功孔工恐恭拱控攻珙空蚣貢鞏串寡戈果瓜�\".split(\"\");\nfor(j = 0; j != D[205].length; ++j) if(D[205][j].charCodeAt(0) !== 0xFFFD) { e[D[205][j]] = 52480 + j; d[52480 + j] = D[205][j];}\nD[206] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������科菓誇課跨過鍋顆廓槨藿郭串冠官寬慣棺款灌琯瓘管罐菅觀貫關館刮恝括适侊光匡壙廣曠洸炚狂珖筐胱鑛卦掛罫乖傀塊壞怪愧拐槐魁宏紘肱轟交僑咬喬嬌嶠巧攪敎校橋狡皎矯絞翹膠蕎蛟較轎郊餃驕鮫丘久九仇俱具勾�\".split(\"\");\nfor(j = 0; j != D[206].length; ++j) if(D[206][j].charCodeAt(0) !== 0xFFFD) { e[D[206][j]] = 52736 + j; d[52736 + j] = D[206][j];}\nD[207] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������區口句咎嘔坵垢寇嶇廐懼拘救枸柩構歐毆毬求溝灸狗玖球瞿矩究絿耉臼舅舊苟衢謳購軀逑邱鉤銶駒驅鳩鷗龜國局菊鞠鞫麴君窘群裙軍郡堀屈掘窟宮弓穹窮芎躬倦券勸卷圈拳捲權淃眷厥獗蕨蹶闕机櫃潰詭軌饋句晷歸貴�\".split(\"\");\nfor(j = 0; j != D[207].length; ++j) if(D[207][j].charCodeAt(0) !== 0xFFFD) { e[D[207][j]] = 52992 + j; d[52992 + j] = D[207][j];}\nD[208] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������鬼龜叫圭奎揆槻珪硅窺竅糾葵規赳逵閨勻均畇筠菌鈞龜橘克剋劇戟棘極隙僅劤勤懃斤根槿瑾筋芹菫覲謹近饉契今妗擒昑檎琴禁禽芩衾衿襟金錦伋及急扱汲級給亘兢矜肯企伎其冀嗜器圻基埼夔奇妓寄岐崎己幾忌技旗旣�\".split(\"\");\nfor(j = 0; j != D[208].length; ++j) if(D[208][j].charCodeAt(0) !== 0xFFFD) { e[D[208][j]] = 53248 + j; d[53248 + j] = D[208][j];}\nD[209] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������朞期杞棋棄機欺氣汽沂淇玘琦琪璂璣畸畿碁磯祁祇祈祺箕紀綺羈耆耭肌記譏豈起錡錤飢饑騎騏驥麒緊佶吉拮桔金喫儺喇奈娜懦懶拏拿癩羅蘿螺裸邏那樂洛烙珞落諾酪駱亂卵暖欄煖爛蘭難鸞捏捺南嵐枏楠湳濫男藍襤拉�\".split(\"\");\nfor(j = 0; j != D[209].length; ++j) if(D[209][j].charCodeAt(0) !== 0xFFFD) { e[D[209][j]] = 53504 + j; d[53504 + j] = D[209][j];}\nD[210] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������納臘蠟衲囊娘廊朗浪狼郎乃來內奈柰耐冷女年撚秊念恬拈捻寧寗努勞奴弩怒擄櫓爐瑙盧老蘆虜路露駑魯鷺碌祿綠菉錄鹿論壟弄濃籠聾膿農惱牢磊腦賂雷尿壘屢樓淚漏累縷陋嫩訥杻紐勒肋凜凌稜綾能菱陵尼泥匿溺多茶�\".split(\"\");\nfor(j = 0; j != D[210].length; ++j) if(D[210][j].charCodeAt(0) !== 0xFFFD) { e[D[210][j]] = 53760 + j; d[53760 + j] = D[210][j];}\nD[211] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������丹亶但單團壇彖斷旦檀段湍短端簞緞蛋袒鄲鍛撻澾獺疸達啖坍憺擔曇淡湛潭澹痰聃膽蕁覃談譚錟沓畓答踏遝唐堂塘幢戇撞棠當糖螳黨代垈坮大對岱帶待戴擡玳臺袋貸隊黛宅德悳倒刀到圖堵塗導屠島嶋度徒悼挑掉搗桃�\".split(\"\");\nfor(j = 0; j != D[211].length; ++j) if(D[211][j].charCodeAt(0) !== 0xFFFD) { e[D[211][j]] = 54016 + j; d[54016 + j] = D[211][j];}\nD[212] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������棹櫂淘渡滔濤燾盜睹禱稻萄覩賭跳蹈逃途道都鍍陶韜毒瀆牘犢獨督禿篤纛讀墩惇敦旽暾沌焞燉豚頓乭突仝冬凍動同憧東桐棟洞潼疼瞳童胴董銅兜斗杜枓痘竇荳讀豆逗頭屯臀芚遁遯鈍得嶝橙燈登等藤謄鄧騰喇懶拏癩羅�\".split(\"\");\nfor(j = 0; j != D[212].length; ++j) if(D[212][j].charCodeAt(0) !== 0xFFFD) { e[D[212][j]] = 54272 + j; d[54272 + j] = D[212][j];}\nD[213] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������蘿螺裸邏樂洛烙珞絡落諾酪駱丹亂卵欄欒瀾爛蘭鸞剌辣嵐擥攬欖濫籃纜藍襤覽拉臘蠟廊朗浪狼琅瑯螂郞來崍徠萊冷掠略亮倆兩凉梁樑粮粱糧良諒輛量侶儷勵呂廬慮戾旅櫚濾礪藜蠣閭驢驪麗黎力曆歷瀝礫轢靂憐戀攣漣�\".split(\"\");\nfor(j = 0; j != D[213].length; ++j) if(D[213][j].charCodeAt(0) !== 0xFFFD) { e[D[213][j]] = 54528 + j; d[54528 + j] = D[213][j];}\nD[214] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������煉璉練聯蓮輦連鍊冽列劣洌烈裂廉斂殮濂簾獵令伶囹寧岺嶺怜玲笭羚翎聆逞鈴零靈領齡例澧禮醴隷勞怒撈擄櫓潞瀘爐盧老蘆虜路輅露魯鷺鹵碌祿綠菉錄鹿麓論壟弄朧瀧瓏籠聾儡瀨牢磊賂賚賴雷了僚寮廖料燎療瞭聊蓼�\".split(\"\");\nfor(j = 0; j != D[214].length; ++j) if(D[214][j].charCodeAt(0) !== 0xFFFD) { e[D[214][j]] = 54784 + j; d[54784 + j] = D[214][j];}\nD[215] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������遼鬧龍壘婁屢樓淚漏瘻累縷蔞褸鏤陋劉旒柳榴流溜瀏琉瑠留瘤硫謬類六戮陸侖倫崙淪綸輪律慄栗率隆勒肋凜凌楞稜綾菱陵俚利厘吏唎履悧李梨浬犁狸理璃異痢籬罹羸莉裏裡里釐離鯉吝潾燐璘藺躪隣鱗麟林淋琳臨霖砬�\".split(\"\");\nfor(j = 0; j != D[215].length; ++j) if(D[215][j].charCodeAt(0) !== 0xFFFD) { e[D[215][j]] = 55040 + j; d[55040 + j] = D[215][j];}\nD[216] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������立笠粒摩瑪痲碼磨馬魔麻寞幕漠膜莫邈万卍娩巒彎慢挽晩曼滿漫灣瞞萬蔓蠻輓饅鰻唜抹末沫茉襪靺亡妄忘忙望網罔芒茫莽輞邙埋妹媒寐昧枚梅每煤罵買賣邁魅脈貊陌驀麥孟氓猛盲盟萌冪覓免冕勉棉沔眄眠綿緬面麵滅�\".split(\"\");\nfor(j = 0; j != D[216].length; ++j) if(D[216][j].charCodeAt(0) !== 0xFFFD) { e[D[216][j]] = 55296 + j; d[55296 + j] = D[216][j];}\nD[217] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������蔑冥名命明暝椧溟皿瞑茗蓂螟酩銘鳴袂侮冒募姆帽慕摸摹暮某模母毛牟牡瑁眸矛耗芼茅謀謨貌木沐牧目睦穆鶩歿沒夢朦蒙卯墓妙廟描昴杳渺猫竗苗錨務巫憮懋戊拇撫无楙武毋無珷畝繆舞茂蕪誣貿霧鵡墨默們刎吻問文�\".split(\"\");\nfor(j = 0; j != D[217].length; ++j) if(D[217][j].charCodeAt(0) !== 0xFFFD) { e[D[217][j]] = 55552 + j; d[55552 + j] = D[217][j];}\nD[218] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������汶紊紋聞蚊門雯勿沕物味媚尾嵋彌微未梶楣渼湄眉米美薇謎迷靡黴岷悶愍憫敏旻旼民泯玟珉緡閔密蜜謐剝博拍搏撲朴樸泊珀璞箔粕縛膊舶薄迫雹駁伴半反叛拌搬攀斑槃泮潘班畔瘢盤盼磐磻礬絆般蟠返頒飯勃拔撥渤潑�\".split(\"\");\nfor(j = 0; j != D[218].length; ++j) if(D[218][j].charCodeAt(0) !== 0xFFFD) { e[D[218][j]] = 55808 + j; d[55808 + j] = D[218][j];}\nD[219] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������發跋醱鉢髮魃倣傍坊妨尨幇彷房放方旁昉枋榜滂磅紡肪膀舫芳蒡蚌訪謗邦防龐倍俳北培徘拜排杯湃焙盃背胚裴裵褙賠輩配陪伯佰帛柏栢白百魄幡樊煩燔番磻繁蕃藩飜伐筏罰閥凡帆梵氾汎泛犯範范法琺僻劈壁擘檗璧癖�\".split(\"\");\nfor(j = 0; j != D[219].length; ++j) if(D[219][j].charCodeAt(0) !== 0xFFFD) { e[D[219][j]] = 56064 + j; d[56064 + j] = D[219][j];}\nD[220] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������碧蘗闢霹便卞弁變辨辯邊別瞥鱉鼈丙倂兵屛幷昞昺柄棅炳甁病秉竝輧餠騈保堡報寶普步洑湺潽珤甫菩補褓譜輔伏僕匐卜宓復服福腹茯蔔複覆輹輻馥鰒本乶俸奉封峯峰捧棒烽熢琫縫蓬蜂逢鋒鳳不付俯傅剖副否咐埠夫婦�\".split(\"\");\nfor(j = 0; j != D[220].length; ++j) if(D[220][j].charCodeAt(0) !== 0xFFFD) { e[D[220][j]] = 56320 + j; d[56320 + j] = D[220][j];}\nD[221] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������孚孵富府復扶敷斧浮溥父符簿缶腐腑膚艀芙莩訃負賦賻赴趺部釜阜附駙鳧北分吩噴墳奔奮忿憤扮昐汾焚盆粉糞紛芬賁雰不佛弗彿拂崩朋棚硼繃鵬丕備匕匪卑妃婢庇悲憊扉批斐枇榧比毖毗毘沸泌琵痺砒碑秕秘粃緋翡肥�\".split(\"\");\nfor(j = 0; j != D[221].length; ++j) if(D[221][j].charCodeAt(0) !== 0xFFFD) { e[D[221][j]] = 56576 + j; d[56576 + j] = D[221][j];}\nD[222] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������脾臂菲蜚裨誹譬費鄙非飛鼻嚬嬪彬斌檳殯浜濱瀕牝玭貧賓頻憑氷聘騁乍事些仕伺似使俟僿史司唆嗣四士奢娑寫寺射巳師徙思捨斜斯柶査梭死沙泗渣瀉獅砂社祀祠私篩紗絲肆舍莎蓑蛇裟詐詞謝賜赦辭邪飼駟麝削數朔索�\".split(\"\");\nfor(j = 0; j != D[222].length; ++j) if(D[222][j].charCodeAt(0) !== 0xFFFD) { e[D[222][j]] = 56832 + j; d[56832 + j] = D[222][j];}\nD[223] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������傘刪山散汕珊産疝算蒜酸霰乷撒殺煞薩三參杉森渗芟蔘衫揷澁鈒颯上傷像償商喪嘗孀尙峠常床庠廂想桑橡湘爽牀狀相祥箱翔裳觴詳象賞霜塞璽賽嗇塞穡索色牲生甥省笙墅壻嶼序庶徐恕抒捿敍暑曙書栖棲犀瑞筮絮緖署�\".split(\"\");\nfor(j = 0; j != D[223].length; ++j) if(D[223][j].charCodeAt(0) !== 0xFFFD) { e[D[223][j]] = 57088 + j; d[57088 + j] = D[223][j];}\nD[224] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������胥舒薯西誓逝鋤黍鼠夕奭席惜昔晳析汐淅潟石碩蓆釋錫仙僊先善嬋宣扇敾旋渲煽琁瑄璇璿癬禪線繕羨腺膳船蘚蟬詵跣選銑鐥饍鮮卨屑楔泄洩渫舌薛褻設說雪齧剡暹殲纖蟾贍閃陝攝涉燮葉城姓宬性惺成星晟猩珹盛省筬�\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������聖聲腥誠醒世勢歲洗稅笹細說貰召嘯塑宵小少巢所掃搔昭梳沼消溯瀟炤燒甦疏疎瘙笑篠簫素紹蔬蕭蘇訴逍遡邵銷韶騷俗屬束涑粟續謖贖速孫巽損蓀遜飡率宋悚松淞訟誦送頌刷殺灑碎鎖衰釗修受嗽囚垂壽嫂守岫峀帥愁�\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������戍手授搜收數樹殊水洙漱燧狩獸琇璲瘦睡秀穗竪粹綏綬繡羞脩茱蒐蓚藪袖誰讐輸遂邃酬銖銹隋隧隨雖需須首髓鬚叔塾夙孰宿淑潚熟琡璹肅菽巡徇循恂旬栒楯橓殉洵淳珣盾瞬筍純脣舜荀蓴蕣詢諄醇錞順馴戌術述鉥崇崧�\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������嵩瑟膝蝨濕拾習褶襲丞乘僧勝升承昇繩蠅陞侍匙嘶始媤尸屎屍市弑恃施是時枾柴猜矢示翅蒔蓍視試詩諡豕豺埴寔式息拭植殖湜熄篒蝕識軾食飾伸侁信呻娠宸愼新晨燼申神紳腎臣莘薪藎蜃訊身辛辰迅失室實悉審尋心沁�\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������沈深瀋甚芯諶什十拾雙氏亞俄兒啞娥峨我牙芽莪蛾衙訝阿雅餓鴉鵝堊岳嶽幄惡愕握樂渥鄂鍔顎鰐齷安岸按晏案眼雁鞍顔鮟斡謁軋閼唵岩巖庵暗癌菴闇壓押狎鴨仰央怏昻殃秧鴦厓哀埃崖愛曖涯碍艾隘靄厄扼掖液縊腋額�\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������櫻罌鶯鸚也倻冶夜惹揶椰爺耶若野弱掠略約若葯蒻藥躍亮佯兩凉壤孃恙揚攘敭暘梁楊樣洋瀁煬痒瘍禳穰糧羊良襄諒讓釀陽量養圄御於漁瘀禦語馭魚齬億憶抑檍臆偃堰彦焉言諺孼蘖俺儼嚴奄掩淹嶪業円予余勵呂女如廬�\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������旅歟汝濾璵礖礪與艅茹輿轝閭餘驪麗黎亦力域役易曆歷疫繹譯轢逆驛嚥堧姸娟宴年延憐戀捐挻撚椽沇沿涎涓淵演漣烟然煙煉燃燕璉硏硯秊筵緣練縯聯衍軟輦蓮連鉛鍊鳶列劣咽悅涅烈熱裂說閱厭廉念捻染殮炎焰琰艶苒�\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������簾閻髥鹽曄獵燁葉令囹塋寧嶺嶸影怜映暎楹榮永泳渶潁濚瀛瀯煐營獰玲瑛瑩瓔盈穎纓羚聆英詠迎鈴鍈零霙靈領乂倪例刈叡曳汭濊猊睿穢芮藝蘂禮裔詣譽豫醴銳隸霓預五伍俉傲午吾吳嗚塢墺奧娛寤悟惡懊敖旿晤梧汚澳�\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������烏熬獒筽蜈誤鰲鼇屋沃獄玉鈺溫瑥瘟穩縕蘊兀壅擁瓮甕癰翁邕雍饔渦瓦窩窪臥蛙蝸訛婉完宛梡椀浣玩琓琬碗緩翫脘腕莞豌阮頑曰往旺枉汪王倭娃歪矮外嵬巍猥畏了僚僥凹堯夭妖姚寥寮尿嶢拗搖撓擾料曜樂橈燎燿瑤療�\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������窈窯繇繞耀腰蓼蟯要謠遙遼邀饒慾欲浴縟褥辱俑傭冗勇埇墉容庸慂榕涌湧溶熔瑢用甬聳茸蓉踊鎔鏞龍于佑偶優又友右宇寓尤愚憂旴牛玗瑀盂祐禑禹紆羽芋藕虞迂遇郵釪隅雨雩勖彧旭昱栯煜稶郁頊云暈橒殞澐熉耘芸蕓�\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������運隕雲韻蔚鬱亐熊雄元原員圓園垣媛嫄寃怨愿援沅洹湲源爰猿瑗苑袁轅遠阮院願鴛月越鉞位偉僞危圍委威尉慰暐渭爲瑋緯胃萎葦蔿蝟衛褘謂違韋魏乳侑儒兪劉唯喩孺宥幼幽庾悠惟愈愉揄攸有杻柔柚柳楡楢油洧流游溜�\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[235] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������濡猶猷琉瑜由留癒硫紐維臾萸裕誘諛諭踰蹂遊逾遺酉釉鍮類六堉戮毓肉育陸倫允奫尹崙淪潤玧胤贇輪鈗閏律慄栗率聿戎瀜絨融隆垠恩慇殷誾銀隱乙吟淫蔭陰音飮揖泣邑凝應膺鷹依倚儀宜意懿擬椅毅疑矣義艤薏蟻衣誼�\".split(\"\");\nfor(j = 0; j != D[235].length; ++j) if(D[235][j].charCodeAt(0) !== 0xFFFD) { e[D[235][j]] = 60160 + j; d[60160 + j] = D[235][j];}\nD[236] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������議醫二以伊利吏夷姨履已弛彛怡易李梨泥爾珥理異痍痢移罹而耳肄苡荑裏裡貽貳邇里離飴餌匿溺瀷益翊翌翼謚人仁刃印吝咽因姻寅引忍湮燐璘絪茵藺蚓認隣靭靷鱗麟一佚佾壹日溢逸鎰馹任壬妊姙恁林淋稔臨荏賃入卄�\".split(\"\");\nfor(j = 0; j != D[236].length; ++j) if(D[236][j].charCodeAt(0) !== 0xFFFD) { e[D[236][j]] = 60416 + j; d[60416 + j] = D[236][j];}\nD[237] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������立笠粒仍剩孕芿仔刺咨姉姿子字孜恣慈滋炙煮玆瓷疵磁紫者自茨蔗藉諮資雌作勺嚼斫昨灼炸爵綽芍酌雀鵲孱棧殘潺盞岑暫潛箴簪蠶雜丈仗匠場墻壯奬將帳庄張掌暲杖樟檣欌漿牆狀獐璋章粧腸臟臧莊葬蔣薔藏裝贓醬長�\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������障再哉在宰才材栽梓渽滓災縡裁財載齋齎爭箏諍錚佇低儲咀姐底抵杵楮樗沮渚狙猪疽箸紵苧菹著藷詛貯躇這邸雎齟勣吊嫡寂摘敵滴狄炙的積笛籍績翟荻謫賊赤跡蹟迪迹適鏑佃佺傳全典前剪塡塼奠專展廛悛戰栓殿氈澱�\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[239] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������煎琠田甸畑癲筌箋箭篆纏詮輾轉鈿銓錢鐫電顚顫餞切截折浙癤竊節絶占岾店漸点粘霑鮎點接摺蝶丁井亭停偵呈姃定幀庭廷征情挺政整旌晶晸柾楨檉正汀淀淨渟湞瀞炡玎珽町睛碇禎程穽精綎艇訂諪貞鄭酊釘鉦鋌錠霆靖�\".split(\"\");\nfor(j = 0; j != D[239].length; ++j) if(D[239][j].charCodeAt(0) !== 0xFFFD) { e[D[239][j]] = 61184 + j; d[61184 + j] = D[239][j];}\nD[240] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������靜頂鼎制劑啼堤帝弟悌提梯濟祭第臍薺製諸蹄醍除際霽題齊俎兆凋助嘲弔彫措操早晁曺曹朝條棗槽漕潮照燥爪璪眺祖祚租稠窕粗糟組繰肇藻蚤詔調趙躁造遭釣阻雕鳥族簇足鏃存尊卒拙猝倧宗從悰慫棕淙琮種終綜縱腫�\".split(\"\");\nfor(j = 0; j != D[240].length; ++j) if(D[240][j].charCodeAt(0) !== 0xFFFD) { e[D[240][j]] = 61440 + j; d[61440 + j] = D[240][j];}\nD[241] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������踪踵鍾鐘佐坐左座挫罪主住侏做姝胄呪周嗾奏宙州廚晝朱柱株注洲湊澍炷珠疇籌紂紬綢舟蛛註誅走躊輳週酎酒鑄駐竹粥俊儁准埈寯峻晙樽浚準濬焌畯竣蠢逡遵雋駿茁中仲衆重卽櫛楫汁葺增憎曾拯烝甑症繒蒸證贈之只�\".split(\"\");\nfor(j = 0; j != D[241].length; ++j) if(D[241][j].charCodeAt(0) !== 0xFFFD) { e[D[241][j]] = 61696 + j; d[61696 + j] = D[241][j];}\nD[242] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������咫地址志持指摯支旨智枝枳止池沚漬知砥祉祗紙肢脂至芝芷蜘誌識贄趾遲直稙稷織職唇嗔塵振搢晉晋桭榛殄津溱珍瑨璡畛疹盡眞瞋秦縉縝臻蔯袗診賑軫辰進鎭陣陳震侄叱姪嫉帙桎瓆疾秩窒膣蛭質跌迭斟朕什執潗緝輯�\".split(\"\");\nfor(j = 0; j != D[242].length; ++j) if(D[242][j].charCodeAt(0) !== 0xFFFD) { e[D[242][j]] = 61952 + j; d[61952 + j] = D[242][j];}\nD[243] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������鏶集徵懲澄且侘借叉嗟嵯差次此磋箚茶蹉車遮捉搾着窄錯鑿齪撰澯燦璨瓚竄簒纂粲纘讚贊鑽餐饌刹察擦札紮僭參塹慘慙懺斬站讒讖倉倡創唱娼廠彰愴敞昌昶暢槍滄漲猖瘡窓脹艙菖蒼債埰寀寨彩採砦綵菜蔡采釵冊柵策�\".split(\"\");\nfor(j = 0; j != D[243].length; ++j) if(D[243][j].charCodeAt(0) !== 0xFFFD) { e[D[243][j]] = 62208 + j; d[62208 + j] = D[243][j];}\nD[244] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������責凄妻悽處倜刺剔尺慽戚拓擲斥滌瘠脊蹠陟隻仟千喘天川擅泉淺玔穿舛薦賤踐遷釧闡阡韆凸哲喆徹撤澈綴輟轍鐵僉尖沾添甛瞻簽籤詹諂堞妾帖捷牒疊睫諜貼輒廳晴淸聽菁請靑鯖切剃替涕滯締諦逮遞體初剿哨憔抄招梢�\".split(\"\");\nfor(j = 0; j != D[244].length; ++j) if(D[244][j].charCodeAt(0) !== 0xFFFD) { e[D[244][j]] = 62464 + j; d[62464 + j] = D[244][j];}\nD[245] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������椒楚樵炒焦硝礁礎秒稍肖艸苕草蕉貂超酢醋醮促囑燭矗蜀觸寸忖村邨叢塚寵悤憁摠總聰蔥銃撮催崔最墜抽推椎楸樞湫皺秋芻萩諏趨追鄒酋醜錐錘鎚雛騶鰍丑畜祝竺筑築縮蓄蹙蹴軸逐春椿瑃出朮黜充忠沖蟲衝衷悴膵萃�\".split(\"\");\nfor(j = 0; j != D[245].length; ++j) if(D[245][j].charCodeAt(0) !== 0xFFFD) { e[D[245][j]] = 62720 + j; d[62720 + j] = D[245][j];}\nD[246] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������贅取吹嘴娶就炊翠聚脆臭趣醉驟鷲側仄厠惻測層侈値嗤峙幟恥梔治淄熾痔痴癡稚穉緇緻置致蚩輜雉馳齒則勅飭親七柒漆侵寢枕沈浸琛砧針鍼蟄秤稱快他咤唾墮妥惰打拖朶楕舵陀馱駝倬卓啄坼度托拓擢晫柝濁濯琢琸託�\".split(\"\");\nfor(j = 0; j != D[246].length; ++j) if(D[246][j].charCodeAt(0) !== 0xFFFD) { e[D[246][j]] = 62976 + j; d[62976 + j] = D[246][j];}\nD[247] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������鐸呑嘆坦彈憚歎灘炭綻誕奪脫探眈耽貪塔搭榻宕帑湯糖蕩兌台太怠態殆汰泰笞胎苔跆邰颱宅擇澤撑攄兎吐土討慟桶洞痛筒統通堆槌腿褪退頹偸套妬投透鬪慝特闖坡婆巴把播擺杷波派爬琶破罷芭跛頗判坂板版瓣販辦鈑�\".split(\"\");\nfor(j = 0; j != D[247].length; ++j) if(D[247][j].charCodeAt(0) !== 0xFFFD) { e[D[247][j]] = 63232 + j; d[63232 + j] = D[247][j];}\nD[248] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������阪八叭捌佩唄悖敗沛浿牌狽稗覇貝彭澎烹膨愎便偏扁片篇編翩遍鞭騙貶坪平枰萍評吠嬖幣廢弊斃肺蔽閉陛佈包匍匏咆哺圃布怖抛抱捕暴泡浦疱砲胞脯苞葡蒲袍褒逋鋪飽鮑幅暴曝瀑爆輻俵剽彪慓杓標漂瓢票表豹飇飄驃�\".split(\"\");\nfor(j = 0; j != D[248].length; ++j) if(D[248][j].charCodeAt(0) !== 0xFFFD) { e[D[248][j]] = 63488 + j; d[63488 + j] = D[248][j];}\nD[249] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������品稟楓諷豊風馮彼披疲皮被避陂匹弼必泌珌畢疋筆苾馝乏逼下何厦夏廈昰河瑕荷蝦賀遐霞鰕壑學虐謔鶴寒恨悍旱汗漢澣瀚罕翰閑閒限韓割轄函含咸啣喊檻涵緘艦銜陷鹹合哈盒蛤閤闔陜亢伉姮嫦巷恒抗杭桁沆港缸肛航�\".split(\"\");\nfor(j = 0; j != D[249].length; ++j) if(D[249][j].charCodeAt(0) !== 0xFFFD) { e[D[249][j]] = 63744 + j; d[63744 + j] = D[249][j];}\nD[250] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������行降項亥偕咳垓奚孩害懈楷海瀣蟹解該諧邂駭骸劾核倖幸杏荇行享向嚮珦鄕響餉饗香噓墟虛許憲櫶獻軒歇險驗奕爀赫革俔峴弦懸晛泫炫玄玹現眩睍絃絢縣舷衒見賢鉉顯孑穴血頁嫌俠協夾峽挾浹狹脅脇莢鋏頰亨兄刑型�\".split(\"\");\nfor(j = 0; j != D[250].length; ++j) if(D[250][j].charCodeAt(0) !== 0xFFFD) { e[D[250][j]] = 64000 + j; d[64000 + j] = D[250][j];}\nD[251] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������形泂滎瀅灐炯熒珩瑩荊螢衡逈邢鎣馨兮彗惠慧暳蕙蹊醯鞋乎互呼壕壺好岵弧戶扈昊晧毫浩淏湖滸澔濠濩灝狐琥瑚瓠皓祜糊縞胡芦葫蒿虎號蝴護豪鎬頀顥惑或酷婚昏混渾琿魂忽惚笏哄弘汞泓洪烘紅虹訌鴻化和嬅樺火畵�\".split(\"\");\nfor(j = 0; j != D[251].length; ++j) if(D[251][j].charCodeAt(0) !== 0xFFFD) { e[D[251][j]] = 64256 + j; d[64256 + j] = D[251][j];}\nD[252] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������禍禾花華話譁貨靴廓擴攫確碻穫丸喚奐宦幻患換歡晥桓渙煥環紈還驩鰥活滑猾豁闊凰幌徨恍惶愰慌晃晄榥況湟滉潢煌璜皇篁簧荒蝗遑隍黃匯回廻徊恢悔懷晦會檜淮澮灰獪繪膾茴蛔誨賄劃獲宖橫鐄哮嚆孝效斅曉梟涍淆�\".split(\"\");\nfor(j = 0; j != D[252].length; ++j) if(D[252][j].charCodeAt(0) !== 0xFFFD) { e[D[252][j]] = 64512 + j; d[64512 + j] = D[252][j];}\nD[253] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������爻肴酵驍侯候厚后吼喉嗅帿後朽煦珝逅勛勳塤壎焄熏燻薰訓暈薨喧暄煊萱卉喙毁彙徽揮暉煇諱輝麾休携烋畦虧恤譎鷸兇凶匈洶胸黑昕欣炘痕吃屹紇訖欠欽歆吸恰洽翕興僖凞喜噫囍姬嬉希憙憘戱晞曦熙熹熺犧禧稀羲詰�\".split(\"\");\nfor(j = 0; j != D[253].length; ++j) if(D[253][j].charCodeAt(0) !== 0xFFFD) { e[D[253][j]] = 64768 + j; d[64768 + j] = D[253][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[950] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~��������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[161] = \"���������������������������������������������������������������� ，、。．‧；：？！︰…‥﹐﹑﹒·﹔﹕﹖﹗｜–︱—︳╴︴﹏（）︵︶｛｝︷︸〔〕︹︺【】︻︼《》︽︾〈〉︿﹀「」﹁﹂『』﹃﹄﹙﹚����������������������������������﹛﹜﹝﹞‘’“”〝〞‵′＃＆＊※§〃○●△▲◎☆★◇◆□■▽▼㊣℅¯￣＿ˍ﹉﹊﹍﹎﹋﹌﹟﹠﹡＋－×÷±√＜＞＝≦≧≠∞≒≡﹢﹣﹤﹥﹦～∩∪⊥∠∟⊿㏒㏑∫∮∵∴♀♂⊕⊙↑↓←→↖↗↙↘∥∣／�\".split(\"\");\nfor(j = 0; j != D[161].length; ++j) if(D[161][j].charCodeAt(0) !== 0xFFFD) { e[D[161][j]] = 41216 + j; d[41216 + j] = D[161][j];}\nD[162] = \"����������������������������������������������������������������＼∕﹨＄￥〒￠￡％＠℃℉﹩﹪﹫㏕㎜㎝㎞㏎㎡㎎㎏㏄°兙兛兞兝兡兣嗧瓩糎▁▂▃▄▅▆▇█▏▎▍▌▋▊▉┼┴┬┤├▔─│▕┌┐└┘╭����������������������������������╮╰╯═╞╪╡◢◣◥◤╱╲╳０１２３４５６７８９ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ〡〢〣〤〥〦〧〨〩十卄卅ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖ�\".split(\"\");\nfor(j = 0; j != D[162].length; ++j) if(D[162][j].charCodeAt(0) !== 0xFFFD) { e[D[162][j]] = 41472 + j; d[41472 + j] = D[162][j];}\nD[163] = \"����������������������������������������������������������������ｗｘｙｚΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩαβγδεζηθικλμνξοπρστυφχψωㄅㄆㄇㄈㄉㄊㄋㄌㄍㄎㄏ����������������������������������ㄐㄑㄒㄓㄔㄕㄖㄗㄘㄙㄚㄛㄜㄝㄞㄟㄠㄡㄢㄣㄤㄥㄦㄧㄨㄩ˙ˉˊˇˋ���������������������������������€������������������������������\".split(\"\");\nfor(j = 0; j != D[163].length; ++j) if(D[163][j].charCodeAt(0) !== 0xFFFD) { e[D[163][j]] = 41728 + j; d[41728 + j] = D[163][j];}\nD[164] = \"����������������������������������������������������������������一乙丁七乃九了二人儿入八几刀刁力匕十卜又三下丈上丫丸凡久么也乞于亡兀刃勺千叉口土士夕大女子孑孓寸小尢尸山川工己已巳巾干廾弋弓才����������������������������������丑丐不中丰丹之尹予云井互五亢仁什仃仆仇仍今介仄元允內六兮公冗凶分切刈勻勾勿化匹午升卅卞厄友及反壬天夫太夭孔少尤尺屯巴幻廿弔引心戈戶手扎支文斗斤方日曰月木欠止歹毋比毛氏水火爪父爻片牙牛犬王丙�\".split(\"\");\nfor(j = 0; j != D[164].length; ++j) if(D[164][j].charCodeAt(0) !== 0xFFFD) { e[D[164][j]] = 41984 + j; d[41984 + j] = D[164][j];}\nD[165] = \"����������������������������������������������������������������世丕且丘主乍乏乎以付仔仕他仗代令仙仞充兄冉冊冬凹出凸刊加功包匆北匝仟半卉卡占卯卮去可古右召叮叩叨叼司叵叫另只史叱台句叭叻四囚外����������������������������������央失奴奶孕它尼巨巧左市布平幼弁弘弗必戊打扔扒扑斥旦朮本未末札正母民氐永汁汀氾犯玄玉瓜瓦甘生用甩田由甲申疋白皮皿目矛矢石示禾穴立丞丟乒乓乩亙交亦亥仿伉伙伊伕伍伐休伏仲件任仰仳份企伋光兇兆先全�\".split(\"\");\nfor(j = 0; j != D[165].length; ++j) if(D[165][j].charCodeAt(0) !== 0xFFFD) { e[D[165][j]] = 42240 + j; d[42240 + j] = D[165][j];}\nD[166] = \"����������������������������������������������������������������共再冰列刑划刎刖劣匈匡匠印危吉吏同吊吐吁吋各向名合吃后吆吒因回囝圳地在圭圬圯圩夙多夷夸妄奸妃好她如妁字存宇守宅安寺尖屹州帆并年����������������������������������式弛忙忖戎戌戍成扣扛托收早旨旬旭曲曳有朽朴朱朵次此死氖汝汗汙江池汐汕污汛汍汎灰牟牝百竹米糸缶羊羽老考而耒耳聿肉肋肌臣自至臼舌舛舟艮色艾虫血行衣西阡串亨位住佇佗佞伴佛何估佐佑伽伺伸佃佔似但佣�\".split(\"\");\nfor(j = 0; j != D[166].length; ++j) if(D[166][j].charCodeAt(0) !== 0xFFFD) { e[D[166][j]] = 42496 + j; d[42496 + j] = D[166][j];}\nD[167] = \"����������������������������������������������������������������作你伯低伶余佝佈佚兌克免兵冶冷別判利刪刨劫助努劬匣即卵吝吭吞吾否呎吧呆呃吳呈呂君吩告吹吻吸吮吵吶吠吼呀吱含吟听囪困囤囫坊坑址坍����������������������������������均坎圾坐坏圻壯夾妝妒妨妞妣妙妖妍妤妓妊妥孝孜孚孛完宋宏尬局屁尿尾岐岑岔岌巫希序庇床廷弄弟彤形彷役忘忌志忍忱快忸忪戒我抄抗抖技扶抉扭把扼找批扳抒扯折扮投抓抑抆改攻攸旱更束李杏材村杜杖杞杉杆杠�\".split(\"\");\nfor(j = 0; j != D[167].length; ++j) if(D[167][j].charCodeAt(0) !== 0xFFFD) { e[D[167][j]] = 42752 + j; d[42752 + j] = D[167][j];}\nD[168] = \"����������������������������������������������������������������杓杗步每求汞沙沁沈沉沅沛汪決沐汰沌汨沖沒汽沃汲汾汴沆汶沍沔沘沂灶灼災灸牢牡牠狄狂玖甬甫男甸皂盯矣私秀禿究系罕肖肓肝肘肛肚育良芒����������������������������������芋芍見角言谷豆豕貝赤走足身車辛辰迂迆迅迄巡邑邢邪邦那酉釆里防阮阱阪阬並乖乳事些亞享京佯依侍佳使佬供例來侃佰併侈佩佻侖佾侏侑佺兔兒兕兩具其典冽函刻券刷刺到刮制剁劾劻卒協卓卑卦卷卸卹取叔受味呵�\".split(\"\");\nfor(j = 0; j != D[168].length; ++j) if(D[168][j].charCodeAt(0) !== 0xFFFD) { e[D[168][j]] = 43008 + j; d[43008 + j] = D[168][j];}\nD[169] = \"����������������������������������������������������������������咖呸咕咀呻呷咄咒咆呼咐呱呶和咚呢周咋命咎固垃坷坪坩坡坦坤坼夜奉奇奈奄奔妾妻委妹妮姑姆姐姍始姓姊妯妳姒姅孟孤季宗定官宜宙宛尚屈居����������������������������������屆岷岡岸岩岫岱岳帘帚帖帕帛帑幸庚店府底庖延弦弧弩往征彿彼忝忠忽念忿怏怔怯怵怖怪怕怡性怩怫怛或戕房戾所承拉拌拄抿拂抹拒招披拓拔拋拈抨抽押拐拙拇拍抵拚抱拘拖拗拆抬拎放斧於旺昔易昌昆昂明昀昏昕昊�\".split(\"\");\nfor(j = 0; j != D[169].length; ++j) if(D[169][j].charCodeAt(0) !== 0xFFFD) { e[D[169][j]] = 43264 + j; d[43264 + j] = D[169][j];}\nD[170] = \"����������������������������������������������������������������昇服朋杭枋枕東果杳杷枇枝林杯杰板枉松析杵枚枓杼杪杲欣武歧歿氓氛泣注泳沱泌泥河沽沾沼波沫法泓沸泄油況沮泗泅泱沿治泡泛泊沬泯泜泖泠����������������������������������炕炎炒炊炙爬爭爸版牧物狀狎狙狗狐玩玨玟玫玥甽疝疙疚的盂盲直知矽社祀祁秉秈空穹竺糾罔羌羋者肺肥肢肱股肫肩肴肪肯臥臾舍芳芝芙芭芽芟芹花芬芥芯芸芣芰芾芷虎虱初表軋迎返近邵邸邱邶采金長門阜陀阿阻附�\".split(\"\");\nfor(j = 0; j != D[170].length; ++j) if(D[170][j].charCodeAt(0) !== 0xFFFD) { e[D[170][j]] = 43520 + j; d[43520 + j] = D[170][j];}\nD[171] = \"����������������������������������������������������������������陂隹雨青非亟亭亮信侵侯便俠俑俏保促侶俘俟俊俗侮俐俄係俚俎俞侷兗冒冑冠剎剃削前剌剋則勇勉勃勁匍南卻厚叛咬哀咨哎哉咸咦咳哇哂咽咪品����������������������������������哄哈咯咫咱咻咩咧咿囿垂型垠垣垢城垮垓奕契奏奎奐姜姘姿姣姨娃姥姪姚姦威姻孩宣宦室客宥封屎屏屍屋峙峒巷帝帥帟幽庠度建弈弭彥很待徊律徇後徉怒思怠急怎怨恍恰恨恢恆恃恬恫恪恤扁拜挖按拼拭持拮拽指拱拷�\".split(\"\");\nfor(j = 0; j != D[171].length; ++j) if(D[171][j].charCodeAt(0) !== 0xFFFD) { e[D[171][j]] = 43776 + j; d[43776 + j] = D[171][j];}\nD[172] = \"����������������������������������������������������������������拯括拾拴挑挂政故斫施既春昭映昧是星昨昱昤曷柿染柱柔某柬架枯柵柩柯柄柑枴柚查枸柏柞柳枰柙柢柝柒歪殃殆段毒毗氟泉洋洲洪流津洌洱洞洗����������������������������������活洽派洶洛泵洹洧洸洩洮洵洎洫炫為炳炬炯炭炸炮炤爰牲牯牴狩狠狡玷珊玻玲珍珀玳甚甭畏界畎畋疫疤疥疢疣癸皆皇皈盈盆盃盅省盹相眉看盾盼眇矜砂研砌砍祆祉祈祇禹禺科秒秋穿突竿竽籽紂紅紀紉紇約紆缸美羿耄�\".split(\"\");\nfor(j = 0; j != D[172].length; ++j) if(D[172][j].charCodeAt(0) !== 0xFFFD) { e[D[172][j]] = 44032 + j; d[44032 + j] = D[172][j];}\nD[173] = \"����������������������������������������������������������������耐耍耑耶胖胥胚胃胄背胡胛胎胞胤胝致舢苧范茅苣苛苦茄若茂茉苒苗英茁苜苔苑苞苓苟苯茆虐虹虻虺衍衫要觔計訂訃貞負赴赳趴軍軌述迦迢迪迥����������������������������������迭迫迤迨郊郎郁郃酋酊重閂限陋陌降面革韋韭音頁風飛食首香乘亳倌倍倣俯倦倥俸倩倖倆值借倚倒們俺倀倔倨俱倡個候倘俳修倭倪俾倫倉兼冤冥冢凍凌准凋剖剜剔剛剝匪卿原厝叟哨唐唁唷哼哥哲唆哺唔哩哭員唉哮哪�\".split(\"\");\nfor(j = 0; j != D[173].length; ++j) if(D[173][j].charCodeAt(0) !== 0xFFFD) { e[D[173][j]] = 44288 + j; d[44288 + j] = D[173][j];}\nD[174] = \"����������������������������������������������������������������哦唧唇哽唏圃圄埂埔埋埃堉夏套奘奚娑娘娜娟娛娓姬娠娣娩娥娌娉孫屘宰害家宴宮宵容宸射屑展屐峭峽峻峪峨峰島崁峴差席師庫庭座弱徒徑徐恙����������������������������������恣恥恐恕恭恩息悄悟悚悍悔悌悅悖扇拳挈拿捎挾振捕捂捆捏捉挺捐挽挪挫挨捍捌效敉料旁旅時晉晏晃晒晌晅晁書朔朕朗校核案框桓根桂桔栩梳栗桌桑栽柴桐桀格桃株桅栓栘桁殊殉殷氣氧氨氦氤泰浪涕消涇浦浸海浙涓�\".split(\"\");\nfor(j = 0; j != D[174].length; ++j) if(D[174][j].charCodeAt(0) !== 0xFFFD) { e[D[174][j]] = 44544 + j; d[44544 + j] = D[174][j];}\nD[175] = \"����������������������������������������������������������������浬涉浮浚浴浩涌涊浹涅浥涔烊烘烤烙烈烏爹特狼狹狽狸狷玆班琉珮珠珪珞畔畝畜畚留疾病症疲疳疽疼疹痂疸皋皰益盍盎眩真眠眨矩砰砧砸砝破砷����������������������������������砥砭砠砟砲祕祐祠祟祖神祝祗祚秤秣秧租秦秩秘窄窈站笆笑粉紡紗紋紊素索純紐紕級紜納紙紛缺罟羔翅翁耆耘耕耙耗耽耿胱脂胰脅胭胴脆胸胳脈能脊胼胯臭臬舀舐航舫舨般芻茫荒荔荊茸荐草茵茴荏茲茹茶茗荀茱茨荃�\".split(\"\");\nfor(j = 0; j != D[175].length; ++j) if(D[175][j].charCodeAt(0) !== 0xFFFD) { e[D[175][j]] = 44800 + j; d[44800 + j] = D[175][j];}\nD[176] = \"����������������������������������������������������������������虔蚊蚪蚓蚤蚩蚌蚣蚜衰衷袁袂衽衹記訐討訌訕訊託訓訖訏訑豈豺豹財貢起躬軒軔軏辱送逆迷退迺迴逃追逅迸邕郡郝郢酒配酌釘針釗釜釙閃院陣陡����������������������������������陛陝除陘陞隻飢馬骨高鬥鬲鬼乾偺偽停假偃偌做偉健偶偎偕偵側偷偏倏偯偭兜冕凰剪副勒務勘動匐匏匙匿區匾參曼商啪啦啄啞啡啃啊唱啖問啕唯啤唸售啜唬啣唳啁啗圈國圉域堅堊堆埠埤基堂堵執培夠奢娶婁婉婦婪婀�\".split(\"\");\nfor(j = 0; j != D[176].length; ++j) if(D[176][j].charCodeAt(0) !== 0xFFFD) { e[D[176][j]] = 45056 + j; d[45056 + j] = D[176][j];}\nD[177] = \"����������������������������������������������������������������娼婢婚婆婊孰寇寅寄寂宿密尉專將屠屜屝崇崆崎崛崖崢崑崩崔崙崤崧崗巢常帶帳帷康庸庶庵庾張強彗彬彩彫得徙從徘御徠徜恿患悉悠您惋悴惦悽����������������������������������情悻悵惜悼惘惕惆惟悸惚惇戚戛扈掠控捲掖探接捷捧掘措捱掩掉掃掛捫推掄授掙採掬排掏掀捻捩捨捺敝敖救教敗啟敏敘敕敔斜斛斬族旋旌旎晝晚晤晨晦晞曹勗望梁梯梢梓梵桿桶梱梧梗械梃棄梭梆梅梔條梨梟梡梂欲殺�\".split(\"\");\nfor(j = 0; j != D[177].length; ++j) if(D[177][j].charCodeAt(0) !== 0xFFFD) { e[D[177][j]] = 45312 + j; d[45312 + j] = D[177][j];}\nD[178] = \"����������������������������������������������������������������毫毬氫涎涼淳淙液淡淌淤添淺清淇淋涯淑涮淞淹涸混淵淅淒渚涵淚淫淘淪深淮淨淆淄涪淬涿淦烹焉焊烽烯爽牽犁猜猛猖猓猙率琅琊球理現琍瓠瓶����������������������������������瓷甜產略畦畢異疏痔痕疵痊痍皎盔盒盛眷眾眼眶眸眺硫硃硎祥票祭移窒窕笠笨笛第符笙笞笮粒粗粕絆絃統紮紹紼絀細紳組累終紲紱缽羞羚翌翎習耜聊聆脯脖脣脫脩脰脤舂舵舷舶船莎莞莘荸莢莖莽莫莒莊莓莉莠荷荻荼�\".split(\"\");\nfor(j = 0; j != D[178].length; ++j) if(D[178][j].charCodeAt(0) !== 0xFFFD) { e[D[178][j]] = 45568 + j; d[45568 + j] = D[178][j];}\nD[179] = \"����������������������������������������������������������������莆莧處彪蛇蛀蚶蛄蚵蛆蛋蚱蚯蛉術袞袈被袒袖袍袋覓規訪訝訣訥許設訟訛訢豉豚販責貫貨貪貧赧赦趾趺軛軟這逍通逗連速逝逐逕逞造透逢逖逛途����������������������������������部郭都酗野釵釦釣釧釭釩閉陪陵陳陸陰陴陶陷陬雀雪雩章竟頂頃魚鳥鹵鹿麥麻傢傍傅備傑傀傖傘傚最凱割剴創剩勞勝勛博厥啻喀喧啼喊喝喘喂喜喪喔喇喋喃喳單喟唾喲喚喻喬喱啾喉喫喙圍堯堪場堤堰報堡堝堠壹壺奠�\".split(\"\");\nfor(j = 0; j != D[179].length; ++j) if(D[179][j].charCodeAt(0) !== 0xFFFD) { e[D[179][j]] = 45824 + j; d[45824 + j] = D[179][j];}\nD[180] = \"����������������������������������������������������������������婷媚婿媒媛媧孳孱寒富寓寐尊尋就嵌嵐崴嵇巽幅帽幀幃幾廊廁廂廄弼彭復循徨惑惡悲悶惠愜愣惺愕惰惻惴慨惱愎惶愉愀愒戟扉掣掌描揀揩揉揆揍����������������������������������插揣提握揖揭揮捶援揪換摒揚揹敞敦敢散斑斐斯普晰晴晶景暑智晾晷曾替期朝棺棕棠棘棗椅棟棵森棧棹棒棲棣棋棍植椒椎棉棚楮棻款欺欽殘殖殼毯氮氯氬港游湔渡渲湧湊渠渥渣減湛湘渤湖湮渭渦湯渴湍渺測湃渝渾滋�\".split(\"\");\nfor(j = 0; j != D[180].length; ++j) if(D[180][j].charCodeAt(0) !== 0xFFFD) { e[D[180][j]] = 46080 + j; d[46080 + j] = D[180][j];}\nD[181] = \"����������������������������������������������������������������溉渙湎湣湄湲湩湟焙焚焦焰無然煮焜牌犄犀猶猥猴猩琺琪琳琢琥琵琶琴琯琛琦琨甥甦畫番痢痛痣痙痘痞痠登發皖皓皴盜睏短硝硬硯稍稈程稅稀窘����������������������������������窗窖童竣等策筆筐筒答筍筋筏筑粟粥絞結絨絕紫絮絲絡給絢絰絳善翔翕耋聒肅腕腔腋腑腎脹腆脾腌腓腴舒舜菩萃菸萍菠菅萋菁華菱菴著萊菰萌菌菽菲菊萸萎萄菜萇菔菟虛蛟蛙蛭蛔蛛蛤蛐蛞街裁裂袱覃視註詠評詞証詁�\".split(\"\");\nfor(j = 0; j != D[181].length; ++j) if(D[181][j].charCodeAt(0) !== 0xFFFD) { e[D[181][j]] = 46336 + j; d[46336 + j] = D[181][j];}\nD[182] = \"����������������������������������������������������������������詔詛詐詆訴診訶詖象貂貯貼貳貽賁費賀貴買貶貿貸越超趁跎距跋跚跑跌跛跆軻軸軼辜逮逵週逸進逶鄂郵鄉郾酣酥量鈔鈕鈣鈉鈞鈍鈐鈇鈑閔閏開閑����������������������������������間閒閎隊階隋陽隅隆隍陲隄雁雅雄集雇雯雲韌項順須飧飪飯飩飲飭馮馭黃黍黑亂傭債傲傳僅傾催傷傻傯僇剿剷剽募勦勤勢勣匯嗟嗨嗓嗦嗎嗜嗇嗑嗣嗤嗯嗚嗡嗅嗆嗥嗉園圓塞塑塘塗塚塔填塌塭塊塢塒塋奧嫁嫉嫌媾媽媼�\".split(\"\");\nfor(j = 0; j != D[182].length; ++j) if(D[182][j].charCodeAt(0) !== 0xFFFD) { e[D[182][j]] = 46592 + j; d[46592 + j] = D[182][j];}\nD[183] = \"����������������������������������������������������������������媳嫂媲嵩嵯幌幹廉廈弒彙徬微愚意慈感想愛惹愁愈慎慌慄慍愾愴愧愍愆愷戡戢搓搾搞搪搭搽搬搏搜搔損搶搖搗搆敬斟新暗暉暇暈暖暄暘暍會榔業����������������������������������楚楷楠楔極椰概楊楨楫楞楓楹榆楝楣楛歇歲毀殿毓毽溢溯滓溶滂源溝滇滅溥溘溼溺溫滑準溜滄滔溪溧溴煎煙煩煤煉照煜煬煦煌煥煞煆煨煖爺牒猷獅猿猾瑯瑚瑕瑟瑞瑁琿瑙瑛瑜當畸瘀痰瘁痲痱痺痿痴痳盞盟睛睫睦睞督�\".split(\"\");\nfor(j = 0; j != D[183].length; ++j) if(D[183][j].charCodeAt(0) !== 0xFFFD) { e[D[183][j]] = 46848 + j; d[46848 + j] = D[183][j];}\nD[184] = \"����������������������������������������������������������������睹睪睬睜睥睨睢矮碎碰碗碘碌碉硼碑碓硿祺祿禁萬禽稜稚稠稔稟稞窟窠筷節筠筮筧粱粳粵經絹綑綁綏絛置罩罪署義羨群聖聘肆肄腱腰腸腥腮腳腫����������������������������������腹腺腦舅艇蒂葷落萱葵葦葫葉葬葛萼萵葡董葩葭葆虞虜號蛹蜓蜈蜇蜀蛾蛻蜂蜃蜆蜊衙裟裔裙補裘裝裡裊裕裒覜解詫該詳試詩詰誇詼詣誠話誅詭詢詮詬詹詻訾詨豢貊貉賊資賈賄貲賃賂賅跡跟跨路跳跺跪跤跦躲較載軾輊�\".split(\"\");\nfor(j = 0; j != D[184].length; ++j) if(D[184][j].charCodeAt(0) !== 0xFFFD) { e[D[184][j]] = 47104 + j; d[47104 + j] = D[184][j];}\nD[185] = \"����������������������������������������������������������������辟農運遊道遂達逼違遐遇遏過遍遑逾遁鄒鄗酬酪酩釉鈷鉗鈸鈽鉀鈾鉛鉋鉤鉑鈴鉉鉍鉅鈹鈿鉚閘隘隔隕雍雋雉雊雷電雹零靖靴靶預頑頓頊頒頌飼飴����������������������������������飽飾馳馱馴髡鳩麂鼎鼓鼠僧僮僥僖僭僚僕像僑僱僎僩兢凳劃劂匱厭嗾嘀嘛嘗嗽嘔嘆嘉嘍嘎嗷嘖嘟嘈嘐嗶團圖塵塾境墓墊塹墅塽壽夥夢夤奪奩嫡嫦嫩嫗嫖嫘嫣孵寞寧寡寥實寨寢寤察對屢嶄嶇幛幣幕幗幔廓廖弊彆彰徹慇�\".split(\"\");\nfor(j = 0; j != D[185].length; ++j) if(D[185][j].charCodeAt(0) !== 0xFFFD) { e[D[185][j]] = 47360 + j; d[47360 + j] = D[185][j];}\nD[186] = \"����������������������������������������������������������������愿態慷慢慣慟慚慘慵截撇摘摔撤摸摟摺摑摧搴摭摻敲斡旗旖暢暨暝榜榨榕槁榮槓構榛榷榻榫榴槐槍榭槌榦槃榣歉歌氳漳演滾漓滴漩漾漠漬漏漂漢����������������������������������滿滯漆漱漸漲漣漕漫漯澈漪滬漁滲滌滷熔熙煽熊熄熒爾犒犖獄獐瑤瑣瑪瑰瑭甄疑瘧瘍瘋瘉瘓盡監瞄睽睿睡磁碟碧碳碩碣禎福禍種稱窪窩竭端管箕箋筵算箝箔箏箸箇箄粹粽精綻綰綜綽綾綠緊綴網綱綺綢綿綵綸維緒緇綬�\".split(\"\");\nfor(j = 0; j != D[186].length; ++j) if(D[186][j].charCodeAt(0) !== 0xFFFD) { e[D[186][j]] = 47616 + j; d[47616 + j] = D[186][j];}\nD[187] = \"����������������������������������������������������������������罰翠翡翟聞聚肇腐膀膏膈膊腿膂臧臺與舔舞艋蓉蒿蓆蓄蒙蒞蒲蒜蓋蒸蓀蓓蒐蒼蓑蓊蜿蜜蜻蜢蜥蜴蜘蝕蜷蜩裳褂裴裹裸製裨褚裯誦誌語誣認誡誓誤����������������������������������說誥誨誘誑誚誧豪貍貌賓賑賒赫趙趕跼輔輒輕輓辣遠遘遜遣遙遞遢遝遛鄙鄘鄞酵酸酷酴鉸銀銅銘銖鉻銓銜銨鉼銑閡閨閩閣閥閤隙障際雌雒需靼鞅韶頗領颯颱餃餅餌餉駁骯骰髦魁魂鳴鳶鳳麼鼻齊億儀僻僵價儂儈儉儅凜�\".split(\"\");\nfor(j = 0; j != D[187].length; ++j) if(D[187][j].charCodeAt(0) !== 0xFFFD) { e[D[187][j]] = 47872 + j; d[47872 + j] = D[187][j];}\nD[188] = \"����������������������������������������������������������������劇劈劉劍劊勰厲嘮嘻嘹嘲嘿嘴嘩噓噎噗噴嘶嘯嘰墀墟增墳墜墮墩墦奭嬉嫻嬋嫵嬌嬈寮寬審寫層履嶝嶔幢幟幡廢廚廟廝廣廠彈影德徵慶慧慮慝慕憂����������������������������������慼慰慫慾憧憐憫憎憬憚憤憔憮戮摩摯摹撞撲撈撐撰撥撓撕撩撒撮播撫撚撬撙撢撳敵敷數暮暫暴暱樣樟槨樁樞標槽模樓樊槳樂樅槭樑歐歎殤毅毆漿潼澄潑潦潔澆潭潛潸潮澎潺潰潤澗潘滕潯潠潟熟熬熱熨牖犛獎獗瑩璋璃�\".split(\"\");\nfor(j = 0; j != D[188].length; ++j) if(D[188][j].charCodeAt(0) !== 0xFFFD) { e[D[188][j]] = 48128 + j; d[48128 + j] = D[188][j];}\nD[189] = \"����������������������������������������������������������������瑾璀畿瘠瘩瘟瘤瘦瘡瘢皚皺盤瞎瞇瞌瞑瞋磋磅確磊碾磕碼磐稿稼穀稽稷稻窯窮箭箱範箴篆篇篁箠篌糊締練緯緻緘緬緝編緣線緞緩綞緙緲緹罵罷羯����������������������������������翩耦膛膜膝膠膚膘蔗蔽蔚蓮蔬蔭蔓蔑蔣蔡蔔蓬蔥蓿蔆螂蝴蝶蝠蝦蝸蝨蝙蝗蝌蝓衛衝褐複褒褓褕褊誼諒談諄誕請諸課諉諂調誰論諍誶誹諛豌豎豬賠賞賦賤賬賭賢賣賜質賡赭趟趣踫踐踝踢踏踩踟踡踞躺輝輛輟輩輦輪輜輞�\".split(\"\");\nfor(j = 0; j != D[189].length; ++j) if(D[189][j].charCodeAt(0) !== 0xFFFD) { e[D[189][j]] = 48384 + j; d[48384 + j] = D[189][j];}\nD[190] = \"����������������������������������������������������������������輥適遮遨遭遷鄰鄭鄧鄱醇醉醋醃鋅銻銷鋪銬鋤鋁銳銼鋒鋇鋰銲閭閱霄霆震霉靠鞍鞋鞏頡頫頜颳養餓餒餘駝駐駟駛駑駕駒駙骷髮髯鬧魅魄魷魯鴆鴉����������������������������������鴃麩麾黎墨齒儒儘儔儐儕冀冪凝劑劓勳噙噫噹噩噤噸噪器噥噱噯噬噢噶壁墾壇壅奮嬝嬴學寰導彊憲憑憩憊懍憶憾懊懈戰擅擁擋撻撼據擄擇擂操撿擒擔撾整曆曉暹曄曇暸樽樸樺橙橫橘樹橄橢橡橋橇樵機橈歙歷氅濂澱澡�\".split(\"\");\nfor(j = 0; j != D[190].length; ++j) if(D[190][j].charCodeAt(0) !== 0xFFFD) { e[D[190][j]] = 48640 + j; d[48640 + j] = D[190][j];}\nD[191] = \"����������������������������������������������������������������濃澤濁澧澳激澹澶澦澠澴熾燉燐燒燈燕熹燎燙燜燃燄獨璜璣璘璟璞瓢甌甍瘴瘸瘺盧盥瞠瞞瞟瞥磨磚磬磧禦積穎穆穌穋窺篙簑築篤篛篡篩篦糕糖縊����������������������������������縑縈縛縣縞縝縉縐罹羲翰翱翮耨膳膩膨臻興艘艙蕊蕙蕈蕨蕩蕃蕉蕭蕪蕞螃螟螞螢融衡褪褲褥褫褡親覦諦諺諫諱謀諜諧諮諾謁謂諷諭諳諶諼豫豭貓賴蹄踱踴蹂踹踵輻輯輸輳辨辦遵遴選遲遼遺鄴醒錠錶鋸錳錯錢鋼錫錄錚�\".split(\"\");\nfor(j = 0; j != D[191].length; ++j) if(D[191][j].charCodeAt(0) !== 0xFFFD) { e[D[191][j]] = 48896 + j; d[48896 + j] = D[191][j];}\nD[192] = \"����������������������������������������������������������������錐錦錡錕錮錙閻隧隨險雕霎霑霖霍霓霏靛靜靦鞘頰頸頻頷頭頹頤餐館餞餛餡餚駭駢駱骸骼髻髭鬨鮑鴕鴣鴦鴨鴒鴛默黔龍龜優償儡儲勵嚎嚀嚐嚅嚇����������������������������������嚏壕壓壑壎嬰嬪嬤孺尷屨嶼嶺嶽嶸幫彌徽應懂懇懦懋戲戴擎擊擘擠擰擦擬擱擢擭斂斃曙曖檀檔檄檢檜櫛檣橾檗檐檠歜殮毚氈濘濱濟濠濛濤濫濯澀濬濡濩濕濮濰燧營燮燦燥燭燬燴燠爵牆獰獲璩環璦璨癆療癌盪瞳瞪瞰瞬�\".split(\"\");\nfor(j = 0; j != D[192].length; ++j) if(D[192][j].charCodeAt(0) !== 0xFFFD) { e[D[192][j]] = 49152 + j; d[49152 + j] = D[192][j];}\nD[193] = \"����������������������������������������������������������������瞧瞭矯磷磺磴磯礁禧禪穗窿簇簍篾篷簌篠糠糜糞糢糟糙糝縮績繆縷縲繃縫總縱繅繁縴縹繈縵縿縯罄翳翼聱聲聰聯聳臆臃膺臂臀膿膽臉膾臨舉艱薪����������������������������������薄蕾薜薑薔薯薛薇薨薊虧蟀蟑螳蟒蟆螫螻螺蟈蟋褻褶襄褸褽覬謎謗謙講謊謠謝謄謐豁谿豳賺賽購賸賻趨蹉蹋蹈蹊轄輾轂轅輿避遽還邁邂邀鄹醣醞醜鍍鎂錨鍵鍊鍥鍋錘鍾鍬鍛鍰鍚鍔闊闋闌闈闆隱隸雖霜霞鞠韓顆颶餵騁�\".split(\"\");\nfor(j = 0; j != D[193].length; ++j) if(D[193][j].charCodeAt(0) !== 0xFFFD) { e[D[193][j]] = 49408 + j; d[49408 + j] = D[193][j];}\nD[194] = \"����������������������������������������������������������������駿鮮鮫鮪鮭鴻鴿麋黏點黜黝黛鼾齋叢嚕嚮壙壘嬸彝懣戳擴擲擾攆擺擻擷斷曜朦檳檬櫃檻檸櫂檮檯歟歸殯瀉瀋濾瀆濺瀑瀏燻燼燾燸獷獵璧璿甕癖癘����������������������������������癒瞽瞿瞻瞼礎禮穡穢穠竄竅簫簧簪簞簣簡糧織繕繞繚繡繒繙罈翹翻職聶臍臏舊藏薩藍藐藉薰薺薹薦蟯蟬蟲蟠覆覲觴謨謹謬謫豐贅蹙蹣蹦蹤蹟蹕軀轉轍邇邃邈醫醬釐鎔鎊鎖鎢鎳鎮鎬鎰鎘鎚鎗闔闖闐闕離雜雙雛雞霤鞣鞦�\".split(\"\");\nfor(j = 0; j != D[194].length; ++j) if(D[194][j].charCodeAt(0) !== 0xFFFD) { e[D[194][j]] = 49664 + j; d[49664 + j] = D[194][j];}\nD[195] = \"����������������������������������������������������������������鞭韹額顏題顎顓颺餾餿餽餮馥騎髁鬃鬆魏魎魍鯊鯉鯽鯈鯀鵑鵝鵠黠鼕鼬儳嚥壞壟壢寵龐廬懲懷懶懵攀攏曠曝櫥櫝櫚櫓瀛瀟瀨瀚瀝瀕瀘爆爍牘犢獸����������������������������������獺璽瓊瓣疇疆癟癡矇礙禱穫穩簾簿簸簽簷籀繫繭繹繩繪羅繳羶羹羸臘藩藝藪藕藤藥藷蟻蠅蠍蟹蟾襠襟襖襞譁譜識證譚譎譏譆譙贈贊蹼蹲躇蹶蹬蹺蹴轔轎辭邊邋醱醮鏡鏑鏟鏃鏈鏜鏝鏖鏢鏍鏘鏤鏗鏨關隴難霪霧靡韜韻類�\".split(\"\");\nfor(j = 0; j != D[195].length; ++j) if(D[195][j].charCodeAt(0) !== 0xFFFD) { e[D[195][j]] = 49920 + j; d[49920 + j] = D[195][j];}\nD[196] = \"����������������������������������������������������������������願顛颼饅饉騖騙鬍鯨鯧鯖鯛鶉鵡鵲鵪鵬麒麗麓麴勸嚨嚷嚶嚴嚼壤孀孃孽寶巉懸懺攘攔攙曦朧櫬瀾瀰瀲爐獻瓏癢癥礦礪礬礫竇競籌籃籍糯糰辮繽繼����������������������������������纂罌耀臚艦藻藹蘑藺蘆蘋蘇蘊蠔蠕襤覺觸議譬警譯譟譫贏贍躉躁躅躂醴釋鐘鐃鏽闡霰飄饒饑馨騫騰騷騵鰓鰍鹹麵黨鼯齟齣齡儷儸囁囀囂夔屬巍懼懾攝攜斕曩櫻欄櫺殲灌爛犧瓖瓔癩矓籐纏續羼蘗蘭蘚蠣蠢蠡蠟襪襬覽譴�\".split(\"\");\nfor(j = 0; j != D[196].length; ++j) if(D[196][j].charCodeAt(0) !== 0xFFFD) { e[D[196][j]] = 50176 + j; d[50176 + j] = D[196][j];}\nD[197] = \"����������������������������������������������������������������護譽贓躊躍躋轟辯醺鐮鐳鐵鐺鐸鐲鐫闢霸霹露響顧顥饗驅驃驀騾髏魔魑鰭鰥鶯鶴鷂鶸麝黯鼙齜齦齧儼儻囈囊囉孿巔巒彎懿攤權歡灑灘玀瓤疊癮癬����������������������������������禳籠籟聾聽臟襲襯觼讀贖贗躑躓轡酈鑄鑑鑒霽霾韃韁顫饕驕驍髒鬚鱉鰱鰾鰻鷓鷗鼴齬齪龔囌巖戀攣攫攪曬欐瓚竊籤籣籥纓纖纔臢蘸蘿蠱變邐邏鑣鑠鑤靨顯饜驚驛驗髓體髑鱔鱗鱖鷥麟黴囑壩攬灞癱癲矗罐羈蠶蠹衢讓讒�\".split(\"\");\nfor(j = 0; j != D[197].length; ++j) if(D[197][j].charCodeAt(0) !== 0xFFFD) { e[D[197][j]] = 50432 + j; d[50432 + j] = D[197][j];}\nD[198] = \"����������������������������������������������������������������讖艷贛釀鑪靂靈靄韆顰驟鬢魘鱟鷹鷺鹼鹽鼇齷齲廳欖灣籬籮蠻觀躡釁鑲鑰顱饞髖鬣黌灤矚讚鑷韉驢驥纜讜躪釅鑽鑾鑼鱷鱸黷豔鑿鸚爨驪鬱鸛鸞籲���������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[198].length; ++j) if(D[198][j].charCodeAt(0) !== 0xFFFD) { e[D[198][j]] = 50688 + j; d[50688 + j] = D[198][j];}\nD[201] = \"����������������������������������������������������������������乂乜凵匚厂万丌乇亍囗兀屮彳丏冇与丮亓仂仉仈冘勼卬厹圠夃夬尐巿旡殳毌气爿丱丼仨仜仩仡仝仚刌匜卌圢圣夗夯宁宄尒尻屴屳帄庀庂忉戉扐氕����������������������������������氶汃氿氻犮犰玊禸肊阞伎优伬仵伔仱伀价伈伝伂伅伢伓伄仴伒冱刓刉刐劦匢匟卍厊吇囡囟圮圪圴夼妀奼妅奻奾奷奿孖尕尥屼屺屻屾巟幵庄异弚彴忕忔忏扜扞扤扡扦扢扙扠扚扥旯旮朾朹朸朻机朿朼朳氘汆汒汜汏汊汔汋�\".split(\"\");\nfor(j = 0; j != D[201].length; ++j) if(D[201][j].charCodeAt(0) !== 0xFFFD) { e[D[201][j]] = 51456 + j; d[51456 + j] = D[201][j];}\nD[202] = \"����������������������������������������������������������������汌灱牞犴犵玎甪癿穵网艸艼芀艽艿虍襾邙邗邘邛邔阢阤阠阣佖伻佢佉体佤伾佧佒佟佁佘伭伳伿佡冏冹刜刞刡劭劮匉卣卲厎厏吰吷吪呔呅吙吜吥吘����������������������������������吽呏呁吨吤呇囮囧囥坁坅坌坉坋坒夆奀妦妘妠妗妎妢妐妏妧妡宎宒尨尪岍岏岈岋岉岒岊岆岓岕巠帊帎庋庉庌庈庍弅弝彸彶忒忑忐忭忨忮忳忡忤忣忺忯忷忻怀忴戺抃抌抎抏抔抇扱扻扺扰抁抈扷扽扲扴攷旰旴旳旲旵杅杇�\".split(\"\");\nfor(j = 0; j != D[202].length; ++j) if(D[202][j].charCodeAt(0) !== 0xFFFD) { e[D[202][j]] = 51712 + j; d[51712 + j] = D[202][j];}\nD[203] = \"����������������������������������������������������������������杙杕杌杈杝杍杚杋毐氙氚汸汧汫沄沋沏汱汯汩沚汭沇沕沜汦汳汥汻沎灴灺牣犿犽狃狆狁犺狅玕玗玓玔玒町甹疔疕皁礽耴肕肙肐肒肜芐芏芅芎芑芓����������������������������������芊芃芄豸迉辿邟邡邥邞邧邠阰阨阯阭丳侘佼侅佽侀侇佶佴侉侄佷佌侗佪侚佹侁佸侐侜侔侞侒侂侕佫佮冞冼冾刵刲刳剆刱劼匊匋匼厒厔咇呿咁咑咂咈呫呺呾呥呬呴呦咍呯呡呠咘呣呧呤囷囹坯坲坭坫坱坰坶垀坵坻坳坴坢�\".split(\"\");\nfor(j = 0; j != D[203].length; ++j) if(D[203][j].charCodeAt(0) !== 0xFFFD) { e[D[203][j]] = 51968 + j; d[51968 + j] = D[203][j];}\nD[204] = \"����������������������������������������������������������������坨坽夌奅妵妺姏姎妲姌姁妶妼姃姖妱妽姀姈妴姇孢孥宓宕屄屇岮岤岠岵岯岨岬岟岣岭岢岪岧岝岥岶岰岦帗帔帙弨弢弣弤彔徂彾彽忞忥怭怦怙怲怋����������������������������������怴怊怗怳怚怞怬怢怍怐怮怓怑怌怉怜戔戽抭抴拑抾抪抶拊抮抳抯抻抩抰抸攽斨斻昉旼昄昒昈旻昃昋昍昅旽昑昐曶朊枅杬枎枒杶杻枘枆构杴枍枌杺枟枑枙枃杽极杸杹枔欥殀歾毞氝沓泬泫泮泙沶泔沭泧沷泐泂沺泃泆泭泲�\".split(\"\");\nfor(j = 0; j != D[204].length; ++j) if(D[204][j].charCodeAt(0) !== 0xFFFD) { e[D[204][j]] = 52224 + j; d[52224 + j] = D[204][j];}\nD[205] = \"����������������������������������������������������������������泒泝沴沊沝沀泞泀洰泍泇沰泹泏泩泑炔炘炅炓炆炄炑炖炂炚炃牪狖狋狘狉狜狒狔狚狌狑玤玡玭玦玢玠玬玝瓝瓨甿畀甾疌疘皯盳盱盰盵矸矼矹矻矺����������������������������������矷祂礿秅穸穻竻籵糽耵肏肮肣肸肵肭舠芠苀芫芚芘芛芵芧芮芼芞芺芴芨芡芩苂芤苃芶芢虰虯虭虮豖迒迋迓迍迖迕迗邲邴邯邳邰阹阽阼阺陃俍俅俓侲俉俋俁俔俜俙侻侳俛俇俖侺俀侹俬剄剉勀勂匽卼厗厖厙厘咺咡咭咥哏�\".split(\"\");\nfor(j = 0; j != D[205].length; ++j) if(D[205][j].charCodeAt(0) !== 0xFFFD) { e[D[205][j]] = 52480 + j; d[52480 + j] = D[205][j];}\nD[206] = \"����������������������������������������������������������������哃茍咷咮哖咶哅哆咠呰咼咢咾呲哞咰垵垞垟垤垌垗垝垛垔垘垏垙垥垚垕壴复奓姡姞姮娀姱姝姺姽姼姶姤姲姷姛姩姳姵姠姾姴姭宨屌峐峘峌峗峋峛����������������������������������峞峚峉峇峊峖峓峔峏峈峆峎峟峸巹帡帢帣帠帤庰庤庢庛庣庥弇弮彖徆怷怹恔恲恞恅恓恇恉恛恌恀恂恟怤恄恘恦恮扂扃拏挍挋拵挎挃拫拹挏挌拸拶挀挓挔拺挕拻拰敁敃斪斿昶昡昲昵昜昦昢昳昫昺昝昴昹昮朏朐柁柲柈枺�\".split(\"\");\nfor(j = 0; j != D[206].length; ++j) if(D[206][j].charCodeAt(0) !== 0xFFFD) { e[D[206][j]] = 52736 + j; d[52736 + j] = D[206][j];}\nD[207] = \"����������������������������������������������������������������柜枻柸柘柀枷柅柫柤柟枵柍枳柷柶柮柣柂枹柎柧柰枲柼柆柭柌枮柦柛柺柉柊柃柪柋欨殂殄殶毖毘毠氠氡洨洴洭洟洼洿洒洊泚洳洄洙洺洚洑洀洝浂����������������������������������洁洘洷洃洏浀洇洠洬洈洢洉洐炷炟炾炱炰炡炴炵炩牁牉牊牬牰牳牮狊狤狨狫狟狪狦狣玅珌珂珈珅玹玶玵玴珫玿珇玾珃珆玸珋瓬瓮甮畇畈疧疪癹盄眈眃眄眅眊盷盻盺矧矨砆砑砒砅砐砏砎砉砃砓祊祌祋祅祄秕种秏秖秎窀�\".split(\"\");\nfor(j = 0; j != D[207].length; ++j) if(D[207][j].charCodeAt(0) !== 0xFFFD) { e[D[207][j]] = 52992 + j; d[52992 + j] = D[207][j];}\nD[208] = \"����������������������������������������������������������������穾竑笀笁籺籸籹籿粀粁紃紈紁罘羑羍羾耇耎耏耔耷胘胇胠胑胈胂胐胅胣胙胜胊胕胉胏胗胦胍臿舡芔苙苾苹茇苨茀苕茺苫苖苴苬苡苲苵茌苻苶苰苪����������������������������������苤苠苺苳苭虷虴虼虳衁衎衧衪衩觓訄訇赲迣迡迮迠郱邽邿郕郅邾郇郋郈釔釓陔陏陑陓陊陎倞倅倇倓倢倰倛俵俴倳倷倬俶俷倗倜倠倧倵倯倱倎党冔冓凊凄凅凈凎剡剚剒剞剟剕剢勍匎厞唦哢唗唒哧哳哤唚哿唄唈哫唑唅哱�\".split(\"\");\nfor(j = 0; j != D[208].length; ++j) if(D[208][j].charCodeAt(0) !== 0xFFFD) { e[D[208][j]] = 53248 + j; d[53248 + j] = D[208][j];}\nD[209] = \"����������������������������������������������������������������唊哻哷哸哠唎唃唋圁圂埌堲埕埒垺埆垽垼垸垶垿埇埐垹埁夎奊娙娖娭娮娕娏娗娊娞娳孬宧宭宬尃屖屔峬峿峮峱峷崀峹帩帨庨庮庪庬弳弰彧恝恚恧����������������������������������恁悢悈悀悒悁悝悃悕悛悗悇悜悎戙扆拲挐捖挬捄捅挶捃揤挹捋捊挼挩捁挴捘捔捙挭捇挳捚捑挸捗捀捈敊敆旆旃旄旂晊晟晇晑朒朓栟栚桉栲栳栻桋桏栖栱栜栵栫栭栯桎桄栴栝栒栔栦栨栮桍栺栥栠欬欯欭欱欴歭肂殈毦毤�\".split(\"\");\nfor(j = 0; j != D[209].length; ++j) if(D[209][j].charCodeAt(0) !== 0xFFFD) { e[D[209][j]] = 53504 + j; d[53504 + j] = D[209][j];}\nD[210] = \"����������������������������������������������������������������毨毣毢毧氥浺浣浤浶洍浡涒浘浢浭浯涑涍淯浿涆浞浧浠涗浰浼浟涂涘洯浨涋浾涀涄洖涃浻浽浵涐烜烓烑烝烋缹烢烗烒烞烠烔烍烅烆烇烚烎烡牂牸����������������������������������牷牶猀狺狴狾狶狳狻猁珓珙珥珖玼珧珣珩珜珒珛珔珝珚珗珘珨瓞瓟瓴瓵甡畛畟疰痁疻痄痀疿疶疺皊盉眝眛眐眓眒眣眑眕眙眚眢眧砣砬砢砵砯砨砮砫砡砩砳砪砱祔祛祏祜祓祒祑秫秬秠秮秭秪秜秞秝窆窉窅窋窌窊窇竘笐�\".split(\"\");\nfor(j = 0; j != D[210].length; ++j) if(D[210][j].charCodeAt(0) !== 0xFFFD) { e[D[210][j]] = 53760 + j; d[53760 + j] = D[210][j];}\nD[211] = \"����������������������������������������������������������������笄笓笅笏笈笊笎笉笒粄粑粊粌粈粍粅紞紝紑紎紘紖紓紟紒紏紌罜罡罞罠罝罛羖羒翃翂翀耖耾耹胺胲胹胵脁胻脀舁舯舥茳茭荄茙荑茥荖茿荁茦茜茢����������������������������������荂荎茛茪茈茼荍茖茤茠茷茯茩荇荅荌荓茞茬荋茧荈虓虒蚢蚨蚖蚍蚑蚞蚇蚗蚆蚋蚚蚅蚥蚙蚡蚧蚕蚘蚎蚝蚐蚔衃衄衭衵衶衲袀衱衿衯袃衾衴衼訒豇豗豻貤貣赶赸趵趷趶軑軓迾迵适迿迻逄迼迶郖郠郙郚郣郟郥郘郛郗郜郤酐�\".split(\"\");\nfor(j = 0; j != D[211].length; ++j) if(D[211][j].charCodeAt(0) !== 0xFFFD) { e[D[211][j]] = 54016 + j; d[54016 + j] = D[211][j];}\nD[212] = \"����������������������������������������������������������������酎酏釕釢釚陜陟隼飣髟鬯乿偰偪偡偞偠偓偋偝偲偈偍偁偛偊偢倕偅偟偩偫偣偤偆偀偮偳偗偑凐剫剭剬剮勖勓匭厜啵啶唼啍啐唴唪啑啢唶唵唰啒啅����������������������������������唌唲啥啎唹啈唭唻啀啋圊圇埻堔埢埶埜埴堀埭埽堈埸堋埳埏堇埮埣埲埥埬埡堎埼堐埧堁堌埱埩埰堍堄奜婠婘婕婧婞娸娵婭婐婟婥婬婓婤婗婃婝婒婄婛婈媎娾婍娹婌婰婩婇婑婖婂婜孲孮寁寀屙崞崋崝崚崠崌崨崍崦崥崏�\".split(\"\");\nfor(j = 0; j != D[212].length; ++j) if(D[212][j].charCodeAt(0) !== 0xFFFD) { e[D[212][j]] = 54272 + j; d[54272 + j] = D[212][j];}\nD[213] = \"����������������������������������������������������������������崰崒崣崟崮帾帴庱庴庹庲庳弶弸徛徖徟悊悐悆悾悰悺惓惔惏惤惙惝惈悱惛悷惊悿惃惍惀挲捥掊掂捽掽掞掭掝掗掫掎捯掇掐据掯捵掜捭掮捼掤挻掟����������������������������������捸掅掁掑掍捰敓旍晥晡晛晙晜晢朘桹梇梐梜桭桮梮梫楖桯梣梬梩桵桴梲梏桷梒桼桫桲梪梀桱桾梛梖梋梠梉梤桸桻梑梌梊桽欶欳欷欸殑殏殍殎殌氪淀涫涴涳湴涬淩淢涷淶淔渀淈淠淟淖涾淥淜淝淛淴淊涽淭淰涺淕淂淏淉�\".split(\"\");\nfor(j = 0; j != D[213].length; ++j) if(D[213][j].charCodeAt(0) !== 0xFFFD) { e[D[213][j]] = 54528 + j; d[54528 + j] = D[213][j];}\nD[214] = \"����������������������������������������������������������������淐淲淓淽淗淍淣涻烺焍烷焗烴焌烰焄烳焐烼烿焆焓焀烸烶焋焂焎牾牻牼牿猝猗猇猑猘猊猈狿猏猞玈珶珸珵琄琁珽琇琀珺珼珿琌琋珴琈畤畣痎痒痏����������������������������������痋痌痑痐皏皉盓眹眯眭眱眲眴眳眽眥眻眵硈硒硉硍硊硌砦硅硐祤祧祩祪祣祫祡离秺秸秶秷窏窔窐笵筇笴笥笰笢笤笳笘笪笝笱笫笭笯笲笸笚笣粔粘粖粣紵紽紸紶紺絅紬紩絁絇紾紿絊紻紨罣羕羜羝羛翊翋翍翐翑翇翏翉耟�\".split(\"\");\nfor(j = 0; j != D[214].length; ++j) if(D[214][j].charCodeAt(0) !== 0xFFFD) { e[D[214][j]] = 54784 + j; d[54784 + j] = D[214][j];}\nD[215] = \"����������������������������������������������������������������耞耛聇聃聈脘脥脙脛脭脟脬脞脡脕脧脝脢舑舸舳舺舴舲艴莐莣莨莍荺荳莤荴莏莁莕莙荵莔莩荽莃莌莝莛莪莋荾莥莯莈莗莰荿莦莇莮荶莚虙虖蚿蚷����������������������������������蛂蛁蛅蚺蚰蛈蚹蚳蚸蛌蚴蚻蚼蛃蚽蚾衒袉袕袨袢袪袚袑袡袟袘袧袙袛袗袤袬袌袓袎覂觖觙觕訰訧訬訞谹谻豜豝豽貥赽赻赹趼跂趹趿跁軘軞軝軜軗軠軡逤逋逑逜逌逡郯郪郰郴郲郳郔郫郬郩酖酘酚酓酕釬釴釱釳釸釤釹釪�\".split(\"\");\nfor(j = 0; j != D[215].length; ++j) if(D[215][j].charCodeAt(0) !== 0xFFFD) { e[D[215][j]] = 55040 + j; d[55040 + j] = D[215][j];}\nD[216] = \"����������������������������������������������������������������釫釷釨釮镺閆閈陼陭陫陱陯隿靪頄飥馗傛傕傔傞傋傣傃傌傎傝偨傜傒傂傇兟凔匒匑厤厧喑喨喥喭啷噅喢喓喈喏喵喁喣喒喤啽喌喦啿喕喡喎圌堩堷����������������������������������堙堞堧堣堨埵塈堥堜堛堳堿堶堮堹堸堭堬堻奡媯媔媟婺媢媞婸媦婼媥媬媕媮娷媄媊媗媃媋媩婻婽媌媜媏媓媝寪寍寋寔寑寊寎尌尰崷嵃嵫嵁嵋崿崵嵑嵎嵕崳崺嵒崽崱嵙嵂崹嵉崸崼崲崶嵀嵅幄幁彘徦徥徫惉悹惌惢惎惄愔�\".split(\"\");\nfor(j = 0; j != D[216].length; ++j) if(D[216][j].charCodeAt(0) !== 0xFFFD) { e[D[216][j]] = 55296 + j; d[55296 + j] = D[216][j];}\nD[217] = \"����������������������������������������������������������������惲愊愖愅惵愓惸惼惾惁愃愘愝愐惿愄愋扊掔掱掰揎揥揨揯揃撝揳揊揠揶揕揲揵摡揟掾揝揜揄揘揓揂揇揌揋揈揰揗揙攲敧敪敤敜敨敥斌斝斞斮旐旒����������������������������������晼晬晻暀晱晹晪晲朁椌棓椄棜椪棬棪棱椏棖棷棫棤棶椓椐棳棡椇棌椈楰梴椑棯棆椔棸棐棽棼棨椋椊椗棎棈棝棞棦棴棑椆棔棩椕椥棇欹欻欿欼殔殗殙殕殽毰毲毳氰淼湆湇渟湉溈渼渽湅湢渫渿湁湝湳渜渳湋湀湑渻渃渮湞�\".split(\"\");\nfor(j = 0; j != D[217].length; ++j) if(D[217][j].charCodeAt(0) !== 0xFFFD) { e[D[217][j]] = 55552 + j; d[55552 + j] = D[217][j];}\nD[218] = \"����������������������������������������������������������������湨湜湡渱渨湠湱湫渹渢渰湓湥渧湸湤湷湕湹湒湦渵渶湚焠焞焯烻焮焱焣焥焢焲焟焨焺焛牋牚犈犉犆犅犋猒猋猰猢猱猳猧猲猭猦猣猵猌琮琬琰琫琖����������������������������������琚琡琭琱琤琣琝琩琠琲瓻甯畯畬痧痚痡痦痝痟痤痗皕皒盚睆睇睄睍睅睊睎睋睌矞矬硠硤硥硜硭硱硪确硰硩硨硞硢祴祳祲祰稂稊稃稌稄窙竦竤筊笻筄筈筌筎筀筘筅粢粞粨粡絘絯絣絓絖絧絪絏絭絜絫絒絔絩絑絟絎缾缿罥�\".split(\"\");\nfor(j = 0; j != D[218].length; ++j) if(D[218][j].charCodeAt(0) !== 0xFFFD) { e[D[218][j]] = 55808 + j; d[55808 + j] = D[218][j];}\nD[219] = \"����������������������������������������������������������������罦羢羠羡翗聑聏聐胾胔腃腊腒腏腇脽腍脺臦臮臷臸臹舄舼舽舿艵茻菏菹萣菀菨萒菧菤菼菶萐菆菈菫菣莿萁菝菥菘菿菡菋菎菖菵菉萉萏菞萑萆菂菳����������������������������������菕菺菇菑菪萓菃菬菮菄菻菗菢萛菛菾蛘蛢蛦蛓蛣蛚蛪蛝蛫蛜蛬蛩蛗蛨蛑衈衖衕袺裗袹袸裀袾袶袼袷袽袲褁裉覕覘覗觝觚觛詎詍訹詙詀詗詘詄詅詒詈詑詊詌詏豟貁貀貺貾貰貹貵趄趀趉跘跓跍跇跖跜跏跕跙跈跗跅軯軷軺�\".split(\"\");\nfor(j = 0; j != D[219].length; ++j) if(D[219][j].charCodeAt(0) !== 0xFFFD) { e[D[219][j]] = 56064 + j; d[56064 + j] = D[219][j];}\nD[220] = \"����������������������������������������������������������������軹軦軮軥軵軧軨軶軫軱軬軴軩逭逴逯鄆鄬鄄郿郼鄈郹郻鄁鄀鄇鄅鄃酡酤酟酢酠鈁鈊鈥鈃鈚鈦鈏鈌鈀鈒釿釽鈆鈄鈧鈂鈜鈤鈙鈗鈅鈖镻閍閌閐隇陾隈����������������������������������隉隃隀雂雈雃雱雰靬靰靮頇颩飫鳦黹亃亄亶傽傿僆傮僄僊傴僈僂傰僁傺傱僋僉傶傸凗剺剸剻剼嗃嗛嗌嗐嗋嗊嗝嗀嗔嗄嗩喿嗒喍嗏嗕嗢嗖嗈嗲嗍嗙嗂圔塓塨塤塏塍塉塯塕塎塝塙塥塛堽塣塱壼嫇嫄嫋媺媸媱媵媰媿嫈媻嫆�\".split(\"\");\nfor(j = 0; j != D[220].length; ++j) if(D[220][j].charCodeAt(0) !== 0xFFFD) { e[D[220][j]] = 56320 + j; d[56320 + j] = D[220][j];}\nD[221] = \"����������������������������������������������������������������媷嫀嫊媴媶嫍媹媐寖寘寙尟尳嵱嵣嵊嵥嵲嵬嵞嵨嵧嵢巰幏幎幊幍幋廅廌廆廋廇彀徯徭惷慉慊愫慅愶愲愮慆愯慏愩慀戠酨戣戥戤揅揱揫搐搒搉搠搤����������������������������������搳摃搟搕搘搹搷搢搣搌搦搰搨摁搵搯搊搚摀搥搧搋揧搛搮搡搎敯斒旓暆暌暕暐暋暊暙暔晸朠楦楟椸楎楢楱椿楅楪椹楂楗楙楺楈楉椵楬椳椽楥棰楸椴楩楀楯楄楶楘楁楴楌椻楋椷楜楏楑椲楒椯楻椼歆歅歃歂歈歁殛嗀毻毼�\".split(\"\");\nfor(j = 0; j != D[221].length; ++j) if(D[221][j].charCodeAt(0) !== 0xFFFD) { e[D[221][j]] = 56576 + j; d[56576 + j] = D[221][j];}\nD[222] = \"����������������������������������������������������������������毹毷毸溛滖滈溏滀溟溓溔溠溱溹滆滒溽滁溞滉溷溰滍溦滏溲溾滃滜滘溙溒溎溍溤溡溿溳滐滊溗溮溣煇煔煒煣煠煁煝煢煲煸煪煡煂煘煃煋煰煟煐煓����������������������������������煄煍煚牏犍犌犑犐犎猼獂猻猺獀獊獉瑄瑊瑋瑒瑑瑗瑀瑏瑐瑎瑂瑆瑍瑔瓡瓿瓾瓽甝畹畷榃痯瘏瘃痷痾痼痹痸瘐痻痶痭痵痽皙皵盝睕睟睠睒睖睚睩睧睔睙睭矠碇碚碔碏碄碕碅碆碡碃硹碙碀碖硻祼禂祽祹稑稘稙稒稗稕稢稓�\".split(\"\");\nfor(j = 0; j != D[222].length; ++j) if(D[222][j].charCodeAt(0) !== 0xFFFD) { e[D[222][j]] = 56832 + j; d[56832 + j] = D[222][j];}\nD[223] = \"����������������������������������������������������������������稛稐窣窢窞竫筦筤筭筴筩筲筥筳筱筰筡筸筶筣粲粴粯綈綆綀綍絿綅絺綎絻綃絼綌綔綄絽綒罭罫罧罨罬羦羥羧翛翜耡腤腠腷腜腩腛腢腲朡腞腶腧腯����������������������������������腄腡舝艉艄艀艂艅蓱萿葖葶葹蒏蒍葥葑葀蒆葧萰葍葽葚葙葴葳葝蔇葞萷萺萴葺葃葸萲葅萩菙葋萯葂萭葟葰萹葎葌葒葯蓅蒎萻葇萶萳葨葾葄萫葠葔葮葐蜋蜄蛷蜌蛺蛖蛵蝍蛸蜎蜉蜁蛶蜍蜅裖裋裍裎裞裛裚裌裐覅覛觟觥觤�\".split(\"\");\nfor(j = 0; j != D[223].length; ++j) if(D[223][j].charCodeAt(0) !== 0xFFFD) { e[D[223][j]] = 57088 + j; d[57088 + j] = D[223][j];}\nD[224] = \"����������������������������������������������������������������觡觠觢觜触詶誆詿詡訿詷誂誄詵誃誁詴詺谼豋豊豥豤豦貆貄貅賌赨赩趑趌趎趏趍趓趔趐趒跰跠跬跱跮跐跩跣跢跧跲跫跴輆軿輁輀輅輇輈輂輋遒逿����������������������������������遄遉逽鄐鄍鄏鄑鄖鄔鄋鄎酮酯鉈鉒鈰鈺鉦鈳鉥鉞銃鈮鉊鉆鉭鉬鉏鉠鉧鉯鈶鉡鉰鈱鉔鉣鉐鉲鉎鉓鉌鉖鈲閟閜閞閛隒隓隑隗雎雺雽雸雵靳靷靸靲頏頍頎颬飶飹馯馲馰馵骭骫魛鳪鳭鳧麀黽僦僔僗僨僳僛僪僝僤僓僬僰僯僣僠�\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"����������������������������������������������������������������凘劀劁勩勫匰厬嘧嘕嘌嘒嗼嘏嘜嘁嘓嘂嗺嘝嘄嗿嗹墉塼墐墘墆墁塿塴墋塺墇墑墎塶墂墈塻墔墏壾奫嫜嫮嫥嫕嫪嫚嫭嫫嫳嫢嫠嫛嫬嫞嫝嫙嫨嫟孷寠����������������������������������寣屣嶂嶀嵽嶆嵺嶁嵷嶊嶉嶈嵾嵼嶍嵹嵿幘幙幓廘廑廗廎廜廕廙廒廔彄彃彯徶愬愨慁慞慱慳慒慓慲慬憀慴慔慺慛慥愻慪慡慖戩戧戫搫摍摛摝摴摶摲摳摽摵摦撦摎撂摞摜摋摓摠摐摿搿摬摫摙摥摷敳斠暡暠暟朅朄朢榱榶槉�\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"����������������������������������������������������������������榠槎榖榰榬榼榑榙榎榧榍榩榾榯榿槄榽榤槔榹槊榚槏榳榓榪榡榞槙榗榐槂榵榥槆歊歍歋殞殟殠毃毄毾滎滵滱漃漥滸漷滻漮漉潎漙漚漧漘漻漒滭漊����������������������������������漶潳滹滮漭潀漰漼漵滫漇漎潃漅滽滶漹漜滼漺漟漍漞漈漡熇熐熉熀熅熂熏煻熆熁熗牄牓犗犕犓獃獍獑獌瑢瑳瑱瑵瑲瑧瑮甀甂甃畽疐瘖瘈瘌瘕瘑瘊瘔皸瞁睼瞅瞂睮瞀睯睾瞃碲碪碴碭碨硾碫碞碥碠碬碢碤禘禊禋禖禕禔禓�\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"����������������������������������������������������������������禗禈禒禐稫穊稰稯稨稦窨窫窬竮箈箜箊箑箐箖箍箌箛箎箅箘劄箙箤箂粻粿粼粺綧綷緂綣綪緁緀緅綝緎緄緆緋緌綯綹綖綼綟綦綮綩綡緉罳翢翣翥翞����������������������������������耤聝聜膉膆膃膇膍膌膋舕蒗蒤蒡蒟蒺蓎蓂蒬蒮蒫蒹蒴蓁蓍蒪蒚蒱蓐蒝蒧蒻蒢蒔蓇蓌蒛蒩蒯蒨蓖蒘蒶蓏蒠蓗蓔蓒蓛蒰蒑虡蜳蜣蜨蝫蝀蜮蜞蜡蜙蜛蝃蜬蝁蜾蝆蜠蜲蜪蜭蜼蜒蜺蜱蜵蝂蜦蜧蜸蜤蜚蜰蜑裷裧裱裲裺裾裮裼裶裻�\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"����������������������������������������������������������������裰裬裫覝覡覟覞觩觫觨誫誙誋誒誏誖谽豨豩賕賏賗趖踉踂跿踍跽踊踃踇踆踅跾踀踄輐輑輎輍鄣鄜鄠鄢鄟鄝鄚鄤鄡鄛酺酲酹酳銥銤鉶銛鉺銠銔銪銍����������������������������������銦銚銫鉹銗鉿銣鋮銎銂銕銢鉽銈銡銊銆銌銙銧鉾銇銩銝銋鈭隞隡雿靘靽靺靾鞃鞀鞂靻鞄鞁靿韎韍頖颭颮餂餀餇馝馜駃馹馻馺駂馽駇骱髣髧鬾鬿魠魡魟鳱鳲鳵麧僿儃儰僸儆儇僶僾儋儌僽儊劋劌勱勯噈噂噌嘵噁噊噉噆噘�\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"����������������������������������������������������������������噚噀嘳嘽嘬嘾嘸嘪嘺圚墫墝墱墠墣墯墬墥墡壿嫿嫴嫽嫷嫶嬃嫸嬂嫹嬁嬇嬅嬏屧嶙嶗嶟嶒嶢嶓嶕嶠嶜嶡嶚嶞幩幝幠幜緳廛廞廡彉徲憋憃慹憱憰憢憉����������������������������������憛憓憯憭憟憒憪憡憍慦憳戭摮摰撖撠撅撗撜撏撋撊撌撣撟摨撱撘敶敺敹敻斲斳暵暰暩暲暷暪暯樀樆樗槥槸樕槱槤樠槿槬槢樛樝槾樧槲槮樔槷槧橀樈槦槻樍槼槫樉樄樘樥樏槶樦樇槴樖歑殥殣殢殦氁氀毿氂潁漦潾澇濆澒�\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"����������������������������������������������������������������澍澉澌潢潏澅潚澖潶潬澂潕潲潒潐潗澔澓潝漀潡潫潽潧澐潓澋潩潿澕潣潷潪潻熲熯熛熰熠熚熩熵熝熥熞熤熡熪熜熧熳犘犚獘獒獞獟獠獝獛獡獚獙����������������������������������獢璇璉璊璆璁瑽璅璈瑼瑹甈甇畾瘥瘞瘙瘝瘜瘣瘚瘨瘛皜皝皞皛瞍瞏瞉瞈磍碻磏磌磑磎磔磈磃磄磉禚禡禠禜禢禛歶稹窲窴窳箷篋箾箬篎箯箹篊箵糅糈糌糋緷緛緪緧緗緡縃緺緦緶緱緰緮緟罶羬羰羭翭翫翪翬翦翨聤聧膣膟�\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"����������������������������������������������������������������膞膕膢膙膗舖艏艓艒艐艎艑蔤蔻蔏蔀蔩蔎蔉蔍蔟蔊蔧蔜蓻蔫蓺蔈蔌蓴蔪蓲蔕蓷蓫蓳蓼蔒蓪蓩蔖蓾蔨蔝蔮蔂蓽蔞蓶蔱蔦蓧蓨蓰蓯蓹蔘蔠蔰蔋蔙蔯虢����������������������������������蝖蝣蝤蝷蟡蝳蝘蝔蝛蝒蝡蝚蝑蝞蝭蝪蝐蝎蝟蝝蝯蝬蝺蝮蝜蝥蝏蝻蝵蝢蝧蝩衚褅褌褔褋褗褘褙褆褖褑褎褉覢覤覣觭觰觬諏諆誸諓諑諔諕誻諗誾諀諅諘諃誺誽諙谾豍貏賥賟賙賨賚賝賧趠趜趡趛踠踣踥踤踮踕踛踖踑踙踦踧�\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"����������������������������������������������������������������踔踒踘踓踜踗踚輬輤輘輚輠輣輖輗遳遰遯遧遫鄯鄫鄩鄪鄲鄦鄮醅醆醊醁醂醄醀鋐鋃鋄鋀鋙銶鋏鋱鋟鋘鋩鋗鋝鋌鋯鋂鋨鋊鋈鋎鋦鋍鋕鋉鋠鋞鋧鋑鋓����������������������������������銵鋡鋆銴镼閬閫閮閰隤隢雓霅霈霂靚鞊鞎鞈韐韏頞頝頦頩頨頠頛頧颲餈飺餑餔餖餗餕駜駍駏駓駔駎駉駖駘駋駗駌骳髬髫髳髲髱魆魃魧魴魱魦魶魵魰魨魤魬鳼鳺鳽鳿鳷鴇鴀鳹鳻鴈鴅鴄麃黓鼏鼐儜儓儗儚儑凞匴叡噰噠噮�\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"����������������������������������������������������������������噳噦噣噭噲噞噷圜圛壈墽壉墿墺壂墼壆嬗嬙嬛嬡嬔嬓嬐嬖嬨嬚嬠嬞寯嶬嶱嶩嶧嶵嶰嶮嶪嶨嶲嶭嶯嶴幧幨幦幯廩廧廦廨廥彋徼憝憨憖懅憴懆懁懌憺����������������������������������憿憸憌擗擖擐擏擉撽撉擃擛擳擙攳敿敼斢曈暾曀曊曋曏暽暻暺曌朣樴橦橉橧樲橨樾橝橭橶橛橑樨橚樻樿橁橪橤橐橏橔橯橩橠樼橞橖橕橍橎橆歕歔歖殧殪殫毈毇氄氃氆澭濋澣濇澼濎濈潞濄澽澞濊澨瀄澥澮澺澬澪濏澿澸�\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"����������������������������������������������������������������澢濉澫濍澯澲澰燅燂熿熸燖燀燁燋燔燊燇燏熽燘熼燆燚燛犝犞獩獦獧獬獥獫獪瑿璚璠璔璒璕璡甋疀瘯瘭瘱瘽瘳瘼瘵瘲瘰皻盦瞚瞝瞡瞜瞛瞢瞣瞕瞙����������������������������������瞗磝磩磥磪磞磣磛磡磢磭磟磠禤穄穈穇窶窸窵窱窷篞篣篧篝篕篥篚篨篹篔篪篢篜篫篘篟糒糔糗糐糑縒縡縗縌縟縠縓縎縜縕縚縢縋縏縖縍縔縥縤罃罻罼罺羱翯耪耩聬膱膦膮膹膵膫膰膬膴膲膷膧臲艕艖艗蕖蕅蕫蕍蕓蕡蕘�\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[235] = \"����������������������������������������������������������������蕀蕆蕤蕁蕢蕄蕑蕇蕣蔾蕛蕱蕎蕮蕵蕕蕧蕠薌蕦蕝蕔蕥蕬虣虥虤螛螏螗螓螒螈螁螖螘蝹螇螣螅螐螑螝螄螔螜螚螉褞褦褰褭褮褧褱褢褩褣褯褬褟觱諠����������������������������������諢諲諴諵諝謔諤諟諰諈諞諡諨諿諯諻貑貒貐賵賮賱賰賳赬赮趥趧踳踾踸蹀蹅踶踼踽蹁踰踿躽輶輮輵輲輹輷輴遶遹遻邆郺鄳鄵鄶醓醐醑醍醏錧錞錈錟錆錏鍺錸錼錛錣錒錁鍆錭錎錍鋋錝鋺錥錓鋹鋷錴錂錤鋿錩錹錵錪錔錌�\".split(\"\");\nfor(j = 0; j != D[235].length; ++j) if(D[235][j].charCodeAt(0) !== 0xFFFD) { e[D[235][j]] = 60160 + j; d[60160 + j] = D[235][j];}\nD[236] = \"����������������������������������������������������������������錋鋾錉錀鋻錖閼闍閾閹閺閶閿閵閽隩雔霋霒霐鞙鞗鞔韰韸頵頯頲餤餟餧餩馞駮駬駥駤駰駣駪駩駧骹骿骴骻髶髺髹髷鬳鮀鮅鮇魼魾魻鮂鮓鮒鮐魺鮕����������������������������������魽鮈鴥鴗鴠鴞鴔鴩鴝鴘鴢鴐鴙鴟麈麆麇麮麭黕黖黺鼒鼽儦儥儢儤儠儩勴嚓嚌嚍嚆嚄嚃噾嚂噿嚁壖壔壏壒嬭嬥嬲嬣嬬嬧嬦嬯嬮孻寱寲嶷幬幪徾徻懃憵憼懧懠懥懤懨懞擯擩擣擫擤擨斁斀斶旚曒檍檖檁檥檉檟檛檡檞檇檓檎�\".split(\"\");\nfor(j = 0; j != D[236].length; ++j) if(D[236][j].charCodeAt(0) !== 0xFFFD) { e[D[236][j]] = 60416 + j; d[60416 + j] = D[236][j];}\nD[237] = \"����������������������������������������������������������������檕檃檨檤檑橿檦檚檅檌檒歛殭氉濌澩濴濔濣濜濭濧濦濞濲濝濢濨燡燱燨燲燤燰燢獳獮獯璗璲璫璐璪璭璱璥璯甐甑甒甏疄癃癈癉癇皤盩瞵瞫瞲瞷瞶����������������������������������瞴瞱瞨矰磳磽礂磻磼磲礅磹磾礄禫禨穜穛穖穘穔穚窾竀竁簅簏篲簀篿篻簎篴簋篳簂簉簃簁篸篽簆篰篱簐簊糨縭縼繂縳顈縸縪繉繀繇縩繌縰縻縶繄縺罅罿罾罽翴翲耬膻臄臌臊臅臇膼臩艛艚艜薃薀薏薧薕薠薋薣蕻薤薚薞�\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"����������������������������������������������������������������蕷蕼薉薡蕺蕸蕗薎薖薆薍薙薝薁薢薂薈薅蕹蕶薘薐薟虨螾螪螭蟅螰螬螹螵螼螮蟉蟃蟂蟌螷螯蟄蟊螴螶螿螸螽蟞螲褵褳褼褾襁襒褷襂覭覯覮觲觳謞����������������������������������謘謖謑謅謋謢謏謒謕謇謍謈謆謜謓謚豏豰豲豱豯貕貔賹赯蹎蹍蹓蹐蹌蹇轃轀邅遾鄸醚醢醛醙醟醡醝醠鎡鎃鎯鍤鍖鍇鍼鍘鍜鍶鍉鍐鍑鍠鍭鎏鍌鍪鍹鍗鍕鍒鍏鍱鍷鍻鍡鍞鍣鍧鎀鍎鍙闇闀闉闃闅閷隮隰隬霠霟霘霝霙鞚鞡鞜�\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[239] = \"����������������������������������������������������������������鞞鞝韕韔韱顁顄顊顉顅顃餥餫餬餪餳餲餯餭餱餰馘馣馡騂駺駴駷駹駸駶駻駽駾駼騃骾髾髽鬁髼魈鮚鮨鮞鮛鮦鮡鮥鮤鮆鮢鮠鮯鴳鵁鵧鴶鴮鴯鴱鴸鴰����������������������������������鵅鵂鵃鴾鴷鵀鴽翵鴭麊麉麍麰黈黚黻黿鼤鼣鼢齔龠儱儭儮嚘嚜嚗嚚嚝嚙奰嬼屩屪巀幭幮懘懟懭懮懱懪懰懫懖懩擿攄擽擸攁攃擼斔旛曚曛曘櫅檹檽櫡櫆檺檶檷櫇檴檭歞毉氋瀇瀌瀍瀁瀅瀔瀎濿瀀濻瀦濼濷瀊爁燿燹爃燽獶�\".split(\"\");\nfor(j = 0; j != D[239].length; ++j) if(D[239][j].charCodeAt(0) !== 0xFFFD) { e[D[239][j]] = 61184 + j; d[61184 + j] = D[239][j];}\nD[240] = \"����������������������������������������������������������������璸瓀璵瓁璾璶璻瓂甔甓癜癤癙癐癓癗癚皦皽盬矂瞺磿礌礓礔礉礐礒礑禭禬穟簜簩簙簠簟簭簝簦簨簢簥簰繜繐繖繣繘繢繟繑繠繗繓羵羳翷翸聵臑臒����������������������������������臐艟艞薴藆藀藃藂薳薵薽藇藄薿藋藎藈藅薱薶藒蘤薸薷薾虩蟧蟦蟢蟛蟫蟪蟥蟟蟳蟤蟔蟜蟓蟭蟘蟣螤蟗蟙蠁蟴蟨蟝襓襋襏襌襆襐襑襉謪謧謣謳謰謵譇謯謼謾謱謥謷謦謶謮謤謻謽謺豂豵貙貘貗賾贄贂贀蹜蹢蹠蹗蹖蹞蹥蹧�\".split(\"\");\nfor(j = 0; j != D[240].length; ++j) if(D[240][j].charCodeAt(0) !== 0xFFFD) { e[D[240][j]] = 61440 + j; d[61440 + j] = D[240][j];}\nD[241] = \"����������������������������������������������������������������蹛蹚蹡蹝蹩蹔轆轇轈轋鄨鄺鄻鄾醨醥醧醯醪鎵鎌鎒鎷鎛鎝鎉鎧鎎鎪鎞鎦鎕鎈鎙鎟鎍鎱鎑鎲鎤鎨鎴鎣鎥闒闓闑隳雗雚巂雟雘雝霣霢霥鞬鞮鞨鞫鞤鞪����������������������������������鞢鞥韗韙韖韘韺顐顑顒颸饁餼餺騏騋騉騍騄騑騊騅騇騆髀髜鬈鬄鬅鬩鬵魊魌魋鯇鯆鯃鮿鯁鮵鮸鯓鮶鯄鮹鮽鵜鵓鵏鵊鵛鵋鵙鵖鵌鵗鵒鵔鵟鵘鵚麎麌黟鼁鼀鼖鼥鼫鼪鼩鼨齌齕儴儵劖勷厴嚫嚭嚦嚧嚪嚬壚壝壛夒嬽嬾嬿巃幰�\".split(\"\");\nfor(j = 0; j != D[241].length; ++j) if(D[241][j].charCodeAt(0) !== 0xFFFD) { e[D[241][j]] = 61696 + j; d[61696 + j] = D[241][j];}\nD[242] = \"����������������������������������������������������������������徿懻攇攐攍攉攌攎斄旞旝曞櫧櫠櫌櫑櫙櫋櫟櫜櫐櫫櫏櫍櫞歠殰氌瀙瀧瀠瀖瀫瀡瀢瀣瀩瀗瀤瀜瀪爌爊爇爂爅犥犦犤犣犡瓋瓅璷瓃甖癠矉矊矄矱礝礛����������������������������������礡礜礗礞禰穧穨簳簼簹簬簻糬糪繶繵繸繰繷繯繺繲繴繨罋罊羃羆羷翽翾聸臗臕艤艡艣藫藱藭藙藡藨藚藗藬藲藸藘藟藣藜藑藰藦藯藞藢蠀蟺蠃蟶蟷蠉蠌蠋蠆蟼蠈蟿蠊蠂襢襚襛襗襡襜襘襝襙覈覷覶觶譐譈譊譀譓譖譔譋譕�\".split(\"\");\nfor(j = 0; j != D[242].length; ++j) if(D[242][j].charCodeAt(0) !== 0xFFFD) { e[D[242][j]] = 61952 + j; d[61952 + j] = D[242][j];}\nD[243] = \"����������������������������������������������������������������譑譂譒譗豃豷豶貚贆贇贉趬趪趭趫蹭蹸蹳蹪蹯蹻軂轒轑轏轐轓辴酀鄿醰醭鏞鏇鏏鏂鏚鏐鏹鏬鏌鏙鎩鏦鏊鏔鏮鏣鏕鏄鏎鏀鏒鏧镽闚闛雡霩霫霬霨霦����������������������������������鞳鞷鞶韝韞韟顜顙顝顗颿颽颻颾饈饇饃馦馧騚騕騥騝騤騛騢騠騧騣騞騜騔髂鬋鬊鬎鬌鬷鯪鯫鯠鯞鯤鯦鯢鯰鯔鯗鯬鯜鯙鯥鯕鯡鯚鵷鶁鶊鶄鶈鵱鶀鵸鶆鶋鶌鵽鵫鵴鵵鵰鵩鶅鵳鵻鶂鵯鵹鵿鶇鵨麔麑黀黼鼭齀齁齍齖齗齘匷嚲�\".split(\"\");\nfor(j = 0; j != D[243].length; ++j) if(D[243][j].charCodeAt(0) !== 0xFFFD) { e[D[243][j]] = 62208 + j; d[62208 + j] = D[243][j];}\nD[244] = \"����������������������������������������������������������������嚵嚳壣孅巆巇廮廯忀忁懹攗攖攕攓旟曨曣曤櫳櫰櫪櫨櫹櫱櫮櫯瀼瀵瀯瀷瀴瀱灂瀸瀿瀺瀹灀瀻瀳灁爓爔犨獽獼璺皫皪皾盭矌矎矏矍矲礥礣礧礨礤礩����������������������������������禲穮穬穭竷籉籈籊籇籅糮繻繾纁纀羺翿聹臛臙舋艨艩蘢藿蘁藾蘛蘀藶蘄蘉蘅蘌藽蠙蠐蠑蠗蠓蠖襣襦覹觷譠譪譝譨譣譥譧譭趮躆躈躄轙轖轗轕轘轚邍酃酁醷醵醲醳鐋鐓鏻鐠鐏鐔鏾鐕鐐鐨鐙鐍鏵鐀鏷鐇鐎鐖鐒鏺鐉鏸鐊鏿�\".split(\"\");\nfor(j = 0; j != D[244].length; ++j) if(D[244][j].charCodeAt(0) !== 0xFFFD) { e[D[244][j]] = 62464 + j; d[62464 + j] = D[244][j];}\nD[245] = \"����������������������������������������������������������������鏼鐌鏶鐑鐆闞闠闟霮霯鞹鞻韽韾顠顢顣顟飁飂饐饎饙饌饋饓騲騴騱騬騪騶騩騮騸騭髇髊髆鬐鬒鬑鰋鰈鯷鰅鰒鯸鱀鰇鰎鰆鰗鰔鰉鶟鶙鶤鶝鶒鶘鶐鶛����������������������������������鶠鶔鶜鶪鶗鶡鶚鶢鶨鶞鶣鶿鶩鶖鶦鶧麙麛麚黥黤黧黦鼰鼮齛齠齞齝齙龑儺儹劘劗囃嚽嚾孈孇巋巏廱懽攛欂櫼欃櫸欀灃灄灊灈灉灅灆爝爚爙獾甗癪矐礭礱礯籔籓糲纊纇纈纋纆纍罍羻耰臝蘘蘪蘦蘟蘣蘜蘙蘧蘮蘡蘠蘩蘞蘥�\".split(\"\");\nfor(j = 0; j != D[245].length; ++j) if(D[245][j].charCodeAt(0) !== 0xFFFD) { e[D[245][j]] = 62720 + j; d[62720 + j] = D[245][j];}\nD[246] = \"����������������������������������������������������������������蠩蠝蠛蠠蠤蠜蠫衊襭襩襮襫觺譹譸譅譺譻贐贔趯躎躌轞轛轝酆酄酅醹鐿鐻鐶鐩鐽鐼鐰鐹鐪鐷鐬鑀鐱闥闤闣霵霺鞿韡顤飉飆飀饘饖騹騽驆驄驂驁騺����������������������������������騿髍鬕鬗鬘鬖鬺魒鰫鰝鰜鰬鰣鰨鰩鰤鰡鶷鶶鶼鷁鷇鷊鷏鶾鷅鷃鶻鶵鷎鶹鶺鶬鷈鶱鶭鷌鶳鷍鶲鹺麜黫黮黭鼛鼘鼚鼱齎齥齤龒亹囆囅囋奱孋孌巕巑廲攡攠攦攢欋欈欉氍灕灖灗灒爞爟犩獿瓘瓕瓙瓗癭皭礵禴穰穱籗籜籙籛籚�\".split(\"\");\nfor(j = 0; j != D[246].length; ++j) if(D[246][j].charCodeAt(0) !== 0xFFFD) { e[D[246][j]] = 62976 + j; d[62976 + j] = D[246][j];}\nD[247] = \"����������������������������������������������������������������糴糱纑罏羇臞艫蘴蘵蘳蘬蘲蘶蠬蠨蠦蠪蠥襱覿覾觻譾讄讂讆讅譿贕躕躔躚躒躐躖躗轠轢酇鑌鑐鑊鑋鑏鑇鑅鑈鑉鑆霿韣顪顩飋饔饛驎驓驔驌驏驈驊����������������������������������驉驒驐髐鬙鬫鬻魖魕鱆鱈鰿鱄鰹鰳鱁鰼鰷鰴鰲鰽鰶鷛鷒鷞鷚鷋鷐鷜鷑鷟鷩鷙鷘鷖鷵鷕鷝麶黰鼵鼳鼲齂齫龕龢儽劙壨壧奲孍巘蠯彏戁戃戄攩攥斖曫欑欒欏毊灛灚爢玂玁玃癰矔籧籦纕艬蘺虀蘹蘼蘱蘻蘾蠰蠲蠮蠳襶襴襳觾�\".split(\"\");\nfor(j = 0; j != D[247].length; ++j) if(D[247][j].charCodeAt(0) !== 0xFFFD) { e[D[247][j]] = 63232 + j; d[63232 + j] = D[247][j];}\nD[248] = \"����������������������������������������������������������������讌讎讋讈豅贙躘轤轣醼鑢鑕鑝鑗鑞韄韅頀驖驙鬞鬟鬠鱒鱘鱐鱊鱍鱋鱕鱙鱌鱎鷻鷷鷯鷣鷫鷸鷤鷶鷡鷮鷦鷲鷰鷢鷬鷴鷳鷨鷭黂黐黲黳鼆鼜鼸鼷鼶齃齏����������������������������������齱齰齮齯囓囍孎屭攭曭曮欓灟灡灝灠爣瓛瓥矕礸禷禶籪纗羉艭虃蠸蠷蠵衋讔讕躞躟躠躝醾醽釂鑫鑨鑩雥靆靃靇韇韥驞髕魙鱣鱧鱦鱢鱞鱠鸂鷾鸇鸃鸆鸅鸀鸁鸉鷿鷽鸄麠鼞齆齴齵齶囔攮斸欘欙欗欚灢爦犪矘矙礹籩籫糶纚�\".split(\"\");\nfor(j = 0; j != D[248].length; ++j) if(D[248][j].charCodeAt(0) !== 0xFFFD) { e[D[248][j]] = 63488 + j; d[63488 + j] = D[248][j];}\nD[249] = \"����������������������������������������������������������������纘纛纙臠臡虆虇虈襹襺襼襻觿讘讙躥躤躣鑮鑭鑯鑱鑳靉顲饟鱨鱮鱭鸋鸍鸐鸏鸒鸑麡黵鼉齇齸齻齺齹圞灦籯蠼趲躦釃鑴鑸鑶鑵驠鱴鱳鱱鱵鸔鸓黶鼊����������������������������������龤灨灥糷虪蠾蠽蠿讞貜躩軉靋顳顴飌饡馫驤驦驧鬤鸕鸗齈戇欞爧虌躨钂钀钁驩驨鬮鸙爩虋讟钃鱹麷癵驫鱺鸝灩灪麤齾齉龘碁銹裏墻恒粧嫺╔╦╗╠╬╣╚╩╝╒╤╕╞╪╡╘╧╛╓╥╖╟╫╢╙╨╜║═╭╮╰╯▓�\".split(\"\");\nfor(j = 0; j != D[249].length; ++j) if(D[249][j].charCodeAt(0) !== 0xFFFD) { e[D[249][j]] = 63744 + j; d[63744 + j] = D[249][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[1250] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚�„…†‡�‰Š‹ŚŤŽŹ�‘’“”•–—�™š›śťžź ˇ˘Ł¤Ą¦§¨©Ş«¬®Ż°±˛ł´µ¶·¸ąş»Ľ˝ľżŔÁÂĂÄĹĆÇČÉĘËĚÍÎĎĐŃŇÓÔŐÖ×ŘŮÚŰÜÝŢßŕáâăäĺćçčéęëěíîďđńňóôőö÷řůúűüýţ˙\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1251] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ЂЃ‚ѓ„…†‡€‰Љ‹ЊЌЋЏђ‘’“”•–—�™љ›њќћџ ЎўЈ¤Ґ¦§Ё©Є«¬®Ї°±Ііґµ¶·ё№є»јЅѕїАБВГДЕЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯабвгдежзийклмнопрстуфхцчшщъыьэюя\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1252] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰Š‹Œ�Ž��‘’“”•–—˜™š›œ�žŸ ¡¢£¤¥¦§¨©ª«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1253] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡�‰�‹�����‘’“”•–—�™�›���� ΅Ά£¤¥¦§¨©�«¬®―°±²³΄µ¶·ΈΉΊ»Ό½ΎΏΐΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡ�ΣΤΥΦΧΨΩΪΫάέήίΰαβγδεζηθικλμνξοπρςστυφχψωϊϋόύώ�\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1254] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰Š‹Œ����‘’“”•–—˜™š›œ��Ÿ ¡¢£¤¥¦§¨©ª«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏĞÑÒÓÔÕÖ×ØÙÚÛÜİŞßàáâãäåæçèéêëìíîïğñòóôõö÷øùúûüışÿ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1255] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰�‹�����‘’“”•–—˜™�›���� ¡¢£₪¥¦§¨©×«¬®¯°±²³´µ¶·¸¹÷»¼½¾¿ְֱֲֳִֵֶַָֹ�ֻּֽ־ֿ׀ׁׂ׃װױײ׳״�������אבגדהוזחטיךכלםמןנסעףפץצקרשת���\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1256] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€پ‚ƒ„…†‡ˆ‰ٹ‹Œچژڈگ‘’“”•–—ک™ڑ›œں ،¢£¤¥¦§¨©ھ«¬®¯°±²³´µ¶·¸¹؛»¼½¾؟ہءآأؤإئابةتثجحخدذرزسشصض×طظعغـفقكàلâمنهوçèéêëىيîïًٌٍَôُِ÷ّùْûüے\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1257] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚�„…†‡�‰�‹�¨ˇ¸�‘’“”•–—�™�›�¯˛� �¢£¤�¦§Ø©Ŗ«¬®Æ°±²³´µ¶·ø¹ŗ»¼½¾æĄĮĀĆÄÅĘĒČÉŹĖĢĶĪĻŠŃŅÓŌÕÖ×ŲŁŚŪÜŻŽßąįāćäåęēčéźėģķīļšńņóōõö÷ųłśūüżž˙\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1258] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰�‹Œ����‘’“”•–—˜™�›œ��Ÿ ¡¢£¤¥¦§¨©ª«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂĂÄÅÆÇÈÉÊË̀ÍÎÏĐÑ̉ÓÔƠÖ×ØÙÚÛÜỮßàáâăäåæçèéêë́íîïđṇ̃óôơö÷øùúûüư₫ÿ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10000] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄÅÇÉÑÖÜáàâäãåçéèêëíìîïñóòôöõúùûü†°¢£§•¶ß®©™´¨≠ÆØ∞±≤≥¥µ∂∑∏π∫ªºΩæø¿¡¬√ƒ≈∆«»… ÀÃÕŒœ–—“”‘’÷◊ÿŸ⁄¤‹›fifl‡·‚„‰ÂÊÁËÈÍÎÏÌÓÔ�ÒÚÛÙıˆ˜¯˘˙˚¸˝˛ˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10006] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~Ĺ²É³ÖÜ΅àâä΄¨çéèê룙î‰ôö¦ùûü†ΓΔΘΛΞΠß®©ΣΪ§≠°·Α±≤≥¥ΒΕΖΗΙΚΜΦΫΨΩάΝ¬ΟΡ≈Τ«»… ΥΧΆΈœ–―“”‘’÷ΉΊΌΎέήίόΏύαβψδεφγηιξκλμνοπώρστθωςχυζϊϋΐΰ�\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10007] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~АБВГДЕЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ†°¢£§•¶І®©™Ђђ≠Ѓѓ∞±≤≥іµ∂ЈЄєЇїЉљЊњјЅ¬√ƒ≈∆«»… ЋћЌќѕ–—“”‘’÷„ЎўЏџ№Ёёяабвгдежзийклмнопрстуфхцчшщъыьэю¤\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10029] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄĀāÉĄÖÜáąČäčĆć鏟ĎíďĒēĖóėôöõúĚěü†°Ę£§•¶ß®©™ę¨≠ģĮįĪ≤≥īĶ∂∑łĻļĽľĹĺŅņѬ√ńŇ∆«»… ňŐÕőŌ–—“”‘’÷◊ōŔŕŘ‹›řŖŗŠ‚„šŚśÁŤťÍŽžŪÓÔūŮÚůŰűŲųÝýķŻŁżĢˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10079] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄÅÇÉÑÖÜáàâäãåçéèêëíìîïñóòôöõúùûüÝ°¢£§•¶ß®©™´¨≠ÆØ∞±≤≥¥µ∂∑∏π∫ªºΩæø¿¡¬√ƒ≈∆«»… ÀÃÕŒœ–—“”‘’÷◊ÿŸ⁄¤ÐðÞþý·‚„‰ÂÊÁËÈÍÎÏÌÓÔ�ÒÚÛÙıˆ˜¯˘˙˚¸˝˛ˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10081] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄÅÇÉÑÖÜáàâäãåçéèêëíìîïñóòôöõúùûü†°¢£§•¶ß®©™´¨≠ÆØ∞±≤≥¥µ∂∑∏π∫ªºΩæø¿¡¬√ƒ≈∆«»… ÀÃÕŒœ–—“”‘’÷◊ÿŸĞğİıŞş‡·‚„‰ÂÊÁËÈÍÎÏÌÓÔ�ÒÚÛÙ�ˆ˜¯˘˙˚¸˝˛ˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\nif (typeof module !== 'undefined' && module.exports) module.exports = cptable;\n/* cputils.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/*jshint newcap: false */\n(function(root, factory){\n \"use strict\";\n if(typeof cptable === \"undefined\") {\n if(typeof require !== \"undefined\"){\n var cpt = require('./cpt' + 'able');\n if (typeof module !== 'undefined' && module.exports) module.exports = factory(cpt);\n else root.cptable = factory(cpt);\n } else throw new Error(\"cptable not found\");\n } else cptable = factory(cptable);\n}(this, function(cpt){\n \"use strict\";\n var magic = {\n \"1200\":\"utf16le\",\n \"1201\":\"utf16be\",\n \"12000\":\"utf32le\",\n \"12001\":\"utf32be\",\n \"16969\":\"utf64le\",\n \"20127\":\"ascii\",\n \"65000\":\"utf7\",\n \"65001\":\"utf8\"\n };\n\n var sbcs_cache = [874,1250,1251,1252,1253,1254,1255,1256,10000];\n var dbcs_cache = [932,936,949,950];\n var magic_cache = [65001];\n var magic_decode = {};\n var magic_encode = {};\n var cpecache = {};\n var cpdcache = {};\n\n var sfcc = function sfcc(x) { return String.fromCharCode(x); };\n var cca = function cca(x){ return x.charCodeAt(0); };\n\n var has_buf = (typeof Buffer !== 'undefined');\n if(has_buf) {\n var mdl = 1024, mdb = new Buffer(mdl);\n var make_EE = function make_EE(E){\n var EE = new Buffer(65536);\n for(var i = 0; i < 65536;++i) EE[i] = 0;\n var keys = Object.keys(E), len = keys.length;\n for(var ee = 0, e = keys[ee]; ee < len; ++ee) {\n if(!(e = keys[ee])) continue;\n EE[e.charCodeAt(0)] = E[e];\n }\n return EE;\n };\n var sbcs_encode = function make_sbcs_encode(cp) {\n var EE = make_EE(cpt[cp].enc);\n return function sbcs_e(data, ofmt) {\n var len = data.length;\n var out, i, j, D, w;\n if(typeof data === 'string') {\n out = Buffer(len);\n for(i = 0; i < len; ++i) out[i] = EE[data.charCodeAt(i)];\n } else if(Buffer.isBuffer(data)) {\n out = Buffer(2*len);\n j = 0;\n for(i = 0; i < len; ++i) {\n D = data[i];\n if(D < 128) out[j++] = EE[D];\n else if(D < 224) { out[j++] = EE[((D&31)<<6)+(data[i+1]&63)]; ++i; }\n else if(D < 240) { out[j++] = EE[((D&15)<<12)+((data[i+1]&63)<<6)+(data[i+2]&63)]; i+=2; }\n else {\n w = ((D&7)<<18)+((data[i+1]&63)<<12)+((data[i+2]&63)<<6)+(data[i+3]&63); i+=3;\n if(w < 65536) out[j++] = EE[w];\n else { w -= 65536; out[j++] = EE[0xD800 + ((w>>10)&1023)]; out[j++] = EE[0xDC00 + (w&1023)]; }\n }\n }\n out.length = j;\n out = out.slice(0,j);\n } else {\n out = Buffer(len);\n for(i = 0; i < len; ++i) out[i] = EE[data[i].charCodeAt(0)];\n }\n if(ofmt === undefined || ofmt === 'buf') return out;\n if(ofmt !== 'arr') return out.toString('binary');\n return [].slice.call(out);\n };\n };\n var sbcs_decode = function make_sbcs_decode(cp) {\n var D = cpt[cp].dec;\n var DD = new Buffer(131072), d=0, c;\n for(d=0;d<D.length;++d) {\n if(!(c=D[d])) continue;\n var w = c.charCodeAt(0);\n DD[2*d] = w&255; DD[2*d+1] = w>>8;\n }\n return function sbcs_d(data) {\n var len = data.length, i=0, j;\n if(2 * len > mdl) { mdl = 2 * len; mdb = new Buffer(mdl); }\n if(Buffer.isBuffer(data)) {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n mdb[2*i] = DD[j]; mdb[2*i+1] = DD[j+1];\n }\n } else if(typeof data === \"string\") {\n for(i = 0; i < len; i++) {\n j = 2*data.charCodeAt(i);\n mdb[2*i] = DD[j]; mdb[2*i+1] = DD[j+1];\n }\n } else {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n mdb[2*i] = DD[j]; mdb[2*i+1] = DD[j+1];\n }\n }\n mdb.length = 2 * len;\n return mdb.toString('ucs2');\n };\n };\n var dbcs_encode = function make_dbcs_encode(cp) {\n var E = cpt[cp].enc;\n var EE = new Buffer(131072);\n for(var i = 0; i < 131072; ++i) EE[i] = 0;\n var keys = Object.keys(E);\n for(var ee = 0, e = keys[ee]; ee < keys.length; ++ee) {\n if(!(e = keys[ee])) continue;\n var f = e.charCodeAt(0);\n EE[2*f] = E[e] & 255; EE[2*f+1] = E[e]>>8;\n }\n return function dbcs_e(data, ofmt) {\n var len = data.length, out = new Buffer(2*len), i, j, jj, k, D;\n if(typeof data === 'string') {\n for(i = k = 0; i < len; ++i) {\n j = data.charCodeAt(i)*2;\n out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n }\n out.length = k;\n out = out.slice(0,k);\n } else if(Buffer.isBuffer(data)) {\n for(i = k = 0; i < len; ++i) {\n D = data[i];\n if(D < 128) j = D;\n else if(D < 224) { j = ((D&31)<<6)+(data[i+1]&63); ++i; }\n else if(D < 240) { j = ((D&15)<<12)+((data[i+1]&63)<<6)+(data[i+2]&63); i+=2; }\n else { j = ((D&7)<<18)+((data[i+1]&63)<<12)+((data[i+2]&63)<<6)+(data[i+3]&63); i+=3; }\n if(j<65536) { j*=2; out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j]; }\n else { jj = j-65536;\n j=2*(0xD800 + ((jj>>10)&1023)); out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n j=2*(0xDC00 + (jj&1023)); out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n }\n }\n out.length = k;\n out = out.slice(0,k);\n } else {\n for(i = k = 0; i < len; i++) {\n j = data[i].charCodeAt(0)*2;\n out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n }\n }\n if(ofmt === undefined || ofmt === 'buf') return out;\n if(ofmt !== 'arr') return out.toString('binary');\n return [].slice.call(out);\n };\n };\n var dbcs_decode = function make_dbcs_decode(cp) {\n var D = cpt[cp].dec;\n var DD = new Buffer(131072), d=0, c, w=0, j=0, i=0;\n for(i = 0; i < 65536; ++i) { DD[2*i] = 0xFF; DD[2*i+1] = 0xFD;}\n for(d = 0; d < D.length; ++d) {\n if(!(c=D[d])) continue;\n w = c.charCodeAt(0);\n j = 2*d;\n DD[j] = w&255; DD[j+1] = w>>8;\n }\n return function dbcs_d(data) {\n var len = data.length, out = new Buffer(2*len), i, j, k=0;\n if(Buffer.isBuffer(data)) {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n if(DD[j]===0xFF && DD[j+1]===0xFD) { j=2*((data[i]<<8)+data[i+1]); ++i; }\n out[k++] = DD[j]; out[k++] = DD[j+1];\n }\n } else if(typeof data === \"string\") {\n for(i = 0; i < len; i++) {\n j = 2*data.charCodeAt(i);\n if(DD[j]===0xFF && DD[j+1]===0xFD) { j=2*((data.charCodeAt(i)<<8)+data.charCodeAt(i+1)); ++i; }\n out[k++] = DD[j]; out[k++] = DD[j+1];\n }\n } else {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n if(DD[j]===0xFF && DD[j+1]===0xFD) { j=2*((data[i]<<8)+data[i+1]); ++i; }\n out[k++] = DD[j]; out[k++] = DD[j+1];\n }\n }\n out.length = k;\n return out.toString('ucs2');\n };\n };\n magic_decode[65001] = function utf8_d(data) {\n var len = data.length, w = 0, ww = 0;\n if(4 * len > mdl) { mdl = 4 * len; mdb = new Buffer(mdl); }\n mdb.length = 0;\n var i = 0;\n if(len >= 3 && data[0] == 0xEF) if(data[1] == 0xBB && data[2] == 0xBF) i = 3;\n for(var j = 1, k = 0, D = 0; i < len; i+=j) {\n j = 1; D = data[i];\n if(D < 128) w = D;\n else if(D < 224) { w=(D&31)*64+(data[i+1]&63); j=2; }\n else if(D < 240) { w=((D&15)<<12)+(data[i+1]&63)*64+(data[i+2]&63); j=3; }\n else { w=(D&7)*262144+((data[i+1]&63)<<12)+(data[i+2]&63)*64+(data[i+3]&63); j=4; }\n if(w < 65536) { mdb[k++] = w&255; mdb[k++] = w>>8; }\n else {\n w -= 65536; ww = 0xD800 + ((w>>10)&1023); w = 0xDC00 + (w&1023);\n mdb[k++] = ww&255; mdb[k++] = ww>>>8; mdb[k++] = w&255; mdb[k++] = (w>>>8)&255;\n }\n }\n mdb.length = k;\n return mdb.toString('ucs2');\n };\n magic_encode[65001] = function utf8_e(data, ofmt) {\n var len = data.length, w = 0, ww = 0, j = 0;\n var direct = typeof data === \"string\";\n if(4 * len > mdl) { mdl = 4 * len; mdb = new Buffer(mdl); }\n for(var i = 0; i < len; ++i) {\n w = direct ? data.charCodeAt(i) : data[i].charCodeAt(0);\n if(w <= 0x007F) mdb[j++] = w;\n else if(w <= 0x07FF) {\n mdb[j++] = 192 + (w >> 6);\n mdb[j++] = 128 + (w&63);\n } else if(w >= 0xD800 && w <= 0xDFFF) {\n w -= 0xD800; ++i;\n ww = (direct ? data.charCodeAt(i) : data[i].charCodeAt(0)) - 0xDC00 + (w << 10);\n mdb[j++] = 240 + ((ww>>>18) & 0x07);\n mdb[j++] = 144 + ((ww>>>12) & 0x3F);\n mdb[j++] = 128 + ((ww>>>6) & 0x3F);\n mdb[j++] = 128 + (ww & 0x3F);\n } else {\n mdb[j++] = 224 + (w >> 12);\n mdb[j++] = 128 + ((w >> 6)&63);\n mdb[j++] = 128 + (w&63);\n }\n }\n mdb.length = j;\n if(ofmt === undefined || ofmt === 'buf') return mdb;\n if(ofmt !== 'arr') return mdb.toString('binary');\n return [].slice.call(mdb);\n };\n }\n\n var encache = function encache() {\n if(has_buf) {\n if(cpdcache[sbcs_cache[0]]) return;\n var i, s;\n for(i = 0; i < sbcs_cache.length; ++i) {\n s = sbcs_cache[i];\n if(cpt[s]) {\n cpdcache[s] = sbcs_decode(s);\n cpecache[s] = sbcs_encode(s);\n }\n }\n for(i = 0; i < dbcs_cache.length; ++i) {\n s = dbcs_cache[i];\n if(cpt[s]) {\n cpdcache[s] = dbcs_decode(s);\n cpecache[s] = dbcs_encode(s);\n }\n }\n for(i = 0; i < magic_cache.length; ++i) {\n s = magic_cache[i];\n if(magic_decode[s]) cpdcache[s] = magic_decode[s];\n if(magic_encode[s]) cpecache[s] = magic_encode[s];\n }\n }\n };\n var cp_decache = function cp_decache(cp) { cpdcache[cp] = cpecache[cp] = undefined; };\n var decache = function decache() {\n if(has_buf) {\n if(!cpdcache[sbcs_cache[0]]) return;\n sbcs_cache.forEach(cp_decache);\n dbcs_cache.forEach(cp_decache);\n magic_cache.forEach(cp_decache);\n }\n last_enc = last_cp = undefined;\n };\n var cache = {\n encache: encache,\n decache: decache,\n sbcs: sbcs_cache,\n dbcs: dbcs_cache\n };\n\n encache();\n\n var BM = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/\";\n var SetD = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789'(),-./:?\";\n var last_enc, last_cp;\n var encode = function encode(cp, data, ofmt) {\n if(cp === last_cp) { return last_enc(data, ofmt); }\n if(cpecache[cp] !== undefined) { last_enc = cpecache[last_cp=cp]; return last_enc(data, ofmt); }\n if(has_buf && Buffer.isBuffer(data)) data = data.toString('utf8');\n var len = data.length;\n var out = has_buf ? new Buffer(4*len) : [], w, i, j = 0, c, tt, ww;\n var C = cpt[cp], E, M;\n if(C && (E=C.enc)) for(i = 0; i < len; ++i, ++j) {\n w = E[data[i]];\n out[j] = w&255;\n if(w > 255) {\n out[j] = w>>8;\n out[++j] = w&255;\n }\n }\n else if((M=magic[cp])) switch(M) {\n case \"utf8\":\n if(has_buf && typeof data === \"string\") { out = new Buffer(data, M); j = out.length; break; }\n for(i = 0; i < len; ++i, ++j) {\n w = data[i].charCodeAt(0);\n if(w <= 0x007F) out[j] = w;\n else if(w <= 0x07FF) {\n out[j] = 192 + (w >> 6);\n out[++j] = 128 + (w&63);\n } else if(w >= 0xD800 && w <= 0xDFFF) {\n w -= 0xD800;\n ww = data[++i].charCodeAt(0) - 0xDC00 + (w << 10);\n out[j] = 240 + ((ww>>>18) & 0x07);\n out[++j] = 144 + ((ww>>>12) & 0x3F);\n out[++j] = 128 + ((ww>>>6) & 0x3F);\n out[++j] = 128 + (ww & 0x3F);\n } else {\n out[j] = 224 + (w >> 12);\n out[++j] = 128 + ((w >> 6)&63);\n out[++j] = 128 + (w&63);\n }\n }\n break;\n case \"ascii\":\n if(has_buf && typeof data === \"string\") { out = new Buffer(data, M); j = out.length; break; }\n for(i = 0; i < len; ++i, ++j) {\n w = data[i].charCodeAt(0);\n if(w <= 0x007F) out[j] = w;\n else throw new Error(\"bad ascii \" + w);\n }\n break;\n case \"utf16le\":\n if(has_buf && typeof data === \"string\") { out = new Buffer(data, M); j = out.length; break; }\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n out[j++] = w&255;\n out[j++] = w>>8;\n }\n break;\n case \"utf16be\":\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n out[j++] = w>>8;\n out[j++] = w&255;\n }\n break;\n case \"utf32le\":\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n if(w >= 0xD800 && w <= 0xDFFF) w = 0x10000 + ((w - 0xD800) << 10) + (data[++i].charCodeAt(0) - 0xDC00);\n out[j++] = w&255; w >>= 8;\n out[j++] = w&255; w >>= 8;\n out[j++] = w&255; w >>= 8;\n out[j++] = w&255;\n }\n break;\n case \"utf32be\":\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n if(w >= 0xD800 && w <= 0xDFFF) w = 0x10000 + ((w - 0xD800) << 10) + (data[++i].charCodeAt(0) - 0xDC00);\n out[j+3] = w&255; w >>= 8;\n out[j+2] = w&255; w >>= 8;\n out[j+1] = w&255; w >>= 8;\n out[j] = w&255; w >>= 8;\n j+=4;\n }\n break;\n case \"utf7\":\n for(i = 0; i < len; i++) {\n c = data[i];\n if(c === \"+\") { out[j++] = 0x2b; out[j++] = 0x2d; continue; }\n if(SetD.indexOf(c) > -1) { out[j++] = c.charCodeAt(0); continue; }\n tt = encode(1201, c);\n out[j++] = 0x2b;\n out[j++] = BM.charCodeAt(tt[0]>>2);\n out[j++] = BM.charCodeAt(((tt[0]&0x03)<<4) + ((tt[1]||0)>>4));\n out[j++] = BM.charCodeAt(((tt[1]&0x0F)<<2) + ((tt[2]||0)>>6));\n out[j++] = 0x2d;\n }\n break;\n default: throw new Error(\"Unsupported magic: \" + cp + \" \" + magic[cp]);\n }\n else throw new Error(\"Unrecognized CP: \" + cp);\n out.length = j;\n out = out.slice(0,j);\n if(typeof Buffer === 'undefined') return (ofmt == 'str') ? out.map(sfcc).join(\"\") : out;\n if(ofmt === undefined || ofmt === 'buf') return out;\n if(ofmt !== 'arr') return out.toString('binary');\n return [].slice.call(out);\n };\n var decode = function decode(cp, data) {\n var F; if((F=cpdcache[cp])) return F(data);\n var len = data.length, out = new Array(len), w, i, j = 1, k = 0, ww;\n var C = cpt[cp], D, M;\n if(C && (D=C.dec)) {\n if(typeof data === \"string\") data = data.split(\"\").map(cca);\n for(i = 0; i < len; i+=j) {\n j = 2;\n w = D[(data[i]<<8)+ data[i+1]];\n if(!w) {\n j = 1;\n w = D[data[i]];\n }\n if(!w) throw new Error('Unrecognized code: ' + data[i] + ' ' + data[i+j-1] + ' ' + i + ' ' + j + ' ' + D[data[i]]);\n out[k++] = w;\n }\n }\n else if((M=magic[cp])) switch(M) {\n case \"utf8\":\n i = 0;\n if(len >= 3 && data[0] == 0xEF) if(data[1] == 0xBB && data[2] == 0xBF) i = 3;\n for(; i < len; i+=j) {\n j = 1;\n if(data[i] < 128) w = data[i];\n else if(data[i] < 224) { w=(data[i]&31)*64+(data[i+1]&63); j=2; }\n else if(data[i] < 240) { w=((data[i]&15)<<12)+(data[i+1]&63)*64+(data[i+2]&63); j=3; }\n else { w=(data[i]&7)*262144+((data[i+1]&63)<<12)+(data[i+2]&63)*64+(data[i+3]&63); j=4; }\n if(w < 65536) { out[k++] = String.fromCharCode(w); }\n else {\n w -= 65536; ww = 0xD800 + ((w>>10)&1023); w = 0xDC00 + (w&1023);\n out[k++] = String.fromCharCode(ww); out[k++] = String.fromCharCode(w);\n }\n }\n break;\n case \"ascii\":\n if(has_buf && Buffer.isBuffer(data)) return data.toString(M);\n for(i = 0; i < len; i++) out[i] = String.fromCharCode(data[i]);\n k = len; break;\n case \"utf16le\":\n i = 0;\n if(len >= 2 && data[0] == 0xFF) if(data[1] == 0xFE) i = 2;\n if(has_buf && Buffer.isBuffer(data)) return data.toString(M);\n j = 2;\n for(; i < len; i+=j) {\n out[k++] = String.fromCharCode((data[i+1]<<8) + data[i]);\n }\n break;\n case \"utf16be\":\n i = 0;\n if(len >= 2 && data[0] == 0xFE) if(data[1] == 0xFF) i = 2;\n j = 2;\n for(; i < len; i+=j) {\n out[k++] = String.fromCharCode((data[i]<<8) + data[i+1]);\n }\n break;\n case \"utf32le\":\n i = 0;\n if(len >= 4 && data[0] == 0xFF) if(data[1] == 0xFE && data[2] == 0 && data[3] == 0) i = 4;\n j = 4;\n for(; i < len; i+=j) {\n w = (data[i+3]<<24) + (data[i+2]<<16) + (data[i+1]<<8) + (data[i]);\n if(w > 0xFFFF) {\n w -= 0x10000;\n out[k++] = String.fromCharCode(0xD800 + ((w >> 10) & 0x3FF));\n out[k++] = String.fromCharCode(0xDC00 + (w & 0x3FF));\n }\n else out[k++] = String.fromCharCode(w);\n }\n break;\n case \"utf32be\":\n i = 0;\n if(len >= 4 && data[3] == 0xFF) if(data[2] == 0xFE && data[1] == 0 && data[0] == 0) i = 4;\n j = 4;\n for(; i < len; i+=j) {\n w = (data[i]<<24) + (data[i+1]<<16) + (data[i+2]<<8) + (data[i+3]);\n if(w > 0xFFFF) {\n w -= 0x10000;\n out[k++] = String.fromCharCode(0xD800 + ((w >> 10) & 0x3FF));\n out[k++] = String.fromCharCode(0xDC00 + (w & 0x3FF));\n }\n else out[k++] = String.fromCharCode(w);\n }\n break;\n case \"utf7\":\n i = 0;\n if(len >= 4 && data[0] == 0x2B && data[1] == 0x2F && data[2] == 0x76) {\n if(len >= 5 && data[3] == 0x38 && data[4] == 0x2D) i = 5;\n else if(data[3] == 0x38 || data[3] == 0x39 || data[3] == 0x2B || data[3] == 0x2F) i = 4;\n }\n for(; i < len; i+=j) {\n if(data[i] !== 0x2b) { j=1; out[k++] = String.fromCharCode(data[i]); continue; }\n j=1;\n if(data[i+1] === 0x2d) { j = 2; out[k++] = \"+\"; continue; }\n while(String.fromCharCode(data[i+j]).match(/[A-Za-z0-9+\\/]/)) j++;\n var dash = 0;\n if(data[i+j] === 0x2d) { ++j; dash=1; }\n var tt = [];\n var o64;\n var c1, c2, c3;\n var e1, e2, e3, e4;\n for(var l = 1; l < j - dash;) {\n e1 = BM.indexOf(String.fromCharCode(data[i+l++]));\n e2 = BM.indexOf(String.fromCharCode(data[i+l++]));\n c1 = e1 << 2 | e2 >> 4;\n tt.push(c1);\n e3 = BM.indexOf(String.fromCharCode(data[i+l++]));\n if(e3 === -1) break;\n c2 = (e2 & 15) << 4 | e3 >> 2;\n tt.push(c2);\n e4 = BM.indexOf(String.fromCharCode(data[i+l++]));\n if(e4 === -1) break;\n c3 = (e3 & 3) << 6 | e4;\n if(e4 < 64) tt.push(c3);\n }\n if((tt.length & 1) === 1) tt.length--;\n o64 = decode(1201, tt);\n for(l = 0; l < o64.length; ++l) out[k++] = o64[l];\n }\n break;\n default: throw new Error(\"Unsupported magic: \" + cp + \" \" + magic[cp]);\n }\n else throw new Error(\"Unrecognized CP: \" + cp);\n out.length = k;\n return out.join(\"\");\n };\n var hascp = function hascp(cp) { return cpt[cp] || magic[cp]; };\n cpt.utils = { decode: decode, encode: encode, hascp: hascp, magic: magic, cache:cache };\n return cpt;\n}));\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xlsx-utils/dist/cpexcel.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xlsx-utils/license": {
"text": "Copyright (C) 2012-2015 SheetJS\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http://www.apache.org/licenses/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n\nExcept where noted, this license applies to any and all software programs and associated documentation files created by the Original Author and distributed with the Software:\n\n'jszip.js' is a modified version of JSZip, Copyright (c) Stuart Knightley, David Duponchel, Franz Buchinger, Ant'onio Afonso. JSZip is dual licensed and is used according to the terms of the MIT License.\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/xlsx-utils/license"
},
"$:/language/Help/xlsx-import": {
"title": "$:/language/Help/xlsx-import",
"description": "Import tiddlers from an XLSX spreadsheet file",
"text": "Imports tiddlers from an XLSX spreadsheet file\n\n```\n--xlsx-import <filename> <importSpec>\n```\n\n* ''filename'': filename of the `.xlsx` file\n* ''title'': title of the import specification tiddler to be used for the import"
},
"$:/plugins/tiddlywiki/xlsx-utils/importer.js": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/importer.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/importer.js\ntype: application/javascript\nmodule-type: library\n\nClass to import an Excel file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_IMPORT_SPEC_TITLE = \"$:/config/plugins/tiddlywiki/xlsx-utils/default-import-spec\";\n\nvar XLSX = require(\"$:/plugins/tiddlywiki/xlsx-utils/xlsx.js\"),\n\tJSZip = require(\"$:/plugins/tiddlywiki/jszip/jszip.js\");\n\nvar XLSXImporter = function(options) {\n\tthis.filename = options.filename;\n\tthis.text = options.text;\n\tthis.importSpec = options.importSpec || $tw.wiki.getTiddlerText(DEFAULT_IMPORT_SPEC_TITLE);\n\tthis.logger = new $tw.utils.Logger(\"xlsx-utils\");\n\tthis.results = [];\n\tif(JSZip) {\n\t\tthis.processWorkbook();\t\t\n\t}\n};\n\nXLSXImporter.prototype.getResults = function() {\n\treturn this.results;\n};\n\nXLSXImporter.prototype.processWorkbook = function() {\n\t// Read the workbook\n\tif(this.filename) {\n\t\tthis.workbook = XLSX.readFile(this.filename);\t\n\t} else if(this.text) {\n\t\tthis.workbook = XLSX.read(this.text,{type:\"base64\"});\n\t}\n\t// Read the root import specification\n\tthis.rootImportSpec = $tw.wiki.getTiddler(this.importSpec);\n\tif(this.rootImportSpec) {\n\t\t// Iterate through the sheets specified in the list field\n\t\t$tw.utils.each(this.rootImportSpec.fields.list || [],this.processSheet.bind(this));\n\t}\n};\n\nXLSXImporter.prototype.processSheet = function(sheetImportSpecTitle) {\n\t// Get the sheet import specifier\n\tthis.sheetImportSpec = $tw.wiki.getTiddler(sheetImportSpecTitle);\n\tif(this.sheetImportSpec) {\n\t\tthis.sheetName = this.sheetImportSpec.fields[\"import-sheet-name\"];\n\t\tthis.sheet = this.workbook.Sheets[this.sheetName];\n\t\tif(!this.sheet) {\n\t\t\tthis.logger.alert(\"Missing sheet '\" + this.sheetName + \"'\");\n\t\t} else {\n\t\t\t// Get the size of the sheet\n\t\t\tthis.sheetSize = this.measureSheet(this.sheet);\n\t\t\t// Read the column names from the first row\n\t\t\tthis.columnsByName = this.findColumns(this.sheet,this.sheetSize);\n\t\t\t// Iterate through the rows\n\t\t\tfor(this.row=this.sheetSize.startRow+1; this.row<=this.sheetSize.endRow; this.row++) {\n\t\t\t\t// Iterate through the row import specifiers\n\t\t\t\t$tw.utils.each(this.sheetImportSpec.fields.list || [],this.processRow.bind(this));\t\t\t\t\t\n\t\t\t}\n\t\t}\n\t}\n};\n\nXLSXImporter.prototype.processRow = function(rowImportSpecTitle) {\n\tthis.rowImportSpec = $tw.wiki.getTiddler(rowImportSpecTitle);\n\tif(this.rowImportSpec) {\n\t\tthis.tiddlerFields = {};\n\t\tthis.skipTiddler = false;\n\t\t// Determine the type of row\n\t\tthis.rowType = this.rowImportSpec.fields[\"import-row-type\"] || \"by-field\";\n\t\tswitch(this.rowType) {\n\t\t\tcase \"by-column\":\n\t\t\t\tthis.processRowByColumn();\n\t\t\t\tbreak;\n\t\t\tcase \"by-field\":\n\t\t\t\tthis.processRowByField();\n\t\t\t\tbreak;\n\t\t}\n\t\t// Save the tiddler if not skipped\n\t\tif(!this.skipTiddler) {\n\t\t\tif(!this.tiddlerFields.title) {\n\t\t\t\tthis.logger.alert(\"Missing title field for \" + JSON.stringify(this.tiddlerFields));\n\t\t\t}\n\t\t\tthis.results.push(this.tiddlerFields);\t\t\t\t\t\t\t\t\n\t\t}\n\t}\n};\n\nXLSXImporter.prototype.processRowByColumn = function() {\n\tvar self = this;\n\t// Iterate through the columns for the row\n\t$tw.utils.each(this.columnsByName,function(index,name) {\n\t\tvar cell = self.sheet[XLSX.utils.encode_cell({c: self.columnsByName[name], r: self.row})];\n\t\tname = name.toLowerCase();\n\t\tif(cell && cell.w && $tw.utils.isValidFieldName(name)) {\n\t\t\tself.tiddlerFields[name] = cell.w;\t\t\n\t\t}\n\t});\n\t// Skip the tiddler entirely if it doesn't have a title\n\tif(!this.tiddlerFields.title) {\n\t\tthis.skipTiddler = true;\n\t}\n};\n\nXLSXImporter.prototype.processRowByField = function() {\n\t// Iterate through the fields for the row\n\t$tw.utils.each(this.rowImportSpec.fields.list || [],this.processField.bind(this));\n};\n\nXLSXImporter.prototype.processField = function(fieldImportSpecTitle) {\n\tvar fieldImportSpec = $tw.wiki.getTiddler(fieldImportSpecTitle);\n\tif(fieldImportSpec) {\n\t\tvar fieldName = fieldImportSpec.fields[\"import-field-name\"],\n\t\t\tvalue;\n\t\tswitch(fieldImportSpec.fields[\"import-field-source\"]) {\n\t\t\tcase \"column\":\n\t\t\t\tvar columnName = fieldImportSpec.fields[\"import-field-column\"],\n\t\t\t\t\tcell = this.sheet[XLSX.utils.encode_cell({c: this.columnsByName[columnName], r: this.row})];\n\t\t\t\tif(cell) {\n\t\t\t\t\tswitch(fieldImportSpec.fields[\"import-field-type\"] || \"string\") {\n\t\t\t\t\t\tcase \"date\":\n\t\t\t\t\t\t\tif(cell.t === \"n\") {\n\t\t\t\t\t\t\t\tvalue = $tw.utils.stringifyDate(new Date((cell.v - (25567 + 2)) * 86400 * 1000));\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t\tcase \"string\":\n\t\t\t\t\t\t\t// Intentional fall-through\n\t\t\t\t\t\tdefault:\n\t\t\t\t\t\t\tvalue = cell.w;\n\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t\tcase \"constant\":\n\t\t\t\tvalue = fieldImportSpec.fields[\"import-field-value\"]\n\t\t\t\tbreak;\n\t\t}\n\t\tvalue = (value || \"\").trim();\n\t\tif(value === \"\") {\n\t\t\tif((fieldImportSpec.fields[\"import-field-skip-tiddler-if-blank\"] || \"\").trim().toLowerCase() === \"yes\") {\n\t\t\t\tthis.skipTiddler = true;\n\t\t\t}\n\t\t\tif(fieldImportSpec.fields[\"import-field-replace-blank\"]) {\n\t\t\t\tvalue = fieldImportSpec.fields[\"import-field-replace-blank\"];\n\t\t\t}\n\t\t}\n\t\tif(fieldImportSpec.fields[\"import-field-prefix\"]) {\n\t\t\tvalue = fieldImportSpec.fields[\"import-field-prefix\"] + value;\n\t\t}\n\t\tif(fieldImportSpec.fields[\"import-field-suffix\"]) {\n\t\t\tvalue = value + fieldImportSpec.fields[\"import-field-suffix\"];\n\t\t}\n\t\tswitch(fieldImportSpec.fields[\"import-field-list-op\"] || \"none\") {\n\t\t\tcase \"none\":\n\t\t\t\tthis.tiddlerFields[fieldName] = value;\n\t\t\t\tbreak;\n\t\t\tcase \"append\":\n\t\t\t\tvar list = $tw.utils.parseStringArray(this.tiddlerFields[fieldName] || \"\");\n\t\t\t\t$tw.utils.pushTop(list,value)\n\t\t\t\tthis.tiddlerFields[fieldName] = list;\n\t\t\t\tbreak;\n\t\t}\n\t}\n}\n\nXLSXImporter.prototype.measureSheet = function(sheet) {\n\tvar sheetRange = XLSX.utils.decode_range(sheet[\"!ref\"]);\n\treturn {\n\t\tstartRow: Math.min(sheetRange.s.r,sheetRange.e.r),\n\t\tendRow: Math.max(sheetRange.s.r,sheetRange.e.r),\n\t\tstartCol: Math.min(sheetRange.s.c,sheetRange.e.c),\n\t\tendCol: Math.max(sheetRange.s.c,sheetRange.e.c)\n\t}\n};\n\nXLSXImporter.prototype.findColumns = function(sheet,sheetSize) {\n\tvar columnsByName = {};\n\tfor(var col=sheetSize.startCol; col<=sheetSize.endCol; col++) {\n\t\tvar cell = sheet[XLSX.utils.encode_cell({c: col, r: sheetSize.startRow})],\n\t\t\tcolumnName;\n\t\tif(cell) {\n\t\t\tcolumnName = cell.w;\n\t\t\tif(columnName) {\n\t\t\t\tcolumnsByName[columnName] = col;\t\t\t\t\t\t\t\n\t\t\t}\n\t\t}\n\t}\n\treturn columnsByName;\n};\n\nexports.XLSXImporter = XLSXImporter;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xlsx-utils/readme": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/readme",
"text": "This plugin provides a flexible way to import tiddlers from Excel files. It is based on the library [[js-xlsx|https://github.com/SheetJS/js-xlsx]].\n\nThe plugin uses //import specifications// to determine how incoming spreadsheets are processed. You can view, create and edit import specifications in the control panel \"XLSX Utilities\" tab, or directly in the [[plugin controls|$:/plugins/tiddlywiki/xlsx-utils]]. This is also where you select which import specification is selected for use during the next import operation.\n\nEach sheet is expected to consist of a single header row followed by multiple content rows, each consisting of an independent record. The plugin automatically detects the extent of each sheet by looking for the bottom right cell that contains a value. This can lead to unexpected results if a cell is accidentally created with an invisible, blank value.\n\nImport specifications describe how tiddlers are created from a particular row of a sheet; multiple tiddlers can be generated from a single row. (Conversely, if different rows yield tiddlers with the same title then they will overwrite one another).\n\nEach field of each tiddler can be assigned a constant value, or a value taken from a named column of the sheet, optionally with a prefix and/or suffix added. There is special support for handling list fields (like the tags field), with the ability to append new items to the list.\n\nInternally, each import specifier is actually modelled as a hierarchy of connected tiddlers with the field ''import-spec-role'' indicating the following roles:\n\n* ''workbook'': describes the sheets to be imported from the workbook\n* ''sheet'': describes each sheet to be processed\n* ''row'': describes the tiddlers to be imported from each row of each sheet\n* ''field'': describes the fields to be assigned to each tiddler from each row of each sheet\n\nThe easiest way to understand the structure is to explore the example import specifications, and the corresponding spreadsheets they are designed to handle.\n\nNote that there are many possible different ways of importing a particular spreadsheet, depending on whether the structures are modelled with fields, tags, prefixes or other mechanisms. The plugin is designed to support a wide range of applications.\n\nThis plugin also requires the JSZip plugin ([[$:/plugins/tiddlywiki/jszip]]) to be installed.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/startup.js": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/startup.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/startup.js\ntype: application/javascript\nmodule-type: startup\n\nInitialisation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"xlsx-startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Check JSZip is installed\n\tif(!$tw.utils.hop($tw.modules.titles,\"$:/plugins/tiddlywiki/jszip/jszip.js\")) {\n\t\t// Make a logger\n\t\tvar logger = new $tw.utils.Logger(\"xlsx-utils\");\n\t\tlogger.alert(\"The plugin 'xlsx-utils' requires the 'jszip' plugin to be installed\");\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/tiddlywiki/xlsx-utils/styles": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define quick-colour-selector-background() #bac0f1\n\\define quick-colour-selector-border() #9196c1\n\n\\define quick-colour-editor-background() #bae3f1\n\\define quick-colour-editor-controls() #d2ffff\n\\define quick-colour-editor-border() #97b8c3\n\n\\define quick-colour-workbook-background() #baf1db\n\\define quick-colour-workbook-controls() #d3fff6\n\\define quick-colour-workbook-border() #98c3b2\n\n\\define quick-colour-sheet-background() #f1ebba\n\\define quick-colour-sheet-controls() #fffed3\n\\define quick-colour-sheet-border() #c4be98\n\n\\define quick-colour-row-background() #f1baba\n\\define quick-colour-row-controls() #fed1d2\n\\define quick-colour-row-border() #c39697\n\n\\define quick-colour-field-background() #e0d4fb\n\\define quick-colour-field-controls() #fcefff\n\\define quick-colour-field-border() #b6adcb\n\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-import-spec-selector {\n\tborder: 1px solid <<quick-colour-selector-border>>;\n\tbackground-color: <<quick-colour-selector-background>>;\n\tpadding: 0.25em;\n}\n\n.tc-import-spec-editor-wrapper {\n\tborder: 1px solid <<quick-colour-editor-border>>;\n\tbackground-color: <<quick-colour-editor-background>>;\n\tpadding: 0.25em;\n}\n\n.tc-import-spec-editor {\n\tborder: 1px solid <<quick-colour-editor-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-editor-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-editor-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-editor-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-editor-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-editor-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-editor-background>>;\n}\n\n.tc-import-spec-editor-list {\n}\n\n.tc-import-spec-workbook-wrapper {\n\tborder: 1px solid <<quick-colour-workbook-border>>;\n\tbackground-color: <<quick-colour-workbook-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n\n.tc-import-spec-workbook {\n\tborder: 1px solid <<quick-colour-workbook-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-workbook-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-workbook-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-workbook-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-workbook-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-workbook-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-workbook-background>>;\n}\n\n.tc-import-spec-workbook-list {\n}\n\n.tc-import-spec-sheet-wrapper {\n\tborder: 1px solid <<quick-colour-sheet-border>>;\n\tbackground-color: <<quick-colour-sheet-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n\n.tc-import-spec-sheet {\n\tborder: 1px solid <<quick-colour-sheet-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-sheet-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-sheet-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-sheet-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-sheet-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-sheet-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-sheet-background>>;\n}\n\n.tc-import-spec-sheet-list {\n}\n\n.tc-import-spec-row-wrapper {\n\tborder: 1px solid <<quick-colour-row-border>>;\n\tbackground-color: <<quick-colour-row-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n\n.tc-import-spec-row {\n\tborder: 1px solid <<quick-colour-row-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-row-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-row-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-row-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-row-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-row-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-row-background>>;\n}\n\n.tc-import-spec-row-list {\n\tlist-style: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-import-spec-field-wrapper {\n\tfont-size: 0.9em;\n\tborder: 1px solid <<quick-colour-field-border>>;\n\tbackground-color: <<quick-colour-field-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/xlsx-import-command.js": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/xlsx-import-command.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/xlsx-import-command.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import an xlsx file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"xlsx-import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilename = this.params[0],\n\t\timportSpec = this.params[1],\n\t\tXLSXImporter = require(\"$:/plugins/tiddlywiki/xlsx-utils/importer.js\").XLSXImporter,\n\t\timporter = new XLSXImporter({\n\t\t\tfilename: filename,\n\t\t\timportSpec: importSpec\n\t\t});\n\t$tw.wiki.addTiddlers(importer.getResults());\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/xmldom/dom": {
"text": "/*\n * DOM Level 2\n * Object DOMException\n * @see http://www.w3.org/TR/REC-DOM-Level-1/ecma-script-language-binding.html\n * @see http://www.w3.org/TR/2000/REC-DOM-Level-2-Core-20001113/ecma-script-binding.html\n */\n\nfunction copy(src,dest){\n\tfor(var p in src){\n\t\tdest[p] = src[p];\n\t}\n}\n/**\n^\\w+\\.prototype\\.([_\\w]+)\\s*=\\s*((?:.*\\{\\s*?[\\r\\n][\\s\\S]*?^})|\\S.*?(?=[;\\r\\n]));?\n^\\w+\\.prototype\\.([_\\w]+)\\s*=\\s*(\\S.*?(?=[;\\r\\n]));?\n */\nfunction _extends(Class,Super){\n\tvar pt = Class.prototype;\n\tif(Object.create){\n\t\tvar ppt = Object.create(Super.prototype)\n\t\tpt.__proto__ = ppt;\n\t}\n\tif(!(pt instanceof Super)){\n\t\tfunction t(){};\n\t\tt.prototype = Super.prototype;\n\t\tt = new t();\n\t\tcopy(pt,t);\n\t\tClass.prototype = pt = t;\n\t}\n\tif(pt.constructor != Class){\n\t\tif(typeof Class != 'function'){\n\t\t\tconsole.error(\"unknow Class:\"+Class)\n\t\t}\n\t\tpt.constructor = Class\n\t}\n}\nvar htmlns = 'http://www.w3.org/1999/xhtml' ;\n// Node Types\nvar NodeType = {}\nvar ELEMENT_NODE = NodeType.ELEMENT_NODE = 1;\nvar ATTRIBUTE_NODE = NodeType.ATTRIBUTE_NODE = 2;\nvar TEXT_NODE = NodeType.TEXT_NODE = 3;\nvar CDATA_SECTION_NODE = NodeType.CDATA_SECTION_NODE = 4;\nvar ENTITY_REFERENCE_NODE = NodeType.ENTITY_REFERENCE_NODE = 5;\nvar ENTITY_NODE = NodeType.ENTITY_NODE = 6;\nvar PROCESSING_INSTRUCTION_NODE = NodeType.PROCESSING_INSTRUCTION_NODE = 7;\nvar COMMENT_NODE = NodeType.COMMENT_NODE = 8;\nvar DOCUMENT_NODE = NodeType.DOCUMENT_NODE = 9;\nvar DOCUMENT_TYPE_NODE = NodeType.DOCUMENT_TYPE_NODE = 10;\nvar DOCUMENT_FRAGMENT_NODE = NodeType.DOCUMENT_FRAGMENT_NODE = 11;\nvar NOTATION_NODE = NodeType.NOTATION_NODE = 12;\n\n// ExceptionCode\nvar ExceptionCode = {}\nvar ExceptionMessage = {};\nvar INDEX_SIZE_ERR = ExceptionCode.INDEX_SIZE_ERR = ((ExceptionMessage[1]=\"Index size error\"),1);\nvar DOMSTRING_SIZE_ERR = ExceptionCode.DOMSTRING_SIZE_ERR = ((ExceptionMessage[2]=\"DOMString size error\"),2);\nvar HIERARCHY_REQUEST_ERR = ExceptionCode.HIERARCHY_REQUEST_ERR = ((ExceptionMessage[3]=\"Hierarchy request error\"),3);\nvar WRONG_DOCUMENT_ERR = ExceptionCode.WRONG_DOCUMENT_ERR = ((ExceptionMessage[4]=\"Wrong document\"),4);\nvar INVALID_CHARACTER_ERR = ExceptionCode.INVALID_CHARACTER_ERR = ((ExceptionMessage[5]=\"Invalid character\"),5);\nvar NO_DATA_ALLOWED_ERR = ExceptionCode.NO_DATA_ALLOWED_ERR = ((ExceptionMessage[6]=\"No data allowed\"),6);\nvar NO_MODIFICATION_ALLOWED_ERR = ExceptionCode.NO_MODIFICATION_ALLOWED_ERR = ((ExceptionMessage[7]=\"No modification allowed\"),7);\nvar NOT_FOUND_ERR = ExceptionCode.NOT_FOUND_ERR = ((ExceptionMessage[8]=\"Not found\"),8);\nvar NOT_SUPPORTED_ERR = ExceptionCode.NOT_SUPPORTED_ERR = ((ExceptionMessage[9]=\"Not supported\"),9);\nvar INUSE_ATTRIBUTE_ERR = ExceptionCode.INUSE_ATTRIBUTE_ERR = ((ExceptionMessage[10]=\"Attribute in use\"),10);\n//level2\nvar INVALID_STATE_ERR \t= ExceptionCode.INVALID_STATE_ERR \t= ((ExceptionMessage[11]=\"Invalid state\"),11);\nvar SYNTAX_ERR \t= ExceptionCode.SYNTAX_ERR \t= ((ExceptionMessage[12]=\"Syntax error\"),12);\nvar INVALID_MODIFICATION_ERR \t= ExceptionCode.INVALID_MODIFICATION_ERR \t= ((ExceptionMessage[13]=\"Invalid modification\"),13);\nvar NAMESPACE_ERR \t= ExceptionCode.NAMESPACE_ERR \t= ((ExceptionMessage[14]=\"Invalid namespace\"),14);\nvar INVALID_ACCESS_ERR \t= ExceptionCode.INVALID_ACCESS_ERR \t= ((ExceptionMessage[15]=\"Invalid access\"),15);\n\n\nfunction DOMException(code, message) {\n\tif(message instanceof Error){\n\t\tvar error = message;\n\t}else{\n\t\terror = this;\n\t\tError.call(this, ExceptionMessage[code]);\n\t\tthis.message = ExceptionMessage[code];\n\t\tif(Error.captureStackTrace) Error.captureStackTrace(this, DOMException);\n\t}\n\terror.code = code;\n\tif(message) this.message = this.message + \": \" + message;\n\treturn error;\n};\nDOMException.prototype = Error.prototype;\ncopy(ExceptionCode,DOMException)\n/**\n * @see http://www.w3.org/TR/2000/REC-DOM-Level-2-Core-20001113/core.html#ID-536297177\n * The NodeList interface provides the abstraction of an ordered collection of nodes, without defining or constraining how this collection is implemented. NodeList objects in the DOM are live.\n * The items in the NodeList are accessible via an integral index, starting from 0.\n */\nfunction NodeList() {\n};\nNodeList.prototype = {\n\t/**\n\t * The number of nodes in the list. The range of valid child node indices is 0 to length-1 inclusive.\n\t * @standard level1\n\t */\n\tlength:0, \n\t/**\n\t * Returns the indexth item in the collection. If index is greater than or equal to the number of nodes in the list, this returns null.\n\t * @standard level1\n\t * @param index unsigned long \n\t * Index into the collection.\n\t * @return Node\n\t * \tThe node at the indexth position in the NodeList, or null if that is not a valid index. \n\t */\n\titem: function(index) {\n\t\treturn this[index] || null;\n\t},\n\ttoString:function(isHTML,nodeFilter){\n\t\tfor(var buf = [], i = 0;i<this.length;i++){\n\t\t\tserializeToString(this[i],buf,isHTML,nodeFilter);\n\t\t}\n\t\treturn buf.join('');\n\t}\n};\nfunction LiveNodeList(node,refresh){\n\tthis._node = node;\n\tthis._refresh = refresh\n\t_updateLiveList(this);\n}\nfunction _updateLiveList(list){\n\tvar inc = list._node._inc || list._node.ownerDocument._inc;\n\tif(list._inc != inc){\n\t\tvar ls = list._refresh(list._node);\n\t\t//console.log(ls.length)\n\t\t__set__(list,'length',ls.length);\n\t\tcopy(ls,list);\n\t\tlist._inc = inc;\n\t}\n}\nLiveNodeList.prototype.item = function(i){\n\t_updateLiveList(this);\n\treturn this[i];\n}\n\n_extends(LiveNodeList,NodeList);\n/**\n * \n * Objects implementing the NamedNodeMap interface are used to represent collections of nodes that can be accessed by name. Note that NamedNodeMap does not inherit from NodeList; NamedNodeMaps are not maintained in any particular order. Objects contained in an object implementing NamedNodeMap may also be accessed by an ordinal index, but this is simply to allow convenient enumeration of the contents of a NamedNodeMap, and does not imply that the DOM specifies an order to these Nodes.\n * NamedNodeMap objects in the DOM are live.\n * used for attributes or DocumentType entities \n */\nfunction NamedNodeMap() {\n};\n\nfunction _findNodeIndex(list,node){\n\tvar i = list.length;\n\twhile(i--){\n\t\tif(list[i] === node){return i}\n\t}\n}\n\nfunction _addNamedNode(el,list,newAttr,oldAttr){\n\tif(oldAttr){\n\t\tlist[_findNodeIndex(list,oldAttr)] = newAttr;\n\t}else{\n\t\tlist[list.length++] = newAttr;\n\t}\n\tif(el){\n\t\tnewAttr.ownerElement = el;\n\t\tvar doc = el.ownerDocument;\n\t\tif(doc){\n\t\t\toldAttr && _onRemoveAttribute(doc,el,oldAttr);\n\t\t\t_onAddAttribute(doc,el,newAttr);\n\t\t}\n\t}\n}\nfunction _removeNamedNode(el,list,attr){\n\t//console.log('remove attr:'+attr)\n\tvar i = _findNodeIndex(list,attr);\n\tif(i>=0){\n\t\tvar lastIndex = list.length-1\n\t\twhile(i<lastIndex){\n\t\t\tlist[i] = list[++i]\n\t\t}\n\t\tlist.length = lastIndex;\n\t\tif(el){\n\t\t\tvar doc = el.ownerDocument;\n\t\t\tif(doc){\n\t\t\t\t_onRemoveAttribute(doc,el,attr);\n\t\t\t\tattr.ownerElement = null;\n\t\t\t}\n\t\t}\n\t}else{\n\t\tthrow DOMException(NOT_FOUND_ERR,new Error(el.tagName+'@'+attr))\n\t}\n}\nNamedNodeMap.prototype = {\n\tlength:0,\n\titem:NodeList.prototype.item,\n\tgetNamedItem: function(key) {\n//\t\tif(key.indexOf(':')>0 || key == 'xmlns'){\n//\t\t\treturn null;\n//\t\t}\n\t\t//console.log()\n\t\tvar i = this.length;\n\t\twhile(i--){\n\t\t\tvar attr = this[i];\n\t\t\t//console.log(attr.nodeName,key)\n\t\t\tif(attr.nodeName == key){\n\t\t\t\treturn attr;\n\t\t\t}\n\t\t}\n\t},\n\tsetNamedItem: function(attr) {\n\t\tvar el = attr.ownerElement;\n\t\tif(el && el!=this._ownerElement){\n\t\t\tthrow new DOMException(INUSE_ATTRIBUTE_ERR);\n\t\t}\n\t\tvar oldAttr = this.getNamedItem(attr.nodeName);\n\t\t_addNamedNode(this._ownerElement,this,attr,oldAttr);\n\t\treturn oldAttr;\n\t},\n\t/* returns Node */\n\tsetNamedItemNS: function(attr) {// raises: WRONG_DOCUMENT_ERR,NO_MODIFICATION_ALLOWED_ERR,INUSE_ATTRIBUTE_ERR\n\t\tvar el = attr.ownerElement, oldAttr;\n\t\tif(el && el!=this._ownerElement){\n\t\t\tthrow new DOMException(INUSE_ATTRIBUTE_ERR);\n\t\t}\n\t\toldAttr = this.getNamedItemNS(attr.namespaceURI,attr.localName);\n\t\t_addNamedNode(this._ownerElement,this,attr,oldAttr);\n\t\treturn oldAttr;\n\t},\n\n\t/* returns Node */\n\tremoveNamedItem: function(key) {\n\t\tvar attr = this.getNamedItem(key);\n\t\t_removeNamedNode(this._ownerElement,this,attr);\n\t\treturn attr;\n\t\t\n\t\t\n\t},// raises: NOT_FOUND_ERR,NO_MODIFICATION_ALLOWED_ERR\n\t\n\t//for level2\n\tremoveNamedItemNS:function(namespaceURI,localName){\n\t\tvar attr = this.getNamedItemNS(namespaceURI,localName);\n\t\t_removeNamedNode(this._ownerElement,this,attr);\n\t\treturn attr;\n\t},\n\tgetNamedItemNS: function(namespaceURI, localName) {\n\t\tvar i = this.length;\n\t\twhile(i--){\n\t\t\tvar node = this[i];\n\t\t\tif(node.localName == localName && node.namespaceURI == namespaceURI){\n\t\t\t\treturn node;\n\t\t\t}\n\t\t}\n\t\treturn null;\n\t}\n};\n/**\n * @see http://www.w3.org/TR/REC-DOM-Level-1/level-one-core.html#ID-102161490\n */\nfunction DOMImplementation(/* Object */ features) {\n\tthis._features = {};\n\tif (features) {\n\t\tfor (var feature in features) {\n\t\t\t this._features = features[feature];\n\t\t}\n\t}\n};\n\nDOMImplementation.prototype = {\n\thasFeature: function(/* string */ feature, /* string */ version) {\n\t\tvar versions = this._features[feature.toLowerCase()];\n\t\tif (versions && (!version || version in versions)) {\n\t\t\treturn true;\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t},\n\t// Introduced in DOM Level 2:\n\tcreateDocument:function(namespaceURI, qualifiedName, doctype){// raises:INVALID_CHARACTER_ERR,NAMESPACE_ERR,WRONG_DOCUMENT_ERR\n\t\tvar doc = new Document();\n\t\tdoc.implementation = this;\n\t\tdoc.childNodes = new NodeList();\n\t\tdoc.doctype = doctype;\n\t\tif(doctype){\n\t\t\tdoc.appendChild(doctype);\n\t\t}\n\t\tif(qualifiedName){\n\t\t\tvar root = doc.createElementNS(namespaceURI,qualifiedName);\n\t\t\tdoc.appendChild(root);\n\t\t}\n\t\treturn doc;\n\t},\n\t// Introduced in DOM Level 2:\n\tcreateDocumentType:function(qualifiedName, publicId, systemId){// raises:INVALID_CHARACTER_ERR,NAMESPACE_ERR\n\t\tvar node = new DocumentType();\n\t\tnode.name = qualifiedName;\n\t\tnode.nodeName = qualifiedName;\n\t\tnode.publicId = publicId;\n\t\tnode.systemId = systemId;\n\t\t// Introduced in DOM Level 2:\n\t\t//readonly attribute DOMString internalSubset;\n\t\t\n\t\t//TODO:..\n\t\t// readonly attribute NamedNodeMap entities;\n\t\t// readonly attribute NamedNodeMap notations;\n\t\treturn node;\n\t}\n};\n\n\n/**\n * @see http://www.w3.org/TR/2000/REC-DOM-Level-2-Core-20001113/core.html#ID-1950641247\n */\n\nfunction Node() {\n};\n\nNode.prototype = {\n\tfirstChild : null,\n\tlastChild : null,\n\tpreviousSibling : null,\n\tnextSibling : null,\n\tattributes : null,\n\tparentNode : null,\n\tchildNodes : null,\n\townerDocument : null,\n\tnodeValue : null,\n\tnamespaceURI : null,\n\tprefix : null,\n\tlocalName : null,\n\t// Modified in DOM Level 2:\n\tinsertBefore:function(newChild, refChild){//raises \n\t\treturn _insertBefore(this,newChild,refChild);\n\t},\n\treplaceChild:function(newChild, oldChild){//raises \n\t\tthis.insertBefore(newChild,oldChild);\n\t\tif(oldChild){\n\t\t\tthis.removeChild(oldChild);\n\t\t}\n\t},\n\tremoveChild:function(oldChild){\n\t\treturn _removeChild(this,oldChild);\n\t},\n\tappendChild:function(newChild){\n\t\treturn this.insertBefore(newChild,null);\n\t},\n\thasChildNodes:function(){\n\t\treturn this.firstChild != null;\n\t},\n\tcloneNode:function(deep){\n\t\treturn cloneNode(this.ownerDocument||this,this,deep);\n\t},\n\t// Modified in DOM Level 2:\n\tnormalize:function(){\n\t\tvar child = this.firstChild;\n\t\twhile(child){\n\t\t\tvar next = child.nextSibling;\n\t\t\tif(next && next.nodeType == TEXT_NODE && child.nodeType == TEXT_NODE){\n\t\t\t\tthis.removeChild(next);\n\t\t\t\tchild.appendData(next.data);\n\t\t\t}else{\n\t\t\t\tchild.normalize();\n\t\t\t\tchild = next;\n\t\t\t}\n\t\t}\n\t},\n \t// Introduced in DOM Level 2:\n\tisSupported:function(feature, version){\n\t\treturn this.ownerDocument.implementation.hasFeature(feature,version);\n\t},\n // Introduced in DOM Level 2:\n hasAttributes:function(){\n \treturn this.attributes.length>0;\n },\n lookupPrefix:function(namespaceURI){\n \tvar el = this;\n \twhile(el){\n \t\tvar map = el._nsMap;\n \t\t//console.dir(map)\n \t\tif(map){\n \t\t\tfor(var n in map){\n \t\t\t\tif(map[n] == namespaceURI){\n \t\t\t\t\treturn n;\n \t\t\t\t}\n \t\t\t}\n \t\t}\n \t\tel = el.nodeType == ATTRIBUTE_NODE?el.ownerDocument : el.parentNode;\n \t}\n \treturn null;\n },\n // Introduced in DOM Level 3:\n lookupNamespaceURI:function(prefix){\n \tvar el = this;\n \twhile(el){\n \t\tvar map = el._nsMap;\n \t\t//console.dir(map)\n \t\tif(map){\n \t\t\tif(prefix in map){\n \t\t\t\treturn map[prefix] ;\n \t\t\t}\n \t\t}\n \t\tel = el.nodeType == ATTRIBUTE_NODE?el.ownerDocument : el.parentNode;\n \t}\n \treturn null;\n },\n // Introduced in DOM Level 3:\n isDefaultNamespace:function(namespaceURI){\n \tvar prefix = this.lookupPrefix(namespaceURI);\n \treturn prefix == null;\n }\n};\n\n\nfunction _xmlEncoder(c){\n\treturn c == '<' && '<' ||\n c == '>' && '>' ||\n c == '&' && '&' ||\n c == '\"' && '"' ||\n '&#'+c.charCodeAt()+';'\n}\n\n\ncopy(NodeType,Node);\ncopy(NodeType,Node.prototype);\n\n/**\n * @param callback return true for continue,false for break\n * @return boolean true: break visit;\n */\nfunction _visitNode(node,callback){\n\tif(callback(node)){\n\t\treturn true;\n\t}\n\tif(node = node.firstChild){\n\t\tdo{\n\t\t\tif(_visitNode(node,callback)){return true}\n }while(node=node.nextSibling)\n }\n}\n\n\n\nfunction Document(){\n}\nfunction _onAddAttribute(doc,el,newAttr){\n\tdoc && doc._inc++;\n\tvar ns = newAttr.namespaceURI ;\n\tif(ns == 'http://www.w3.org/2000/xmlns/'){\n\t\t//update namespace\n\t\tel._nsMap[newAttr.prefix?newAttr.localName:''] = newAttr.value\n\t}\n}\nfunction _onRemoveAttribute(doc,el,newAttr,remove){\n\tdoc && doc._inc++;\n\tvar ns = newAttr.namespaceURI ;\n\tif(ns == 'http://www.w3.org/2000/xmlns/'){\n\t\t//update namespace\n\t\tdelete el._nsMap[newAttr.prefix?newAttr.localName:'']\n\t}\n}\nfunction _onUpdateChild(doc,el,newChild){\n\tif(doc && doc._inc){\n\t\tdoc._inc++;\n\t\t//update childNodes\n\t\tvar cs = el.childNodes;\n\t\tif(newChild){\n\t\t\tcs[cs.length++] = newChild;\n\t\t}else{\n\t\t\t//console.log(1)\n\t\t\tvar child = el.firstChild;\n\t\t\tvar i = 0;\n\t\t\twhile(child){\n\t\t\t\tcs[i++] = child;\n\t\t\t\tchild =child.nextSibling;\n\t\t\t}\n\t\t\tcs.length = i;\n\t\t}\n\t}\n}\n\n/**\n * attributes;\n * children;\n * \n * writeable properties:\n * nodeValue,Attr:value,CharacterData:data\n * prefix\n */\nfunction _removeChild(parentNode,child){\n\tvar previous = child.previousSibling;\n\tvar next = child.nextSibling;\n\tif(previous){\n\t\tprevious.nextSibling = next;\n\t}else{\n\t\tparentNode.firstChild = next\n\t}\n\tif(next){\n\t\tnext.previousSibling = previous;\n\t}else{\n\t\tparentNode.lastChild = previous;\n\t}\n\t_onUpdateChild(parentNode.ownerDocument,parentNode);\n\treturn child;\n}\n/**\n * preformance key(refChild == null)\n */\nfunction _insertBefore(parentNode,newChild,nextChild){\n\tvar cp = newChild.parentNode;\n\tif(cp){\n\t\tcp.removeChild(newChild);//remove and update\n\t}\n\tif(newChild.nodeType === DOCUMENT_FRAGMENT_NODE){\n\t\tvar newFirst = newChild.firstChild;\n\t\tif (newFirst == null) {\n\t\t\treturn newChild;\n\t\t}\n\t\tvar newLast = newChild.lastChild;\n\t}else{\n\t\tnewFirst = newLast = newChild;\n\t}\n\tvar pre = nextChild ? nextChild.previousSibling : parentNode.lastChild;\n\n\tnewFirst.previousSibling = pre;\n\tnewLast.nextSibling = nextChild;\n\t\n\t\n\tif(pre){\n\t\tpre.nextSibling = newFirst;\n\t}else{\n\t\tparentNode.firstChild = newFirst;\n\t}\n\tif(nextChild == null){\n\t\tparentNode.lastChild = newLast;\n\t}else{\n\t\tnextChild.previousSibling = newLast;\n\t}\n\tdo{\n\t\tnewFirst.parentNode = parentNode;\n\t}while(newFirst !== newLast && (newFirst= newFirst.nextSibling))\n\t_onUpdateChild(parentNode.ownerDocument||parentNode,parentNode);\n\t//console.log(parentNode.lastChild.nextSibling == null)\n\tif (newChild.nodeType == DOCUMENT_FRAGMENT_NODE) {\n\t\tnewChild.firstChild = newChild.lastChild = null;\n\t}\n\treturn newChild;\n}\nfunction _appendSingleChild(parentNode,newChild){\n\tvar cp = newChild.parentNode;\n\tif(cp){\n\t\tvar pre = parentNode.lastChild;\n\t\tcp.removeChild(newChild);//remove and update\n\t\tvar pre = parentNode.lastChild;\n\t}\n\tvar pre = parentNode.lastChild;\n\tnewChild.parentNode = parentNode;\n\tnewChild.previousSibling = pre;\n\tnewChild.nextSibling = null;\n\tif(pre){\n\t\tpre.nextSibling = newChild;\n\t}else{\n\t\tparentNode.firstChild = newChild;\n\t}\n\tparentNode.lastChild = newChild;\n\t_onUpdateChild(parentNode.ownerDocument,parentNode,newChild);\n\treturn newChild;\n\t//console.log(\"__aa\",parentNode.lastChild.nextSibling == null)\n}\nDocument.prototype = {\n\t//implementation : null,\n\tnodeName : '#document',\n\tnodeType : DOCUMENT_NODE,\n\tdoctype : null,\n\tdocumentElement : null,\n\t_inc : 1,\n\t\n\tinsertBefore : function(newChild, refChild){//raises \n\t\tif(newChild.nodeType == DOCUMENT_FRAGMENT_NODE){\n\t\t\tvar child = newChild.firstChild;\n\t\t\twhile(child){\n\t\t\t\tvar next = child.nextSibling;\n\t\t\t\tthis.insertBefore(child,refChild);\n\t\t\t\tchild = next;\n\t\t\t}\n\t\t\treturn newChild;\n\t\t}\n\t\tif(this.documentElement == null && newChild.nodeType == ELEMENT_NODE){\n\t\t\tthis.documentElement = newChild;\n\t\t}\n\t\t\n\t\treturn _insertBefore(this,newChild,refChild),(newChild.ownerDocument = this),newChild;\n\t},\n\tremoveChild : function(oldChild){\n\t\tif(this.documentElement == oldChild){\n\t\t\tthis.documentElement = null;\n\t\t}\n\t\treturn _removeChild(this,oldChild);\n\t},\n\t// Introduced in DOM Level 2:\n\timportNode : function(importedNode,deep){\n\t\treturn importNode(this,importedNode,deep);\n\t},\n\t// Introduced in DOM Level 2:\n\tgetElementById :\tfunction(id){\n\t\tvar rtv = null;\n\t\t_visitNode(this.documentElement,function(node){\n\t\t\tif(node.nodeType == ELEMENT_NODE){\n\t\t\t\tif(node.getAttribute('id') == id){\n\t\t\t\t\trtv = node;\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t}\n\t\t})\n\t\treturn rtv;\n\t},\n\t\n\t//document factory method:\n\tcreateElement :\tfunction(tagName){\n\t\tvar node = new Element();\n\t\tnode.ownerDocument = this;\n\t\tnode.nodeName = tagName;\n\t\tnode.tagName = tagName;\n\t\tnode.childNodes = new NodeList();\n\t\tvar attrs\t= node.attributes = new NamedNodeMap();\n\t\tattrs._ownerElement = node;\n\t\treturn node;\n\t},\n\tcreateDocumentFragment :\tfunction(){\n\t\tvar node = new DocumentFragment();\n\t\tnode.ownerDocument = this;\n\t\tnode.childNodes = new NodeList();\n\t\treturn node;\n\t},\n\tcreateTextNode :\tfunction(data){\n\t\tvar node = new Text();\n\t\tnode.ownerDocument = this;\n\t\tnode.appendData(data)\n\t\treturn node;\n\t},\n\tcreateComment :\tfunction(data){\n\t\tvar node = new Comment();\n\t\tnode.ownerDocument = this;\n\t\tnode.appendData(data)\n\t\treturn node;\n\t},\n\tcreateCDATASection :\tfunction(data){\n\t\tvar node = new CDATASection();\n\t\tnode.ownerDocument = this;\n\t\tnode.appendData(data)\n\t\treturn node;\n\t},\n\tcreateProcessingInstruction :\tfunction(target,data){\n\t\tvar node = new ProcessingInstruction();\n\t\tnode.ownerDocument = this;\n\t\tnode.tagName = node.target = target;\n\t\tnode.nodeValue= node.data = data;\n\t\treturn node;\n\t},\n\tcreateAttribute :\tfunction(name){\n\t\tvar node = new Attr();\n\t\tnode.ownerDocument\t= this;\n\t\tnode.name = name;\n\t\tnode.nodeName\t= name;\n\t\tnode.localName = name;\n\t\tnode.specified = true;\n\t\treturn node;\n\t},\n\tcreateEntityReference :\tfunction(name){\n\t\tvar node = new EntityReference();\n\t\tnode.ownerDocument\t= this;\n\t\tnode.nodeName\t= name;\n\t\treturn node;\n\t},\n\t// Introduced in DOM Level 2:\n\tcreateElementNS :\tfunction(namespaceURI,qualifiedName){\n\t\tvar node = new Element();\n\t\tvar pl = qualifiedName.split(':');\n\t\tvar attrs\t= node.attributes = new NamedNodeMap();\n\t\tnode.childNodes = new NodeList();\n\t\tnode.ownerDocument = this;\n\t\tnode.nodeName = qualifiedName;\n\t\tnode.tagName = qualifiedName;\n\t\tnode.namespaceURI = namespaceURI;\n\t\tif(pl.length == 2){\n\t\t\tnode.prefix = pl[0];\n\t\t\tnode.localName = pl[1];\n\t\t}else{\n\t\t\t//el.prefix = null;\n\t\t\tnode.localName = qualifiedName;\n\t\t}\n\t\tattrs._ownerElement = node;\n\t\treturn node;\n\t},\n\t// Introduced in DOM Level 2:\n\tcreateAttributeNS :\tfunction(namespaceURI,qualifiedName){\n\t\tvar node = new Attr();\n\t\tvar pl = qualifiedName.split(':');\n\t\tnode.ownerDocument = this;\n\t\tnode.nodeName = qualifiedName;\n\t\tnode.name = qualifiedName;\n\t\tnode.namespaceURI = namespaceURI;\n\t\tnode.specified = true;\n\t\tif(pl.length == 2){\n\t\t\tnode.prefix = pl[0];\n\t\t\tnode.localName = pl[1];\n\t\t}else{\n\t\t\t//el.prefix = null;\n\t\t\tnode.localName = qualifiedName;\n\t\t}\n\t\treturn node;\n\t}\n};\n_extends(Document,Node);\n\n\nfunction Element() {\n\tthis._nsMap = {};\n};\nElement.prototype = {\n\tnodeType : ELEMENT_NODE,\n\thasAttribute : function(name){\n\t\treturn this.getAttributeNode(name)!=null;\n\t},\n\tgetAttribute : function(name){\n\t\tvar attr = this.getAttributeNode(name);\n\t\treturn attr && attr.value || '';\n\t},\n\tgetAttributeNode : function(name){\n\t\treturn this.attributes.getNamedItem(name);\n\t},\n\tsetAttribute : function(name, value){\n\t\tvar attr = this.ownerDocument.createAttribute(name);\n\t\tattr.value = attr.nodeValue = \"\" + value;\n\t\tthis.setAttributeNode(attr)\n\t},\n\tremoveAttribute : function(name){\n\t\tvar attr = this.getAttributeNode(name)\n\t\tattr && this.removeAttributeNode(attr);\n\t},\n\t\n\t//four real opeartion method\n\tappendChild:function(newChild){\n\t\tif(newChild.nodeType === DOCUMENT_FRAGMENT_NODE){\n\t\t\treturn this.insertBefore(newChild,null);\n\t\t}else{\n\t\t\treturn _appendSingleChild(this,newChild);\n\t\t}\n\t},\n\tsetAttributeNode : function(newAttr){\n\t\treturn this.attributes.setNamedItem(newAttr);\n\t},\n\tsetAttributeNodeNS : function(newAttr){\n\t\treturn this.attributes.setNamedItemNS(newAttr);\n\t},\n\tremoveAttributeNode : function(oldAttr){\n\t\t//console.log(this == oldAttr.ownerElement)\n\t\treturn this.attributes.removeNamedItem(oldAttr.nodeName);\n\t},\n\t//get real attribute name,and remove it by removeAttributeNode\n\tremoveAttributeNS : function(namespaceURI, localName){\n\t\tvar old = this.getAttributeNodeNS(namespaceURI, localName);\n\t\told && this.removeAttributeNode(old);\n\t},\n\t\n\thasAttributeNS : function(namespaceURI, localName){\n\t\treturn this.getAttributeNodeNS(namespaceURI, localName)!=null;\n\t},\n\tgetAttributeNS : function(namespaceURI, localName){\n\t\tvar attr = this.getAttributeNodeNS(namespaceURI, localName);\n\t\treturn attr && attr.value || '';\n\t},\n\tsetAttributeNS : function(namespaceURI, qualifiedName, value){\n\t\tvar attr = this.ownerDocument.createAttributeNS(namespaceURI, qualifiedName);\n\t\tattr.value = attr.nodeValue = \"\" + value;\n\t\tthis.setAttributeNode(attr)\n\t},\n\tgetAttributeNodeNS : function(namespaceURI, localName){\n\t\treturn this.attributes.getNamedItemNS(namespaceURI, localName);\n\t},\n\t\n\tgetElementsByTagName : function(tagName){\n\t\treturn new LiveNodeList(this,function(base){\n\t\t\tvar ls = [];\n\t\t\t_visitNode(base,function(node){\n\t\t\t\tif(node !== base && node.nodeType == ELEMENT_NODE && (tagName === '*' || node.tagName == tagName)){\n\t\t\t\t\tls.push(node);\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn ls;\n\t\t});\n\t},\n\tgetElementsByTagNameNS : function(namespaceURI, localName){\n\t\treturn new LiveNodeList(this,function(base){\n\t\t\tvar ls = [];\n\t\t\t_visitNode(base,function(node){\n\t\t\t\tif(node !== base && node.nodeType === ELEMENT_NODE && (namespaceURI === '*' || node.namespaceURI === namespaceURI) && (localName === '*' || node.localName == localName)){\n\t\t\t\t\tls.push(node);\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn ls;\n\t\t\t\n\t\t});\n\t}\n};\nDocument.prototype.getElementsByTagName = Element.prototype.getElementsByTagName;\nDocument.prototype.getElementsByTagNameNS = Element.prototype.getElementsByTagNameNS;\n\n\n_extends(Element,Node);\nfunction Attr() {\n};\nAttr.prototype.nodeType = ATTRIBUTE_NODE;\n_extends(Attr,Node);\n\n\nfunction CharacterData() {\n};\nCharacterData.prototype = {\n\tdata : '',\n\tsubstringData : function(offset, count) {\n\t\treturn this.data.substring(offset, offset+count);\n\t},\n\tappendData: function(text) {\n\t\ttext = this.data+text;\n\t\tthis.nodeValue = this.data = text;\n\t\tthis.length = text.length;\n\t},\n\tinsertData: function(offset,text) {\n\t\tthis.replaceData(offset,0,text);\n\t\n\t},\n\tappendChild:function(newChild){\n\t\tthrow new Error(ExceptionMessage[HIERARCHY_REQUEST_ERR])\n\t},\n\tdeleteData: function(offset, count) {\n\t\tthis.replaceData(offset,count,\"\");\n\t},\n\treplaceData: function(offset, count, text) {\n\t\tvar start = this.data.substring(0,offset);\n\t\tvar end = this.data.substring(offset+count);\n\t\ttext = start + text + end;\n\t\tthis.nodeValue = this.data = text;\n\t\tthis.length = text.length;\n\t}\n}\n_extends(CharacterData,Node);\nfunction Text() {\n};\nText.prototype = {\n\tnodeName : \"#text\",\n\tnodeType : TEXT_NODE,\n\tsplitText : function(offset) {\n\t\tvar text = this.data;\n\t\tvar newText = text.substring(offset);\n\t\ttext = text.substring(0, offset);\n\t\tthis.data = this.nodeValue = text;\n\t\tthis.length = text.length;\n\t\tvar newNode = this.ownerDocument.createTextNode(newText);\n\t\tif(this.parentNode){\n\t\t\tthis.parentNode.insertBefore(newNode, this.nextSibling);\n\t\t}\n\t\treturn newNode;\n\t}\n}\n_extends(Text,CharacterData);\nfunction Comment() {\n};\nComment.prototype = {\n\tnodeName : \"#comment\",\n\tnodeType : COMMENT_NODE\n}\n_extends(Comment,CharacterData);\n\nfunction CDATASection() {\n};\nCDATASection.prototype = {\n\tnodeName : \"#cdata-section\",\n\tnodeType : CDATA_SECTION_NODE\n}\n_extends(CDATASection,CharacterData);\n\n\nfunction DocumentType() {\n};\nDocumentType.prototype.nodeType = DOCUMENT_TYPE_NODE;\n_extends(DocumentType,Node);\n\nfunction Notation() {\n};\nNotation.prototype.nodeType = NOTATION_NODE;\n_extends(Notation,Node);\n\nfunction Entity() {\n};\nEntity.prototype.nodeType = ENTITY_NODE;\n_extends(Entity,Node);\n\nfunction EntityReference() {\n};\nEntityReference.prototype.nodeType = ENTITY_REFERENCE_NODE;\n_extends(EntityReference,Node);\n\nfunction DocumentFragment() {\n};\nDocumentFragment.prototype.nodeName =\t\"#document-fragment\";\nDocumentFragment.prototype.nodeType =\tDOCUMENT_FRAGMENT_NODE;\n_extends(DocumentFragment,Node);\n\n\nfunction ProcessingInstruction() {\n}\nProcessingInstruction.prototype.nodeType = PROCESSING_INSTRUCTION_NODE;\n_extends(ProcessingInstruction,Node);\nfunction XMLSerializer(){}\nXMLSerializer.prototype.serializeToString = function(node,isHtml,nodeFilter){\n\treturn nodeSerializeToString.call(node,isHtml,nodeFilter);\n}\nNode.prototype.toString = nodeSerializeToString;\nfunction nodeSerializeToString(isHtml,nodeFilter){\n\tvar buf = [];\n\tvar refNode = this.nodeType == 9 && this.documentElement || this;\n\tvar prefix = refNode.prefix;\n\tvar uri = refNode.namespaceURI;\n\t\n\tif(uri && prefix == null){\n\t\t//console.log(prefix)\n\t\tvar prefix = refNode.lookupPrefix(uri);\n\t\tif(prefix == null){\n\t\t\t//isHTML = true;\n\t\t\tvar visibleNamespaces=[\n\t\t\t{namespace:uri,prefix:null}\n\t\t\t//{namespace:uri,prefix:''}\n\t\t\t]\n\t\t}\n\t}\n\tserializeToString(this,buf,isHtml,nodeFilter,visibleNamespaces);\n\t//console.log('###',this.nodeType,uri,prefix,buf.join(''))\n\treturn buf.join('');\n}\nfunction needNamespaceDefine(node,isHTML, visibleNamespaces) {\n\tvar prefix = node.prefix||'';\n\tvar uri = node.namespaceURI;\n\tif (!prefix && !uri){\n\t\treturn false;\n\t}\n\tif (prefix === \"xml\" && uri === \"http://www.w3.org/XML/1998/namespace\" \n\t\t|| uri == 'http://www.w3.org/2000/xmlns/'){\n\t\treturn false;\n\t}\n\t\n\tvar i = visibleNamespaces.length \n\t//console.log('@@@@',node.tagName,prefix,uri,visibleNamespaces)\n\twhile (i--) {\n\t\tvar ns = visibleNamespaces[i];\n\t\t// get namespace prefix\n\t\t//console.log(node.nodeType,node.tagName,ns.prefix,prefix)\n\t\tif (ns.prefix == prefix){\n\t\t\treturn ns.namespace != uri;\n\t\t}\n\t}\n\t//console.log(isHTML,uri,prefix=='')\n\t//if(isHTML && prefix ==null && uri == 'http://www.w3.org/1999/xhtml'){\n\t//\treturn false;\n\t//}\n\t//node.flag = '11111'\n\t//console.error(3,true,node.flag,node.prefix,node.namespaceURI)\n\treturn true;\n}\nfunction serializeToString(node,buf,isHTML,nodeFilter,visibleNamespaces){\n\tif(nodeFilter){\n\t\tnode = nodeFilter(node);\n\t\tif(node){\n\t\t\tif(typeof node == 'string'){\n\t\t\t\tbuf.push(node);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}else{\n\t\t\treturn;\n\t\t}\n\t\t//buf.sort.apply(attrs, attributeSorter);\n\t}\n\tswitch(node.nodeType){\n\tcase ELEMENT_NODE:\n\t\tif (!visibleNamespaces) visibleNamespaces = [];\n\t\tvar startVisibleNamespaces = visibleNamespaces.length;\n\t\tvar attrs = node.attributes;\n\t\tvar len = attrs.length;\n\t\tvar child = node.firstChild;\n\t\tvar nodeName = node.tagName;\n\t\t\n\t\tisHTML = (htmlns === node.namespaceURI) ||isHTML \n\t\tbuf.push('<',nodeName);\n\t\t\n\t\t\n\t\t\n\t\tfor(var i=0;i<len;i++){\n\t\t\t// add namespaces for attributes\n\t\t\tvar attr = attrs.item(i);\n\t\t\tif (attr.prefix == 'xmlns') {\n\t\t\t\tvisibleNamespaces.push({ prefix: attr.localName, namespace: attr.value });\n\t\t\t}else if(attr.nodeName == 'xmlns'){\n\t\t\t\tvisibleNamespaces.push({ prefix: '', namespace: attr.value });\n\t\t\t}\n\t\t}\n\t\tfor(var i=0;i<len;i++){\n\t\t\tvar attr = attrs.item(i);\n\t\t\tif (needNamespaceDefine(attr,isHTML, visibleNamespaces)) {\n\t\t\t\tvar prefix = attr.prefix||'';\n\t\t\t\tvar uri = attr.namespaceURI;\n\t\t\t\tvar ns = prefix ? ' xmlns:' + prefix : \" xmlns\";\n\t\t\t\tbuf.push(ns, '=\"' , uri , '\"');\n\t\t\t\tvisibleNamespaces.push({ prefix: prefix, namespace:uri });\n\t\t\t}\n\t\t\tserializeToString(attr,buf,isHTML,nodeFilter,visibleNamespaces);\n\t\t}\n\t\t// add namespace for current node\t\t\n\t\tif (needNamespaceDefine(node,isHTML, visibleNamespaces)) {\n\t\t\tvar prefix = node.prefix||'';\n\t\t\tvar uri = node.namespaceURI;\n\t\t\tvar ns = prefix ? ' xmlns:' + prefix : \" xmlns\";\n\t\t\tbuf.push(ns, '=\"' , uri , '\"');\n\t\t\tvisibleNamespaces.push({ prefix: prefix, namespace:uri });\n\t\t}\n\t\t\n\t\tif(child || isHTML && !/^(?:meta|link|img|br|hr|input)$/i.test(nodeName)){\n\t\t\tbuf.push('>');\n\t\t\t//if is cdata child node\n\t\t\tif(isHTML && /^script$/i.test(nodeName)){\n\t\t\t\twhile(child){\n\t\t\t\t\tif(child.data){\n\t\t\t\t\t\tbuf.push(child.data);\n\t\t\t\t\t}else{\n\t\t\t\t\t\tserializeToString(child,buf,isHTML,nodeFilter,visibleNamespaces);\n\t\t\t\t\t}\n\t\t\t\t\tchild = child.nextSibling;\n\t\t\t\t}\n\t\t\t}else\n\t\t\t{\n\t\t\t\twhile(child){\n\t\t\t\t\tserializeToString(child,buf,isHTML,nodeFilter,visibleNamespaces);\n\t\t\t\t\tchild = child.nextSibling;\n\t\t\t\t}\n\t\t\t}\n\t\t\tbuf.push('</',nodeName,'>');\n\t\t}else{\n\t\t\tbuf.push('/>');\n\t\t}\n\t\t// remove added visible namespaces\n\t\t//visibleNamespaces.length = startVisibleNamespaces;\n\t\treturn;\n\tcase DOCUMENT_NODE:\n\tcase DOCUMENT_FRAGMENT_NODE:\n\t\tvar child = node.firstChild;\n\t\twhile(child){\n\t\t\tserializeToString(child,buf,isHTML,nodeFilter,visibleNamespaces);\n\t\t\tchild = child.nextSibling;\n\t\t}\n\t\treturn;\n\tcase ATTRIBUTE_NODE:\n\t\treturn buf.push(' ',node.name,'=\"',node.value.replace(/[<&\"]/g,_xmlEncoder),'\"');\n\tcase TEXT_NODE:\n\t\treturn buf.push(node.data.replace(/[<&]/g,_xmlEncoder));\n\tcase CDATA_SECTION_NODE:\n\t\treturn buf.push( '<![CDATA[',node.data,']]>');\n\tcase COMMENT_NODE:\n\t\treturn buf.push( \"<!--\",node.data,\"-->\");\n\tcase DOCUMENT_TYPE_NODE:\n\t\tvar pubid = node.publicId;\n\t\tvar sysid = node.systemId;\n\t\tbuf.push('<!DOCTYPE ',node.name);\n\t\tif(pubid){\n\t\t\tbuf.push(' PUBLIC \"',pubid);\n\t\t\tif (sysid && sysid!='.') {\n\t\t\t\tbuf.push( '\" \"',sysid);\n\t\t\t}\n\t\t\tbuf.push('\">');\n\t\t}else if(sysid && sysid!='.'){\n\t\t\tbuf.push(' SYSTEM \"',sysid,'\">');\n\t\t}else{\n\t\t\tvar sub = node.internalSubset;\n\t\t\tif(sub){\n\t\t\t\tbuf.push(\" [\",sub,\"]\");\n\t\t\t}\n\t\t\tbuf.push(\">\");\n\t\t}\n\t\treturn;\n\tcase PROCESSING_INSTRUCTION_NODE:\n\t\treturn buf.push( \"<?\",node.target,\" \",node.data,\"?>\");\n\tcase ENTITY_REFERENCE_NODE:\n\t\treturn buf.push( '&',node.nodeName,';');\n\t//case ENTITY_NODE:\n\t//case NOTATION_NODE:\n\tdefault:\n\t\tbuf.push('??',node.nodeName);\n\t}\n}\nfunction importNode(doc,node,deep){\n\tvar node2;\n\tswitch (node.nodeType) {\n\tcase ELEMENT_NODE:\n\t\tnode2 = node.cloneNode(false);\n\t\tnode2.ownerDocument = doc;\n\t\t//var attrs = node2.attributes;\n\t\t//var len = attrs.length;\n\t\t//for(var i=0;i<len;i++){\n\t\t\t//node2.setAttributeNodeNS(importNode(doc,attrs.item(i),deep));\n\t\t//}\n\tcase DOCUMENT_FRAGMENT_NODE:\n\t\tbreak;\n\tcase ATTRIBUTE_NODE:\n\t\tdeep = true;\n\t\tbreak;\n\t//case ENTITY_REFERENCE_NODE:\n\t//case PROCESSING_INSTRUCTION_NODE:\n\t////case TEXT_NODE:\n\t//case CDATA_SECTION_NODE:\n\t//case COMMENT_NODE:\n\t//\tdeep = false;\n\t//\tbreak;\n\t//case DOCUMENT_NODE:\n\t//case DOCUMENT_TYPE_NODE:\n\t//cannot be imported.\n\t//case ENTITY_NODE:\n\t//case NOTATION_NODE：\n\t//can not hit in level3\n\t//default:throw e;\n\t}\n\tif(!node2){\n\t\tnode2 = node.cloneNode(false);//false\n\t}\n\tnode2.ownerDocument = doc;\n\tnode2.parentNode = null;\n\tif(deep){\n\t\tvar child = node.firstChild;\n\t\twhile(child){\n\t\t\tnode2.appendChild(importNode(doc,child,deep));\n\t\t\tchild = child.nextSibling;\n\t\t}\n\t}\n\treturn node2;\n}\n//\n//var _relationMap = {firstChild:1,lastChild:1,previousSibling:1,nextSibling:1,\n//\t\t\t\t\tattributes:1,childNodes:1,parentNode:1,documentElement:1,doctype,};\nfunction cloneNode(doc,node,deep){\n\tvar node2 = new node.constructor();\n\tfor(var n in node){\n\t\tvar v = node[n];\n\t\tif(typeof v != 'object' ){\n\t\t\tif(v != node2[n]){\n\t\t\t\tnode2[n] = v;\n\t\t\t}\n\t\t}\n\t}\n\tif(node.childNodes){\n\t\tnode2.childNodes = new NodeList();\n\t}\n\tnode2.ownerDocument = doc;\n\tswitch (node2.nodeType) {\n\tcase ELEMENT_NODE:\n\t\tvar attrs\t= node.attributes;\n\t\tvar attrs2\t= node2.attributes = new NamedNodeMap();\n\t\tvar len = attrs.length\n\t\tattrs2._ownerElement = node2;\n\t\tfor(var i=0;i<len;i++){\n\t\t\tnode2.setAttributeNode(cloneNode(doc,attrs.item(i),true));\n\t\t}\n\t\tbreak;;\n\tcase ATTRIBUTE_NODE:\n\t\tdeep = true;\n\t}\n\tif(deep){\n\t\tvar child = node.firstChild;\n\t\twhile(child){\n\t\t\tnode2.appendChild(cloneNode(doc,child,deep));\n\t\t\tchild = child.nextSibling;\n\t\t}\n\t}\n\treturn node2;\n}\n\nfunction __set__(object,key,value){\n\tobject[key] = value\n}\n//do dynamic\ntry{\n\tif(Object.defineProperty){\n\t\tObject.defineProperty(LiveNodeList.prototype,'length',{\n\t\t\tget:function(){\n\t\t\t\t_updateLiveList(this);\n\t\t\t\treturn this.$$length;\n\t\t\t}\n\t\t});\n\t\tObject.defineProperty(Node.prototype,'textContent',{\n\t\t\tget:function(){\n\t\t\t\treturn getTextContent(this);\n\t\t\t},\n\t\t\tset:function(data){\n\t\t\t\tswitch(this.nodeType){\n\t\t\t\tcase ELEMENT_NODE:\n\t\t\t\tcase DOCUMENT_FRAGMENT_NODE:\n\t\t\t\t\twhile(this.firstChild){\n\t\t\t\t\t\tthis.removeChild(this.firstChild);\n\t\t\t\t\t}\n\t\t\t\t\tif(data || String(data)){\n\t\t\t\t\t\tthis.appendChild(this.ownerDocument.createTextNode(data));\n\t\t\t\t\t}\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\t//TODO:\n\t\t\t\t\tthis.data = data;\n\t\t\t\t\tthis.value = data;\n\t\t\t\t\tthis.nodeValue = data;\n\t\t\t\t}\n\t\t\t}\n\t\t})\n\t\t\n\t\tfunction getTextContent(node){\n\t\t\tswitch(node.nodeType){\n\t\t\tcase ELEMENT_NODE:\n\t\t\tcase DOCUMENT_FRAGMENT_NODE:\n\t\t\t\tvar buf = [];\n\t\t\t\tnode = node.firstChild;\n\t\t\t\twhile(node){\n\t\t\t\t\tif(node.nodeType!==7 && node.nodeType !==8){\n\t\t\t\t\t\tbuf.push(getTextContent(node));\n\t\t\t\t\t}\n\t\t\t\t\tnode = node.nextSibling;\n\t\t\t\t}\n\t\t\t\treturn buf.join('');\n\t\t\tdefault:\n\t\t\t\treturn node.nodeValue;\n\t\t\t}\n\t\t}\n\t\t__set__ = function(object,key,value){\n\t\t\t//console.log(value)\n\t\t\tobject['$$'+key] = value\n\t\t}\n\t}\n}catch(e){//ie8\n}\n\n//if(typeof require == 'function'){\n\texports.DOMImplementation = DOMImplementation;\n\texports.XMLSerializer = XMLSerializer;\n//}\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xmldom/dom",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xmldom/dom-parser": {
"text": "function DOMParser(options){\r\n\tthis.options = options ||{locator:{}};\r\n\t\r\n}\r\nDOMParser.prototype.parseFromString = function(source,mimeType){\r\n\tvar options = this.options;\r\n\tvar sax = new XMLReader();\r\n\tvar domBuilder = options.domBuilder || new DOMHandler();//contentHandler and LexicalHandler\r\n\tvar errorHandler = options.errorHandler;\r\n\tvar locator = options.locator;\r\n\tvar defaultNSMap = options.xmlns||{};\r\n\tvar isHTML = /\\/x?html?$/.test(mimeType);//mimeType.toLowerCase().indexOf('html') > -1;\r\n \tvar entityMap = isHTML?require('./entities').entityMap:{'lt':'<','gt':'>','amp':'&','quot':'\"','apos':\"'\"};\r\n\tif(locator){\r\n\t\tdomBuilder.setDocumentLocator(locator)\r\n\t}\r\n\t\r\n\tsax.errorHandler = buildErrorHandler(errorHandler,domBuilder,locator);\r\n\tsax.domBuilder = options.domBuilder || domBuilder;\r\n\tif(isHTML){\r\n\t\tdefaultNSMap['']= 'http://www.w3.org/1999/xhtml';\r\n\t}\r\n\tdefaultNSMap.xml = defaultNSMap.xml || 'http://www.w3.org/XML/1998/namespace';\r\n\tif(source){\r\n\t\tsax.parse(source,defaultNSMap,entityMap);\r\n\t}else{\r\n\t\tsax.errorHandler.error(\"invalid doc source\");\r\n\t}\r\n\treturn domBuilder.doc;\r\n}\r\nfunction buildErrorHandler(errorImpl,domBuilder,locator){\r\n\tif(!errorImpl){\r\n\t\tif(domBuilder instanceof DOMHandler){\r\n\t\t\treturn domBuilder;\r\n\t\t}\r\n\t\terrorImpl = domBuilder ;\r\n\t}\r\n\tvar errorHandler = {}\r\n\tvar isCallback = errorImpl instanceof Function;\r\n\tlocator = locator||{}\r\n\tfunction build(key){\r\n\t\tvar fn = errorImpl[key];\r\n\t\tif(!fn && isCallback){\r\n\t\t\tfn = errorImpl.length == 2?function(msg){errorImpl(key,msg)}:errorImpl;\r\n\t\t}\r\n\t\terrorHandler[key] = fn && function(msg){\r\n\t\t\tfn('[xmldom '+key+']\\t'+msg+_locator(locator));\r\n\t\t}||function(){};\r\n\t}\r\n\tbuild('warning');\r\n\tbuild('error');\r\n\tbuild('fatalError');\r\n\treturn errorHandler;\r\n}\r\n\r\n//console.log('#\\n\\n\\n\\n\\n\\n\\n####')\r\n/**\r\n * +ContentHandler+ErrorHandler\r\n * +LexicalHandler+EntityResolver2\r\n * -DeclHandler-DTDHandler \r\n * \r\n * DefaultHandler:EntityResolver, DTDHandler, ContentHandler, ErrorHandler\r\n * DefaultHandler2:DefaultHandler,LexicalHandler, DeclHandler, EntityResolver2\r\n * @link http://www.saxproject.org/apidoc/org/xml/sax/helpers/DefaultHandler.html\r\n */\r\nfunction DOMHandler() {\r\n this.cdata = false;\r\n}\r\nfunction position(locator,node){\r\n\tnode.lineNumber = locator.lineNumber;\r\n\tnode.columnNumber = locator.columnNumber;\r\n}\r\n/**\r\n * @see org.xml.sax.ContentHandler#startDocument\r\n * @link http://www.saxproject.org/apidoc/org/xml/sax/ContentHandler.html\r\n */ \r\nDOMHandler.prototype = {\r\n\tstartDocument : function() {\r\n \tthis.doc = new DOMImplementation().createDocument(null, null, null);\r\n \tif (this.locator) {\r\n \tthis.doc.documentURI = this.locator.systemId;\r\n \t}\r\n\t},\r\n\tstartElement:function(namespaceURI, localName, qName, attrs) {\r\n\t\tvar doc = this.doc;\r\n\t var el = doc.createElementNS(namespaceURI, qName||localName);\r\n\t var len = attrs.length;\r\n\t appendElement(this, el);\r\n\t this.currentElement = el;\r\n\t \r\n\t\tthis.locator && position(this.locator,el)\r\n\t for (var i = 0 ; i < len; i++) {\r\n\t var namespaceURI = attrs.getURI(i);\r\n\t var value = attrs.getValue(i);\r\n\t var qName = attrs.getQName(i);\r\n\t\t\tvar attr = doc.createAttributeNS(namespaceURI, qName);\r\n\t\t\tthis.locator &&position(attrs.getLocator(i),attr);\r\n\t\t\tattr.value = attr.nodeValue = value;\r\n\t\t\tel.setAttributeNode(attr)\r\n\t }\r\n\t},\r\n\tendElement:function(namespaceURI, localName, qName) {\r\n\t\tvar current = this.currentElement\r\n\t\tvar tagName = current.tagName;\r\n\t\tthis.currentElement = current.parentNode;\r\n\t},\r\n\tstartPrefixMapping:function(prefix, uri) {\r\n\t},\r\n\tendPrefixMapping:function(prefix) {\r\n\t},\r\n\tprocessingInstruction:function(target, data) {\r\n\t var ins = this.doc.createProcessingInstruction(target, data);\r\n\t this.locator && position(this.locator,ins)\r\n\t appendElement(this, ins);\r\n\t},\r\n\tignorableWhitespace:function(ch, start, length) {\r\n\t},\r\n\tcharacters:function(chars, start, length) {\r\n\t\tchars = _toString.apply(this,arguments)\r\n\t\t//console.log(chars)\r\n\t\tif(chars){\r\n\t\t\tif (this.cdata) {\r\n\t\t\t\tvar charNode = this.doc.createCDATASection(chars);\r\n\t\t\t} else {\r\n\t\t\t\tvar charNode = this.doc.createTextNode(chars);\r\n\t\t\t}\r\n\t\t\tif(this.currentElement){\r\n\t\t\t\tthis.currentElement.appendChild(charNode);\r\n\t\t\t}else if(/^\\s*$/.test(chars)){\r\n\t\t\t\tthis.doc.appendChild(charNode);\r\n\t\t\t\t//process xml\r\n\t\t\t}\r\n\t\t\tthis.locator && position(this.locator,charNode)\r\n\t\t}\r\n\t},\r\n\tskippedEntity:function(name) {\r\n\t},\r\n\tendDocument:function() {\r\n\t\tthis.doc.normalize();\r\n\t},\r\n\tsetDocumentLocator:function (locator) {\r\n\t if(this.locator = locator){// && !('lineNumber' in locator)){\r\n\t \tlocator.lineNumber = 0;\r\n\t }\r\n\t},\r\n\t//LexicalHandler\r\n\tcomment:function(chars, start, length) {\r\n\t\tchars = _toString.apply(this,arguments)\r\n\t var comm = this.doc.createComment(chars);\r\n\t this.locator && position(this.locator,comm)\r\n\t appendElement(this, comm);\r\n\t},\r\n\t\r\n\tstartCDATA:function() {\r\n\t //used in characters() methods\r\n\t this.cdata = true;\r\n\t},\r\n\tendCDATA:function() {\r\n\t this.cdata = false;\r\n\t},\r\n\t\r\n\tstartDTD:function(name, publicId, systemId) {\r\n\t\tvar impl = this.doc.implementation;\r\n\t if (impl && impl.createDocumentType) {\r\n\t var dt = impl.createDocumentType(name, publicId, systemId);\r\n\t this.locator && position(this.locator,dt)\r\n\t appendElement(this, dt);\r\n\t }\r\n\t},\r\n\t/**\r\n\t * @see org.xml.sax.ErrorHandler\r\n\t * @link http://www.saxproject.org/apidoc/org/xml/sax/ErrorHandler.html\r\n\t */\r\n\twarning:function(error) {\r\n\t\tconsole.warn('[xmldom warning]\\t'+error,_locator(this.locator));\r\n\t},\r\n\terror:function(error) {\r\n\t\tconsole.error('[xmldom error]\\t'+error,_locator(this.locator));\r\n\t},\r\n\tfatalError:function(error) {\r\n\t\tconsole.error('[xmldom fatalError]\\t'+error,_locator(this.locator));\r\n\t throw error;\r\n\t}\r\n}\r\nfunction _locator(l){\r\n\tif(l){\r\n\t\treturn '\\n@'+(l.systemId ||'')+'#[line:'+l.lineNumber+',col:'+l.columnNumber+']'\r\n\t}\r\n}\r\nfunction _toString(chars,start,length){\r\n\tif(typeof chars == 'string'){\r\n\t\treturn chars.substr(start,length)\r\n\t}else{//java sax connect width xmldom on rhino(what about: \"? && !(chars instanceof String)\")\r\n\t\tif(chars.length >= start+length || start){\r\n\t\t\treturn new java.lang.String(chars,start,length)+'';\r\n\t\t}\r\n\t\treturn chars;\r\n\t}\r\n}\r\n\r\n/*\r\n * @link http://www.saxproject.org/apidoc/org/xml/sax/ext/LexicalHandler.html\r\n * used method of org.xml.sax.ext.LexicalHandler:\r\n * #comment(chars, start, length)\r\n * #startCDATA()\r\n * #endCDATA()\r\n * #startDTD(name, publicId, systemId)\r\n *\r\n *\r\n * IGNORED method of org.xml.sax.ext.LexicalHandler:\r\n * #endDTD()\r\n * #startEntity(name)\r\n * #endEntity(name)\r\n *\r\n *\r\n * @link http://www.saxproject.org/apidoc/org/xml/sax/ext/DeclHandler.html\r\n * IGNORED method of org.xml.sax.ext.DeclHandler\r\n * \t#attributeDecl(eName, aName, type, mode, value)\r\n * #elementDecl(name, model)\r\n * #externalEntityDecl(name, publicId, systemId)\r\n * #internalEntityDecl(name, value)\r\n * @link http://www.saxproject.org/apidoc/org/xml/sax/ext/EntityResolver2.html\r\n * IGNORED method of org.xml.sax.EntityResolver2\r\n * #resolveEntity(String name,String publicId,String baseURI,String systemId)\r\n * #resolveEntity(publicId, systemId)\r\n * #getExternalSubset(name, baseURI)\r\n * @link http://www.saxproject.org/apidoc/org/xml/sax/DTDHandler.html\r\n * IGNORED method of org.xml.sax.DTDHandler\r\n * #notationDecl(name, publicId, systemId) {};\r\n * #unparsedEntityDecl(name, publicId, systemId, notationName) {};\r\n */\r\n\"endDTD,startEntity,endEntity,attributeDecl,elementDecl,externalEntityDecl,internalEntityDecl,resolveEntity,getExternalSubset,notationDecl,unparsedEntityDecl\".replace(/\\w+/g,function(key){\r\n\tDOMHandler.prototype[key] = function(){return null}\r\n})\r\n\r\n/* Private static helpers treated below as private instance methods, so don't need to add these to the public API; we might use a Relator to also get rid of non-standard public properties */\r\nfunction appendElement (hander,node) {\r\n if (!hander.currentElement) {\r\n hander.doc.appendChild(node);\r\n } else {\r\n hander.currentElement.appendChild(node);\r\n }\r\n}//appendChild and setAttributeNS are preformance key\r\n\r\n//if(typeof require == 'function'){\r\n\tvar XMLReader = require('./sax').XMLReader;\r\n\tvar DOMImplementation = exports.DOMImplementation = require('./dom').DOMImplementation;\r\n\texports.XMLSerializer = require('./dom').XMLSerializer ;\r\n\texports.DOMParser = DOMParser;\r\n//}\r\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xmldom/dom-parser",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xmldom/entities": {
"text": "exports.entityMap = {\n lt: '<',\n gt: '>',\n amp: '&',\n quot: '\"',\n apos: \"'\",\n Agrave: \"À\",\n Aacute: \"Á\",\n Acirc: \"Â\",\n Atilde: \"Ã\",\n Auml: \"Ä\",\n Aring: \"Å\",\n AElig: \"Æ\",\n Ccedil: \"Ç\",\n Egrave: \"È\",\n Eacute: \"É\",\n Ecirc: \"Ê\",\n Euml: \"Ë\",\n Igrave: \"Ì\",\n Iacute: \"Í\",\n Icirc: \"Î\",\n Iuml: \"Ï\",\n ETH: \"Ð\",\n Ntilde: \"Ñ\",\n Ograve: \"Ò\",\n Oacute: \"Ó\",\n Ocirc: \"Ô\",\n Otilde: \"Õ\",\n Ouml: \"Ö\",\n Oslash: \"Ø\",\n Ugrave: \"Ù\",\n Uacute: \"Ú\",\n Ucirc: \"Û\",\n Uuml: \"Ü\",\n Yacute: \"Ý\",\n THORN: \"Þ\",\n szlig: \"ß\",\n agrave: \"à\",\n aacute: \"á\",\n acirc: \"â\",\n atilde: \"ã\",\n auml: \"ä\",\n aring: \"å\",\n aelig: \"æ\",\n ccedil: \"ç\",\n egrave: \"è\",\n eacute: \"é\",\n ecirc: \"ê\",\n euml: \"ë\",\n igrave: \"ì\",\n iacute: \"í\",\n icirc: \"î\",\n iuml: \"ï\",\n eth: \"ð\",\n ntilde: \"ñ\",\n ograve: \"ò\",\n oacute: \"ó\",\n ocirc: \"ô\",\n otilde: \"õ\",\n ouml: \"ö\",\n oslash: \"ø\",\n ugrave: \"ù\",\n uacute: \"ú\",\n ucirc: \"û\",\n uuml: \"ü\",\n yacute: \"ý\",\n thorn: \"þ\",\n yuml: \"ÿ\",\n nbsp: \" \",\n iexcl: \"¡\",\n cent: \"¢\",\n pound: \"£\",\n curren: \"¤\",\n yen: \"¥\",\n brvbar: \"¦\",\n sect: \"§\",\n uml: \"¨\",\n copy: \"©\",\n ordf: \"ª\",\n laquo: \"«\",\n not: \"¬\",\n shy: \"\",\n reg: \"®\",\n macr: \"¯\",\n deg: \"°\",\n plusmn: \"±\",\n sup2: \"²\",\n sup3: \"³\",\n acute: \"´\",\n micro: \"µ\",\n para: \"¶\",\n middot: \"·\",\n cedil: \"¸\",\n sup1: \"¹\",\n ordm: \"º\",\n raquo: \"»\",\n frac14: \"¼\",\n frac12: \"½\",\n frac34: \"¾\",\n iquest: \"¿\",\n times: \"×\",\n divide: \"÷\",\n forall: \"∀\",\n part: \"∂\",\n exist: \"∃\",\n empty: \"∅\",\n nabla: \"∇\",\n isin: \"∈\",\n notin: \"∉\",\n ni: \"∋\",\n prod: \"∏\",\n sum: \"∑\",\n minus: \"−\",\n lowast: \"∗\",\n radic: \"√\",\n prop: \"∝\",\n infin: \"∞\",\n ang: \"∠\",\n and: \"∧\",\n or: \"∨\",\n cap: \"∩\",\n cup: \"∪\",\n 'int': \"∫\",\n there4: \"∴\",\n sim: \"∼\",\n cong: \"≅\",\n asymp: \"≈\",\n ne: \"≠\",\n equiv: \"≡\",\n le: \"≤\",\n ge: \"≥\",\n sub: \"⊂\",\n sup: \"⊃\",\n nsub: \"⊄\",\n sube: \"⊆\",\n supe: \"⊇\",\n oplus: \"⊕\",\n otimes: \"⊗\",\n perp: \"⊥\",\n sdot: \"⋅\",\n Alpha: \"Α\",\n Beta: \"Β\",\n Gamma: \"Γ\",\n Delta: \"Δ\",\n Epsilon: \"Ε\",\n Zeta: \"Ζ\",\n Eta: \"Η\",\n Theta: \"Θ\",\n Iota: \"Ι\",\n Kappa: \"Κ\",\n Lambda: \"Λ\",\n Mu: \"Μ\",\n Nu: \"Ν\",\n Xi: \"Ξ\",\n Omicron: \"Ο\",\n Pi: \"Π\",\n Rho: \"Ρ\",\n Sigma: \"Σ\",\n Tau: \"Τ\",\n Upsilon: \"Υ\",\n Phi: \"Φ\",\n Chi: \"Χ\",\n Psi: \"Ψ\",\n Omega: \"Ω\",\n alpha: \"α\",\n beta: \"β\",\n gamma: \"γ\",\n delta: \"δ\",\n epsilon: \"ε\",\n zeta: \"ζ\",\n eta: \"η\",\n theta: \"θ\",\n iota: \"ι\",\n kappa: \"κ\",\n lambda: \"λ\",\n mu: \"μ\",\n nu: \"ν\",\n xi: \"ξ\",\n omicron: \"ο\",\n pi: \"π\",\n rho: \"ρ\",\n sigmaf: \"ς\",\n sigma: \"σ\",\n tau: \"τ\",\n upsilon: \"υ\",\n phi: \"φ\",\n chi: \"χ\",\n psi: \"ψ\",\n omega: \"ω\",\n thetasym: \"ϑ\",\n upsih: \"ϒ\",\n piv: \"ϖ\",\n OElig: \"Œ\",\n oelig: \"œ\",\n Scaron: \"Š\",\n scaron: \"š\",\n Yuml: \"Ÿ\",\n fnof: \"ƒ\",\n circ: \"ˆ\",\n tilde: \"˜\",\n ensp: \" \",\n emsp: \" \",\n thinsp: \" \",\n zwnj: \"\",\n zwj: \"\",\n lrm: \"\",\n rlm: \"\",\n ndash: \"–\",\n mdash: \"—\",\n lsquo: \"‘\",\n rsquo: \"’\",\n sbquo: \"‚\",\n ldquo: \"“\",\n rdquo: \"”\",\n bdquo: \"„\",\n dagger: \"†\",\n Dagger: \"‡\",\n bull: \"•\",\n hellip: \"…\",\n permil: \"‰\",\n prime: \"′\",\n Prime: \"″\",\n lsaquo: \"‹\",\n rsaquo: \"›\",\n oline: \"‾\",\n euro: \"€\",\n trade: \"™\",\n larr: \"←\",\n uarr: \"↑\",\n rarr: \"→\",\n darr: \"↓\",\n harr: \"↔\",\n crarr: \"↵\",\n lceil: \"⌈\",\n rceil: \"⌉\",\n lfloor: \"⌊\",\n rfloor: \"⌋\",\n loz: \"◊\",\n spades: \"♠\",\n clubs: \"♣\",\n hearts: \"♥\",\n diams: \"♦\"\n};\n//for(var n in exports.entityMap){console.log(exports.entityMap[n].charCodeAt())}",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xmldom/entities",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xmldom/sax": {
"text": "//[4] \tNameStartChar\t ::= \t\":\" | [A-Z] | \"_\" | [a-z] | [#xC0-#xD6] | [#xD8-#xF6] | [#xF8-#x2FF] | [#x370-#x37D] | [#x37F-#x1FFF] | [#x200C-#x200D] | [#x2070-#x218F] | [#x2C00-#x2FEF] | [#x3001-#xD7FF] | [#xF900-#xFDCF] | [#xFDF0-#xFFFD] | [#x10000-#xEFFFF]\r\n//[4a] \tNameChar\t ::= \tNameStartChar | \"-\" | \".\" | [0-9] | #xB7 | [#x0300-#x036F] | [#x203F-#x2040]\r\n//[5] \tName\t ::= \tNameStartChar (NameChar)*\r\nvar nameStartChar = /[A-Z_a-z\\xC0-\\xD6\\xD8-\\xF6\\u00F8-\\u02FF\\u0370-\\u037D\\u037F-\\u1FFF\\u200C-\\u200D\\u2070-\\u218F\\u2C00-\\u2FEF\\u3001-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFFD]///\\u10000-\\uEFFFF\r\nvar nameChar = new RegExp(\"[\\\\-\\\\.0-9\"+nameStartChar.source.slice(1,-1)+\"\\\\u00B7\\\\u0300-\\\\u036F\\\\u203F-\\\\u2040]\");\r\nvar tagNamePattern = new RegExp('^'+nameStartChar.source+nameChar.source+'*(?:\\:'+nameStartChar.source+nameChar.source+'*)?$');\r\n//var tagNamePattern = /^[a-zA-Z_][\\w\\-\\.]*(?:\\:[a-zA-Z_][\\w\\-\\.]*)?$/\r\n//var handlers = 'resolveEntity,getExternalSubset,characters,endDocument,endElement,endPrefixMapping,ignorableWhitespace,processingInstruction,setDocumentLocator,skippedEntity,startDocument,startElement,startPrefixMapping,notationDecl,unparsedEntityDecl,error,fatalError,warning,attributeDecl,elementDecl,externalEntityDecl,internalEntityDecl,comment,endCDATA,endDTD,endEntity,startCDATA,startDTD,startEntity'.split(',')\r\n\r\n//S_TAG,\tS_ATTR,\tS_EQ,\tS_ATTR_NOQUOT_VALUE\r\n//S_ATTR_SPACE,\tS_ATTR_END,\tS_TAG_SPACE, S_TAG_CLOSE\r\nvar S_TAG = 0;//tag name offerring\r\nvar S_ATTR = 1;//attr name offerring \r\nvar S_ATTR_SPACE=2;//attr name end and space offer\r\nvar S_EQ = 3;//=space?\r\nvar S_ATTR_NOQUOT_VALUE = 4;//attr value(no quot value only)\r\nvar S_ATTR_END = 5;//attr value end and no space(quot end)\r\nvar S_TAG_SPACE = 6;//(attr value end || tag end ) && (space offer)\r\nvar S_TAG_CLOSE = 7;//closed el<el />\r\n\r\nfunction XMLReader(){\r\n\t\r\n}\r\n\r\nXMLReader.prototype = {\r\n\tparse:function(source,defaultNSMap,entityMap){\r\n\t\tvar domBuilder = this.domBuilder;\r\n\t\tdomBuilder.startDocument();\r\n\t\t_copy(defaultNSMap ,defaultNSMap = {})\r\n\t\tparse(source,defaultNSMap,entityMap,\r\n\t\t\t\tdomBuilder,this.errorHandler);\r\n\t\tdomBuilder.endDocument();\r\n\t}\r\n}\r\nfunction parse(source,defaultNSMapCopy,entityMap,domBuilder,errorHandler){\r\n\tfunction fixedFromCharCode(code) {\r\n\t\t// String.prototype.fromCharCode does not supports\r\n\t\t// > 2 bytes unicode chars directly\r\n\t\tif (code > 0xffff) {\r\n\t\t\tcode -= 0x10000;\r\n\t\t\tvar surrogate1 = 0xd800 + (code >> 10)\r\n\t\t\t\t, surrogate2 = 0xdc00 + (code & 0x3ff);\r\n\r\n\t\t\treturn String.fromCharCode(surrogate1, surrogate2);\r\n\t\t} else {\r\n\t\t\treturn String.fromCharCode(code);\r\n\t\t}\r\n\t}\r\n\tfunction entityReplacer(a){\r\n\t\tvar k = a.slice(1,-1);\r\n\t\tif(k in entityMap){\r\n\t\t\treturn entityMap[k]; \r\n\t\t}else if(k.charAt(0) === '#'){\r\n\t\t\treturn fixedFromCharCode(parseInt(k.substr(1).replace('x','0x')))\r\n\t\t}else{\r\n\t\t\terrorHandler.error('entity not found:'+a);\r\n\t\t\treturn a;\r\n\t\t}\r\n\t}\r\n\tfunction appendText(end){//has some bugs\r\n\t\tif(end>start){\r\n\t\t\tvar xt = source.substring(start,end).replace(/&#?\\w+;/g,entityReplacer);\r\n\t\t\tlocator&&position(start);\r\n\t\t\tdomBuilder.characters(xt,0,end-start);\r\n\t\t\tstart = end\r\n\t\t}\r\n\t}\r\n\tfunction position(p,m){\r\n\t\twhile(p>=lineEnd && (m = linePattern.exec(source))){\r\n\t\t\tlineStart = m.index;\r\n\t\t\tlineEnd = lineStart + m[0].length;\r\n\t\t\tlocator.lineNumber++;\r\n\t\t\t//console.log('line++:',locator,startPos,endPos)\r\n\t\t}\r\n\t\tlocator.columnNumber = p-lineStart+1;\r\n\t}\r\n\tvar lineStart = 0;\r\n\tvar lineEnd = 0;\r\n\tvar linePattern = /.*(?:\\r\\n?|\\n)|.*$/g\r\n\tvar locator = domBuilder.locator;\r\n\t\r\n\tvar parseStack = [{currentNSMap:defaultNSMapCopy}]\r\n\tvar closeMap = {};\r\n\tvar start = 0;\r\n\twhile(true){\r\n\t\ttry{\r\n\t\t\tvar tagStart = source.indexOf('<',start);\r\n\t\t\tif(tagStart<0){\r\n\t\t\t\tif(!source.substr(start).match(/^\\s*$/)){\r\n\t\t\t\t\tvar doc = domBuilder.doc;\r\n\t \t\t\tvar text = doc.createTextNode(source.substr(start));\r\n\t \t\t\tdoc.appendChild(text);\r\n\t \t\t\tdomBuilder.currentElement = text;\r\n\t\t\t\t}\r\n\t\t\t\treturn;\r\n\t\t\t}\r\n\t\t\tif(tagStart>start){\r\n\t\t\t\tappendText(tagStart);\r\n\t\t\t}\r\n\t\t\tswitch(source.charAt(tagStart+1)){\r\n\t\t\tcase '/':\r\n\t\t\t\tvar end = source.indexOf('>',tagStart+3);\r\n\t\t\t\tvar tagName = source.substring(tagStart+2,end);\r\n\t\t\t\tvar config = parseStack.pop();\r\n\t\t\t\tif(end<0){\r\n\t\t\t\t\t\r\n\t \t\ttagName = source.substring(tagStart+2).replace(/[\\s<].*/,'');\r\n\t \t\t//console.error('#@@@@@@'+tagName)\r\n\t \t\terrorHandler.error(\"end tag name: \"+tagName+' is not complete:'+config.tagName);\r\n\t \t\tend = tagStart+1+tagName.length;\r\n\t \t}else if(tagName.match(/\\s</)){\r\n\t \t\ttagName = tagName.replace(/[\\s<].*/,'');\r\n\t \t\terrorHandler.error(\"end tag name: \"+tagName+' maybe not complete');\r\n\t \t\tend = tagStart+1+tagName.length;\r\n\t\t\t\t}\r\n\t\t\t\t//console.error(parseStack.length,parseStack)\r\n\t\t\t\t//console.error(config);\r\n\t\t\t\tvar localNSMap = config.localNSMap;\r\n\t\t\t\tvar endMatch = config.tagName == tagName;\r\n\t\t\t\tvar endIgnoreCaseMach = endMatch || config.tagName&&config.tagName.toLowerCase() == tagName.toLowerCase()\r\n\t\t if(endIgnoreCaseMach){\r\n\t\t \tdomBuilder.endElement(config.uri,config.localName,tagName);\r\n\t\t\t\t\tif(localNSMap){\r\n\t\t\t\t\t\tfor(var prefix in localNSMap){\r\n\t\t\t\t\t\t\tdomBuilder.endPrefixMapping(prefix) ;\r\n\t\t\t\t\t\t}\r\n\t\t\t\t\t}\r\n\t\t\t\t\tif(!endMatch){\r\n\t\t \terrorHandler.fatalError(\"end tag name: \"+tagName+' is not match the current start tagName:'+config.tagName );\r\n\t\t\t\t\t}\r\n\t\t }else{\r\n\t\t \tparseStack.push(config)\r\n\t\t }\r\n\t\t\t\t\r\n\t\t\t\tend++;\r\n\t\t\t\tbreak;\r\n\t\t\t\t// end elment\r\n\t\t\tcase '?':// <?...?>\r\n\t\t\t\tlocator&&position(tagStart);\r\n\t\t\t\tend = parseInstruction(source,tagStart,domBuilder);\r\n\t\t\t\tbreak;\r\n\t\t\tcase '!':// <!doctype,<![CDATA,<!--\r\n\t\t\t\tlocator&&position(tagStart);\r\n\t\t\t\tend = parseDCC(source,tagStart,domBuilder,errorHandler);\r\n\t\t\t\tbreak;\r\n\t\t\tdefault:\r\n\t\t\t\tlocator&&position(tagStart);\r\n\t\t\t\tvar el = new ElementAttributes();\r\n\t\t\t\tvar currentNSMap = parseStack[parseStack.length-1].currentNSMap;\r\n\t\t\t\t//elStartEnd\r\n\t\t\t\tvar end = parseElementStartPart(source,tagStart,el,currentNSMap,entityReplacer,errorHandler);\r\n\t\t\t\tvar len = el.length;\r\n\t\t\t\t\r\n\t\t\t\t\r\n\t\t\t\tif(!el.closed && fixSelfClosed(source,end,el.tagName,closeMap)){\r\n\t\t\t\t\tel.closed = true;\r\n\t\t\t\t\tif(!entityMap.nbsp){\r\n\t\t\t\t\t\terrorHandler.warning('unclosed xml attribute');\r\n\t\t\t\t\t}\r\n\t\t\t\t}\r\n\t\t\t\tif(locator && len){\r\n\t\t\t\t\tvar locator2 = copyLocator(locator,{});\r\n\t\t\t\t\t//try{//attribute position fixed\r\n\t\t\t\t\tfor(var i = 0;i<len;i++){\r\n\t\t\t\t\t\tvar a = el[i];\r\n\t\t\t\t\t\tposition(a.offset);\r\n\t\t\t\t\t\ta.locator = copyLocator(locator,{});\r\n\t\t\t\t\t}\r\n\t\t\t\t\t//}catch(e){console.error('@@@@@'+e)}\r\n\t\t\t\t\tdomBuilder.locator = locator2\r\n\t\t\t\t\tif(appendElement(el,domBuilder,currentNSMap)){\r\n\t\t\t\t\t\tparseStack.push(el)\r\n\t\t\t\t\t}\r\n\t\t\t\t\tdomBuilder.locator = locator;\r\n\t\t\t\t}else{\r\n\t\t\t\t\tif(appendElement(el,domBuilder,currentNSMap)){\r\n\t\t\t\t\t\tparseStack.push(el)\r\n\t\t\t\t\t}\r\n\t\t\t\t}\r\n\t\t\t\t\r\n\t\t\t\t\r\n\t\t\t\t\r\n\t\t\t\tif(el.uri === 'http://www.w3.org/1999/xhtml' && !el.closed){\r\n\t\t\t\t\tend = parseHtmlSpecialContent(source,end,el.tagName,entityReplacer,domBuilder)\r\n\t\t\t\t}else{\r\n\t\t\t\t\tend++;\r\n\t\t\t\t}\r\n\t\t\t}\r\n\t\t}catch(e){\r\n\t\t\terrorHandler.error('element parse error: '+e)\r\n\t\t\t//errorHandler.error('element parse error: '+e);\r\n\t\t\tend = -1;\r\n\t\t\t//throw e;\r\n\t\t}\r\n\t\tif(end>start){\r\n\t\t\tstart = end;\r\n\t\t}else{\r\n\t\t\t//TODO: 这里有可能sax回退，有位置错误风险\r\n\t\t\tappendText(Math.max(tagStart,start)+1);\r\n\t\t}\r\n\t}\r\n}\r\nfunction copyLocator(f,t){\r\n\tt.lineNumber = f.lineNumber;\r\n\tt.columnNumber = f.columnNumber;\r\n\treturn t;\r\n}\r\n\r\n/**\r\n * @see #appendElement(source,elStartEnd,el,selfClosed,entityReplacer,domBuilder,parseStack);\r\n * @return end of the elementStartPart(end of elementEndPart for selfClosed el)\r\n */\r\nfunction parseElementStartPart(source,start,el,currentNSMap,entityReplacer,errorHandler){\r\n\tvar attrName;\r\n\tvar value;\r\n\tvar p = ++start;\r\n\tvar s = S_TAG;//status\r\n\twhile(true){\r\n\t\tvar c = source.charAt(p);\r\n\t\tswitch(c){\r\n\t\tcase '=':\r\n\t\t\tif(s === S_ATTR){//attrName\r\n\t\t\t\tattrName = source.slice(start,p);\r\n\t\t\t\ts = S_EQ;\r\n\t\t\t}else if(s === S_ATTR_SPACE){\r\n\t\t\t\ts = S_EQ;\r\n\t\t\t}else{\r\n\t\t\t\t//fatalError: equal must after attrName or space after attrName\r\n\t\t\t\tthrow new Error('attribute equal must after attrName');\r\n\t\t\t}\r\n\t\t\tbreak;\r\n\t\tcase '\\'':\r\n\t\tcase '\"':\r\n\t\t\tif(s === S_EQ || s === S_ATTR //|| s == S_ATTR_SPACE\r\n\t\t\t\t){//equal\r\n\t\t\t\tif(s === S_ATTR){\r\n\t\t\t\t\terrorHandler.warning('attribute value must after \"=\"')\r\n\t\t\t\t\tattrName = source.slice(start,p)\r\n\t\t\t\t}\r\n\t\t\t\tstart = p+1;\r\n\t\t\t\tp = source.indexOf(c,start)\r\n\t\t\t\tif(p>0){\r\n\t\t\t\t\tvalue = source.slice(start,p).replace(/&#?\\w+;/g,entityReplacer);\r\n\t\t\t\t\tel.add(attrName,value,start-1);\r\n\t\t\t\t\ts = S_ATTR_END;\r\n\t\t\t\t}else{\r\n\t\t\t\t\t//fatalError: no end quot match\r\n\t\t\t\t\tthrow new Error('attribute value no end \\''+c+'\\' match');\r\n\t\t\t\t}\r\n\t\t\t}else if(s == S_ATTR_NOQUOT_VALUE){\r\n\t\t\t\tvalue = source.slice(start,p).replace(/&#?\\w+;/g,entityReplacer);\r\n\t\t\t\t//console.log(attrName,value,start,p)\r\n\t\t\t\tel.add(attrName,value,start);\r\n\t\t\t\t//console.dir(el)\r\n\t\t\t\terrorHandler.warning('attribute \"'+attrName+'\" missed start quot('+c+')!!');\r\n\t\t\t\tstart = p+1;\r\n\t\t\t\ts = S_ATTR_END\r\n\t\t\t}else{\r\n\t\t\t\t//fatalError: no equal before\r\n\t\t\t\tthrow new Error('attribute value must after \"=\"');\r\n\t\t\t}\r\n\t\t\tbreak;\r\n\t\tcase '/':\r\n\t\t\tswitch(s){\r\n\t\t\tcase S_TAG:\r\n\t\t\t\tel.setTagName(source.slice(start,p));\r\n\t\t\tcase S_ATTR_END:\r\n\t\t\tcase S_TAG_SPACE:\r\n\t\t\tcase S_TAG_CLOSE:\r\n\t\t\t\ts =S_TAG_CLOSE;\r\n\t\t\t\tel.closed = true;\r\n\t\t\tcase S_ATTR_NOQUOT_VALUE:\r\n\t\t\tcase S_ATTR:\r\n\t\t\tcase S_ATTR_SPACE:\r\n\t\t\t\tbreak;\r\n\t\t\t//case S_EQ:\r\n\t\t\tdefault:\r\n\t\t\t\tthrow new Error(\"attribute invalid close char('/')\")\r\n\t\t\t}\r\n\t\t\tbreak;\r\n\t\tcase ''://end document\r\n\t\t\t//throw new Error('unexpected end of input')\r\n\t\t\terrorHandler.error('unexpected end of input');\r\n\t\t\tif(s == S_TAG){\r\n\t\t\t\tel.setTagName(source.slice(start,p));\r\n\t\t\t}\r\n\t\t\treturn p;\r\n\t\tcase '>':\r\n\t\t\tswitch(s){\r\n\t\t\tcase S_TAG:\r\n\t\t\t\tel.setTagName(source.slice(start,p));\r\n\t\t\tcase S_ATTR_END:\r\n\t\t\tcase S_TAG_SPACE:\r\n\t\t\tcase S_TAG_CLOSE:\r\n\t\t\t\tbreak;//normal\r\n\t\t\tcase S_ATTR_NOQUOT_VALUE://Compatible state\r\n\t\t\tcase S_ATTR:\r\n\t\t\t\tvalue = source.slice(start,p);\r\n\t\t\t\tif(value.slice(-1) === '/'){\r\n\t\t\t\t\tel.closed = true;\r\n\t\t\t\t\tvalue = value.slice(0,-1)\r\n\t\t\t\t}\r\n\t\t\tcase S_ATTR_SPACE:\r\n\t\t\t\tif(s === S_ATTR_SPACE){\r\n\t\t\t\t\tvalue = attrName;\r\n\t\t\t\t}\r\n\t\t\t\tif(s == S_ATTR_NOQUOT_VALUE){\r\n\t\t\t\t\terrorHandler.warning('attribute \"'+value+'\" missed quot(\")!!');\r\n\t\t\t\t\tel.add(attrName,value.replace(/&#?\\w+;/g,entityReplacer),start)\r\n\t\t\t\t}else{\r\n\t\t\t\t\tif(currentNSMap[''] !== 'http://www.w3.org/1999/xhtml' || !value.match(/^(?:disabled|checked|selected)$/i)){\r\n\t\t\t\t\t\terrorHandler.warning('attribute \"'+value+'\" missed value!! \"'+value+'\" instead!!')\r\n\t\t\t\t\t}\r\n\t\t\t\t\tel.add(value,value,start)\r\n\t\t\t\t}\r\n\t\t\t\tbreak;\r\n\t\t\tcase S_EQ:\r\n\t\t\t\tthrow new Error('attribute value missed!!');\r\n\t\t\t}\r\n//\t\t\tconsole.log(tagName,tagNamePattern,tagNamePattern.test(tagName))\r\n\t\t\treturn p;\r\n\t\t/*xml space '\\x20' | #x9 | #xD | #xA; */\r\n\t\tcase '\\u0080':\r\n\t\t\tc = ' ';\r\n\t\tdefault:\r\n\t\t\tif(c<= ' '){//space\r\n\t\t\t\tswitch(s){\r\n\t\t\t\tcase S_TAG:\r\n\t\t\t\t\tel.setTagName(source.slice(start,p));//tagName\r\n\t\t\t\t\ts = S_TAG_SPACE;\r\n\t\t\t\t\tbreak;\r\n\t\t\t\tcase S_ATTR:\r\n\t\t\t\t\tattrName = source.slice(start,p)\r\n\t\t\t\t\ts = S_ATTR_SPACE;\r\n\t\t\t\t\tbreak;\r\n\t\t\t\tcase S_ATTR_NOQUOT_VALUE:\r\n\t\t\t\t\tvar value = source.slice(start,p).replace(/&#?\\w+;/g,entityReplacer);\r\n\t\t\t\t\terrorHandler.warning('attribute \"'+value+'\" missed quot(\")!!');\r\n\t\t\t\t\tel.add(attrName,value,start)\r\n\t\t\t\tcase S_ATTR_END:\r\n\t\t\t\t\ts = S_TAG_SPACE;\r\n\t\t\t\t\tbreak;\r\n\t\t\t\t//case S_TAG_SPACE:\r\n\t\t\t\t//case S_EQ:\r\n\t\t\t\t//case S_ATTR_SPACE:\r\n\t\t\t\t//\tvoid();break;\r\n\t\t\t\t//case S_TAG_CLOSE:\r\n\t\t\t\t\t//ignore warning\r\n\t\t\t\t}\r\n\t\t\t}else{//not space\r\n//S_TAG,\tS_ATTR,\tS_EQ,\tS_ATTR_NOQUOT_VALUE\r\n//S_ATTR_SPACE,\tS_ATTR_END,\tS_TAG_SPACE, S_TAG_CLOSE\r\n\t\t\t\tswitch(s){\r\n\t\t\t\t//case S_TAG:void();break;\r\n\t\t\t\t//case S_ATTR:void();break;\r\n\t\t\t\t//case S_ATTR_NOQUOT_VALUE:void();break;\r\n\t\t\t\tcase S_ATTR_SPACE:\r\n\t\t\t\t\tvar tagName = el.tagName;\r\n\t\t\t\t\tif(currentNSMap[''] !== 'http://www.w3.org/1999/xhtml' || !attrName.match(/^(?:disabled|checked|selected)$/i)){\r\n\t\t\t\t\t\terrorHandler.warning('attribute \"'+attrName+'\" missed value!! \"'+attrName+'\" instead2!!')\r\n\t\t\t\t\t}\r\n\t\t\t\t\tel.add(attrName,attrName,start);\r\n\t\t\t\t\tstart = p;\r\n\t\t\t\t\ts = S_ATTR;\r\n\t\t\t\t\tbreak;\r\n\t\t\t\tcase S_ATTR_END:\r\n\t\t\t\t\terrorHandler.warning('attribute space is required\"'+attrName+'\"!!')\r\n\t\t\t\tcase S_TAG_SPACE:\r\n\t\t\t\t\ts = S_ATTR;\r\n\t\t\t\t\tstart = p;\r\n\t\t\t\t\tbreak;\r\n\t\t\t\tcase S_EQ:\r\n\t\t\t\t\ts = S_ATTR_NOQUOT_VALUE;\r\n\t\t\t\t\tstart = p;\r\n\t\t\t\t\tbreak;\r\n\t\t\t\tcase S_TAG_CLOSE:\r\n\t\t\t\t\tthrow new Error(\"elements closed character '/' and '>' must be connected to\");\r\n\t\t\t\t}\r\n\t\t\t}\r\n\t\t}//end outer switch\r\n\t\t//console.log('p++',p)\r\n\t\tp++;\r\n\t}\r\n}\r\n/**\r\n * @return true if has new namespace define\r\n */\r\nfunction appendElement(el,domBuilder,currentNSMap){\r\n\tvar tagName = el.tagName;\r\n\tvar localNSMap = null;\r\n\t//var currentNSMap = parseStack[parseStack.length-1].currentNSMap;\r\n\tvar i = el.length;\r\n\twhile(i--){\r\n\t\tvar a = el[i];\r\n\t\tvar qName = a.qName;\r\n\t\tvar value = a.value;\r\n\t\tvar nsp = qName.indexOf(':');\r\n\t\tif(nsp>0){\r\n\t\t\tvar prefix = a.prefix = qName.slice(0,nsp);\r\n\t\t\tvar localName = qName.slice(nsp+1);\r\n\t\t\tvar nsPrefix = prefix === 'xmlns' && localName\r\n\t\t}else{\r\n\t\t\tlocalName = qName;\r\n\t\t\tprefix = null\r\n\t\t\tnsPrefix = qName === 'xmlns' && ''\r\n\t\t}\r\n\t\t//can not set prefix,because prefix !== ''\r\n\t\ta.localName = localName ;\r\n\t\t//prefix == null for no ns prefix attribute \r\n\t\tif(nsPrefix !== false){//hack!!\r\n\t\t\tif(localNSMap == null){\r\n\t\t\t\tlocalNSMap = {}\r\n\t\t\t\t//console.log(currentNSMap,0)\r\n\t\t\t\t_copy(currentNSMap,currentNSMap={})\r\n\t\t\t\t//console.log(currentNSMap,1)\r\n\t\t\t}\r\n\t\t\tcurrentNSMap[nsPrefix] = localNSMap[nsPrefix] = value;\r\n\t\t\ta.uri = 'http://www.w3.org/2000/xmlns/'\r\n\t\t\tdomBuilder.startPrefixMapping(nsPrefix, value) \r\n\t\t}\r\n\t}\r\n\tvar i = el.length;\r\n\twhile(i--){\r\n\t\ta = el[i];\r\n\t\tvar prefix = a.prefix;\r\n\t\tif(prefix){//no prefix attribute has no namespace\r\n\t\t\tif(prefix === 'xml'){\r\n\t\t\t\ta.uri = 'http://www.w3.org/XML/1998/namespace';\r\n\t\t\t}if(prefix !== 'xmlns'){\r\n\t\t\t\ta.uri = currentNSMap[prefix || '']\r\n\t\t\t\t\r\n\t\t\t\t//{console.log('###'+a.qName,domBuilder.locator.systemId+'',currentNSMap,a.uri)}\r\n\t\t\t}\r\n\t\t}\r\n\t}\r\n\tvar nsp = tagName.indexOf(':');\r\n\tif(nsp>0){\r\n\t\tprefix = el.prefix = tagName.slice(0,nsp);\r\n\t\tlocalName = el.localName = tagName.slice(nsp+1);\r\n\t}else{\r\n\t\tprefix = null;//important!!\r\n\t\tlocalName = el.localName = tagName;\r\n\t}\r\n\t//no prefix element has default namespace\r\n\tvar ns = el.uri = currentNSMap[prefix || ''];\r\n\tdomBuilder.startElement(ns,localName,tagName,el);\r\n\t//endPrefixMapping and startPrefixMapping have not any help for dom builder\r\n\t//localNSMap = null\r\n\tif(el.closed){\r\n\t\tdomBuilder.endElement(ns,localName,tagName);\r\n\t\tif(localNSMap){\r\n\t\t\tfor(prefix in localNSMap){\r\n\t\t\t\tdomBuilder.endPrefixMapping(prefix) \r\n\t\t\t}\r\n\t\t}\r\n\t}else{\r\n\t\tel.currentNSMap = currentNSMap;\r\n\t\tel.localNSMap = localNSMap;\r\n\t\t//parseStack.push(el);\r\n\t\treturn true;\r\n\t}\r\n}\r\nfunction parseHtmlSpecialContent(source,elStartEnd,tagName,entityReplacer,domBuilder){\r\n\tif(/^(?:script|textarea)$/i.test(tagName)){\r\n\t\tvar elEndStart = source.indexOf('</'+tagName+'>',elStartEnd);\r\n\t\tvar text = source.substring(elStartEnd+1,elEndStart);\r\n\t\tif(/[&<]/.test(text)){\r\n\t\t\tif(/^script$/i.test(tagName)){\r\n\t\t\t\t//if(!/\\]\\]>/.test(text)){\r\n\t\t\t\t\t//lexHandler.startCDATA();\r\n\t\t\t\t\tdomBuilder.characters(text,0,text.length);\r\n\t\t\t\t\t//lexHandler.endCDATA();\r\n\t\t\t\t\treturn elEndStart;\r\n\t\t\t\t//}\r\n\t\t\t}//}else{//text area\r\n\t\t\t\ttext = text.replace(/&#?\\w+;/g,entityReplacer);\r\n\t\t\t\tdomBuilder.characters(text,0,text.length);\r\n\t\t\t\treturn elEndStart;\r\n\t\t\t//}\r\n\t\t\t\r\n\t\t}\r\n\t}\r\n\treturn elStartEnd+1;\r\n}\r\nfunction fixSelfClosed(source,elStartEnd,tagName,closeMap){\r\n\t//if(tagName in closeMap){\r\n\tvar pos = closeMap[tagName];\r\n\tif(pos == null){\r\n\t\t//console.log(tagName)\r\n\t\tpos = source.lastIndexOf('</'+tagName+'>')\r\n\t\tif(pos<elStartEnd){//忘记闭合\r\n\t\t\tpos = source.lastIndexOf('</'+tagName)\r\n\t\t}\r\n\t\tcloseMap[tagName] =pos\r\n\t}\r\n\treturn pos<elStartEnd;\r\n\t//} \r\n}\r\nfunction _copy(source,target){\r\n\tfor(var n in source){target[n] = source[n]}\r\n}\r\nfunction parseDCC(source,start,domBuilder,errorHandler){//sure start with '<!'\r\n\tvar next= source.charAt(start+2)\r\n\tswitch(next){\r\n\tcase '-':\r\n\t\tif(source.charAt(start + 3) === '-'){\r\n\t\t\tvar end = source.indexOf('-->',start+4);\r\n\t\t\t//append comment source.substring(4,end)//<!--\r\n\t\t\tif(end>start){\r\n\t\t\t\tdomBuilder.comment(source,start+4,end-start-4);\r\n\t\t\t\treturn end+3;\r\n\t\t\t}else{\r\n\t\t\t\terrorHandler.error(\"Unclosed comment\");\r\n\t\t\t\treturn -1;\r\n\t\t\t}\r\n\t\t}else{\r\n\t\t\t//error\r\n\t\t\treturn -1;\r\n\t\t}\r\n\tdefault:\r\n\t\tif(source.substr(start+3,6) == 'CDATA['){\r\n\t\t\tvar end = source.indexOf(']]>',start+9);\r\n\t\t\tdomBuilder.startCDATA();\r\n\t\t\tdomBuilder.characters(source,start+9,end-start-9);\r\n\t\t\tdomBuilder.endCDATA() \r\n\t\t\treturn end+3;\r\n\t\t}\r\n\t\t//<!DOCTYPE\r\n\t\t//startDTD(java.lang.String name, java.lang.String publicId, java.lang.String systemId) \r\n\t\tvar matchs = split(source,start);\r\n\t\tvar len = matchs.length;\r\n\t\tif(len>1 && /!doctype/i.test(matchs[0][0])){\r\n\t\t\tvar name = matchs[1][0];\r\n\t\t\tvar pubid = len>3 && /^public$/i.test(matchs[2][0]) && matchs[3][0]\r\n\t\t\tvar sysid = len>4 && matchs[4][0];\r\n\t\t\tvar lastMatch = matchs[len-1]\r\n\t\t\tdomBuilder.startDTD(name,pubid && pubid.replace(/^(['\"])(.*?)\\1$/,'$2'),\r\n\t\t\t\t\tsysid && sysid.replace(/^(['\"])(.*?)\\1$/,'$2'));\r\n\t\t\tdomBuilder.endDTD();\r\n\t\t\t\r\n\t\t\treturn lastMatch.index+lastMatch[0].length\r\n\t\t}\r\n\t}\r\n\treturn -1;\r\n}\r\n\r\n\r\n\r\nfunction parseInstruction(source,start,domBuilder){\r\n\tvar end = source.indexOf('?>',start);\r\n\tif(end){\r\n\t\tvar match = source.substring(start,end).match(/^<\\?(\\S*)\\s*([\\s\\S]*?)\\s*$/);\r\n\t\tif(match){\r\n\t\t\tvar len = match[0].length;\r\n\t\t\tdomBuilder.processingInstruction(match[1], match[2]) ;\r\n\t\t\treturn end+2;\r\n\t\t}else{//error\r\n\t\t\treturn -1;\r\n\t\t}\r\n\t}\r\n\treturn -1;\r\n}\r\n\r\n/**\r\n * @param source\r\n */\r\nfunction ElementAttributes(source){\r\n\t\r\n}\r\nElementAttributes.prototype = {\r\n\tsetTagName:function(tagName){\r\n\t\tif(!tagNamePattern.test(tagName)){\r\n\t\t\tthrow new Error('invalid tagName:'+tagName)\r\n\t\t}\r\n\t\tthis.tagName = tagName\r\n\t},\r\n\tadd:function(qName,value,offset){\r\n\t\tif(!tagNamePattern.test(qName)){\r\n\t\t\tthrow new Error('invalid attribute:'+qName)\r\n\t\t}\r\n\t\tthis[this.length++] = {qName:qName,value:value,offset:offset}\r\n\t},\r\n\tlength:0,\r\n\tgetLocalName:function(i){return this[i].localName},\r\n\tgetLocator:function(i){return this[i].locator},\r\n\tgetQName:function(i){return this[i].qName},\r\n\tgetURI:function(i){return this[i].uri},\r\n\tgetValue:function(i){return this[i].value}\r\n//\t,getIndex:function(uri, localName)){\r\n//\t\tif(localName){\r\n//\t\t\t\r\n//\t\t}else{\r\n//\t\t\tvar qName = uri\r\n//\t\t}\r\n//\t},\r\n//\tgetValue:function(){return this.getValue(this.getIndex.apply(this,arguments))},\r\n//\tgetType:function(uri,localName){}\r\n//\tgetType:function(i){},\r\n}\r\n\r\n\r\n\r\n\r\nfunction _set_proto_(thiz,parent){\r\n\tthiz.__proto__ = parent;\r\n\treturn thiz;\r\n}\r\nif(!(_set_proto_({},_set_proto_.prototype) instanceof _set_proto_)){\r\n\t_set_proto_ = function(thiz,parent){\r\n\t\tfunction p(){};\r\n\t\tp.prototype = parent;\r\n\t\tp = new p();\r\n\t\tfor(parent in thiz){\r\n\t\t\tp[parent] = thiz[parent];\r\n\t\t}\r\n\t\treturn p;\r\n\t}\r\n}\r\n\r\nfunction split(source,start){\r\n\tvar match;\r\n\tvar buf = [];\r\n\tvar reg = /'[^']+'|\"[^\"]+\"|[^\\s<>\\/=]+=?|(\\/?\\s*>|<)/g;\r\n\treg.lastIndex = start;\r\n\treg.exec(source);//skip <\r\n\twhile(match = reg.exec(source)){\r\n\t\tbuf.push(match);\r\n\t\tif(match[1])return buf;\r\n\t}\r\n}\r\n\r\nexports.XMLReader = XMLReader;\r\n\r\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xmldom/sax",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xmldom/license": {
"text": "You can choose any one of those:\n\nThe MIT License (MIT):\n\nlink:http://opensource.org/licenses/MIT\n\nLGPL:\nhttp://www.gnu.org/licenses/lgpl.html\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/xmldom/license"
},
"$:/plugins/tiddlywiki/xmldom/readme": {
"title": "$:/plugins/tiddlywiki/xmldom/readme",
"text": "This plugin packages [[xmldom|https://github.com/jindw/xmldom]] for use by other plugins. It does not provide any end-user visible features.\n"
}
}
}
$:/core/ui/ImportPreviews/Text
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/editFilters
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/default
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/themes/tiddlywiki/vanilla/themetweaks
$:/core/ui/ControlPanel/Basics
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/core/ui/TiddlerInfo/Tools
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/core/ui/ControlPanel/Settings/TiddlyWiki
$:/core/ui/ControlPanel/Plugins/Installed/Themes
$:/core/ui/MoreSideBar/Plugins/Languages
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/core/ui/ControlPanel/Plugins
$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/core/ui/TiddlerInfo/Fields
$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft
$:/core/ui/MoreSideBar/Explorer
$:/plugins/felixhayashi/tiddlymap/hook/editor
$:/state/tab-1749438307 $:/state/tab/sidebar--595412856
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
},
"$:/info/url/full": {
"title": "$:/info/url/full",
"text": "https://fanlongyi.github.io/xinxiguanlixuejichu/"
},
"$:/info/url/host": {
"title": "$:/info/url/host",
"text": "fanlongyi.github.io"
},
"$:/info/url/hostname": {
"title": "$:/info/url/hostname",
"text": "fanlongyi.github.io"
},
"$:/info/url/protocol": {
"title": "$:/info/url/protocol",
"text": "https:"
},
"$:/info/url/port": {
"title": "$:/info/url/port",
"text": ""
},
"$:/info/url/pathname": {
"title": "$:/info/url/pathname",
"text": "/xinxiguanlixuejichu/"
},
"$:/info/url/search": {
"title": "$:/info/url/search",
"text": ""
},
"$:/info/url/origin": {
"title": "$:/info/url/origin",
"text": "https://fanlongyi.github.io"
},
"$:/info/browser/screen/width": {
"title": "$:/info/browser/screen/width",
"text": "1366"
},
"$:/info/browser/screen/height": {
"title": "$:/info/browser/screen/height",
"text": "768"
},
"$:/info/browser/language": {
"title": "$:/info/browser/language",
"text": "zh-CN"
},
"$:/info/browser/name": {
"title": "$:/info/browser/name",
"text": "Chrome"
},
"$:/info/browser/version": {
"title": "$:/info/browser/version",
"text": "63.0"
},
"$:/info/browser/is/webkit": {
"title": "$:/info/browser/is/webkit",
"text": "yes"
},
"$:/info/browser/is/gecko": {
"title": "$:/info/browser/is/gecko",
"text": "no"
},
"$:/info/browser/is/chrome": {
"title": "$:/info/browser/is/chrome",
"text": "yes"
},
"$:/info/browser/is/firefox": {
"title": "$:/info/browser/is/firefox",
"text": "no"
},
"$:/info/browser/is/ios": {
"title": "$:/info/browser/is/ios",
"text": "no"
},
"$:/info/browser/is/iphone": {
"title": "$:/info/browser/is/iphone",
"text": "no"
},
"$:/info/browser/is/ipad": {
"title": "$:/info/browser/is/ipad",
"text": "no"
},
"$:/info/browser/is/ipod": {
"title": "$:/info/browser/is/ipod",
"text": "no"
},
"$:/info/browser/is/opera": {
"title": "$:/info/browser/is/opera",
"text": "no"
},
"$:/info/browser/is/phantomjs": {
"title": "$:/info/browser/is/phantomjs",
"text": "no"
},
"$:/info/browser/is/safari": {
"title": "$:/info/browser/is/safari",
"text": "no"
},
"$:/info/browser/is/seamonkey": {
"title": "$:/info/browser/is/seamonkey",
"text": "no"
},
"$:/info/browser/is/blackberry": {
"title": "$:/info/browser/is/blackberry",
"text": "no"
},
"$:/info/browser/is/webos": {
"title": "$:/info/browser/is/webos",
"text": "no"
},
"$:/info/browser/is/silk": {
"title": "$:/info/browser/is/silk",
"text": "no"
},
"$:/info/browser/is/bada": {
"title": "$:/info/browser/is/bada",
"text": "no"
},
"$:/info/browser/is/tizen": {
"title": "$:/info/browser/is/tizen",
"text": "no"
},
"$:/info/browser/is/sailfish": {
"title": "$:/info/browser/is/sailfish",
"text": "no"
},
"$:/info/browser/is/android": {
"title": "$:/info/browser/is/android",
"text": "no"
},
"$:/info/browser/is/windowsphone": {
"title": "$:/info/browser/is/windowsphone",
"text": "no"
},
"$:/info/browser/is/firefoxos": {
"title": "$:/info/browser/is/firefoxos",
"text": "no"
}
}
}
$:/themes/tiddlywiki/heavier
{
"tiddlers": {
"$:/themes/tiddlywiki/centralised/styles.tid": {
"title": "$:/themes/tiddlywiki/centralised/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\thtml .tc-page-container {\n\t\ttext-align: center;\n\t}\n\n\thtml .tc-story-river {\n\t\tposition: relative;\n\t\twidth: 770px;\n\t\tpadding: 42px;\n\t\tmargin: 0 auto;\n\t\ttext-align: left;\n\t}\n\n\thtml .tc-sidebar-scrollable {\n\t\ttext-align: left;\n\t\tleft: 50%;\n\t\tright: 0;\n\t\tmargin-left: 343px;\n\t}\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/heavier/base": {
"title": "$:/themes/tiddlywiki/heavier/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\nhtml body strong,\nhtml body button.tc-tiddlylink,\nhtml body a.tc-tiddlylink,\nhtml body a.tc-tiddlylink-shadow,\nhtml body .tc-menu-list-count {\n\tfont-weight: 700;\n}\n\nhtml body h1,\nhtml body h2,\nhtml body h3,\nhtml body h4,\nhtml body h5,\nhtml body h6,\nhtml body a.tc-tiddlylink-shadow.tc-tiddlylink-resolves,\nhtml body button.tc-tag-label,\nhtml body span.tc-tag-label,\nhtml body .tc-sidebar-header .tc-title a.tc-tiddlylink-resolves,\nhtml body .tc-site-title,\nhtml body .tc-titlebar,\nhtml body .tc-subtitle,\nhtml body .tc-tiddler-missing .tc-title,\nhtml body .tc-tab-buttons button,\nhtml body .tc-tiddler-frame .tc-tiddler-body {\n\tfont-weight: 500;\n}\n\nhtml body .tc-view-field-name {\n\tfont-weight: 400;\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/readonly/styles.tid": {
"title": "$:/themes/tiddlywiki/readonly/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define button-selector(title)\nbutton.$title$, .tc-drop-down button.$title$, div.$title$\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fclone>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fdelete>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fedit>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fnew-here>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fnew-journal-here>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fimport>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fmanager>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fnew-image>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fnew-journal>>,\n<<button-selector tc-btn-\\%24\\%3A\\%2Fcore\\%2Fui\\%2FButtons\\%2Fnew-tiddler>> {\n\tdisplay: none;\n}"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/seamless/base": {
"title": "$:/themes/tiddlywiki/seamless/base",
"tags": "[[$:/tags/Stylesheet]]",
"list-after": "$:/themes/tiddlywiki/vanilla/base",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/*\nRules copied from Snow White\n*/\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected svg {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t<<filter \"blur(4px)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n/*\nSeamless modifications\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t/* Drop the tiddler frame padding */\n\tbody.tc-body .tc-tiddler-frame {\n\t\tpadding: 0;\n\t}\n\n\t/* Move the sidebar up so that the title lines up */\n\tbody.tc-body .tc-sidebar-scrollable {\n\t\tpadding: 43px 0 28px 42px;\n\t}\n\n\t/* Stop the tiddler info panel from bleeding into the tiddler frame padding */\n\tbody.tc-body .tc-tiddler-info {\n\t\tmargin: 0;\n\t}\n\n\t/* Stop message boxes from bleeding into the tiddler frame padding */\n\tbody.tc-body .tc-message-box {\n\t\tmargin: 21px 0 21px 0;\n\t}\n\n}\n\n/* Use the tiddler background colour for the page background */\nhtml body.tc-body {\n\tbackground-color: <<colour background>>;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour background>>;\n}\n\n/* Adjust the colour of the page controls */\nbody.tc-body .tc-page-controls svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n/* Adjust the colour of the sidebar selected tabs */\nbody.tc-body .tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour background>>;\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ntextarea.tc-edit-texteditor {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/starlight/arvo.woff": {
"title": "$:/themes/tiddlywiki/starlight/arvo.woff",
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",
"type": "image/jpeg"
},
"$:/themes/tiddlywiki/starlight/styles.tid": {
"title": "$:/themes/tiddlywiki/starlight/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/*\nPlaceholder for a more thorough refinement of Snow White\n*/\n\n@font-face {\n font-family: \"Arvo\";\n font-style: normal;\n font-weight: 400;\n src: local(\"Arvo\"), url(<<datauri \"$:/themes/tiddlywiki/starlight/arvo.woff\">>) format(\"woff\");\n}\n\nhtml body, .tc-sidebar-scrollable-backdrop {\n\tfont-family: \"Arvo\", \"Times\";\n background: url(<<datauri \"$:/themes/tiddlywiki/starlight/ltbg.jpg\">>);\n}\n\n.tc-page-controls svg {\n <<filter \"drop-shadow(1px 1px 2px rgba(255,255,255,0.9))\">>\n}\n"
},
"$:/themes/tiddlywiki/starlight/themetweaks": {
"title": "$:/themes/tiddlywiki/starlight/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "Star Tweaks",
"text": "Demo of a control panel tab dynamically loaded with a theme.\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/tight/base": {
"title": "$:/themes/tiddlywiki/tight/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\thtml body.tc-body {\n\t\tfont-size: 13px;\n\t\tline-height: 16px;\n\t}\n\n\thtml body.tc-body h1,\n\thtml body.tc-body h2,\n\thtml body.tc-body h3,\n\thtml body.tc-body h4,\n\thtml body.tc-body p {\n\t\tmargin-top: 0.3em;\n\t\tmargin-bottom: 0.3em;\n\t}\n\n\thtml body.tc-body code {\n\t\tfont-size: 0.8em;\n\t}\n\n\thtml body.tc-body section.tc-story-river {\n\t\tpadding: 0px;\n\t}\n\n\thtml body.tc-body div.tc-tiddler-frame {\n\t\tpadding: 12px;\n\t}\n\n\thtml body.tc-body div.tc-sidebar-scrollable {\n\t\tpadding: 12px 0 12px 12px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-subtitle {\n\t\tfont-size: 0.7em;\n\t\tfont-weight: 700;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tags-wrapper {\n\t\tmargin: 0;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame button.tc-tag-label,\n\thtml body.tc-body .tc-tiddler-frame span.tc-tag-label {\n\t\tfont-size: 0.8em;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h1 {\n\t\tfont-size: 1.5em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h2 {\n\t\tfont-size: 1.3em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h3 {\n\t\tfont-size: 1.2em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h4 {\n\t\tfont-size: 1.1em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-improvement-banner {\n\t\tmargin-right: -15px;\n\t\tmargin-left: -10px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-info {\n\t margin: 0 -13px 0 -13px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-fold-banner {\n\t width: 13px;\n\t margin-left: -15px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-unfold-banner {\n\t margin-left: -13px;\n\t margin-top: -4px;\n\t}\n\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/tight-heavier/base": {
"title": "$:/themes/tiddlywiki/tight-heavier/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n`\"`<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>`\"`\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n`\"`<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>`\"`\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\n<<if-background-attachment \"\"\"\n\nbody.tc-body {\n background-color: transparent;\n}\n\n\"\"\">>\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n left: -50px;\n top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n right: -80px;\n bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\nbutton, textarea, input, select {\n\toutline-color: <<colour primary>>;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\ninput[type=\"checkbox\"] {\n vertical-align: middle;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: 500;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n.tc-sidebar-tab-open .tc-droppable-placeholder, .tc-tagged-draggable-list .tc-droppable-placeholder,\n.tc-links-draggable-list .tc-droppable-placeholder {\n\tline-height: 2em;\n\theight: 2em;\n}\n\n.tc-sidebar-tab-open-item {\n\tposition: relative;\n}\n\n.tc-sidebar-tab-open .tc-btn-invisible.tc-btn-mini svg {\n\tfont-size: 0.7em;\n\tfill: <<colour muted-foreground>>;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n \tcursor: pointer;\n\tcolor: <<colour foreground>>;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n/* used for documentation \"fake\" buttons */\n.tc-btn-standard {\n\tline-height: 1.8;\n\tcolor: #667;\n\tbackground-color: #e0e0e0;\n\tborder: 1px solid #888;\n\tpadding: 2px 1px 2px 1px;\n\tmargin: 1px 4px 1px 4px;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tborder-radius: 2px;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-primary-btn {\n \tbackground: <<colour primary>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-sidebar-scrollable .tc-tag-label {\n\ttext-shadow: none;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tvertical-align: text-bottom;\n}\n\n.tc-edit-tags button.tc-remove-tag-button svg {\n\tfont-size: 0.7em;\n\tvertical-align: middle;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\nbutton.tc-btn-invisible.tc-remove-tag-button {\n\toutline: none;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls .tc-drop-down {\n font-size: 1rem;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button,\n.tc-tiddler-controls > span > span > button,\n.tc-tiddler-controls > span > span > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n height: 1.2em;\n width: 1.2em;\n margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tcolor: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n width: auto;\n margin-bottom: 0px;\n border-bottom-left-radius: 0;\n border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n\tborder-bottom-left-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n\tborder-top-right-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n word-break: break-word;\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n display: block;\n width: 100%;\n text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n flex: 1 0;\n background: <<colour tiddler-editor-background>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n flex: 3 1;\n border-left: 0.5em solid <<colour muted-foreground>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Floating drafts list\n*/\n\n.tc-drafts-list {\n\tz-index: 2000;\n\tposition: fixed;\n\tfont-size: 0.8em;\n\tleft: 0;\n\tbottom: 0;\n}\n\n.tc-drafts-list a {\n\tmargin: 0 0.5em;\n\tpadding: 4px 4px;\n\tborder-top-left-radius: 4px;\n\tborder-top-right-radius: 4px;\n\tborder: 1px solid <<colour background>>;\n\tborder-bottom-none;\n\tbackground: <<colour dirty-indicator>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a:hover {\n\ttext-decoration: none;\n\tbackground: <<colour foreground>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a svg {\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: text-bottom;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n.tc-check-list {\n\tline-height: 2em;\n}\n\n.tc-check-list .tc-image-button {\n\theight: 1.5em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder-right: 1px solid <<colour table-header-background>>;\n\tborder-left: 1px solid <<colour table-header-background>>;\n}\n\n\n.tc-chooser-item {\n\tborder-bottom: 1px solid <<colour table-header-background>>;\n\tborder-top: 1px solid <<colour table-header-background>>;\n\tpadding: 2px 4px 2px 14px;\n}\n\n.tc-drop-down .tc-chooser-item {\n\tpadding: 2px;\n}\n\n.tc-chosen,\n.tc-chooser-item:hover {\n\tbackground-color: <<colour table-header-background>>;\n\tborder-color: <<colour table-footer-background>>;\n}\n\n.tc-chosen .tc-tiddlylink {\n\tcursor:default;\n}\n\n.tc-chooser-item .tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tbackground-color: transparent;\n}\n\n.tc-chooser-item:hover .tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-chosen .tc-tiddlylink,\n.tc-drop-down .tc-chooser-item .tc-tiddlylink:hover {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-chosen > .tc-tiddlylink:before {\n\tmargin-left: -10px;\n\tposition: relative;\n\tcontent: \"» \";\n}\n\n.tc-chooser-item svg,\n.tc-chooser-item img{\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: middle;\n}\n\n.tc-language-chooser .tc-image-button img {\n\twidth: 2em;\n\tvertical-align: -0.15em;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\ninput.tc-palette-manager-colour-input {\n\twidth: 100%;\n\tpadding: 0;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Diffs\n*/\n\n.tc-diff-equal {\n\tbackground-color: <<colour diff-equal-background>>;\n\tcolor: <<colour diff-equal-foreground>>;\n}\n\n.tc-diff-insert {\n\tbackground-color: <<colour diff-insert-background>>;\n\tcolor: <<colour diff-insert-foreground>>;\n}\n\n.tc-diff-delete {\n\tbackground-color: <<colour diff-delete-background>>;\n\tcolor: <<colour diff-delete-foreground>>;\n}\n\n.tc-diff-invisible {\n\tbackground-color: <<colour diff-invisible-background>>;\n\tcolor: <<colour diff-invisible-foreground>>;\n}\n\n.tc-diff-tiddlers th {\n\ttext-align: right;\n\tbackground: <<colour background>>;\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n.tc-diff-tiddlers pre {\n margin: 0;\n padding: 0;\n border: none;\n background: none;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n\n/*\n** Tree macro\n*/\n\n.tc-tree div {\n \tpadding-left: 14px;\n}\n\n.tc-tree ol {\n \tlist-style-type: none;\n \tpadding-left: 0;\n \tmargin-top: 0;\n}\n\n.tc-tree ol ol {\n \tpadding-left: 1em; \n}\n\n.tc-tree button { \n \tcolor: #acacac;\n}\n\n.tc-tree svg {\n \tfill: #acacac;\n}\n\n.tc-tree span svg {\n \twidth: 1em;\n \theight: 1em;\n \tvertical-align: baseline;\n}\n\n.tc-tree li span {\n \tcolor: lightgray;\n}\n\nselect {\n color: <<colour select-tag-foreground>>;\n background: <<colour select-tag-background>>;\n}\n\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/options/codewrapping": {
"title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
"text": "pre-wrap"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "-apple-system, BlinkMacSystemFont, \"Segoe UI\", Helvetica, Arial, sans-serif, \"Apple Color Emoji\", \"Segoe UI Emoji\", \"Segoe UI Symbol\""
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "\"SFMono-Regular\",Consolas,\"Liberation Mono\",Menlo,Courier,monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n\n``\n<$list filter=\"[range[100]]\">\n`.tc-story-river .tc-tiddler-frame:nth-child(100n+`<$text text=<<currentTiddler>>/>`) {\nz-index: `<$text text={{{ [[200]subtract<currentTiddler>] }}}/>`;\n}\n`\n</$list>\n</$reveal>\n"
}
}
}
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DIKW体系将数据、信息、知识、智慧纳入到一种金字塔形的层次体系，每一层比下一层都赋予的一些特质。原始观察及量度获得了数据、分析数据间的关系获得了信息。在行动上应用信息产生了知识。智慧关心未来，它含有暗示及滞后影响的意味。
数据是记录下来可以被鉴别的符号。它是最原始的素材（如数字、文字、图像、符号等），未被加工解释，没有回答特定的问题，没有任何意义。
信息是已经被处理、具有逻辑关系的数据。它是对数据的解释，使得数据具有意义。信息可以对某些简单的问题给予解答，譬如：谁？什么？哪里？什么时候？
知识是从相关信息中过滤、提炼及加工而得到的有用资料。它不是信息的简单累加，往往还需要加入基于以往的经验所作的判断。因此，知识可以解决较为复杂的问题，可以回答“如何？”的问题，能够积极地指导任务的执行和管理，进行决策和解决问题。特殊背景/语境下，知识将数据与信息、信息与信息在行动中的应用之间建立有意义的联系，它体现了信息的本质、原则和经验。此外，知识基于推理和分析，还可能产生新的知识。
智慧，是人类所表现出来的一种独有的能力，主要表现为收集、加工、应用、传播知识的能力，以及对事物发展的前瞻性看法。在知识的基础之上，通过经验、阅历、见识的累积，而形成的对事物的深刻认识、远见，体现为一种卓越的判断力。
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P.S.：数据、信息、知识依赖于语境、依赖于接收者本身，三者之间的区别并非泾渭分明。某个经过加工的数据对某个人来说是信息，而对另外一个人来说则可能是数据；一个系统或一次处理所输出的信息，可能是另一个系统或另一次处理的原始数据。同时，在某个语境下是知识的内容，在另外的语境中，可能就是信息，甚至是无意义的数据。因此，在进行数据、信息与知识的研究与应用时，要与特定语境（即人、任务等）进行结合才有意义。
''KJ法''是日本川喜田二郎提出的一种质量管理工具。这一方法是从错综复杂的现象中，用一定的方式来整理思路、抓住思想实质、找出解决问题新途径的方法。KJ法不同于统计方法。统计方法强调一切用数据说话，而KJ法则主要用事实说话，靠"灵感"发现新思想、解决新问题。
''概念''
KJ法又称A型图解法、亲和图法（Affinity Diagram）。KJ法是将未知的问题、未曾接触过领域的问题的相关事实、意见或设想之类的语言文字资料收集起来，并利用其内在的相互关系作成归类合并图，以便从复杂的现象中整理出思路，抓住实质，找出解决问题的途径的一种方法。
KJ法所用的工具是A型图解。而A型图解就是把收集到的某一特定主题的大量事实、意见或构思语言资料，根据它们相互间的关系分类综合的一种方法。
把人们的不同意见、想法和经验，不加取舍与选择地统统收集起来，并利用这些资料间的相互关系予以归类整理，有利于打破现状，进行创造性思维，从而采取协同行动，求得问题的解决。
''起源''
KJ法的创始人是东京工人教授、人文学家川喜田二郎，KJ是他的姓名的英文缩写。
川喜田二郎在多年的野外考察中总结出一套科学发现的方法，即把乍看上去根本不想收集的大量事实如实地捕捉下来，通过对这些事实进行有机的组合和归纳，发现问题的全貌，建立假说或创立新学说。后来他把这套方法与头脑风暴法相结合，发展成包括提出设想和整理设想两种功能的方法。这就是KJ法。
这一方法自1964年发表以来，作为一种有效的创造技法很快得以推广，成为日本最流行的一种方法。KJ法的主要特点是在比较分类的基础上由综合求创新。在对卡片进行综合整理时，既可由个人进行，也可以集体讨论。
''原理''
结合脑力激荡（即头脑风暴法，比喻思维高度活跃，打破常规的思维方式而产生大量创造性设想的状况）、分类法、归纳法。
''情况''
问题复杂，起初情况混淆不清，牵涉部门众多，检讨起来各说各话时特别适用。可以认识新事物（新问题、新办法）；整理归纳思想；从现实出发，采取措施，打破现状；提出新理论，进行根本改造，“脱胎换骨”；促进协调，统一思想；贯彻上级方针，使上级的方针变成下属的主动行为。
''比较''
[img[3.jpg]]
KJ法
''范围''
1.常用于以下生产管理活动中：
①迅速掌握未知领域的实际情况，找出解决问题的途径。
②对于难以理出头绪的事情进行归纳整理，提出明确的方针和见解。
③通过管理者和员工的一起讨论和研究，有效地贯彻和落实企业的方针政策。
④成员间互相启发，相互了解，促进了为共同的目的的有效合作。
2.在全面质量管理活动中，KJ法是寻找质量问题的重要工具：
①制订推行全面质量管理的方针和目标。
②制订发展新产品的方针、目标和计划。
③用于产品市场和用户的质量调查。
④促进质量管理小组活动的开展。
⑤协调各部门的意见，共同推进全面质量管理。
⑥调查协作厂的质量保证活动状况。
''工作''
[img[4.jpg]]
（图）头脑风暴法
1.确定对象（或用途）。KJ法适用于解决那种非解决不可，且又允许用一定时间去解决的问题。对于要求迅速解决、“急于求成”的问题，不宜用KJ法。
2.收集语言、文字资料。收集时，要尊重事实，找出原始思想（“活思想”、“思想火花”）。
收集这种资料的方法有三种：
①直接观察法，即到现场去看、听、摸，吸取感性认识，从中得到某种启发，立即记下来。
②面谈阅览法，即通过与有关人谈话、开会、访问，查阅文献、集体BS法(Brain Storming“头脑风暴”法)来收集资料。
③个人思考法（个人BS法），即通过个人自我回忆，总结经验来获得资料。通常，应根据不同的使用目的对以上收集资料的方法进行适当选择。
3.把所有收集到的资料，包括“思想火花”，都写成卡片。
4.整理卡片。对于这些杂乱无章的卡片，不是按照已有的理论和分类方法来整理，而是把自己感到相似的归并在一起，逐步整理出新的思路来。
5.把同类的卡片集中起来，并写出分类卡片。
6.根据不同的目的，选用上述资料片段，整理出思路，写出文章来。
''实施''
1.准备：主持人和与会者4～7人。准备好黑板、粉笔、卡片、大张白纸、文具。
2.头脑风暴法会议：主持人请与会者提出30－50条设想，将设想依次写到黑板上。
3.制做卡片：主持人同与会者商量，将提出的设想概括2－3行的短句，写到卡片上。每人写一套。这些卡片称为“基础卡片”。
4.分成小组：让与会者按自己的思路各自进行卡片分组，把内容在某点上相同的卡片归在一起，并加一个适当的标题，用绿色笔写在一张卡片上，称为“小组标题卡”。不能归类的卡片，每张自成一组。
5.并成中组：将每个人所写的小组标题卡和自成一组的卡片都放在一起。经与会者共同讨论，将内容相似的小组卡片归在一起，再给一个适当标题，用黄色笔写在一张卡片上，称为“中组标题卡”。不能归类的自成一组。
6.归成大组：经讨论再把中组标题卡和自成一组的卡片中内容相似的归纳成大组，加一个适当的标题，用红色笔写在一张卡片上，称为“大组标题卡”。
7.编排卡片：将所有分门别类的卡片，以其隶属关系，按适当的空间位置贴到事先准备好的大纸上，并用线条把彼此有联系的连结起来。如编排后发现不了有何联系，可以重新分组和排列，直到找到联系。
8.确定方案：将卡片分类后，就能分别地暗示出解决问题的方案或显示出最佳设想。经会上讨论或会后专家评判确定方案或最佳设想。
''流程''
1.组织团队：将问题可能涉及的相关部门人员组织起来，少则可以是3－5人，多则数十人。意见特别强烈的人不能被摒除在外，平时不讲话的人，只要工作相关便需邀请参加。
2.建立共识：运用团队技巧，让团体成员降低压力，建立整体共存共荣的一体感，避开针对个人与部门的攻击，减轻防卫性的心理状态。研讨会不要在公司里，封闭式效果更好，座位的安排不要依照组织位阶，围成圆圈或马蹄型较佳。
3.定义挑战：清楚提出挑战，并指出期望的结果。例如∶公司已经投入3亿开发高新科技项目，至今尚无成果，我们的目标是找出问题的关键，并决定是否继续投入资金，如果要继续投入，未来该如何控制本项目，并如何确保成果。
[img[5.jpg]]
（图）头脑风暴法流程
4.展开脑力激荡：人数如果在12人以下，可以集体操作，如果在12人以上，最好分成几个小组，每组约4－8人，将同部门的人，分散在不同的小组，以便能互相交流。此阶段主要将所有问题现象详细列出，并将问题写在N次贴的贴纸上，每张贴纸只写一个问题，时间约为30－90分钟。如果问题太多，可以延长时间，但中间需要休息。
5.汇集问题：脑力激荡结束，集合各小组成员，由各小组轮流上台发表脑力激荡结果，并将N次贴一一贴在事先准备好的大海报纸上，如果有相同点，便将该问题贴在一起，当全部发表完后，所有可能的问题已经全部呈现在大家眼前。一般问题会在数十个左右，特别复杂的情况可能多达几百个。
6.分类整理－此时由主持人引导大家将问题分成几个大类，分类完成后，经过检查一遍，便形成几大类的问题了。
7.排出顺序－将每一大类的问题，根据其严重性排列顺序，如果问题甚多，可以分成A、B、C三组，A组是最重要的，B组是一般重要，C组是次要的。
8.责任划分－将各类问题牵涉的部门，以矩阵图的方式列出，并标示出主要负责部门与参与解决部门。
9.构思方案－由主要负责部门带头，举办小型研讨会，并提出建议方案，经由决策小组同意后，形成决策，同时交付执行。
10.效果确认与跟进－根据执行计划，定期与不定期的检讨成果与进度，并做适当的调整与修正，直到问题解决完毕。
11.标准化－如果此问题将来还会遇到，必需将此次的经验，变成标准化的流程，并将相关的资料形成书面化，以利未来的参考，不仅能节省时间与成本，更能促成组织的学习能力，这也是未来组织的重要核心能力－知识管理的能力。如果公司有内联网，应该将此信息公布于网上，以便将此经验转化为全公司的技能。
''用途''
1.用于认识事实
在未知和无经验的情况下，事物色杂乱无章的，必须弄清每一个有关的事实，冷静分析掌握的实际资料，决不可从既定的概念和假设出发看问题。关键在于掌握事实，力戒在事实中掺杂进主观的意见、想法或想象之类的东西。深入现场，亲眼看，亲耳听，亲身体验观察，这些做法是掌握事实的最好方法。在把握观察到的事实整理成语言文字资料时，应避免抽象化、要尽量具体。如诺抽象化则免不了要进行思考和判断，这样一来资料可能夹杂着整理者的主观意志。
2.用于形成构思
这里所指的是零出发来总结自己的看法。在这种情况下，即需要很好地掌握事实，又需要认真的思考。不仅事实的资料，连意见、想法等的资料也要收集。在整理这些资料作图时，事实与想法可以混合使用；但在资料收集阶段，哪些是事实，哪些是想法必须予以明确。最后对所有的资料用A型图解法去归纳。
3.用于打破现状
这种情况与用于形成构思相同，前者是从一无所有的状态出发，后者是从打破现状出发。只有冲破旧的体系，才能摆脱思想上的杂乱状态，进行再一次构思。打破现状即是打破旧有概念。要做到这一点，对于没有经验者，应加强对事实的反复认识，尽量收集不同的意见；不要轻易放弃已有的想法，而应加以分解，使之资料化。
4.用于彻底更新
在学习和仿效前人构成的思想体系的基础上来归纳自己的思想体系和理论体系。阅读前人的著作和文献，融合贯通后用KJ法归纳出新的观念，形成自己独立的观念。
5.用于筹划组织工作
单纯把各方面的人员集中还不能解决问题，必须使他们相互了解，按照KJ法向其他成员说明，以达到相互理解，促进工作的目的。
6.用于彻底贯彻方针
领导者要使自己的观点和方针得到贯彻，可以根据讨论所得到的语言资料做出归类合并图，以口头发表形式向下级传达自己的方针，并可反复进行，以达到彻底贯彻的目的。
''评价''
优点：解决问题过程可以促进团队学习，开拓视野，突破部门藩篱，并获得整体的观点，有助于减轻内部矛盾，并将精力集中于解决问题，而不是内部耗损。
困难：需要较有经验的主管引导，才能有效的促成坦诚与开放的态度，并在分类与归纳过程，能形成合理的答案。
//''Mendeley的使用评价：''//
''优点如下：''
1.快速开始建立文献库。支持直接拖拽pdf文件进软件，自动读取引文信息，同时链接pdf文件。
2.用户体验好。内置PDF阅读器，从文献管理到阅读pdf文件之间的等待时间大大缩短。
3.可在线同步pdf文件到云端个人数据库，在哪台电脑上都能读paper。它还有IPAD客户端。
4.可创建群，群成员每人都能上传文件，共享文献的注释和笔记。大大满足了相同研究方向的同学们进行文献共享和学术交流的需要。
5.界面漂亮清爽。（不知为何我超萌它的logo！每次启动前都欣赏好一阵子！）
6.绿色轻量，Office的引用插件可以另行安装。便于你先行体验其文献管理功能。
7.标签(TAG)很好用，我都用这个方法快速查找文件。
此外Endnote有的功能Mendeley都有。也可以很简便地把已有的Endnote文献库导出。
''缺点有：''
1.各大文献数据库不提供针对mendeley的引用导出，下不到pdf又需要加进资料库的文章就麻烦了。不过据我尝试，google scholar可以在偏好设置里选择“导入BibTeX”，下载txt文件，然后去mendeley手动添加进去。
2.中文文章的兼容性还较差，中文的pdf基本无法正确识别引文信息。
之前用acrobat在pdf添加的注释和批注，在mendeley就读不出来了。
3.内置pdf阅读器的文本选择工具经常失灵，或者乱选，或者选不出来。这问题往往会在pdf4.文件有水印或者排版乱七八糟的时候出现。不知道大家有没有遇到过。
''另外：''
1. 注意到Mendeley的框选注释可以不受文本影响。
2. 关于论文信息，Mendeley支持直接导入这些信息——比如你说得bibtex，可以直接用Mendeley打开，形成条目，不用手动逐条输入。
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
[img[七星关区.jpg]]<br/>
七星关区是贵州省毕节市辖区，毕节市的政治、经济、文化中心、交通运输物流中心，川滇黔渝结合部区域性中心城市，西南地区重要的综合交通枢纽、物资集散地和商贸物流中心，国家重要的新型工业、特色农业和旅游业基地。地处乌蒙腹地。位于贵州省西北部，东经104°51′-105°55′，北纬27°3′-27°46′。西接云南，北毗四川。总面积3412.2平方千米。历史悠久厚重。文化多姿多彩。钟灵毓秀，人杰地灵。气候宜人。山水园林宜居宜业宜游之城。投资人的梦想轴心。
七星关区因贵州历史名关七星关而得名，建置沿革源远流长。七星关区毕节之名，始于元代，历史上曾是历代郡、府、路、司、卫、道、署所在地。地势西高东低，自然景观神奇秀丽。年均气温12.8℃，冬无严寒，夏无酷暑，森林覆盖率达56.2%（截至2018），大气质量达到国家二级标准，生活饮用水达到国家规定的GB/T5750-2005标准，是"中国避暑名城"、"中国最佳绿色宜居城市"、"贵州长寿之乡"。矿产资源藏量丰富，旅游资源和生物资源独具特色。交通四通八达。飞雄机场通航，厦蓉、杭瑞、毕威、毕镇高速纵横交错，并与成贵快铁、隆黄铁路织网穿境。享有"中国最佳投资城市之誉"。历史遗迹丛丛。七星关是"三省红都"，革命纪念地有红军二、六军团长征到毕节时创建的"中华苏维埃人民共和国川滇革命委员会"，"贵州省抗日救国军司令部"等革命遗址。古迹有旧石器时代遗址、新石器时代遗址、明清时代的摩崖、苗族农民起义的古战场遗址等。
''信息栈：''信息栈是从S向R流动过程中所经过的环节。它必须是人或人工系统，如出版机构、信息机构、广播系统、图书馆等，其功能是接收、处理、存贮和传递信息。（S——R直接交流）
''根据信息栈的功能特征分为时间栈和空间栈：''
时间栈主要实现信息的时间传递，有档案馆、博物馆、图书馆、美术馆、文献中心等。
空间栈主要实现信息的远距离传递，有新闻、报纸、互联网、邮政系统、广播电视等
''大学中遇到的的信息栈：''
''时间栈：''图书馆、档案馆等；
''空间栈：''新闻、互联网、报纸、广播电视系统等。
[img[八堡苗家水花酒.jpeg]]<br/>
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[img[八堡苗家水花酒1.jpeg]]<br/>
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八堡苗家水花酒是贵州省毕节市大方县八堡乡的特产。八堡苗家水花酒是苗家人世世代代留传下来适合一年四季饮用的民族工艺酒饮品、也是苗家人专门接待客人所用的酒。苗家人每年农历九月或十冬腊月用糯米酿制而成。酒色成金黄色半透明体，泛着嫩绿色，酽得粘手。
贵州省大方县八堡乡位于黔西北，青龙、油沙、沙龙三条山脉从南北并行，八堡地势高峻，山脉气势磅礴，海马箐、火烧箐高耸云端，呈东西窄而南北长之势，气候四季分明，有凉爽而多雨的夏天，也有寒冷而冰天雪地的冬天。八堡乡位于大方县城北约65公里处，属于中山低谷和陵洼地貌，最高海拔1845米，最低海拔1425米，相对高差420米，积温3600度，年均降雨量960毫米，无霜期360天左右。这里终年气候温暧湿润，喀斯特地貌造就了清洌甘甜的山泉。当地人选择用当地的优质糯米，辅以得天独厚的山泉，自然就酿造出香醇可口的水花酒。
千年的历史，千年的文化，千年苗族人民的爱与恨，都无不与“水花酒”息息相关。如今，在苗族人民的生活中，“水花酒”已是一种不可缺少的东西。从家中的每日三餐到办喜事、丧事，乃至大型的民族节日活动，喝“水花酒”是人们要做的第一件事。客人来了以美酒相待，是一种神圣而不可改变的待客礼节。
八堡苗家水花酒独具风味，属于一个中性的酒类，它既不属于白酒类，也不属于保健酒类，恰逢其中，两者兼具。与其他酒相比有以下特点：绵甜爽口，无刺激口腔、咽喉之感、饮后嘴唇滋润，醉不伤体;低度健康，不含1，高值营养；其市场优势可佳，属于市场的空白，发展空间大，市场潜力亦无穷。市场上白酒、葡萄酒等产品多不胜数，其品牌竞争力也相对激烈。而苗家水花酒仅此一家，其风味独具。
苗家水花酒是苗家咂酒之一。品评过很多中外名酒的专家们认为，水花酒与其他酒相比较，无刺激口腔、咽喉的感觉，相反饮后绵甜酸辣爽口，风味独具，加之度数适中，是现代人们追求的最佳口感。因其不含1，饮用后嘴唇滋润，醉不伤体。
其次是它的营养性，八堡苗家水花酒因主要原料系本地优质糯米，经过自然发酵酿制而成，所以其营养成份远远超过蒸馏酒。在加之得天独厚的地理环境及优质的水资源，使苗家水花酒与众不同。
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[img[冬包肉.gif]]<br/>
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[img[冬包肉1.gif]]<br/>
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冬包肉是彝家红、白喜丧筵席上必备的一道特色菜肴。但喜事筵席必须做红色的冬包肉，丧事筵席必须做白色的冬包肉。
冬包肉的具体做法：杀猪时，要把猪裉干净，把猪皮刮白洗干净，然后从猪身上取下最好的三线肉，直接放进锅里用清水煮熟，再捞出切成坨放在盆里，倒2两酒稀湿一调羹的红曲米，沟兑好就可以拌染25公斤的肉，把肉梁成红色后，放进铁锅中煎炒，再放入草果面、姜、盐等，煎炒一会后，又加入适量的水炖一会即可食用。白事上的冬包肉，不放红曲米，即是白色的冬包肉。
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
<body>
<table width="100%" border="1" cellspacing="1" cellpadding="1">
<tr>
<td rowspan="7" width="40">图片</td>
<td width="80">BMP格式</td>
<td>Windows系统下的标准位图格式,未经过压缩，一般图像文件会比较大。</td>
</tr>
<tr>
<td>JPEG格式</td>
<td>是应用最广泛的图片格式之一，采用一种特殊的有损压缩算法，将不易被人眼察觉的图像颜色删除，以而达到较大的压缩比(可达到2比1甚至40比1) ，因为JPEG格式的文件尺寸较小，下载速度快,所以是互联网上最广泛使用的格式。</td>
</tr>
<tr>
<td>GIF格式</td>
<td>最大的特点是不仅可以是一-张静止的图片，也可以是动画，并且支持透明背景图像，适用于多种操作系充， “体型”很小，网上很多小动画都是GIF格式。但是其色域不太广,只支持256种颜色。</td>
</tr>
<tr>
<td>PSD格式</td>
<td>Photoshop的专用图像格式，可以保存图片的完整信息，图层、通道、文字都可以被保存，图像文件-般较大。</td>
</tr>
<tr>
<td>PNG格式</td>
<td>与JPG格式类似网页中有很多图片都是这种格式，压缩比高于GIF,支持图像透明，可以利用Alpha通道调节图像的透明度，是网页Fireworks的源文件。</td>
</tr>
<tr>
<td>TIFF格式</td>
<td>特点是图像格式复杂、存贮信息多，在Mac中广泛使用的图像格式,正因为它存储的图像细微层次的信息非常多，图像的质量也得以提高，故而非常有利于原稿的复制。很多地方将TIFF格式用于印刷。</td>
</tr>
<tr>
<td>TGA格式</td>
<td>TGA的结构比较简单，属于-种图形、图像数据的通用格式，在多媒体领域有着很大影响，在做影视编辑时经常使用,例如3DS MAX输出TGA图片序列导入到AE里面进行后期编辑。苹果Mac机的用户则用得较多。它是用PostScript语言描述的一种ASCII码文件格式,主要用于排版、打印等输出工作。</td>
</tr>
<tr>
<td rowspan="7" width="40">音频</td>
<td width="80">WAV格式</td>
<td>WAV是微软公司开发的一种声音文件格式，它符合 PIFFResource Interchange File Format 文件规范，用于保存WINDOWS平台的音频信息资源，被WINDOWS平台及其应用程序所支持。“*.WAV”格式支持MSADPCM、CCITT A LAW等多种压缩算法，支持多种音频位数、采样频率和声道，标准格式的WAV文件和CD格式一样，也是44.1K的采样频率，速率88K/秒，16位量化位数。</td>
</tr>
<tr>
<td>MP3格式</td>
<td>的是MPEG标准中的音频部分，也就是MPEG音频层。根据压缩质量和编码处理的不同分为3层，分别对应“*.mp1"/“*.mp2”/“*.mp3”这3种声音文件。需要提醒大家注意的地方是：MPEG音频文件的压缩是一种有损压缩，MPEG3音频编码具有10：1~12：1的高压缩率，同时基本保持低音频部分不失真，但是牺牲了声音文件中12KHz到16KHz高音频这部分的质量来换取文件的尺寸，相同长度的音乐文件，用＊.mp3格式来储存，一般只有＊.wav文件的1/10，而音质要次于CD格式或WAV格式的声音文件。由于其文件尺寸小，音质好。</td>
</tr>
<tr>
<td>WMA格式</td>
<td>WMA就是Windows Media Audio编码后的文件格式，由微软开发，WMA针对的不是单机市场，是网络！竞争对手就是网络媒体市场中著名的Real Networks。微软声称，在只有64kbps的码率情况下，WMA可以达到接近CD的音质。和以往的编码不同，WMA支持防复制功能，她支持通过Windows Media Rights Manager 加入保护，可以限制播放时间和播放次数甚至于播放的机器等等。WMA支持流技术，即一边读一边播放，因此WMA可以很轻松的实现在线广播。</td>
</tr>
<tr>
<td>WAV格式</td>
<td>WAV是一种文件格式，符合 PIFF Resource Interchange File Format规范。所有的WAV都有一个文件头，这个文件头音频流的编码参数。WAV对音频流的编码没有硬性规定，除了PCM之外，还有几乎所有支持ACM规范的编码都可以为WAV的音频流进行编码。</td>
</tr>
<tr>
<td>OGG格式</td>
<td>OGG全称应该是OGG Vobis。OGG并不是一个厂商的名字，而是一个庞大的多媒体开发计划的项目名称，将涉及视频音频等方面的编码开发。Vobis则是某音乐作品中一个人物的名字，这里只是借用它，来代表OGG Vobis是关于音频方便的。OGG Vobis有一个很出众的特点，就是支持多声道，随着它的流行，以后用随身听来听DTS编码的多声道作品将不会是梦想。</td>
</tr>
<tr>
<td>APE格式</td>
<td>APE是Monkey's Audio提供的一种无损压缩格式。Monkey's Audio提供了Winamp的插件支持，因此这就意味着压缩后的文件不再是单纯的压缩格式，而是和MP3一样可以播放的音频文件格式。这种格式的压缩比远低于其他格式，能够做到真正无损。</td>
</tr>
<tr>
<td>ACC格式</td>
<td>AAC（高级音频编码技术，Advanced Audio Coding）是杜比实验室为音乐社区提供的技术。AAC号称「最大能容纳48通道的音轨，采样率达96 KHz，并且在320Kbps的数据速率下能为5.1声道音乐节目提供相当于ITU-R广播的品质」。它是遵循MPEG-2的规格所开发的技术。</td>
</tr>
<tr>
<td rowspan="3" width="40">视频</td>
<td width="80">DVDRip(DivX)</td>
<td>就是用DivX压缩技术对DVD碟片的视频图像进行高质量的压缩、用MP3或AC3对音频进行压缩，然后将视频、音频部分合并成一个AVI文件(AVI即Audio Video Interleaved，音频视频交错)，最后再加上外挂的字幕文件而形成的影音播放格式。其大小一般为数百兆，是DVD体积的数分之一。 </td>
</tr>
<tr>
<td>RMVB</td>
<td>该格式由RM影片格式升级延伸而来。VB即VBR，是Variable Bit Rate(可改变之比特率)的英文缩写。它打破了以前RM格式平均压缩采样的方式，在保证平均压缩比的基础上，合理利用了比特率资源，使RMVB在牺牲少部分影片质量的情况下，最大限度地压缩了影片的大小，最终拥有了近乎完美的接近于DVD品质的视听效果。
</td>
</tr>
<tr>
<td>MKV</td>
<td>是一种新型多媒体封装格式，也称多媒体容器 (Multimedia Container)。它不同于DivX、XviD等视频编码格式，也不同于MP3、Ogg等音频编码格式。MKV只是为这些音、视频提供外壳的“组合”和“封装”格式。换句话说就是一种容器格式，常见的AVl、VOB、MPEG、RM格式其实也都属于这种类型。但它们要么结构陈旧，要么不够开放，这才促成了MKV这类新型多媒体封装格式的诞生。MKV最大的特点就是能容纳多种不同类型编码的视频、音频及字幕流，甚至连非常封闭的RealMedia及QuickTime这类流媒体也被它囊括进去，可以说是对传统媒体格式的一次大颠覆，几乎变成了一个万能的媒体容器。</td>
</tr>
</table>
</body>
|文档||
|.txt（纯文字文档）|.rtf（丰富文本格式）|
|.doc（微软Word文档）|.xls（微软Excel表格）|
|.ppt（微软PowerPoint演示文稿）|.htm/html（网页）|
|.wpd（Corel WordPerfect文档）|.pdf（可移植文档格式）|
//''信息的外部特征：''//是指信息载体直接反映的信息对象，构成信息的外在的形式的特征，如：信息载体的物理形态、题名、作者、出版或发表日期、流通或传播的标记等方面特征。
//''信息的内容特征：''//是指信息包含的内容，它可以有关键词、主题词或者其他知识单元表达。
1、军事理论：
① 外部特征：课程名称：军事理论、时间：3-16周星期一3-4节、 校区：花溪校区、 上课地点：A11博学楼4-18、 教师：胡细根、 教学班：军事理论-0016、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:16,实践:16、 周学时：2、 总学时：28、 学分：1.0、教材：《大学生军事理论教程》
② 内容特征：国家安全理论，国防基本理论，武装力量理论，国防法治理论，国防动员理论，古今中外军事思想，毛泽东军事思想，国防和军队建设思想，军事高技术理论，信息化战争理论
2、计算机导论：
① 外部特征：课程名称：计算机导论、 时间：3-16周星期一5-6节、 校区：花溪校区、 上课地点：笃行楼B栋305、 教师：刘文江、 教学班：计算机导论-0003、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:24,实验:8 周学时：2、 总学时：28、 学分：2、教材：《计算机科学导论——思想与方法》
② 内容特征：学科基本问题，3个科学形态，学科中的核心概念，学科中的数学方法，学科中的系统科学方法，社会与职业问题，探讨与展望，课程时间，Raptor可视化程序设计 Vcomputer存储程序式，Access2013概述。
3、高等数学1：
① 外部特征：课程名称：高等数学（1）I、 周数：3-16周星期一7-9节，星期四10-12节、 校区：花溪校区、 上课地点：A12勤学楼4-7、 教师：张文红、 教学班：高等数学（1）I-0002、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:92,实验:4、 周学时：5、 总学时：70、 学分：5、教材：《高等数学1》
② 内容特征：大致学习的是倒数与微分 、微分中值定理与倒数的应用 、不定积分 、定积分的应用 、微分方程，而重点学习的是函数与极限 、不定积分和定积分。
4、大学英语1：
① 外部特征：课程名称：大学英语I、时间：3-16周星期二3-4节，星期三1-2节、 校区：花溪校区、 上课地点：A6励学楼208、 教师：刘晶晶、 教学班：大学英语I-0042、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:48,实验:16、 周学时：4、 总学时：56、 学分：4、教材：《创新大学英语综合教程》
②内容特征：主要学习了使用英语去描述自己在初次上大学的感受、日常生活；讨论如何与他人愉快的交流；了解了要成为一个万众瞩目的明星时很不容易的，同事也从侧面告诫我们想要成为最闪耀的星的前提是要付出比别人更多的努力；在表述这些故事的同事，里面包含的很多英语写作的语法，短语词汇等才是我们学习的重点。
5、程序设计：
①外部特征：课程名称：程序设计、时间：3-16周星期三3-4节，星期四8-9节、 校区：花溪校区、 上课地点：笃行楼A栋207、 教师：熊云龙、 教学班：程序设计-0002、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:32,实验:32、 周学时：4 、总学时：56、 学分：4、教材：《C语言程序设计》第3版
②内容特征：简单了解学习了C语言的理由，简单的算术运算和表达式 、键盘输入和屏幕输出 、指针和数组 、结构体和共同体和文件操作，重点学习了C语言的数据类型 、选择控制结构 、循环控制结构 、函数 、数组和指针。
6、中国近代史纲要：
①外部特征：课程名称：中国近现代史纲要、 时间：3-16周星期三11-12节、 校区：花溪校区、 上课地点：A12勤学楼4-22、 教师：刘岩岩、 教学班：中国近现代史纲要-0018、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:32 、周学时：2、 总学时：32、 学分：2、教材：《中国近代史纲要》第3版
②内容特征：反对外国侵略战争、对国家出路的早期探索、辛亥革命与君主专制制度的终结、从五四运动到新中国成立、中国革命的新道路、中华民族的抗日战争、从新中国成立到社会主义现代化时期、社会主义基本制度在中国的确立、社会主义建设在探索中的曲折发展、改革开放与现代化建设新时期。
7、大学语文：
①外部特征：课程名称：大学语文、 时间：3-16周星期四1-2节、 校区：花溪校区、 上课地点：A11博学楼1-16、 教师：陈祖君、 教学班：大学语文*-0027、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:32、 周学时：2、 总学时：28、 学分：2、教材：《大学语文》
②内容特征：先秦文学、秦汉文学、魏晋南北朝文学、唐代文学、宋代文学、元清文学、现当代文学、域外经典。
8、体适能：
①外部特征：课程名称：体适能、 时间：3-16周星期五3-4节、 校区：花溪校区、 上课地点：田径运动场、 教师：苗安柱、 教学班：体适能-0080、 考核方式：未安排、 选课备注：无、 课程学时组成：讲课:2,实践:30、 周学时：2、 总学时：28、 学分：1.0
②内容特征：太极拳
9、贵州省情：
①外部特征：课程名称：贵州省情、 时间：10-16周星期五7-8节 校区：花溪校区、 上课地点：A12勤学楼4-24、 教师：李茜、 教学班：贵州省情-0009、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:16、 周学时：2、 总学时：16、 学分：1、教材：《贵州省情》第5版
②内容特征：贵州特殊的地理环境、悠久的发展历史、多民族团结互助的社会环境、经济建设成就、蓬勃发展的社会事业、建设社会主义政治文明与全面建成小康社会。
10、微观经济学：
①外部特征：课程名称：微观经济学、 时间：1-16周星期一2-4节、 校区：花溪校区、 上课地点：A11博学楼2-22、 教师：邱蓉、 教学班：微观经济学-0029、 考核方式：考查、 选课备注：无、 课程学时组成：讲课:42,实验:6、 周学时：3、 总学时：48、 学分：3.0、教材：《西方经济学》微观部分第6版、
②内容特征：需求、供给和均衡价格 、消费者选择、生产函数、成本、完全市场竞争、不完全竞争市场、生产要素价格的决定、一般均衡论和福利经济学、博弈论初步、市场失灵和微观经济政策。
11、高等数学2：
①外部特征：课程名称：高等数学（1）II、 时间：1-16周星期一7-9节，星期四10-12节、 校区：花溪校区、 上课地点：A12勤学楼4-9、 教师：张文红、 教学班：高等数学（1）II-0002、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:92,实验:4、 周学时：5、 总学时：80、 学分：5.0、教材：《高等数学》第七版下册
②内容特征：向量代数与空间解析几何、多元函数微分法及应用、多元函数的求导法则、重积分、曲线积分与曲面积分、无穷级数。
12、管理学：
①外部特征：课程名称：管理学、 时间：1-16周星期一10-12节、 校区：花溪校区、 上课地点：A12勤学楼5-20、 教师：范龙昌、 教学班：管理学-0011、 考核方式：考查、 选课备注：无、 课程学时组成：讲课:38,实验:4,实践:6、 周学时：3、 总学时：48 、学分：3.0、教材：《管理学》第2版、
②内容特征：管理与管理者、管理决策、管理理论的发展、计划、组织工作、组织文化、沟通、领导、激励、管理控制、管理伦理和社会责任、创业管理、管理定量方法。
13、线性代数：
①外部特征：课程名称：线性代数、 时间：1-16周星期二1-2，星期四3-4节、 校区：花溪校区、 上课地点：A11博学楼2-20、 教师：龙凤山、 教学班：线性代数-0024、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:48、 周学时：3、 总学时：48、 学分：3.0、教材：《线性代数》经济数学第3版、
②内容特征：线性方程组的消元和矩阵的初等变换、行列式和克拉默法则、矩阵的运算线性方程组的理论、特征值和特征向量、矩阵的对角化、二次型、应用问题。
14、大学外语2：
①外部特征：课程名称：大学外语II、 时间：1-16周星期二3-4节，星期三1-2节 校区：花溪校区、 上课地点：A11博学楼B5-14、 教师：王景洁、 教学班：大学外语II-0040、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:64、 周学时：4、 总学时：64、 学分：4.0、教材：《创新大学英语》综合和教程第2版
②内容特征：成功的方法、感恩是最好的态度、新的发明、围绕这几个主题筛选了几个先故事，并重点学习了一些语法、举行和短语。
15、管理信息系统：
①外部特征：课程名称：管理信息系统、 时间：1-16周星期四1-2节、 校区：花溪校区、 上课地点：A12勤学楼R2-8、 教师：喻曦、 教学班：管理信息系统-0007、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:32、 周学时：2、 总学时：32、 学分：2.0、教材：《管理信息系统》
②内容特征：商业环境下的信息系统、信息技术基础设施、信息系统的商业领域应用、信息系统建设。
16、数据结构：
①外部特征：课程名称：数据结构、 时间：1-16周星期三3-4节、 校区：花溪校区、 上课地点：A12勤学楼R2-25、 教师：孟秋晴、 教学班：数据结构-0003、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:24,实验:8、 周学时：2、 总学时：32、 学分：2.0、教材：《数据结构——用C语言描述》第2版
②内容特征：线性表、限定性线性表——栈与队列、内部排序、查找、外部排序。
17、思想道德修养与法律基础：
①外部特征：课程名称：思想道德修养与法律基础、 时间：1-16周星期三10-12节、 校区：花溪校区、 上课地点：A12勤学楼R2-9、 教师：夏兰、 教学班：思想道德修养与法律基础-0015、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:48、 周学时：3、 总学时：48、 学分：3.0、教材：《思想道德修养与法律基础》2015年修订版
②内容特征：追求远大理想、坚定崇高信念、弘扬中国精神、领悟人生真谛和创造人生价值、注重道德传承和加强道德实践、遵守道德规范、学习宪法法律、树立法治观念、行使法律权利。
18、电子商务导论：
①外部特征：课程名称：电子商务导论、 时间：：1-16周星期五1-2节、 校区：花溪校区、 上课地点：A11博学楼4-14、 教师：张达那、 教学班：电子商务导论-0007、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:22,实验:10、 周学时：2、 总学时：32、 学分：2.0、教材：《电子商务》原书第7版
②内容特征：电子商务导论，电子商务技术、础设施及工具，零售业电子商务，B2B电子商务，电子商务创，移动电子商务及普适计算，社交商务，电子商务中的广告及营销活动，电子商务安全与欺诈防范，电子商务支付系统。
19、数据库原理与应用：
①外部特征：课程名称：数据库原理与应用、 时间：1-16周星期一5-7节、 校区：花溪校区、 上课地点：笃行楼A栋201、 教师：廖文婧、 教学班：数据库原理与应用-0003、 考核方式：考试、 选课备注：无、课程学时组成：讲课:36,实验:12 、周学时：3、 总学时：48、 学分：3.0、教材：《数据库原理与应用》第2版
②内容特征：数据库系统概述、数据库需求分析、数据库设计、数据库标准语言SQL、数据库设计、数据库维护、关系数据库理论、实验方案、课程设计指导。
20、多媒体技术：
①外部特征：课程名称：多媒体技术、 时间：1-16周星期一8-9节、 校区：花溪校区、 上课地点：笃行楼A栋202、 教师：崔鹏、 教学班：多媒体技术-0003、 考核方式：未安排、 选课备注：无、 课程学时组成：讲课:16,实验:16、 周学时：2、 总学时：32、 学分：2.0、教材：《计算机网络与多媒体》
②内容特征：网页制作、多媒体技术基础、数字图像处理技术、多媒体音频技术、动画制作技术。
21、概率论与数理统计：
①外部特征：课程名称：概率论与数理统计、 时间：1-16周星期二1-2节，星期四3-4节、 校区：花溪校区、 上课地点：A11博学楼2-19、 教师：龙凤山、 教学班：概率论与数理统计-0023、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:64、 周学时：4、 总学时：64、 学分：4.0、教材：《概率论与数理统计》经济数学
②内容特征：随机事件的概率，一维随机变量及其分布，多维随机变量及其分布，随机变量的数字特征，样本及抽样分布，参数估计，假设检验，线性回归分析与方差分析。
22、马克思主义基本原理：
①外部特征：课程名称：马克思主义基本原理、时间：1-16周星期二10-12节、 校区：花溪校区、 上课地点：A12勤学楼R5-3、 教师：赵明、 教学班：马克思主义基本原理-0032、 考核方式：考试、 选课备注：周二、 课程学时组成：讲课:48、 周学时：3、 总学时：48、 学分：3.0、教材：《马克思主义基本原理盖伦》2018年版
②内荣特征：世界的物质性及其发展规律，实践与认识及其发展规律，人类社会及其发展规律，资本主义的本质及规律，资本主义的发展及其趋势社会主义的发展及其规律，共产主义崇高理想及其最终实现。
23、大学外语3：
①外部特征：课程名称：大学外语III、 时间：1-16周星期二3-4节，星期三1-2节 校区：花溪校区、 上课地点：A11博学楼2-14、 教师：王景洁、 教学班：大学外语III-0034、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:48,实验:16、 周学时：4 、总学时：64 、学分：4.0、教材：《创新大学英语》综合和教程第3版
②内容特征：成功的方法、感恩是最好的态度、新的发明、围绕这几个主题筛选了几个先故事，并重点学习了一些语法、举行和短语。
24、计算机网络：
①外部特征：课程名称：计算机网络、时间：1-16周星期三3-4节、 校区：花溪校区、 上课地点：A12勤学楼R2-23、 教师：申红婷、 教学班：计算机网络-0003、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:24,实验:8、 周学时：2、 总学时：32、 学分：2.0、教材：《计算机网络》
②内容特征：计算机网络的基本概念、计算机网络体系结构、物理层、数据链路层、网络层、传输层、应用层、新网络架构、网络前沿专题。
25、数据仓库与数据挖掘：
①外部特征：课程名称：数据仓库与数据挖掘、 时间：1-16周星期一3-4节、 校区：花溪校区、 上课地点：笃行楼B栋305、 教师：温箐笛、 教学班：数据仓库与数据挖掘-0004、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:16,实验:16、 周学时：2、 总学时：32、 学分：2.0、教材：《Python数据分析与挖掘实战》
②内容特征：数据挖掘基础，Python数据分析简介，数据探索，数据预处理。
26、大数据技术及应用：
①外部特征：课程名称：大数据技术及应用、 时间：1-16周星期三10-11节、 校区：花溪校区、 上课地点：笃行楼A栋203、 教师：杨秀璋 、教学班：大数据技术及应用-0006、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:16,实验:16、 周学时：2、 总学时：32、 学分：2.0、教材：《Python数据分析与挖掘实战》
②内容特征：网络爬虫，数据分析，可视化分析，输入输出，导入包及符号输出，3D模型。
27、毛泽东思想和中国特色社会主义理论体系：
①外部特征：课程名称：毛泽东思想和中国特色社会主义理论体系概论、 时间：1-16周星期一7-8节，星期五1-2节、 校区：花溪校区、 上课地点：A11博学楼1-20、 教师：叶丹江、 教学班：毛泽东思想和中国特色社会主义理论体系概论-0035、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:64、 周学时：4、 总学时：64、 学分：4.0、教材：《毛泽东思想和中国特色社会主义理论体系概论》2018版
②内容特征：毛泽东思想及其历史地位，新民主主义革命理论，社会主义改造理论，社会主义建设道路初步探索的理论成果，邓小平理论，“三个代表重要思想”，科学发展观，习近平新时代中国特色社会主义思想。
28、市场营销学：
①外部特征：课程名称：市场营销学、 时间：1-16周星期三1-3节、 校区：花溪校区、 上课地点：A11博学楼2-14、 教师：黎开莉、 教学班：市场营销学-0006、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:39,实践:9、 周学时：3、 总学时：48、 学分：3.0、教材：《市场营销学》第2版
②内容特征：市场营销与市场营销学，市场营销管理的任务和智能，市场营销管理哲学，市场营销环境研究，购买者行为研究，市场竞争分析，市场营销战略规划，STP战略，营销组合。
29、统计学：
①外部特征：课程名称：统计学、 时间：1-16周星期三7-8节，星期四3-4节、 校区：花溪校区、 上课地点：A12勤学楼R2-23、 教师：吴敬、 教学班：统计学-0014、 考核方式：考试、 选课备注：无、 课程学时组成：讲课:32,实验:32、 周学时：4、 总学时：64、 学分：4.0、教材：《统计学》第7版
②内容特征：数据搜集，数据的图表展示，数据的概括性度量，统计量及抽样分布，参数估计，假设检验，方差分析，一元线性回归，时间序列分析和预测。
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[img[大方包谷饭.jpg]]<br/>
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[img[大方包谷饭1.jpg]]<br/>
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只要听到街上由远而近的包谷饭，包谷饭！大方包谷饭的叫卖声，心里总觉得有一种亲切感，就会想起热气腾腾、清香四溢的包谷饭，包谷饭在我的心里永远也抹不去。因为包谷饭把我从童年滋养到少年，直到走上工作岗位。诗境山水 休闲平桂
那个年代，粮食产量低，家里人口多，全凭母亲去参加劳动挣工分。到年底分粮食时，由于公分少，人口多，每个人口只有100多斤，加上每个人的基本口粮也不足300斤，包谷和稻谷都有点。平时以吃包谷饭为主，大米一般要等到过春节才能吃，所以那时我们都盼着过年。分配的粮食少，加工很节约，每次用石磨碾包谷时，都不用水淘，连那层薄薄的壳也一起碾成包谷面。尽管如此，祖母做出来的包谷饭仍然松软、柔和，不结疙瘩，吃起来喷香可口。虽然平时都没有肉吃，只有祖母自己加工的酸菜、白菜，豆豆汤，但再加上一碗可口的辣椒水，吃起来也还是津津有味的。
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
[img[大方县.jpg]]<br/>
大方县，贵州省毕节市辖县，位于贵州省西北部，居住着汉、彝、苗、白、仡佬等23个民族，境内矿产资源丰富。境内有毕节飞雄机场以已经开通，客流量居贵州第三，目前在建百里杜鹃花海城通用机场一座，成贵高铁在县城设站，是黔西北的重要交通枢纽和物资集散地，被誉为黔西北的"旱码头"。
大方漆器为著名传统工艺，曾在美国旧金山万国博览会上获金奖。县内有斗姥阁仿古建筑、奢香墓、奎峰塔、九层衙仿古建筑、阁雅古驿道、济火碑、大渡河桥、清虚洞等。
[img[大方臭豆腐.gif]]<br/>
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[img[大方臭豆腐1.gif]]<br/>
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大方豆腐是中国的传统食品,每个地方都有。但大方县的豆腐不仅内容丰富,种类繁多,而且吃法多样,富有特色。
历史悠久的臭豆腐干就是大方豆腐中最有名的一种。臭豆腐干在大方存在了多久,当地的老百姓也很难说清楚。只是传说很多年前,县城一家豆腐作坊有一天豆腐做得过多,未卖完。到第三天取出来看时,豆腐已经发霉长毛了,可是却散发出一股特殊的香味。主人舍不得扔掉,便抹上食盐用木炭火烤后出售,结果因其别有风味,很快就卖完了。这就是大方县“臭豆腐干”的由来。
“臭豆腐干”名曰臭,其实不臭,相反有一种独特的香味,颜色微黄,质地酥嫩细腻,食之清爽适口,并且还易于保存。
现成的豆腐干有炒食、炸食等多种吃法,烙锅豆腐就是其中最为常见的一种。小城的大街小巷不难发现这样的小摊:铁炉子上支个烙锅,小板凳围在四边,嫩黄的臭豆腐在烙锅上烤着,掌铲的多是些大妈、大嫂。大姑娘、小媳妇们上下班的路上总会在路边的摊摊上要上几块。烤好的豆腐干,佐以辣椒、花椒、食盐等调料,味道更为鲜美。客人边吃边聊着家常,摊主则在一旁不时地给豆腐抹点菜油、翻动着已经烙好了的豆腐。就是在这样的小摊上,人与人之间的距离拉近了许多。
近几年来,大方人又开始流行吃糍粑豆腐。糍粑豆腐就是臭豆腐烙过后,用小刀划破,塞入馅子,最后再在豆腐干外面裹上一层糍粑。这种糍粑豆腐,要求是现舂的糯米粑粑,用汤圆粉调制成的糍粑过稀,包的豆腐较难成型。糍粑豆腐,可烤食,也可炸食,炸的时候特别讲究火候,技艺较好的师傅炸出来的糍粑豆腐,外表油黄,口感酥脆,豆腐吃起来却有些软绵。
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OT9IlUKXLg0ZNOZiLmLlP0XoOfDABCc5Pq5VTzaAT0oBazO4bF8JM8aYIiyGjWCRAtcIBXLhQmtiA9cScJBkGXYiOUzABAhgTyqARRBpmO5mDyAChnnQUKhGVnlpdhVHjoZ5KaAji4hDIrZmZ6XBegpJe2KYjiPmLkf/xCGeqBM/4Q8K5YOlg4P2FwSsBZwIYAOWFJxP4FrB5TgXmY5AAVMl8owpYjQdcI1iwBaxqY2BAzwjgSAWFjmWcQ/wcJJLAAUlsAATigAqMDNEYw9Z4JPwgEUkEgSe6IkQKZ6iGGOL5UoicT/xpiApKjV6iCH9YG98YhNHSYJ5aYMCCYysoVDo2WXuQ55WcJJrFZwIAJw24ARL8ATiwAcYsASytiiV2Xw0d0B41YTLRCVlKRdy8V4akInntjRqJRl/AA9EZAEYAAUdsAIYsAAQMAIEAJoqsAGTNEmWZAAGYEnDSZfkyD+CaZBBA4tIsygPpRmqYy9g2HXIIUojpn0v/zeQJZh9qqE5UIlEWJYhRPGLRFOmv2lP9WRJSRqhCjAsS5AF7eJuDoU0xmVxSbFMzxgCWlqWYvAWxvIVn1BwThZJ+/YAG8AH97ECHrAACxABC2ChG3AATHABB7ABAnABAiAAduoBAwoB9pSsKkCqD6CnIAI6rbGtSpk4S5dhjtmH7RMo/wh9n2aESnmMIWBvu6En8UNQVjEoP5EHl6IHnRqc4rAE+VpP+YoAIxARZdIBGKAH1wpR8VYSK4JzKNKqzwgFAxqraWoX2rECweM0SpGYG5AFeiCbaVoCT+AEBbAABqACB5AFB3CyGZABByABKysAE+AE2SAGYkAAIlAAIv9gAAWQA84qACd7AHm6KHngUCeALjpBZvbyEyaIP6iBGj8TkxeIg83XD+vWiXbmDzYxb0qUISAaBFb5ALviBPXJVJ6KAPnapCNQcveRtktwkglyLa22SbVxBc74KQGqpQHaHtaxBEg2MySRBeRjAylwHwPKBE4AsgyAsiqQshkgARKwuDqgAxMwAQVAACXAAQYwAU1gAE0gApE7AS7rBHZ6uU7Asx76j/+ILtjJj7kFog51maZEZlvLYDhhb01UIkgbXug5Sro7Oob5ACpgryngBMBZuAzwm65FuEuAAWKiAAOaAtkgmwvwm2yLT7nGNIolcYD1jHwgoWgasbG6AiX/UAJFlo9ZpFYWwATG8hYI4AQIYKcSYLIZUKwq27gZ8LhZELkEQAAcIAIgMAES0LlNcACQ26wsewAXALp1KgBM8ABDACIhuihX+QB6oALwUMEUPJxZ5KGu5G7AmD9RQ5ek4y4g2rRDgwJg9gD3YKwMQLzsiwAMwAAGULiWBJonSbgjIAbZsKbACgE8bANCOr1/AHAxoxMG2Kr64AHZcDdoqqW0yQLEgnX45JMPAA9qtQRpqxYrcA9McLmMKwGPu7Irm7I6IMCRWwBmTAATAAL/KwH967JZIAHN2rNwvAESAJpMIAAvDJrGugdOkADP2wEc4FZS7LsbEKfGaqftiwBu/zXCQls6xvkATFC8wxpVE3zBwLkAI5AAUXWyKlC8dLoBd2wAF3ABoHySfmsZTLAECyAOIQusbIoB95RPTOOTMpVqZ3MFLwYx2zAKHpBIczEXesEEFQDKTKACTEBEG+AEJbAW96EBJXDIy8q4J8uyKjvNi+usBeAAZszGcHwABrAH77uy0pwFWVCt5JwFOiC/KeuzhQzKC5ANHeAE13qtWRDBJkvOD5AF8XuSB3BWjIooIKKroOwBoQoFN8AHHrC2GxqnhGsAwaUCKuCsdozHeHyyoJkFFvCgDO0EOYCk67sEHA3LG/BvSBEGQLQiTYhXz0gCUIAB2ZA9GkCbYDECGP+AzIUM0cF1kiuMAXwAARhwuBJwAePMsl28uIw7AQZwsw7wpozrsnV8sjqwxsiaAdU6nPlMsud8zvl8AALgAYErAFkd1lddsvzstxdKtD/zhllEsga8AFDQAhzwqwtwDxvqk0RjzAzQzkuwB0wgAaCMrBfwwgJw04VMRJBsADZgAJOE2Mc60g+qwcx4Ni2C0rYBBdkgCIKxFlgcsZv8m8X7m7+pwEzwBGyqyiIg1F1M1Knd1AKQzdpMACWbAZELxiVrwNVssj5ZrfKg1fWcz1eZBQhQABwQz8OZ1SyrA+RcsudM1gfwAEEQtDwJDxTstyXLBBDAARjgAR5wAwxQzub/vNsZnMoLgAEKXKx1XMjpLL05DacbgAAKvKwbgKztnLEWoMinqRNyK9mWxiJ8IAgEscR1sRebrAcSsAd7wACDHb93vMIQsAAEAAEEMLoni9pw7L9dfAF2ugdLEAE5IM7+m7L6/L8TMMpUHVzkDA/orNu7vdsnzsdv7QTFCsbLndxZnQHnrALyoCiE7Le+m7idfMN8MN4L4JMlC9EbKg9XaQUIkAIe4AQIfpIFXM7J6rM4nc8IntdT7tfyHadZsCt6oFEL2xu+wSIiB8+CABhzoR4dsAR3vMVF6t48e7LKagBsCuEeAAE3QAA5gNRJfbmRewGRK9EMQAAeQACAHrmy/+3Ffe2yOqCyxbzQ9YzjG4oN8oANPW6sTpACJcAExuqsnsuyWW3OPuvduN3j1ZrPPrmhAoCN2cDDGWvqxe2TEQycBeAELIusD5CsJkvWheyzB2BJxSrUdHyyWp3MJaAwG3B1KJYr1LPEaQrMm17KFi0Ae9CsyvqyBRABHADhC0C8O9u/l5vUN2sAIOCzdP7Oe2Cnf37PBjwBB5CynP4AY2zOKqADEG3j5+zOJbAEeuC3ofzNh4vc5UzHyKrcV12t8LDiG7rwTxCgBNDtqI7qRn7qUtzeF6DPAm+ydDychhzjIEvuzSrUF6Cy5ZwFhFsCBKAwpYlPe8Zf/k2bEUsXGP/Az35trE/N1d5c6wSAATJ8AXdM7YO963LOstUKnA6wAMErAO1rAMd9v5HbzQg+6jhP1FNN1qCJyQvAz8Y67QpsrCeJx1SN1b6dz71dz1cJD0sQrUvQ3fW88Ki+AdKdBRqtrMia1aNMziob8snq2qBrp83Ks3JavAiQDUxaTw1Kva1zIKEqJnebjVDwBBbQ6Zw+4QIAAs5qAA7gBN1evMy6swhO7TAcuumO4Hzd2ilQAFwdygje1557uet7uMUqAHC86NH898WMASOwttJdrDGurF3P1S4cpzdd3AqP6p5grFbsvDDO4lN+wXJ/D1dpGTybAWxfre9OsiLPrHsPum3/DsefL9/JHEhNugTyWRJO1xu50gmCQZuxWiUjQKwTTso9KwDjXrij+/khzwQHbv1KvwcAcWDDAYEEBTjh4EHAwIFMGOwxYACBAQYTGRwQgFEAAogCBEh0wmSDig3iSizQo+JBFhVZCo6EuYEJk4UCVTAhmCXLyp06szAQB2UEBgQ+s2yAeVSFyns3EWzIkkEAk5YsXeqUcIHgAxVOsnkgsMCJAY8Cqm4QoAdKCj4IEHxC0OmehTqertSpw6cDFCh7V0D5O2KFOAQ0GZS9MOGjgT0IHDhBUPGjCAMgpm7YI/nwYY8E0TqB4MEAVJIkN+iReYCJRJwyD5KliVPnUgsM/5ZkE3dhpMoHPGHCg3czpsDWB3ryfLDaAxQOGBggZaiDpwoLs5EiyKAzA9SVA6NmIChBJzw9bp0sWOBhgQEbl2cyeJECAgI9DJjE3VDnXAW8NTSs+AtAwUYYQSia9MCIs49A4MiAscoSQAKaVJNgIwEmQABCAXRTTTkCmEBNJZWsKmg1AQ6TYKI9NLTPrcJAK8E+kQRiibeWUAsxqpc8O6AqgiqCIIVsCBhIIK2MGykDqnZayQnwsrjwAB10vOACCcDjjiukdGMCEA+cAHNDqhyAYIRsljjNBj1s+GODP/RbooYAAWRhzhVGoIokgSCMaKLCOjzgyAs8Wm0PmhoTwP/QqrLwECrURCLJgg0eGMmhwvYA0y0HGavssIYQOGmmsuxDiqXu0EKqvhkZukAk12ZywswRCmDII52IK2gpkhjIQoIJDLAyuwkkkOCADDK4wDo9ZkJKIAedOAwnJpaAIAIIiDptzU/++MOCP2rwD9wV5ARQQChQQ8qhE/k0gCB3CdKqQowcnOqwDKPd04kEslnApkpnKk0FBB0ieComEJWMUAacCJUhnMpiqCWZLFBhzw04vIdC79DCQL4XGCCr1al61CopEZlwKUKdJuh12Kh0hOoAT0sWiIHnqmICghUWMOFMNPX4Q49OSvirg/9W0GCvvYQCzIR0DbMQZAMcwGn/qewOKNbdCh8raKpENztxIghMKGwkil0rm6SDZ/S6xRVPpAmBJVJY4rmyMiBJgszglvGeB5D06DmBRtrpphLEyCaFw8jaSLeM3N1NBRsMWAlrHSosNtjEjr2ApLJE0i3FhY4qLwX5FiihhCWW6MQCC+IE1+jUoSihQMFWYKH2lLpb6iiD2jU2+OCvZBQEJzLKWrWNOpoKgS8verVitACGZ4PISuOq4pm2N3iBFBaQ+L6RG+Kb1HSPgscl6JBSW7BQJYtsb6qaWkomJwro8cnvMijWIw6RncAFGBDACIkEWpFZiAcIxAIMLAACEODDErwFCqR1QHa1q12BVpA6EzxQ/0YbuAdLrvYRYmUlgBIA1gR+JQIHEIAg2WlJhCoUkRUZoAAIEA5xbHYimAjMQaSBDk3KosOTQAsnVVpMhhZyEwaspDWDEslKWuKvLCAAMEQ5Ctw6NKip7IojGIgAArh4MeOoYDvEAs92LGMAFWaoViKZCQLKxYKhYOBaoFgCHTWgAf90YAQY/OMK9lKCao3AAKA7kc2ywgDK/GoCIBBBJCkTyQIsgEgfsdCGVHiked3wRCsSGfRaY73jiYQzihlJjw6AgAVA4XgXUqEALEOoPcjMLYvCkmoKYx9dyWQJf/EAVbbTIzISR2T3YeVYQAAysGWkSgIBjwQ2wMaIZAVyOf/ZABT4qAQW8AEUGCiBB8RRpxp0oJyysx1fBCmGsT2wXxtQDFnkKYACOIEAk6wMAiizxgIQQCsTOIyVfmUAE2bAACKAgDwn4gDGrItQG0ELnyIJAoCCDDQR2MDlJtAEA3C0MowTooxoMpAnqWAjFbGPag4nBjRBRSdaKohGMvQs+3AmQy6aaUTIwgAT+u9xEb3JL8FlByXwgQ8YwAAf+rJHpFWQQIAp1yDtOIIFiCpwCtsDmZywB+aBgI0CoEwBCrCYxXRUp5TsJ1mwJsTlMWgiYw2UcYg1LMWAwDKZ8UACVqbCCQCiCb7yiAMyOc113dQtBuNqZJzABzFAwT7SNE7/T3QDvY3kQBwLGNm7XGMfr1lIKzr9qWoyJTcMaEAJK7ADC3AACgeuQAGu/U9shSIYC752bCY4KhTupREN9ZMAI4uQLH8lVrEqxiMgSAwb+SqCHIigACJwqIQge1wHJIBxMpSADrR7OQldwAAEuEGEJqDdLaighMTC2kfWI609WUiJzFpNCqDQrxN9lSAk6dNGHESAkJA0OxsoFqPcm1J4FiAilBlUtPz0hCUooQZKIKpR+WCCERgttntMWmD68hejgmIEfCjBTBgqkYjkwAkiAC8Htpoou8oSkh+9UKL2sEnjkuVXAkgARx4iTwZ51YYcYJxXm7DRIatQShVCaAEq/zQsNJbwclphAges2xksqa1mzVtAC1LgBAoNiiKe0m9EzpONAlxEBRlL78amCZmaGKC5lIkI3JS0BxvIzQR2AJAdaDBhOyJtjxbMsIBu9+Gk8kEJI8BhkVDI3BzkIB7oEYFBPPJIu+aDqwLQgbuYUKFbwQuFD+IqE+6aqLcSgKCLrgwkmwCCJkCoAApRgQ5U4F1qUnRYk8wGCCpG1tiAR2bnuc0KVKwgK3nXTzdtjPdkU7GoBEsnGWGUgw6wKcpcZE9MEGBh5EbBB3Mzd0gFjNGa+hem/UUMIwDFanHAAjpCqnDx8q5zlRzju3L1wCIAbKo7k16P+GlksbkXqeOcqP+OOoAyM8akRxbAgQnE1TgHiKePnVtdBwR0exAJ+InOsxYCTKSRMS6LmMHkBA9wYHRQOdaT0siQVX5ErDot2UccYoDVLaEEfGQBN/94AwcazZwWhkKdblcCDICCDziggX9G8MoiubRXDChAeB/ZcHft2t4isOuKLHNjxqzIAYKFEE44u1CcyBMiErCMXdfISgIcxqsgF89cPdJPnibqcxoh8cJ05oEyf+27z2UcCsWMugWkMo3Z0ckG0ph4mVhyAQZG4MU2s7CkalNcUPgmByCwAECLWwN80WAKMGCCdOPADjUoAZi2DiGtCCAHBOBAhRJV47J4FcXQxUgb40ni9UTjrEdZ0EGRJgLlfq8oa8XK3MILUMvMIWCFjiSLgdVKEIjodCIYYuVaICAAhj7OhsSFs2JAtoAM3epYLu0O3phkjyqOJb+mXNjIc4CBvoh7BJuHQHNKAOhyfn5AUDAB3Do6CIOCyUkMFbKMGTIA9AAT5coI46o9EEiAAlA7j7AxG1MvA+gdn+gd05ANYpKAw9iDQUEv11uAG/gSC/SI44MXelo+C0SKjKgYmUIACECckFgltUoMj5Ckfno8yCMcHcmOB5CH3ngpeOiNB3CLh7gPh5CJzWAPe3ECcCOkhcsGE1iApEn/mnIiEAAZm2wwOnargbqJiCIblo/4lTBBAOu6QLKACAyxoRzACN6CwAthAobajTyUiRmhCqhAFeXxqoEaP1NjHLw7ISs5ABB4ucN4rgaZiM/ZlxQwASeYokIZOB6kpBvwpIcLHsLxhCI0iiJUgR1Slz1cF9gInLFbOA8IwM0bgdiSHcC4vwcagZxTAjRhJOVSDBU6qDirJFPDpF0UweeoJwqJq3UBqIyYkK65iM/hoRoJD6yBJ4r6CAY4wYfQkEBxpMU5nhXZtJsKucxgJRMQA4kgKYKYmrHAOkpyLgK4oYJIowsYwukIwu6IsQnZqcKKFlrjLO8pASy0I8/zo74I/ycIIADcYjeKmate0YGta4JIgsMMyYrMsSaHqAj0aDqbkBAN2bSM9IyWMCmW87VoWhDOSI+ZyAnwgKWE4z6JyEYIsZeFSwE07BNULIAJFKuwKrnjMQ6t4J/skIciVDyZYBK0IAvnG4jrCxyZeET9WiYGIBA+uJYFEKRyqgGhWIEHIoASIAAKApFBYTJiuZCHfMjK6BFd6ZUdFI8DADYcMgrpCZS/exyj4MClQMkYpAg2qhKqE4hXeyWziEYuwogMgYyCaEYNSUNxyAYHkD0vcwDAWwwfJIBs4IBsKAzgi4qs0Als4IkDCKEkHMXF0RCQCxyLDBy3wIAVAIXNU8xxE/8M5rgBAngBa8EAjLA1XgQBX4E+6ELLKcqKZGEJ22gJmtAKHXkZ59myIlGlhtiAmgqJ+plB4aomtKgkxrEIYAHLDckI9zIUyLmQBnEQ79mQv0KvCaCk7juoE9QyJ7AM2fjJyLqvJ5GHnbAeijhFG9MN12gWmSALX6qBP0KP/RsXDRgB+QgNDoA9RAuujdqoSbM152q4HvIJY8kaRoEhAMOKK7kSmVmOFHDHHGCo7bESbKMnyOhD7WAJmXFJyAiJmmCRJHqX0TwRadqIKTQ5X4mI5zNPeROB8+AAKJgAyBg4AEO8GTS/nlil4xkrr6qhzOGQqeCQ2OCDGmCBBWggoun/AKRJgdTxgAfqUg7ACN3sKL76lSZ4SBHgqVyxiv0BMGI5igArqJQTgIVzgnqcz5VQyVVKQauyz5qYNosUCa8JOIfoPmPpSM3SEAcRh4TiqFVzrkfdp4OKuhYggO7biHsZoMd5Jp+oHFrDpGkDudabmVQ6ChtgAWtgARNAKg/I0iyFAggguqOisLGCJRV6SLsSgeGijBdCFmOJNWOZgC3wFSshlmBJuWPRCVZCmZUIDlCUB2LaEATIAWtDlsyZjEwx0ZciCQEjUTBRTow4khqJQcNwx4/gqABarkf9uu/KBh7dgxi0l7x0pitBvAxYnAkAsIYSI48AsPWADbxRAXjg/wM+Uk0rpcpWlcSi6yY+kI9d1E0BuNUCONNfGYhi64xe2QK64iv+uQomMQpvtZGVCEqeqJBpMpZjIZZTcxcbIoAlMKLTUIqtII46Pdk0CpRSmUHr8cthAYRHSjUEXCGx4oB1FIGm3J6QypAqoVcoiQjvCpy38QjwABkEkiaV0IM9olIo8IAGSgEL6oDmMLp0I5AOAMYI0YFgPCg4Qxl4CZ6jECgVyi5imZLsAI4HQEKSKLxJAcXemQ4osRWsOZaNuhIdsBImQo8/aT0hqpXJKRLzy9laWUBleiRigdR1BIHH5IAbUEQWMhiZSLCyQYuFARYLtM9kjI1qxK8TAagyUv9CDCOQCGigDeuACCgBccCBdTutDiAK94uQC4CuRTuI3rFZHfGVItOuXjlC3jBCBiCS42AfEekdtdKRLcgHvxqys7WmAyC/mAnT7CWIO1wPztgRXzNK0DgYgxMBjkpfXO1B2KMMLYikjCAcPWlOm3mPijjK0VSMYhkIk7oPlzSNDVgCa/gPVVUPAqgwo5lMUEi3pCun7amISsoBikiuBRSJnjgK8+Mu8ThebTXCKXKCHCCcJJwNYkoZA8iA7TLTMzVDK9mAHHicYzEWYpVHncgZIZ0InUpT8HgWCECQPbCrtL0njoIk8LoBhoOky31X6mAf0pCU+kUg7vGUPXm4o1j/DYlAgAPSAz14RQUAwFWEVUHSgK0EBdXKuRXAAHRhiPHLAfRwWQzAid54oUBpggyIJZZZClEsnM6kNQlAQiLsTKJ0FrnVrr5qAr/qWd3knyZ4ppQTjyOpnywguRwgGEvZlGd5AicwAV2RkgPYgx6UpI3SxOzqqGVCmaMFET/cw4qoj6dxKNWIGWV0FZlIl1fsgNNBUJ5p1bE5OhpQAg1YAgSJiYupXzDJgSWw0sJgkNbTKXR1giScT1Bcib/xlQKoGK4wQpRxiTK6kMDdAojzlXwQVo1K2QlIYeLplZTcjqNYmOcYSngFCYdYAhPQA5bYtO08LhaStxs4tQs5SouM/wwZUZNZZk6ZcULD3EibqbiAhhbrqaBX9Z7NK4G+qAEPCEMWOD3o0BOt4GgBchC3yOQsjogb6s9igbosKMKzJMIiJNxpgqtpdglfM47ekAoJyFgdGJZ8gFtz1qiNKuTzSrnZsApoiSubfYmKYKXUcyN5QTtMogknuIEWCCAualqCWcI9xDZ0UZt0WR+XWo0JuMOBA5klQAAM8Fq2ACek0hlBygY+YLdffgo/RCJeNC6bcQKyThe4cRADi78FYADH4QgEICa8w6GlmI5A4ViSHa8hE1Zi0elv1i7dxGm+miv+4V/jAJlAKTZERIphEmBCEtJ5uqrMYIICqMzGuLGEQ/9l+IIUSfkJOOrfDQCOkagICYCMwwIWh0hNQWM33CqTLH0gPhiBGuADUVGQo5Qn1mjom60RtbmP9PAAqZmKFQHPYzuO4AuUK1kUrAlWwZVb6vWVyE5fm+YuR5pI8RiJkDlvRJSmY7mHStm+1piur7kpBwqmHM7VKqkpm0EAGyBoSrHiiGEfiqEY+7AhnaKmDSkPs64TdpuwP+oLD/2wDmArIbpnKyGUC7ieQOFX06gfJiA5XtHO/nmogxCLSQHJq4isLEgf7CiW8WIyvsLp8gYBrJkrMj2vQHGATtSs7WhOxSMJJyBBK8nHOMvhHLuYwHkQ2egNFdglBgiRVWliSiH/cJU4jBGbGgPbkJv9hBJ4sNRaTfkYlxc4yGwogQMQZs/IpXRRjdHgcFTiDunZAGiBEkQkcnT1CIbxgCiWkilxiYohCfyBuPHyicneAu5yrhhziRj3FRMaVs881pOt2TNigkgTy0lzuZfTqQ2wjOdAFosYCSPkiYloYqG+h+qpHpJIH4dQpkfcpIUQCUNbASXAgaPaUgCZTZ2J6w4p6JqIwT3IG0lD84JwiaLQk+yOq4fdgNAwM0+TPQnspxbwV3QugsSYbBytcbO4lQMsIePCvf/KghCqGPC4gHsoNgnIARPaXwscKJ0ylI94EA65DhksnCWIrKbwG+rAZiZu8onI/xT7/F1CYYIphbAVmDAAhIL/xIACoQqxU8aFGFVYdg35XUGUGYipmNBBEahqHZZEpG1FmyvZc7PYjD+1gooiGFYU6riXmk/LBj64hbgcGBaSkphwTzlpxIgFIBYA6926kqURC4/mDBuQiRmk9pTRQHEgEhG7bQo9oJSxmFZ5ghqLGxcloHUGkkRtoiOGF5WH0U+Y7AyfKmgkAR7VCA9Hv5Jh0Ypjz24ZCi4JiVwxEhwEN08bagENXJReQbzLgTj8kYB70AH+aYrEO3aOngAigRcMp0kf2/G4tN9EoohVyeEc4GggR4ok7A0kHAlWKoBG2xTN4Fcn2KbUGooHGhd2G/+XEiiMdRkpmGw5ddkTaaqQJ3WmCEHZ5NLNKzGAFM2YYlPOLDgSa2SAqvC1ScvVlKUMwUaM4MIaFCsAFbJjlKWRYboH5Ju2BeBonEfDBSELyBoIZqoXIY1BAuC7XA0gz1SJkfhj3nhhA4ukRqtGFbQN/7B6t95KndEAO9AzcHHZsQAIBAKYSBAggAGTCwKcHDggIYNDhRskbHC4AcQBhSImCJDgccKECyEnNDxQ8YABhQJ0ZGl5IEtGBgY2qICZ8YIEkBNyigAhYY+WAg4MEC1qAMGeAgUegtzyEKfJDFAvZCRg4EAGFSZ1TDTIUcAeBExACGQiYAMToggQMGC78Mb/ApAiDExgUDHLg7wP4D1Q8WBhjrkGchg9aOAgnxoa7NhhAQoUhBFiNNDAwcKOEgxrEThxwlZsQQQFEBxgcpIq1YkbYF51yFGCQ4+yZW+AKBXnhJNaox4ocPZlhpw6J+jQqaOhAQILEhRwcnTPQAELCHScENx6huDBYUOUYIBDDiY2TxY0aJABCAYHBCA4KoGJyYxmOS/IFveCSBCH7cLr7zfvBjIJVhRhF+zX1gI1WKPECiyUkAAEHJQABQ44KMGCEiXwsYQTNmzmhExrLVDRRBmp9pIK8AWYEUc7deSRdlIJ0FB2OkgA1QH3xJfFBgIUgBtuIOkw5BYTNEGcRwkQ/1CAAZ05weSTBSiXkmwGNDHXBFk8tN0FBWRDGoobVMRARx2tt9B8RxlA1gTwNTQQAS0ssNFXAhiAkGlZ8KVCim0VNQFRdsokKAJ8dKCBBnyIA8ECJkQGgRIWYgYFHxhgsMASHGrqxBIYOMHEHmRWtJt4pTmAGkiy6fQQbAZB1FVOAnBEVY7I+TbBRlceCciRezRxZBMgCEAdEwioYJtHhinFZErBMdCEAcLJJsANHFy1GkRUmRcSRCpcxV6gwup3mEIM3ABXDs7tx0RbCNhgmpjsMrCAc+ydd5AAF6DV6aFQMPovBNmMgMMKFrJQwwgaYpCpppgugIEJa3nGAMV4sv8rmlYFrQoSTjhlcBhWNxb0kUdYNXQBdSBBq+uvIhxpJEh2kpYBiQfsFJLJw3LgwB7wUZWqyAZykI16GWRx7AVaZgSbS6ThG5ZR4w7F6J0XhEgmu0x0xlaxxS7AmVhrkakSA05gUIICHaTw7wIQmFBCCZbRwMIKNawwQjaVYiCOpgg80ekSbHnmpBM5LHD4AiZ5t9PIWWRncpta2pmTBDBxx2NBS8mqk5V0GdDTa+ahRjLHD5XEAAGdNYkvvl8VAIFV+iZUkVQnN5TiYQaV55BB+okgJQR3IoAWxZtx7S5nCHmIkEE9HjU4piZAkXYJEHgQQQIYQABBCStcuIIdd0P/UT2mS3zNKQKd8u0k2ISnS+bmHFmkQ00VOTFjbF5NAMLNLmIpqwSKwzHGqaogrRnJi2CkJRkRwFOEAxFROlOAh30tLU0qip3MkzvVfe4wBeGfrEDgACkhhGJZqxhn6gWvg5jlID1iYYCcYAIM8GEFHRif9hjlgRnCzQQjCB8LRrA9KFjKYfTi0AL4sAAP2cAzd3pi2RJwmD2AgH/oOYxpDsCAAoDgJEuzkUc+FzPn8C+AwpGfCu6hqt4ZyEWmyw6rOnIBw3GoSU66oB0xdaezUIUBezhMoNYixbEYoAC/E8FcECmAcVkFkE70EFvKVkfZCaQtZ2FLfDagh/SZYAUa/1gBHxL2r7OloAV5a5AoSck9DxQRUxBIwWjAtrysLYRDTIDPQLQYnfk45yawgRGrCpIW32xuIxIQQZlgg58WAcpMKoFIFo4jkqtcwAkeWIABPHSnilHsKBxyokEAaS8NakaXN9OP79ZkJw54wI6fQohnUvgufQkKfmTiWrxUoEkM2LBBdkjYAkpwthJwgHssCCLc2EmA62Vje4cr5ZeUt5lifSZ9IBIcUkzDJz5toF5aNMpOcNKV5OhPJyHcj6pwhUyImIwqxxLZjQSQg2s+MHnO4dT57uknmamlPRAYzbg8dyZZESUHSxqMk5jwrnfdUl4VU91AxEQieG3AAhj4ZP8NauCYESwgBRgQJfe6BwUTsNIDE5yOcpwgDgLATiyaRItSw9bEwN3yqe3hmlkmJrPCPalwDOBI2RbAAJHppAlydNHmysgdrGThLCwFSXCaZL3RbK09FBNAEx0GooMAKlD2ag822zMUo3juIO0BEUrw05am6gEtrlXWZnNpkoOooLUb4GdWG8OHEixgBBhIgYb48LYVrA0K7KRXATyQusFM0AMTEwueiEefJTCgiZtp11oGcj/irc6Sfqwkp+4Xv84mUoyf803JGMtSqtxoAjpCQH3EkI0U0NQA7NKlEyAABQ+ksL+qE0h7lPJfpNwVimXbru5oEi+E6BMtRClbZ/P/hZboZJKfdbvQCJTotuoFkQ98eGVkIqBcxC0pARI83PYWCrsFKMXEKL6lxN7Zwuu2kETRqSjFlqAmoiDyc0TlcXIQSxEejY5FN5sXBF4QAQiIoZQv4ACLm9TVFKQgG990J+GOEuPsfmaPdtqaem6kEPHoU17sKoBdIjzO8+hSTAuoWw0aA4rp+BZulwHlCKgcAbZm4wbKQRxyCQAhKC+JADeIwJ4nqCQtOCFUWmZPqGBs2YPAj56K08OBAbzj9kRnILgKibQOsIfyvCYidkoyAfZMAA6k4AUvcCgBnuzqJG/PxE6gl/E225bimaV4zjktmdTTo1FZDn8LmZEGzWOn/z+ehSQMuGpWcQAKPsw5BUksQaS897YXAHqygB7NBFetlEIzRwQJOLeSCE2vszSVPQxIQAURwpaw/Be7JQSwndRCFjs5YDYlcxNOiOodorA1ARyIEwcikPA9szoFBEh1AiKwADG8WuICplc8xebWAwhkwhM9sLrE9huaHcAJ+DFIx8qjLZlgrQSIUsIIHLPkEXgAbnxQQmNGoHPlpPqnnZmOxJnz8HMbQOgF0MIIl3RwnnMAyoYUymHgG7ymypszCfhm4D6FrwJf0AlDcUAO8iUrWrHUIW+SAHoYwIEWHHzJCW9BnB4u94gb/NzTafWrt2cfMEcyhS7sqF20WCwnNf+HWR7cQGskHM58mURfpfFQBw6FZw8santwkxvdQhmhhkq8bYhjjpQK4GdzK0kp5jb3CJlzA+W2eNWwE8H2CmAaUGmNQ0/wG2cy1VSzVEQhFeXMrTbSmgPoc7ass1PFmx4ntj98AU1fugPMjT1VF0DirF6y9XCdFomZD0TVveWCKUr4w91UTDbRl0rsVBI3S74ESyBfQyHgYVDg/EIscBSqlWsC5SyLOUJPNbmR3tEd3LIIGiIpnQgsSQFAiAOshdbkV2RgyqV4AAdsFqdFh1qAC7OIgBOERAmt2UD0zALIGlsJWtNNB3JFyAISQFAY4NIxRwRUH+xYD6O4FbvglPn/BE67SJq7EI75YMBviEnZsctZMMAF3FIJRN74iIPDjWBYjcAwsICFYBgUvADbbY8HcJuLLQcBmFuhJWBQJMDpiaGS3IBSOIADlJgD3EACLuACRID5PMETyNAEMUpBOVxzEJ4BoGF2OYDq/NGjadln3BJ7MIHCwc6qEYAYVB+LndvDnd6S+FkX/p+5ed2SvAABrE3beIZSOQEUpEA8bUr6ZM1a5GBAYUpnIMRq3EOKmAe78FPkjUACeAAUZOLayB+18QEnHFSejcALNBQ7LRmJFZrcLaCSPNwCakECooG5+RkIdKFQiIADXInSPZxzFF+P0If1RIB9LJn/KYmt+WFf/91RJbnb7G2GDDbdnsEOhLDYw92AFqSaCHBAtSSgAhrj72hBBDhAI0ocb33TK5XA8WwGwwTOWngIp1xKpjiMA1bX4KiVoXTACvDW2lGg5b0N9/ABhozACmwPBGDfn0kc/xkcMoJeGJreO7IhIpEhPzpAAiijuUkJAQyP4iiOnYTb9gjj8yUcvD1cNjhR+7CPxLRLxO0ZF3IAOIbbO57ewR3c70iJPcajIbkk9sDbAogDpiQAVtqau2ySDeiBHP4Nw3BKp1jUQi5BpRwRBjQXFETeCvikGHhANpzN2fBBQ5VAJ40AFIwA9mUfiinHUMidAn7h0TmAMj5cE5xbAbyAA/9AgDSioTEOnQiUREHgBEVQhEnEiZ91nsQt2ap5XioWD4eshQNAktWhWlU+3MGJAaKhgZKgwcGhARu+o5LEIM+9YQTcGrydW24+Seowijgo5BPsXiesxd/QpUGiD04FZw7l0AhEnlf1FnCZQDbATUJtjw+Jwd24DZU5ndxhU9Lxnxc+4v9xgGsakhi6ZNEpCRpSZQE0RI8QhJgVxHoITTY0HQUiYxeaYOn54V25S88Yj/Mp2cMhGk+KIcOJHkreAGwm4Lm55k8VmnNBgIudGwT+lOc9jKOYgO2FTfq8X6Z8aPkgUadMYGQcSobxlrU9iqPADVtxgKM8ZwoIUcCkmGD/Ik64IRcZikAEJCD1xWPEuaQ0rqCgLaB9qQBXUFp99l5pFBQBXmIT+NnRuYwjcsACPomH3lJy7FkEtEAEcNvhFOXBieE8Nt0NoNvD7QDsyWScVF8EIAD2MOZyvGFX3RrimEAdUhCHLsGiuB8ONgor4V8JzNd8QYEGXIiH/RaIbdhuGRr3+FAHNNkt0uB0SMmcthhaGSA4FuNTMgdVll6iScmMrMZ6vNAGHEd8bBEEYEA2iJugyd08imETEEBiPhwekt+twY6V2ibD1aYWjGkCMCMavCPELYeqIaVgrprdtQ2EVF+urhgKfmb1eAC12kemLKeGbk93ltIN4dz8vZK//8ifzT2c/DkKlXnkw/wZvWSqO6LgArqklcok6Q0dcziBiYkAi8FSAuyBSejT0awGiVhNaVBZnq1A20BZk03QmKZArBbUnzHKXqbrfk4pU3JAYooAGjTBwUniCkIIuiVgGs6doDErih0OBlQkc1TgmQJaJhIAVzkU1nWG+ShHNkCBGEDBhVTIbmFAk/VQho3AQpWAzoVSFdKX9awNlB2OByCichwc7Iyb3LmkYtrdAsZgZzqiWCSESeiJnuiT4jGBAkDBCiiAGAgR2qSNdlqDRHYAhSYAlaVAB3CAOCgABNyQAowAlCWgCLyAFpypoP2qFrQAm0rJwbWAA2BikMagvf9OHPA4wZJxm8WlwNCUZCE5LoUeTs85XMBMq6Vg5RJwD9xCwUFJGx8MQ6V8osCYwIfxwUJpZIN8mN7hzUL1nKodbPbxnNItYKfqZ9A9icENzQI4DrsdgB5wbUVo7QYggAJ4UuTV7diq7QqYgDWU7d2CohOkAHHdmgJYw9gqAB9op9SOG8XxXHMkx8FF2XREiMEuR/UlgAmgWH69DqKxGARY03REiRPcZuowHDtZ6Su1ANwMEaHCbShdSGVQ29no5eq+jV2qLh+Ej86ZgAncIuJYDzIy4kc2X/O12DFyYaYiZf2m729kEe/xidaaRPIurwakzQg4QT+tABSIg+SZAN3/PieNKlfadG/C3OxzikEHLIDaZEMH0C0GRB4GkK1E+vDngiIicoAPT492viG5MiYB+OHnLcfiOkHSshXbsJMOrSpbdWcojS6GTBsG7GVk7BZe8sELiIOH3RwqlUApra8JcMCTsVhyKRfPceNtNuLhyOT5lpjBfSQTpMgLYY1OcRQDLIFb5vDaaIBEMrEQjYACXG/95u8ELe/d0uh2UnLEvKU4TDCLRZ4JiIECEMDdrEACSMYScGN+rUAbq40CtE2svaGdNkqY0m+0Ao/zkSsWAowQzdcaX4YdTFun8MH4JAzc6FwJiEFAaeT36GV3euT8cvF3vuPTzq42LwdzcCG5/02Q1yZEC+WbQcxe2SgAP5VtxK2ADzdZBLQaAqSAGDzBD6MVAhBABxRAq52yOLyay4oBBDABAfykPFdgKbkSF+fm2+qZLW7PzZqYYmaobirHkmGP4xaA0xKuRTqtckUI0HIPKIiutBUzKHyV0J60MkuGCTjBCIBCzDHICEiwRzLKH38nBKyecsXg4azedFwT5lqoUED09kDXsKlEe5CLFkldukJt6iRA0hlj/YpjyoqATytFBBgAoyTA+vIjNqFgG0YIP0KdFo/gslRl5/lhyiLlukLIrbmaq+k0Tv4mCt7n0nrA2qzN22TY6yLwDVmndSqzGJQAAeQ1R+5lTNPoC//43/b4GVoplB4/3Ij92c+tK+4+HKfFhzAZUMcdRVfZqCFdcBeqZGTG4M5YIlxY6c4IWt1BABqmGz0ma6zqp6J5LAuqNuai2OtkYttQ6KxVX9GV4Krlb4Ro66pVD6NIsA+tACgcVKV0jw/9rM0ljDzvjXXSzQoQV6t9JE3rsXKN2NLNLrVKNhd2hhb4jfsumW/ISybhEqgYRHsQFP+96pia28WKYdGl3gI4APaw77jtDATswZycG+zN6msa3DwWI2n73x4K5vQxosHdXcJd9DHyo6ohI6NMsXJVD1vFsEx3gBLtLDLntdCGEolLd/aF1dpqp9zhrbUdzvPBjh7jMVv/ndXhiEMBrNVDsZXErcXx0tJ8lAXFWBOUffermtvCtWfEiUAKWOicmqECxmTVVl9QPKMIVAsayGvdIaW96nesPRwaYLKSOB+8NSV652aBjiwgs9h0NBRb1UeeLa1gTzJWKozA9JbqJkzCMPAEp4DEeWQzwzARYSVNT/YwhjcWps7D3NrcdYYjRhyF2hdc1VVZmEVa1IcC/p8BamoC3HNyBAUaEqu1GOMLVB/P/M6OVrnQIZI9uuE+khs4ovaq+W8E3IDmvg7QieSSGGh4O+4bMormEndMw9rS9hYU4PJu4XkoCa323KLrccAnEhcNOtTPqRhkJ+uIlaz5wG/9LomiVYvDaslb1xxPfqE3sUKlYDq11Ob6Ak6QTDLJk0/HHmDPkrjkGgbrvAtp00Vc/sbjnoFp8ymc58U6Uhol0JXeAuTnZ3Y0wDDZ9miP9jTKQAdUYL+v5i3/s8WfzSuxlQ+FUp652mBfyvuaT0dfU0ENt2TLkI5voq25O0ZTK73M4Wg6oMS07GCu2u+woIMGqf9NkB9ai5VKYxt+txguCdItwMUqBQhEwDPanQHk94iFm9AB/J4ZHK0Dtx3OONA5rdxFCBdPHHYGFAa4tGATAG812ceHldAOrdBS66AOzZ3rHI061PsOtkN5HgaU4IUvfKNkz1XmoXMoJQr2lvUsLRc77EK1+7iJHpTH5M7nJhquZBU/OQicOgeIAJAiJWO2usLaK5HGYOlh+q6WYfXFmkgyK0339MF/5gLIiUdaGw0F0ftaGRRUYQNFRtqPj8Wzkrba+UHdzS0K/xTlvW+KWV7Jc/3h7J81Y+UE3doCXniJ2WnChXCs5faftft+PlwhNS28jVBrm7ruWoXeKn0VT6lT+x/pjVDbvaEfKoeccPuyOJ/nE26sDRqrsRoKKtRPjbxyWe7wlwBAgBrBgg+GgiU6mIBggkAJhyNKjOBjQmIJDB4wYFjgYcEIUCvsrFgxYkQKCCZLQFA5QmVLDio9QMgGoeECmzcXQHByMwGBAhx63vSZQCeEAjsJ3ChAYIHPAgkK3Ljh0+kCAwtEEHCQwIETESK2EkggIoIBEQig/nQQYWiCFwkibN1aAMJLB0YXFDi6FipTDnQJBCZQl8ALCBEWZMs5E0JiJ/8zBZfY2BSCuJR8VhTEAGoJn4gLTEQUDREiH5IeNDdeQsAjCyUs+UCAksJkS9sQUjZuOnilQtA4bRqF4ABs1gi6nehNy5S5XqpiRRSITsDDiwILxjrpurXnWAcgnop9aiABCANxIbhNANdBXqBO4DvHHtfB079GnXIIjJim7eN1ndDNpmww0C2FkhobAYoSxAEFg2H4IMgEikzIBiIISHMoIggy4iMm0PiIUAkWSCsJihcUOom2EThgMaWSWGJqgZ1sMsEmAky4DrsFIkiAx6PggqspvZJzTq8CiBNhPfKMNEC89cRjUizy6ltqgT22cqJHJdkiIIKn2ivAgPRUYgv/qS+bckCswHJqKrj/6KLtpLwOSyEnAjAwKYUIPBgBA5IwWCJQUPjAIUSWICohREUVDa0E1Ar0wAMTEqAIFBZEKmmFFlaoLYUW5FRxIS95K5MhcXzEiSknEkCAUgKcEIOu5PpiKy3tkkOsL6qmAio6sJ4Kdtc9svKxAA/gY3W/+6CSy4AUtCiSqRQK+PIpEfBizqfGsongBZuAOkw/XRUjQJwFUhDHsAigUCgiPpawiQ9QDBWIjxQewpCkfU8z6CIP7FQoRBY0gKIDMWZDmDYOSjCJpZYmPFXGxmKiycYbMRBnJnE4SFY3DNQ0QLkqd0Syp6iyyooquJ7yKgEnRcCO/9XrikTLyaGYPDkCELqCNYIWlPvxLSul8oA5tkyIIIUAe6KOqQhYtakFJ3grIQKWEII3Xj6gIJRQEhNVdAQLRyvBBM0kwxBEz0YQCQqSaDMpxZauXqjulgYz90ZxmBLHRhzZKoEADuxseacwkUw2Ve2IGyuwawnIysr11pMLqvWOKkvk8Mpy6uWXAzP2uAX0o2q3CLLR76+cIPi2MepUIj3eGnNyYsI20U2BwAU0cogFg0j0zCG2E4XobX8z0oilBSY6VINOU0g4t7jFaPiwMinDsT8oGtOoMZVw3CmBnXqkccbx4bPp8la3wi7YpQY/WUmTkVQrLQMOZ5XqnKHiYDOt9pPSlNUNCX6lowkHhNKYFyBGRrijjE3OBRqW5MlO8VrC2VYAClCUgAVnK03ZSlSCgAAAOw==
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
[img[奢香玉簪.gif]]<br/>
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[img[奢香玉簪1.gif]]<br/>
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“奢香玉簪”属于黔菜中享有600年历史的传统名菜，原名叫油炸犀牛角，是以肥瘦猪肉为主料，配以辣椒等炸制而成。相传明代，贵州当地的统治者曾以此菜招待过明朝皇帝派来招降的使者。由于当时辣椒刚传入中国不久，栽培和食用尚未普及，这位使者不识辣椒，也不习惯辣味，误认为对方用毒药陷害他，致使谈判中断。所幸统治者的夫人聪明，当即向朝廷奏本，说明原委，待朝廷查明1，便封夫人为“奢香夫人”，贵州因而臣服明朝，历史竟能因一道菜而差点改变，至此之后，贵州人为纪念奢香夫人，将此菜改名为“奢香玉簪”，流传至今。
制作方法
原料：辣椒(青，尖)，虾仁，猪肉(肥瘦)。
调料：鸡蛋清、香菇、大葱、姜茸、淀粉、料酒、酱油、味精、盐、香油、花生油。
工艺：包、卷、炸。
1.将猪肉、虾仁、香菇、葱、姜剁碎切末，加入料酒、酱油、味精拌成馅，将肉馅装入青辣椒中，用淀粉、鸡蛋清、精盐、香油、清水拌匀，制成蛋清糊。
2.锅内加油烧至七成热，将装好馅的辣椒裹上蛋清糊，逐一放入油锅炸熟即成。
制作要诀
1.精选鲜嫩猪五花肋肉、鲜虾仁。
2.蛋清糊中放入香油，可以使糊香而脆，蛋清糊不宜裹得太厚，肉馅调味适当。
3.操作精细，蘸糊要匀，否则会溅油。
4.因有过油炸制过程，需准备花生油700克。
R0lGODlhyACFAHAAACH5BAEAAP8ALAAAAADIAIUAh///9/f3//f39/fvxebv9/f35ubv7/f3zv/39/fv71prEP/mta2lQoRjKff33kJaCDEpCObm72uEIa2lMTEQCIyMKZSMOnNjEO/mtebWzggIAEI6CO/OpbW9WmNjKe/WhM7FWlpCEGuEEO/epebFhFpSEK2EEO/mnBkhCL3mWpSMWubm5ubm1vfv3sWMUq2EMffexa2lWu/vta2EWubWWtbm1s6lY62EQtatc62leyE6CELOGRDOGcWlMebFOubFa2Naa3OEOjo6MdbFpXOMWoyUEK2lnDqMnGPOnBCMnIxjSu8ICOalGc6EGTpaMYxjEGOElObFSuaEUmMQQkLOWuYZzuYZhBDOWrUZzrUZhGNjSoyEjObv1sUQEEp7EO/mhIyU74wZnIwZ7zoZ7zoZnIQ6EGMZnGMZ7xAZ7xAZnGOU74wZc4wZxToZxToZc2MZc2MZxRAZxRAZc7Xv3ozO3jqM3jrejGPO3hCM3hDejLVSOuatUta9hFoZCO97GRmlGRmEGYQQCFo6Ovf/9729hBBCOjEZKeb390KlUkLvGYzmGRDvGRClUhBjOmOllEKEUmvmGRCEUu9aELXF1oy1Gd6llK2lEIRaa7WlvdbehIzvnDqtnGPvnBCtnIy1UuZKzuZKhLVKzrVKhMVKEL3FMebFGWNalIw6OmNavYxa7zpa74xanDpanEqlGWNa7xBa7xBanIwQQoxaxTpaxTpacxBaxRBac73vEOZSOoyllLVSWsWtQrW9reZ7e6VSEOZSWozmWkLvWuYZWuYZ7+YZpRDvWrUZ77UZpbUZWuZ7nGvmWuYZOrUZOu86CIyUxdberYx7EO/vWmOUxWu1GYzv3jrv3jqt3jrerWPv3hCt3hDerRDv3jrO3hDO3hlaCLXmpaUZEBAZKeal77Wl77V77+Z77+alxbV7xeZ7xe8pCM6lEOZK7+ZKpbVK77VKpb3FEDoZSr3vMRAZSmu9Wq17e87OxdbO3u/vEIzOjLXmhLV7nO/mMffW5ozOrebO5gAAAAj/AAMAECgQgMGDCBMqXJjQQAuFg1pkYIjQgYMDFw9o3Gjx4oABMk4sOEFSxkgZI06gVHkiJcmXJD9wOCHzxJATJIbwGcKrEi9emFBJQ4XKyBBCQyY5c7bKGSZ7GWpkyMBhAQcSMjkM4aCVDw4cOVzMmNGgQZmzaMv4MqHHRJMePfb84JN1gd27JheYHADjo98BCQIHDpAgQEGKiBMWDMCihQMACQAYcCCRi8HHgzIr7NjxQIuNGj+WJDlyRMiRMGfatPnhJp+cmV6/JsGntm1eR3NtMQUESA4VwC/1BrLKiBFMQyolH4IjxtgZShqcCnGWehmzSvSUvXHjRRMXLvaI//9B/oP5mQtGqH9p2jQGGAsGLIDfVzBkgZELCySQ+CB/hIclkMFDj10m0WSQAfDYYpA9xhllLXy2wAEfyWDhaCyNUBNXJOBEAgk/fGgbHyDU1oGJfMTQgYoxxKACPSr0RsQWKigBoxaX5AicLiqc0oAgIWzQB3XUNaCEWDHQY8OSX331YSUffvCDeVRSqZpdI4ykV5YjYICBXgtk4KV8CwhmZn4GMUgRAYcRNJBBU1l0GQCVGeRYgQYAwJ9AD0IYYYQWUQiSSCS5dFNrIdZGCB8dLBoDCDnYEENzLrQYgws3xHADA5gycIMKWhChRXQNhBDCkBAM2UcfG1AX3ViVVv+CAx9X1crVrVyNwNUJVc1UpWoiYbkel11+iUEGMhibgV6AnWkmYYYZxlAAbOr55pv4IQVofgZwEZlFf9IJWYQfgfZXCwOQG5p86uk6RCZD0KYoIc3FkEOLKsyQr3MqWMCdBUrc4K8SFmhRqpCpmupjWQw3cAN4S872gVVZpodleiih1OVdHHNQJU1cLeCllxt/+VEGfMkHgwzy+RUYC/w4lIDMaLpp0J4E2JfmtZANIYgKHEQIWQIt5OnYZy0E9qd8JhGa3sgYgFSuXws8g8EQWOtECC98EOK1UTodpTUfvMxqBB855ACwEh6EIEgZglyixIs5fOXVV3KRN6XHL/X/yvHTX95VcZgiL7vsSDJ98NJ8MIj5HuMwRJ7ysjL0tWxfLfDTWOabE51fYdYeZEAESedJULR20jMDwBwMQBmdS1MY4czoDpBSlbGFjRTWVmNg4TNTDZjunxFuni4LyHNBfISaZ+5Q5gmwwMVUwFPF1VZS8q04TQskTtP3hY4AQ1VW2WWsyPRxHBP58cEXX/uSx39yyuhmPgDyyGvOgueBJZimAciLgAH6NxA3BaAFRsjBVvjgAj4swAHDoxpf+HE/FojpXSCqTQwI0aibPCNdlBlgYCIyCAOY8IQJyJkACRCBALQwAiw8oQkJYICc0dCEAmwBF25Iro+wIHJ34RVM/3ilOI9tzy7waUlLRBa4L13ufaiJDz/MVyzCvc8vl+NLC2BAQX4Ez4IS0V/S+oefDNRjKvxAU5qk1YIhuAAHHAhc2kYwAKs9IydYydpWdDKiZwwhaoAaYJ5EmMIUzrCQOaMWtQpDAH68MIUqNGFhZlhDAwSgkrQT4OgiEAGpDABZF7NYTKjEPY4NLkxfgoHJPsKPwMUHi15iYnxGJjKR/WUAUTvZsagylfvFLDJ0ElA9hjCVhxDwdINwgBtjMAQ6UnABYLELB/iwBxuAQFJoqwQ9FNil4ZVQZgkSYQnvA61y6qcwk4RWCtUZLUtaUj+XhFYiUWgED2wgCDnIRwca9f8MGZBrinaByV1imSWUycdYffkIuhJav1vKZ1kk85LkfogylLXSelSp3ubIlYGscSADaQRmAQ/Sxhng4Aet8ye6TvCDPeBgDy+AhlnKYgF6DGEAGEkaDcfJHwMMoqf3yVM6LRnPokZLP0SVJzqlhU6i8oc/+pGMDJzwACe0QgKEeEY/M4C/CAjGL/DxEgUPd8u+YG4A/OghK+uX0ISCySR7QatDMVCPY1VvAcxLFwd4sbUh2GN/aNpTAJI5AD7MwAZwtMvSrGIDBujhBXqYQQ44wEWMOACY0XpqAdu0xs0a5pyfjVZoRStaRlLLs6c9LQ2JQAQvSCAf3/AEIb7Bhcn/FM0AMWtBBNL6J6ItDZDpOhcM6tdQfkAooWCF2siQa9aTqTIDjesLBWEwBCMQwgjK4WrSQlfAQQAgA3x4GA4U90pAbelDQ8DrGB/j05uNVFoGJC1p4Snfcpa2nNaSFptUay2fDqIeTiDCVSmRgnykIAbfyEBt3TmzwOCWdGNMAGUi6BfiEm8+Cv3TcM/aXPikLHJfUk/7pgvievAhgT4hJsx0FrqIcEBfDSRBVQBFGQh+pCODge9Axlnf050uMj0OLZB/jNogw3cQgx1ELojACy54IggS8IIXpkEK2XqNF0UD8mAanEPctixpFl4emeJDLrV6uC/zeeUsv8SB9UyX/ypY2yY9sDtM7eYJydJKkAwqYYEXIJYEWVJoZIwpmUJHZr9BjurpNota+ur40YzOs2Cl5VMu1ODSNeBCLpzghCA8QspRFoEnpuGJUntiCJ4ZI2HQGRgIy+AZCwgpmJeHLjCVN0LDBStfvmQSk4W1Yiegq05yQA9C5CDFZ+RHSIGcmcxA8MUveNgeKjY8g5DRPofurHzXuOhJw9fH8gXyezv7HwPWgxdL1oIHPv2IIFDVCV54QLwl0IoKeMILomZAJlRygIlEhpBfVY8/vQphpSUgrWNuH4XdahcLYczXZBIJdnOA3Z4Moa4DyjLo9jMIonEgB5tygQ1+gGHeCgY/qP9DHbZIu/L3xle013IT6LC1s8N0dmctyAUv8OHaTntCC97wxgO8AW9543saRXAtgb+QiRw8Y4ziGjQu6dgCwxBAtw4JKWRAYusKL5ZltcxLLVkZuOUMwRzBg4GD8xygAXDABjN4gchlzDgJJ2jIKQf3t33sWZrbDNyRpjnPdiZ4Ox1ABkTwgAQWrwUvcNoLRH9AVSUggqsCgxITSMEJBoBleG65BRjggD+dNTOHkE5pLeh6cBv6l1qar7kfQaU/pDe7HMN8629/wQukMB6RDPchd3e0yxeNOnGz3e/aBlDLv00RmxNgEM/gBRGe7NpWeEDKUpa3NzYgdNcmPfMdsFD/sz57nwTAgLyXJX0CvHrwWdfuLhbmrUM/ctbhaTxPKxepRHQyqSmdpypqJxknR3yQlnd+p1/Il2ciVV81x3bHdxCKBAC88GRBEASuJQEWGGXwJgHz0AGegIEW6AWUQHkVYAEyUFvQsi0DYB6xFhEQ1Fs5VkiSlDS31FAWtnrB5TLGpGg2RxlWYRtDIHYcs12I1mN9x3x7Z0B6AnNqlCCPAXyDthAG6F4GUUdPZgHTIAFZeFXYF2VecH0KEATTYIEPUIFBwAAt8kFNRSduJyXxYT15FDQ7+DkBkFtKM3+rR1y55nUAUhAS5gDp4RW1URWu4wDJFBFCVWildYRGWDPb/5Zy+dFDXGAhQ2A1hWgRekEhj4F3gicQ0OcJMRAElABlY+haIvCF3qADVeUNCoCBRPAAOhAE30AIKfAMmcAAQTAElPFZLcABejMSUuAHwuhAxHN3CWIYuaVhZIJTEVRm6fJ7wzVSCgJBgcgHEdM6haggzeZd7fWIeaeENrMzIuU/D2FM/cQyF2IhcAUmLKESN6Z8NtMC36ACFfiBixdqi+cBVeUEqagDHuABRKARS3YC+ZADHaACz0AIuRhhvigeWCGMkuAHJJcunyNUdAgZA5RWCVAhYteMclU76GInfDEC8WIbPxAsGKEg4jJI45Rfxrd8kcZUhQZ8ExYaF+ERgP/4DF0jA4SwQZr3AZmQAh/wBV+QAiCwbyzDBQXiXdESEc+QC2YoApRHeVe1eNkHi6pIVSjgAd/gAFxwAAnpCSqQA7WVAQrkGTCwB0zABHsQjMLoB3swAEd1bUP2b0PTQ6kHVwq1cM7IK+SxJHvwGhMDQipZIAlIeHpXZCnnP8k0jXpBEplAApG5b0C5TySQAplAlObRASDwATTwBVKiEjLgEZt3id4lgSqAgVUZBFXphfLmBDoQm1W1ATqAAv7YT88QA1vQAERgBAv2DBZgF+LxlpIQkcJ4AkkDLQWEThh5l/JBEyiFASVUO6uXazY4AHvwHeIhF+SVjYZplwb4aOD/WHMtN42dMSg/wACcySgxoG8/kAnwSRMgcJQ08AM0AAJf8JlfQBIVwnTu2BEAMAA5EAQiIAJBcH2O925f+G460AhCoANaGZtOkAPf4AW0SQQIqVstwAcN8AFtGZHF+ZZ+EAV4xT/2cUlfZRU/0AtquQdVETPPQzQ5SH8pky5ysQf1qTgmoREOchn4l4CLOZ7+A2kK8kqiAZnzmaQd8J58EBtAmQmcCQIdsAv4GQ0fEA35+ZkXMpQyoBHTeAD4AGVS5gGwKZsPWlUeEJsQIHllmpVOIAGw6AFacGyNUQnUEYzF2QzFGaJ+QAKAUZjgglbSNJwg6gdS0DroxEnPU2sJ/0ejIiF+OMUZKikuBmE6LzeenHUQ4lYtpDlEoHmUJQIC7/meQCmqu9ADE7ALu/ADu0AKIEClUXCUJ9mkJZIJE9IZMpCaTkCmsGmb4aADhmCbsLkBD0CsOqABEHqmDyAED/AIKpALOXBGKhAIo+AHedoM2Bqie1AmCRAREWIVIOKW1sqnUuCn2zVASeNVS9Oo7QMacvKu1lapx1hkgRcglyGpflikREmUJ/AFUxKZIJIJVAKfrzoBrhoNNLALUUAKEzABlmCwqUoDmRASfLALKdCkZOY60PdutLkB4aABKBCyKACyElpVISsE4XCyEspa25Q21CoJ2JoO6YCtehqRE//zrR7DoriwpzDLs1JgA9zarZ/jYBuVen/zEeYpqYY5pEfYtEp4r6BxAAmCLs9wAplgnzRgHh3yAZIJlFKSpA3bAzQwtmMbBQ5bBBNQBA9bASCgEl8gA6J6lK+GAVbjGDIQBA8amyiLAilLshAgBGQKARowuCGrAYUQmxCqBSpAI2fRDOmwBDIrs9kqCUxQFSwlBTybpz1bnE1QCerFarYnGLsVGBL0Sj36rgXSrd61cSsHc67LM4FSIeUSH1V7Aikipe9JEznxBd3zniDwKAnbA9EQBftAA67asGFrCUVQBBUwAUfppFDqAtf0ATGweVS7ARDAtyKLAhRgCMAqBBv/8KAjC7KFQLi2qQMPugE50ADgILNLALmRO7m8F4w1C7M0u7mSsAf1AboDyL+E1EPxMalzEq99yHJ7F3Nv8i0eERIsIQOZUCIpsE+P0q+jBJpXO5/1CQKkQAMLGwVwsbzLm7Zou7yWsE8MsAtL+sCpap8fIHDPQJu1+bEgO7LBKrKDqwHhIATjG7KIG5uCEAhd8L6QC7+S2wzjmq00i8R7agMcEFKEITQoyjyflTO4NTrPIzUP5CDfKTpLSJ4M2IiTUSEksZ8ksE8rMp9NGiKKw3S+ywAWwAAn3ANRwMH3ybA9UAQfbAJqC8LQIAIMAAJj21I9UAGnCgJ8pgInIAHh//uxKFDDgyvDIPvIhnDD5Iu+QkABFDAKjzvEkTuzNaunSdyzk+sHnrtsgZEBhDB6M4hDgyEzdtgCJjGNCrGAiomEL2kzEgYSDEyUD8x0FtAoAmu7ssoHEgsCcMwAabuwPUAKcDEBFfCwE3DHIwwNzTsBL7CqrNqqPQANPUAeDQABN8AHeOsEI2ubKCAEEFCbNZyyhUvJv/qgWkABfRDE7/u4krsEk5vE97unUlAJw6U0VzwA0JADUkRB9TNAFoSDgHVjPVqpp+mNrXsfxsh8CzzG+kQJHcB0UrpvVtuvHzCfKmwBItDHZYuqFYC2qLrHejwBFjAB0GDNoprNcGECe//wMBcwJDaQCWRaArF5zk5QAruazsfqvZNsCEIgBIXAw3+7BRAQCPX81PY8s/bruKHcDE0wbSVaZuNzFU1w1V+hHCOgAlg2ACfAAJ6QkFvjPONIwNk2fOGWJmjScQkMABSyyx44AZ7AABFsARYwxp7JB0aJwsZcBNCAx4CctibwsKgazc/c0j2gqhUgx9AADS/wBL7QA5agDlHwAhcQAg0AxxZQAge6BUaQCyEAuCWwAapNm0JgCOHgBFoABFtABN77oBAgJOAAv0PMyfpcxD27B56rZjBgDlLQC7gwCrjQBKPgC6MQbR9ACCogAh6QNgVaAVFWASpwgl6Ff9/JWUb/Zk4F8Xyh8y0gsZ8/wEF5LQETgMxwLLDwiczI27AWgLZYq6qougtqG9/RTAkWUAHQ8AQ9YAIvUBa+8AImYAJyXOBytxPPoAIekAvAUw9EoNpUJXlCQAS5kAv0kOHGYQRagM7ci8ldYM+7/b757MnySx69sOJSoAvNMAqjAA6+MONq4QsuIFMVUAIKsOMbsOOnSKwK4AU5AEAmNC1fLGQEcWic2CD92a8P3AESUAQSoG/xuZ/5uQsNq8GqGsik8APz+cxhOwHGq6q7UAEVAMcNEFMEfipP8AKXXdnQcAMoRT0Jdmn2UA+5QI9OsAH/mAv1cG5/fm68kAPojMkQQAFB/0zi9Sy5U93JkbsEXTAKXdAF4DAKZQAOavEEF6DpJdAAinwBDaAAFyDqIlACpb7jOx4EMcAL1SavQVpf9AU6/zEzU3sReiEDRPmeD8wAlJCZTEcDY0yU0eADUTDHn8nBIPDYhd2waHtN87kLyKyqMQANFvDfT9AqfQABZSDgnC3njcUHGWAPESDuEeAPnTQ9pZ0DrKVil3ZGUsELKnDJl0wBTs3JQmzv9y7Ekx7jo1AJfKAqHlACAh8CAo+9tx3wAq8A0h3wCiBvkvcACuAJvJABPzoQeDeX9mVfQ2Y6gyYhDHy1Tx4DwO7kn9mvwo6wNIDywRvNeKyqNpCwXm7NyP9bARdA7S+AAzeNvQ3QZy8QAhQAAQ3ABxVwAzNACFJxaebOAhFAewMwPQqmYDXAAjVgD1JRD4SgBT6f7eBAz5uc7/e+7z/bCxxQCWUQAiC3AZj887cNAWwfAmz/jxAvAgrgAelMrF7Q8PEG8UQwIOQEgct3VEylX6CTiBAUErzLEpayr6Vqn1gaDdGwDz7ABKUwx9GA5Wf72NAOyF5ex3Ex2U/gMLqH9j9PKrvQ8yGgBDHwASmiQB81e7On9FKPP1JfA53EArNX9ZVQI5egAnpwCjCO7/reBYEQCJjuApUgE72gBLctCB6Q7YeOySjA9tHP9nwe8G3TsfLmmncv5Mr/4/dJOFqAb8D4IRmFL5pNY7VAuQuA7eXqmfKQXwrqoA5NwAQe/MGWsMzOLOaeeU2x+tgA8eRFgycNGmygkHBDnwvQdv0YkoPPxCFDKhEaUi8DCxb+OEZgwS9CBH8kI9gD6TFDBl45ZuSoxMeGnlFdbILrAk5nIJ4U+vTxWUaJHiUIIWyAkJACiqUUIKB4CiGEBw8SSuhAkfXBAw9bH3gR4SWIBSIqABAAkCDAWrZr1boN8BauWrQJ0AYA4OCADBknFiyQMaDvhy8MQHz4AaLDBAtPfJQqpU5dqR6kKvcoYonUhAlFaNAA8WNXDxMMepx+ESKEUw1OPcTowOcHjUwn/0jU5jDi7xAcHBaY4wfDHwx+H1lE4Fec30oYGTCM+MCHxIcPHBDr8aVT+/ZAPwUBDdGnYJmkhlCYh5Aeafr0VD0oCBJEhQcnWz2AleCl64YHG3RsAAAAvOISEC63CowrQQIXTCsuBwDri68BTviCOhoY+CGxTBiwAJoLnoAMMiZO62ECS04rIrMJdpkAmhcmOM2EJk5joIEQWoMgBwuCqMCCChjg44TFJOiAkBOe48CXU/TAZYZfpLChEg58g8G3v07wSyYS+Nijywy//GAPF5qgSQ8y9XgBuzJCEIK9EGwEaqnzNtigBA+EaHMDPLPKaoMg3quqq/620qHQ/x4Q8P8svNRSq0G2GG0LrbsWBcAABwTD8gS+TuDjg0z4ACHUxH6IARoJQjCBhn0eI8WSd3qwZALLLCnCggkqKMHFzyzx4YXU+oCgNRTqDKKDDkQoVlMVSPEkvhyeWYADHGjazqZRRmHSBeoy3COKHkaL4jMamuhyjx72+MEFKfbAwQYc2rXBBReUCCE91aRCioJwnKrTAy08WO8//pxQwIMgvFAgYR0eEJhh/yAoFAIEz0Lw0bUETABjAQ0g0ICME2hhrwq/wPILEBhI4QMQUvghExBsrUCBBi7Yg4YoHjuxh3dgbLWIFhtQ4IIKvvU2iigYKMOIhFDgSgIJKnhaBE+ekaH/g6eDkMCTbyb8gASve8kOnJpuaiJDEHZBu4cRSfEh3D2keGEUtbvsxQUppaxoCBtiaOCoDVarN6ulICihgRLodAKFEgimr4QSvnpPga3828AbCB4Q4r9ChajYYkgTMMAASfHiuFLT0wKgBRk+oJDCDzpgYIIOFGMgds56ZOwJo/fxtrJWWz2tAmhEaOiJCsw1oYeB9GTqKAmC4LCCHlWowJNMviCkA3zGGiKwAQZo4Tlz+NDlFO1GkcI0F0x4wYRSbjYaXRwaKMMXdH/gUuxeOIChOQ6G4EMMQlACfD1FKRuQQAOeZxU6UeUBT1nY4/rjhA04wYJOEIITFuYfrOig/3NtudhdIpCxASVoEHf5mGBk8IUfdIAwPyDFYm4nAglYwGfSgwY0osA7H9AKVrCyTBF6wAAJCO0FQjwNqVajHoM9zQKeMFY+MmE1CVAiHwfYyzOe8b0WgK+Lz3COtJogtxmZQEbqCFe4aIAuX/QhBL5wwR4Qg4MfNOEGLuBfc1iQgXrwwQOO609SniKE+MTHcU7wABEsQEE9lYAIRiAEEfyDAqywB08VnKTE2OIoSIFwLRxLQAIGwcmMPWiFmWgZllC5IahJoAgVEMGthleCF9ysbT/8oWVgNAHTxOhFLhBgUv7mAR/9KAZ8KFIHnpEJQngiPxb4hgwO4ABqXopqC/8Ywf84QAIcnMYHpzFaKZhQilXt41zhKUMPvmSDKf1ACg2QAgwwsBx+YKAe0PhjCRSAFIDlEymU3AAheGGEIDzwAVrQAhFykAsi3AliWcEKCjRASQoiypMlNNBbMoYWA5guYyHryxemOIFMRAd2uxhSESQgAhH4KGghgIbafPBNWE0ABLNKIylesIsXPMFFfUuIVEowlhhA0ViwiUEMCJGJTKw0CFOjWmCwuIDWcUomPTBa0aLABCb4YB/kbFsTwqNOGuDPBSoggQteIIVKrIQjexyCAiTgAaAl7D712crhNvAIFXiCCFsgwr8QeqeyECEIWjisBSFmKCF85WIaXUv/XTz5lgB9DHUHEAxTabALEGQihgygRAUW4wkGQK1HFkCtapKXM86AIAqWeMFnKvPNJ4TgbwihwESnktSkqqADsCFEDjyRg2/wIR/xkQARkpmDTEALSx8o62x614MZ7YGrXt3hTG3GPnShK4A34AMObtAb/nGkBRngwwUUcDgFsFQCCeuPAiwo3woKIQe8GChDD+svFSDWgoPaCl6/0jkCG6hjpusoSGUAgtaGKhMVoITTpEckp73nAo7zAAT6MBpSoE1WP9gZDYpwgRA84QkbGM9qNLBiQ+ALgZ54oieaSVpgDIEQ0zhYEHBcQy9IgA+ohK5sSbSLKOyBFCOSqYi8/8pVb5V1D9CYwQ3iZYEZVMIcK/HHSuIaAq/Q8D3+6Q9/+POAEhCiBlzgQg3qMdCGNlbAXvBCgLcCZwVsUi6OulhbKGbZFrTgGbdRDNp28YXFtNSGIkiYnQqnV79VhgmkMI3NSEEKEOzhCTYoQwNu8CYPCGLFK4YAeurktKdB0ROeqJ4KJOCEVmAtCDHAmgcqAAKbrbFbRAYNVs2lDkuAVZzvm6nRPvMDG1S6BzdogAsqggHnZGAAQ1Cv5Lwi50L1xxsb8IIKvsELLXJ7APWoRy6CUB/JxfkrcIbzAxTghc7JJUGQXdBHrUnV6IjLtSm4FSxFEIILH46Atg2BBX7QLf/KwGgX0fhBk4vAABuEwAU2okCLP81iQQjhPYh22jQY4Ikemxvdz/MErBPIgBhEYRdOFrTJo3DkHrTtZu8b52OC/RmEl/UFNzjmEDiQATA6xwIiKAHCvIDX+vBnYdOuDyKJkIvzcqEeRpjPVvLjFY8j7KJ6dncIPYqBExDG65nIdWV8xCHUikAJCkiPIRTCBxpEYx/7sETyXFtptEXhBT0oHAMEgZCJg1oLdgoLfuJDCQtI4Nxwjs80CLHUifTgCeBkEYnMxYQXqKNt0YgGV2Merq7OLX5R0MMNYDKElbh1CDcwQXu3sk8A18cb05Z6EOYh4xpkwOlDYGic0U311Rf/iIQkZAsB4n2gtMjgGRT6QvJ/AN2Tk2IPpvWAehcdLBQIgQINUNVMI2MCS6y8BzQ4jc0mQOJ65Xbi4dDAUeT6Xvx4gRIhP1h+4gP0J8agAkXYBQMeT5pYEa0H0OC+HsA86mACE7C8tvGB6tqDF2CCrbIjF8iBirgynsuAIfi5C0A0aTO6aluYpIuz1+OKR/gGLrA9cCOE+dC9dPOKOvsgBZELjvokABgA3eg60KCBL7DBHmAwXFkv1WATiYKKOhGBk/sqyDABk0ueSAuXF9gAgzC/voOK93Aa9wI5FTgup7EAkvMEYoId0fCWJ0ie0+AMWAFDtVGVaPiCaNgDJfMB/yZwgSh7kx5QB7VyAXrgA3PYOeewh2eYgQ9BNP1gPTArlGtbmPcwtwdwgqHiBS5oAQOogWfgBSL4isdJN4RRAAQBvgOBiz0DmQGAlpCanesBjQ4Yu4YwHNVwCnupkwo4uDSkgcdQB/4ToheArR4og795wk9DPxQIgoJxLzjLGlTDmqeBjZBbKsQ4G295H28BwB5qggacKa+Khg+Ihh4QJyZ4RscbiDJoH195gRnAgUrIiJ2rh/8BmhDIwEFZGB3InP94vcohM0TUmmdAswioAZBQsxi4j9X7Cq8wsE4yEI5xEAmRAcDouuRTmV3okB0pnASyLQqgkxBQAGgAgWlEQ/9qzDwUMYGYIpEaAQpd7LsQmL/8kIBpAIuxyI84a6nfio1ik66b8aUm2KpS0L7LQziEG5ERqa4mMLE78gUTCD16IARx3Lkp+R8bKIEBkpyroJMKWhghIEREDLBvyIAasMoWGInjYIFtU4GDmbNpw8S2yLrfa4EFIBnAIBmSuR6XiZkG8ICpeMvCsQAlsAChMZfZwLwfwLwooAz2OQ3k8ZWDUDH0+zRDUIKuFIH7ILWD6bjDKzwPgIbN2oVuKRqsIg1z+TWa3IdoEBdLq6U9YB8z6oEGaIIG0AMLOE0XaBcAsg5psYE9CCY6ITNBpJOjmzY7CQJ61MoIwEqtrAFeyIUF+egK3fP/Bi+AC8mSLLpIi1CSAbBjHcKgEJchFQsYqsMZIJgKAgV6mqEhjSOstWi4mY3cyBIJFXN5AV+QCsKcuBBQAQtIGKnZuGmQmlNLyRzzkc2iSaPpKpM7F5tRmxDxT3PxhQtogF1ADOVZwBd4OGR7AQtAlzUyjT1ggC7xgV2wgb4JQvqiHKyQyg59gCAghAwYCQMQCRZIgON4RNzrSv7YPUW5Ok0MJQcYgcSggW1hIVKMngSKyJlpgCwkuV2AhvHzKV/IKqPxAXUwI2jwqcZwEQ7pA0NYsYgTArXTggQaEqfpAKwxSXRDPCLgAyKLxvz8FhfYhQ77vxGZqT0YhbvzhaRs/4DTawA4+pVM07QbuIEumS4lNQGfegFooBcIICQV6MoME4ISaBOpowpADAIuOA5+6LPjAAl8ZAkjyAGD6coHeKxMlawDaQFOcU6RCpUYyD9Eo6u4jAFb6bDZUJmTORkb8JCu8iofSJ4nYIAbgIYOuQBuTIrcyq0NMIQNQAEVuAERuL9gTAEdswAunati6QDrCjbLGLLR6Km7O41R8IX66dMLuK2EsIBfgalM8wVarTvlMbHa4rcPaQAVOMwcMIKnM4JcWKgcKKj7UEyuyIEaOA5GbMRGFImRiIA0qz3bw70WDD5M7IsOYJnrEY3SSiDHGaCn6NEJuDtamw3QYABoMP8cFCM4JkDS03CBl4EGW30B8vg0pxACNrkA1IIa+ISx58ExHEO3IMiHLw02owFPEDiRXXABD7m5PvCFa13TJhjQfEmPBpiB8AiBGZgZCyDT9nmCD7mwC6utXCXQEMiBCNSI0uMjPvi7adMPFahKkDCASG3EkeCH0HHEkeACA2gBsXw3F4yLFuACZIoB2eElxriAfmuAIPC3urWB2OGshwCTgdO/bmkbAEQbEHABAu3RmyuD3FI7CggBQXDLHVmpVnAazCVJYHye+IiBHziNBiyryoBJOTzPMgCKPjgFG2iCJvAVVNQAQwgBQxAKCNC0bv0WE7iwMriwFxAeoNHbN9H/gkoANxI8rxaoARkYgl4kt2zTIrEViQTw1whA2xGd3kl50Y1KAAd4huwJLaBTgBewCjtRgRg42hCIgbPZhaRCqbqFjR9onR+oS6wymhJhgF2Yn4CzU9UQhKUQgg2gqz9ZqfwQAZWioVZoLxFglimCosSgXybYg5usGW+JmwYIBAoogzLADhcIVxILFl6FAC1oACUQWeVR0hyCBiTaBQlwAdTKlRiYHy0AWz5CM3ytPS7ghfigCvl4BnyN1LEFCdDJSusd27GdiwAAJQXhKD8LoMJbyPacyxhQgRygFwrIAcPoAJT6LQuQYuDKlAVIOFIosh6wAZ66ARIziPBIO9mV/7W6kiuWaoXAI1afQRsa6ACrElW1OY3RWKPeCVdfCARf0IP6uYE+eDhzjTgN6F+p6APUAkDSuDtzYVIfsYDfWikLMIggWJNnQV4fZoEaOK81E9T4IL2SQI5I9VdIJdHppV6KmQtXjiyQgUQptoAcWDyXEFRBpeJ6KYPfyr+Q+60cKKonssLaONA3UdwKQLYyEITZVQqokIpTxcAK0NKVYimfGcNXIYUfIIFKJpFz+Uv9a59RAEpfaAIpIJPTpZ/DCRYNCAElUA8EytscQo2GgAYGEBrRKrwmfI8SsIA3yYHS6wgWQAl8Na9Qtj2QOA7pReVUHttGJYAIcFsQIgBG8f8YA8CAZxgCXtjoq90CQU2o/jqFevktGOPiovqtHhFG2JCNGEgIGaYrLbiXhJioVAwB6YklCwitHrk/zqAVS7CEyRBdc7FGPWaRCSiBD0ke0PxZX/lZ+rEtIZAoyVUCwfQAFfAQDGwI4SmC4ZkwU1kvx0nK7KSKGBiCAbjH3YRU30Rek1DrVGZl6i1i31MUeOOYVYYr/DICI9iCj74EIrgEdZVpCOCDHPitGkEtW+ERKgKS2uCDko3S1lia84DmBrhVUtBpqGGAzbg/zVAHJrAEjn0VmvrsmTqNvJ2ZJ2iC9VltMWnh8KCTyIWAV5Nit1wgETCV4YEG6LlVDunFP5r/HDqxEYMwa2frCLfaiI445Y/wZLh2brMF4uADIciS3gA4CXDDhIF61xzo64+mBxWoOCueCEKwPwm4HdQikuypkOmwPmFpDWFZCvRoD68GgRhgAGQJrSIwAf2WQ52JDMn4bCazmV14AoChAIEwATjaAxCwgdSwrfXok4DjaR8hHpbiEZGTnvlLmA2XTTuhywaA4R7eo/MagI3YiJSIVI/wiH5da+cG4o4SvreFcUap6Ky0B15YM0zY61zY7lyAV8HWAls+wR4hhXxggEz4hkwYghNomZaJgaRoDfSQkxZLiuoLgRry0V0gVgmw7ywWolJYQ76EjM/uWAimASZUisZ4/4IyiAEbsIAmtC1AbZMgGCCD2OoMJB4fOdUaym1Ec5ywJrM/IiYLuCM+YLaV4IIeNui34giPUGh/7dfphVRWNpBN/SS3GFt/qAF7ADdemAQcxy/8GoIdz4H2rID0JfQsrmQ+KMhPYRG+YQrKDrU2AdRQO4qpkB7Mnh0QCJIfYAAeuV/4CafIaAJ1aAL2YYCe2lUKUJ4G6IO3/JukrgDqsRODwWlWdE+DcMvsxBpoqHY7X686UQA2CQGE4hsXAJIhGIFnYDaOSG5U1sq3bvFJD2IS7ahHERDh+5yKtu7jsId/twc+0ghwq4e8IQFYI9CxAxpo4OkYKKn69oDBsfI2gf8KPEmPKMSaSualDvD1+uYQBTj1FdmhV3wMrqIuDymDw2mKNt80wAkBG8gQEoAdp2kAnL5n4RF0D1CCPw+UpNyA9aKrg8inP4oBl3AX+O0erWX0Rz8OR4/0hoZ66tV3BZnoRwmdkaiBtMX6CFgJrgsg+76dHu23lqJmC4D2FqNyQNUTYE0KiyuBGmolGhKtpOL410npXQi2x1AbF2j2WyQxX5UKBvCAPtACYAmB0Cgr0FBIaya1IuLbDFMPf3McMbM44a5L1SiB9mxzmOeDigCjEn+rDHB0j9hNeI/r54bxI5YLGk8QjwEdJLaL0BEMAPqturWVJ+jBwgGUw/lfCqD/dUANASeo9Vr/E/iIjwqQTwjzZQ5ZEcXYgzKNxcc4dt11CkHAF3IXgYNwSy0AJunyATFmkSdgqQLezrFwS7gUdAmSfNtSAr651Ri4gRnYm4/t/Kw17oF+KxQPCXqP1BYHiAgCI/AjECBAgoMHEyJcqLChAYcLWzzLxOdHjIuZLPSoIOKCBA8VPJB0ImiDEAgbIAgpIeRlCJUbPHiyIOImJQkSKnSgZMFCBQsTdkUBsYdUD3WWTDA1UYpJjxcUplKAAMGQoBAzN4Tg8+UHDRo+xkZhgrQCtI86g1Ro64FriBAkSzjxEKLEXQsblKhQcqOBEgszYtxwEUPJDA4ZarSo/zHAH4vILCJAjtCCXwQDBCdPHth5YGYCBgAYhHhwtMKEqlMvTNBCBiFCmTpkAkGow4QYHUBYaBAkyFtBQlBetcpy5UohOX5W0ClBhE4GKfhYoN1h19AopCwtbWriiYkeUUpZmKqhKgUU6qsqOfEh7NhS8kv1KGJpKAPmFYKUkFBCQQlByGWXXRtwNUMOJaCwQQMNXtDHBoJZcIMHKhgxQGQRRFYZZxp6+BlBoAnUGQv8aBbBQQAwJFFDCkUkUUIGwMbADx3wAUIHOVbAwAT58VdCCVqgtAEKKr2kUpEQBBFDTR6JMEGOHdREWyZV0pBCDz0sBQ2X0LzgZXhhNRFCH/+GQGAeBed5QMIPP3xBQxRjxecDKUPFsF9+FkigwG94NVABXgZqBZgFKswgRFUblNHADTEQ1uAMKuRSCS8ZZAAZZCxg6qFABmAWooideZpZZgGQxhpDqSIEAIsTEeLJbnzsxltQaDUI5FvDvUSBIcMVKUQMOXjiqAUMTMkAT5nQAMIHIIBQ4y71FcGUl1428MITe0QRhR5leNBgTGdqAEEObZIC5z5ileIDfdFOAKuUvwVhQQke1BtEAwZ+60FWDZziwVQohCBIGYIVZgMfTxhGzxD1WOpwDZDZ06GHJgpkYmcWd5qZZgWhqBABKjoU8osPQQSAAQMQgiMfNHTAwC7/tTYAIK4poYCoVSicB0EJ1Tmqm6yZfFBlJjEI/cEPIOzCQBFdmqBOVHs08YQevvjyQg9N7BKXBxYoYRcKFMzg7C6kyJmlDz1g1yMDKugpQRBe0PtbAwG+VeEGWoRgCL9paqCBIVoYaoMLIBTuaA5GOLyYpRNjqqmGn7Lg6YkbD5TAqAYYgDmrKxq02kKft7hqC/XERhsIyLZlgVYGtqRSTOFa9VsMKgxLNB/5xIARCCf4/kMmNfL2BDRFvGCCJVE00UO3V7sATRlPMCCVVvMqoQWQPbqw1H3TFqH2nczBvd+389pLkoCCaNHr3+e1b0h6ZahQuA027GFD7TlUsrhk/5pmMDHFCJIAz2CMIJsjlWYGqJmHrOZUCTGIyFgTAAK0gAvP4AMJGBADCyhAASFQgIEg8AAVqIAQQ7iN755xAkLw4TYkmE0mTsAHPljEdyrgwwlkAJZd7MIExavABHrAgD34gAmjKEMf+lCGFzTgCcTrAwTk0gAPKKABDHhWfV4QxB5MgBS70A0DdKST/TRnP7+xAElQogMz/c1vhtCAeoQQAi0wwAUMsMGzfsCHGSiuYZnKlGQoQyLNmQgzhNRcAkd1uZCNLgGlceSqQvY5B4omA7zgBSFiwAAJXKABIgiKJ5YUg9tYJBNfiGEHZFMl2uimlCAooWx89x4eTqB4Jv9gwHt+sAdfMKEJUiiDLl6wKC95ywPYQ2MF2pSJ+lzABLvA0S6i9KoOBEEnAFKABmMwsxA4wThXaZ8GXiIcFBgCBYIIwgzwyIc9gAAHOVBBDhpmDktlYEOQq0yILKaZynXsRIjUWMlAl5AImmyCpDkVFzIwBF50wG1tQVZOKFEBT1TpBKSQFQhwmILZpPJlNppOB2JAiVQ+CwRaqqUPobGHPbTpBU1wQRNesIddYEt6XJqBvTYAJBAsi4tFmECPugiljjKJAUFISwdXtsEKDMcDQihn+9IznG6+hAglUEEMbMAmPXIgBvQwwv4WZ49LZUBD/vhQpwzJj8kUcnObK6T/aAKwOUaeplWQdCTKDiLJUw3CABm4DXZIQQmJFkECEu1ACkJJiSCE0RNBCcJic/IyWPnIAoTYBTR62APiFQE8NEBaD1b6Aym4FBpPuAC2GsC6udDrB7ugRBGKADPsAJEnOfJEk7wggQZIwAYNRWcJWJKSv6EgHOQMxxp1kCQP8CwEFogBDnCwRwtVYhKLW4w/6gmZteaTcgY04AHBawACgGaADiFojBRyqoi8yCAGGIQkn/GqMFogJ7EVgUQh2xbIesI5IqjmTR6gAOjA7TfJjFZHiGfaF0RhpVH4wQc4MIHjQeMC0GhAFMH1G6zS4CxADGKdcpMCQjy2OVa0AB9U/0CSEMhRCGFTDzmTKwQdHEcIQSBhDDygBNU2QHCJ40U9xMqCS2mKrZnDXFoPiRnM8WOATkZRBBhZmoao6oGskuupDNJXgxCABYiLkkQN6wlKGNWwPvEEdKaBXylN9JPVhJsEfhKVF1igDJ1lSmj3wIQ9vMAFPeBSE38SggYpoQJYJcEHcCPRLlIiiGHsgLCaI4IOKmC3cAtuS7QQsF7pQAgecIKnheCEB1SIECd4Rg4aEIJTDEwJ9JhUPYYw1rFKhrv6tFhbKadAiwUgAgMUyJMXgrK8ji6CESHNQAmgbJAZANW5yMEGPTEBoDSnCGXcyXOeY7sO8KQCunGoqnt24f8LhIBL33mC1aKHtQpcoN0vkOkUfcPuCcxmAhUoAmyH0kVYeYIBN3FzBQIjIOYKQQuCKGc4KABqkpQwB/NS8ZJSqYIQmLME59xCDjABZEsNOXKWKaSvTZS5I+t6VL8eSK9NFYC+JuDKqhJdXeXqEEc6UjSDkAEv8NEXIligmkEQgZqbsxMRQEMCuvF2DKBhAT1q8E+9yVcILvCE4z2hCb5oAJ6bdto+96w3XndUzICKlLKRAjfv2mSlQ/JcunlaXOeJoxMaMEoVnpAXJxiCNkmyIOFoAeO5qNT/IlbPtfKjBZlhAeYG2OS3urUgBek1zVFkXoH0GgBXXm/MrUwAgcr/fIINUfbma5CBeuBjCyogwoZfFoPU+Qx4DT0M2Fc/IdaROwROhEYPwnM1rHGpCLu4Aes20AceM+sHXGQnCFJQdjKTwhO7cKyeeFu73qigXkIgLhxT4mkipJIPKnwGCThwd1VzxQlaoAfGN26PGmiKMWvF3OTaaiICmCjyid9cAJos+cmbl65XhpHMQRJrMNJqtBeXkdeQfQMvGAHqBQELsRC0qcCNKUEQKMFhWNEP2EADXJheRB00VMCXOFFU3JIJTBj0nAkFxIVh0EDSLA2OTNai9Zu0TcA8CF2hFIpTXZ9xAQ4KaAGoPYC3qdAJjIDv8AEONIANaMH1XMLfBZk5/9QAABUeZzjZ4iWAFW5OQviarx1QQWCOXPFDr20e5e2fqrxIelEZQuAVQ2zeBMVIXsXVeCmbAXBBrOXCFhABEagA9siRE3CTp8kFwvzACwAfV3xLhVkY8RCP2kzYC8xAA0yFIczR7oTF2vTIYEFHTkiAvTkHFZGEvQBJCLxdOd3MkNxYJpAACZwAB5BAdDVRA/RF4jSMw2hIiWjIZSTA+92fxTjSkvka/aHI5v0iQtBfrwHj/GVAy7VcJKFhRAig51nhzMnV/SXe5iHSiYyeETxbLtjhFthhDmDc7mSgBfBGGQBJNSldhcVMlkwA8jxTDmwAr2hAH9DIsqQOA5QZdP/whAg4VhXViwdIAAXaBQl5ABxJ1V14wI3h2AzN0A+4APG4QA4oQeIEmaXUwMUQhOG1ABbqGuZcBv6hCBj62pPFSP0pWxeyVwAsAAwMQMuxirEBIDS+nGrsFcmQDMrEIXnR4liNXpDVwySc0I10QJvEwAxoAXMd5AdVAA/FQJa8wDNp01XAzwbYwBdZAA+FEWHd2yeJwD8CSM/5Ro8hiApAwK8EwTuF1OlYAJ1tYIMIBg4ogattHGPYImZopGVwpFsZXuIV0jT6ov5Ro4nIlRZizgBgQAa0gIqcCpV9DmOaRgG2iCRNkFthWTMOI+acSGQoFAvRSNJMgBIMzAaQ2gf/XYAFVJiClebXvERKQIAK3GMMfNHSvAwD5AR0uBnDCQi+tISq8Y0WvGJsgAAJzFDR3FH9AMYNOKKOEQKQrR8tmojhNZlHamThHZLiNWNEEIRBaOEX9loXAptbOdIAZAAGcMAAuKTIPFJMylxlrqfnPWM0oqRIupXmRMAAyFAG2kDS2IAKVMADoIRWlMAGRt0TNEgDeIsQZIUgJGgIHOfSwIyU3KNE1VZI7EkI3JiO9caQFErtsNBCCo0e0ZnXCIZKCALGOUymUI4BTI5GaiQiIdnkMJnmYM4vsteSeYpooMh8ZoCNGlICDMACjCd5KqOLeGF6QWNl3lVCPB7NuRfN/yFEM27hZbJAPZBARj0LDewBj8Rbb+CLCpjmDbzA11jcp2kBmVboDOCGJnEbEPWXBBRBf83LbwQGjmlppOTAYNSOCtgIDSGNNs2AYAiCB1yCESgOx4GXa2jG5GSGdDYedV7OIY2XI0FqZmgMx4wX5QwApi5ArA0AYiajBA1jAHZeesHcY6YXGFZj4rUABlApfoZF0jTkhQVGCZCmI4LlXagPmZLpSzwX2CHLPXrEgHnBP8rNjdXODJQAg2ioo8CTgKgEBCgA4hhhoXwNPeQAkD0Dkd1lC0SpArFo4k1OIo3kAo3XLvql5gimuGqOA2AqBizAEIwADCQjq0REYy5mQ//g6GJC0lyZqrJ54XdiwBBgxARchGsyAI9ZgAs8HaHxS66SKREIiU69ZuqkqWPV5gV0EK5U4I3hBV+4zfXIzpDwTG9OoF0QgRFs3GLEHxaSSv195wH1U3WmlRjKp8ip55NpRk5qSAY4QAv0bHhyAAZwqjK6XGoE4+clqWUGIENUJhs247cOAbSxDr1QwF6QUJfOalvihRz5IJne4SU4VYRo0j3myK9OmgII2H+c0Q1unxL0wXAYiVboyoHaxdZaSKX0T4xeoZO57GVeZv1NRoyiaAL5YqQqUjGSVxYO0JANgYrwbAsMAAxkgGKUJ2IyEstFZpPqq2k8nqfYLKoOZg3/vNMUCRoEqJoSAEmDKN0NxMWBkikQ3OEWbAGZMtew3KNvSQmbAgqAqN0ESqAeWoUcDYmuzNH6vETXGkFFfobeumzLLu/F/NNbVePzEpIYDlA1Pt7jAZs/1EMlqEDPAkDPPi4MPMMI1MMCIOb/gUyomqFerQYbylz9CaZcNd6QRWDAMVyDJN1PqFjragEQEEHsdiM9EMFbyB1V6kYm5Qcn7YknBgE9NMBwlClLsFhxQMA5KUHrEsGrnewQBN5AfGfiJZ7NHtD9kTB7MdkWzmfhkkqkVuMXCoQ/DAEfwKXjOgDPruR4joBioO9B9JWoik5lgir+DbHMEa7LDtklEUsF/wCGBhkGdciF4HRjLmTjyQ7qFgjHA+iG2P4JgEEDWzycExCJcbRdzhyoSTiscsoiRa5fikKp3i5psJ1kyb3sLopG/WHnd+0aee2TFioUPQSGC9iwDT+u+BomBpQvpgLAIKjcGbYnSsZIkX6nrwVgNWrG6A3Bs0UkWxSLrHyNBg/qoF6SdU2CPVxSLhBBA0BbbnRAz+2JvJEQmQKvIBABXxCBcPmvpFwSJiwOFFqkhgRuCGOZ+2ahNKLqfOYf/dHciVxmpSbeYB4Q5GmIOfACPRjKDLhACwjyIPssDMDAAnDAEGDA9y7yILScQYDhavDrvYIqlPEf/RlADdTDAuZALv9YLZ7eWOIYgcYF2awtBvuNVTa2ULG0MhfjYAkQgSC4j3ChBACHcqVADBR2SIsGM+f4K2AGIxx7yv1Fs8gN5qSScJTJaCEtbkT6xQ3UzzPwrCBjagus5I9yADgPAQx872isSGsUKWNOnpPqLZTNbwTE8wIOqjbmwI8tJwtYJAvYw0+bFfvVQA0sVGyQkW+Q0MN6QJL0imr2XShjAinbQz2sn0Q7pxWG8DTWNDO2YTuHBi+a61xZzDuTKzBGGY76VQZUwiU0gB5MSB3tAvjaMKdyas928wLoMDhzALx2aue0yGpM8pE2KTAi8xUihIaIXj0ooC6vsS+HimeMSAQoVA7/EAK05UBIPaxwtK4TAMElBPAUY8IufzUULrWjljU0+rA549VktrMLayHNisavxWgKz1VO4ixlAOwDN4AvWIAeuIALsJQDAIA2ryvPsus3qyIH8MEQkGfP2rTnVabk0StEPGbTIpkB2IMB+INTrx9zBrc1zvFAoPc3GEFsnF4QAOoZP8IlALAdTvElrbF5cwqKTuMVljPTiowypyEviqF2bqE0svBbI5lcj7VAjF4l7FiD9NkusFSbPLc2Py6mZsACfDM4k8AQhPO2QqNeOeaRZqe+QnLKjfV7zWelioaML5tsk8pPe/UCPtvD5ioQvK5q/9g+8zNSJ5nLDqMDNSMb/+Z0EafcdTqz9Z7kSbqXyJ3cZrDAiOshYOhBYSy3dH3AB2j4hj+uAwg2iH+ADFfC+Za4qTTpR7bhOi/tA5n4AcphjKonRr/ICWuhQHi1xtkhAPvvfQcwKPNCazsMWH/ItgJzCDctgUejNDqpNO5rT0u6T89oJcfokPkxXMKlHd3AHuBAm3j5CTjAAWizcwvyAYQvPxQmTH+AiM/QdZe4kCZuvrIhMZcqGhagdSbj5jm2M+ukPFtxfm+jQ1uXV381Pn3wPlkhy81VYiK5ZSq5F3Yh/QWjyJ3kF1avyx6QptQDB9CDEsLlNbuADeAAS3l5hJ3AAaz7upP6IJf6unK4h/8TdnAaYf0E6VivCP5N2amuYV15YZLHSNPq1bkGYGaQ5Ilsr0/q86BfEi90dS+jFY+GsMuijMCfNRqubxuKjntN0B5b6rJfr876cYNc3bvFQOFIlx55ufgtALu/PKmvO6ay9MxjwHgOASpGF7njgEzL+tKmocyJjosX6Vnr6+Zswf8+FS/E7iUUgiAQQI+zgBCYtz1MghCc7CTkwiW8LhDUg1Nn9sbk7UaGsMUjm2psDiWFKqgymZNapzROO+M9bwvQUyVsgbecgnEWBg4EIh+IOsur+8sPwLq3wAEI/gJkKjezQGFzgC7NVP3wvDhvK3rttHxS/FnTa169yGkDAS3/XMIkxG6vhEM9hBMUGIIR2IM9CMEWnHYGAIEgOMEbGUHX63YCBNkbs5eKjIbmMKHuP7rFR2OR4usCZTQvAjyjPsyE640gEGifnfQe9H3fc8AHnMACUP8CuHup+6y7G37hQ27QdjNMc0B0NT5Vljsf7LCs/5+WjcYg9JUPe/dM1twbXgItGIIhFMLSa0AhwAMK2ANAANEABEg4I5i2hBOyhReQQgWFIARiJNeWLUa0wONlkdfGDBa31LsYoGKABCY3GrFohEACAAQCGDA5M4GBmicjREjQkgA/ngF0xozAIkM9DvS0NBBUpkGDF3pu3NiD48cQDguujjixdcFWB1/B/zpoIfbAgQEOBqRVOwDGAqwffsTdM5UPDhx1h4xY0KLFSQAAAgAwINiAzJY0YwYg8FKwYplbhBjSoMGZESFAhISzZ3kLEBSTRioetEWykEINMRmqYUgQyS0GLhLACISXIS25aAGRfenkYiEE6kExYkhxAMQyZSreyc9mz5bIYyYYSjRDpRlKtChhquTGDBcxXNjgQ+Kq27YLRuiV4RbA2ARj26MlK7aFWrcY3pL/wWc//7p17cKBAxha4CeBmgBzySSYioOuOZhkOskAIHIBwqIWthAEM0N4sQcIA3IhTgh7CLAJti20wEQIkYDQggAgJgGgHiAwccKUBEyBjIBCzP+pR8MJgaghnHoCyDEXQaBQbabkTjrJp512iilCmHSazp8MzMlBC0Gaaoq7F25wIQc++PiAgzMXyACGATJYAL/1ZJCBL7Dq4+ustOqsD069tjrBzA8+IOEHDoYY7weqArQqgwH4Egywv4xbDLmdIjTMgEECqKEwXgwggIBJCLDnJeAMmETTSYwzrJ4IFsMkuQAaajCwwQJjULG/LmVyJuMS27W33oyTsCWdpDOgQKL4GSIHJZYKgalTmupuhhjs4oODEfKSIQMMBlhALTXZPOurs8Y6wIGy7hzLzgPc8vMEDrYKlAMzCQ0U0R/E42OIfZ/hiy+bAHCJMZgkfW7UEjtD9TTSg4vzySSbIihO4ZgEIxhYXgvDeLGJE2tS15NSjZImmESGmB+ijFr2lBCcbQDaBizozgUX7iLzzBHw63aB9dSqb//NFsoCy9wBDqiP6ProHGC9rvrcatBrzzyTBBI+uGu/AMncd01GQX601iYh5HVjiYsTm6ZJXzX7sMMk5HXXspUju1fEPE4suecM4McfFjDIktlTynD25ZhfmMEGG2qOGr0RZEhrZ5wZ5Wets4o2V91zx8JTrHMdP8Gtdt3FGQMOnhlBaqpx+KDM//ioJGsOBpDc2MIeZezWjBkEOUpiLwYK45qiW5Jkkk06ELGQi29S+Y8PbDJ5Fk6+klB6mG2gDGhfboC7qMKrttBr8ct58RP08pettGAw66uxwgrLX3WV/rzdD7hKjy2sruJgag7Gq6s/xBGXg30NAQNrYkELPPX/ksAsMDAeg1LzTGS8iEHJMMDrVAWJ17ziPax5zQuYS1wyGLA15oPHgkEG/FEo6iXlZadISgN8sb0whQdxJNgXBzDArTTpTCv0y5mdjCYuOsVnffQhF/x01i4lniCHa8KA6UxnFfKojj+H2gPN9kCtGBiuEop6XwsK07W/AGZhEIrgTSIIoZ28ZDBhg06UnCfCDzpKjgH74HtYQB0MDIEe1+ESC5uSPT14J0yHq+F4ylNAnS1NL11BDwby1DNzFQ0A7qtT0egDvwMszXPyY9zP1tSm9OhFan+6yx4QhwPEzQxMM5vBXYZwQkZl4IA1OUytxrgYgQ3CAYPA1GLKJqnB/9jEebq7VdeAGceaRKAFGWgmDOqRpWUpQXtdAlyXmqKHBrjAAi64gSERNx7yoKmR6OmTW4gmv0gijT6bY58R5XMntKTlnOjZ2c7Ox6i0tKmA6IGB1PwDgkoE6IouANNTGKA9JWyREPvCAC0L1AIWHMgAvDNRsNwGqQb+RWB2hJQdaQLBKyGLHxkw6RAqQQh6qICaWoAWU2CKzQbogTvelEr3qKI/eNnTTe3iwNIWULSxuIVnfPlZfYY2LrPoM4hrCar8TrAe9ejlfngy2qLahMP8rY5//LHBXFxQUKjcQA8WKKs2Z5CDGRDCdTdcQChjFzsDncxfBoqosfpSoPe8h/+ZB2xmfUx6UmW1bgYquA5LlUBNajbFFy7rkhIaq4en3ABMUjGk/yphJqzgBwb4cVMj02KWOd3TW19857jOhVr7eIu1pHUk4xz5ufXwpWhMZct5FvCnMw0BLjbYBQ72wABUGvQFk32BTb8TAxuEZ1q9yAEOxpS1fZljX0apx0M5ENhtFSW75tjjAFNKjy0WNrE0tWY2LUBNPfhCm9GSrGRn+IIr7kEKdjnUD+j1rkS6aWtW/SK7ZGtVRsEALEIEGibPZZZ2rcdzUZXtg+OETs3VSZ8DaKToRjev++JruGF1AQO+M7Plzox7JF6ud67TnahYQBczYPEMbmBYF8f4Bkr/SC+LVaDNG2ivxjU2a3pfMFPIkrUpT2nADSzgC+K+AMQzFPHh/DPO8sjPW4tKCwv0SSCmAu1xnbRqAsIySfeda2cNNjNXOrk0OOGTUZvLpNEwIAOcpSlNMpiX6vbAhz38gAH4OlyAcjDi5aLyq+Gh1oijAuMZLJq8UVGvEso60/RyUxdmhTF3yqqERavYKWQF0wz0YFMne3gqc/nBnlOnOJ62qU3h0qfkKDxgoKWzk+R7K6PeWZahmSvMSVxi0yDsrcnV6c31oTP66uOnOwOqdV3tYl3EEwM98yGV1AZQJWKg1kW7gNHe4bZZV+yCQVoA1N12saI3zWjw2LSVLxgx9c1s8AMXULtaZBoUvaY85zZp2bYUXieeuhXhObMFaUQzuFrcbHCigi6qDZaBg4c9pyH2xYhset8A3vWBBfzAdO/CygKGQB5rTa0/ArKW6goVoLtAV5U4MNy6ZxZz5XJ7WoZ7JYqXCx4c9ALe1Jovfb+a53rHJVBmepfH74OVgK9Fyy0gkL9tC/Bgy4BbGUCXWoKWNNYGnKgOjq3n0vJmcX3RjuZTV7JrTeUMR/EE5JmavOBlQzOhtHVkGui1A3Q4auGAZr0IED0APVC73H1MNdvPoYA7lbj8QFBmmuKZOvk5tmD11nGlMKzNHnU99XQ9OWzcAAICADs=
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
[img[威宁彝族回族苗族自治县.png]]<br/>
威宁彝族回族苗族自治县位于省境西北部，北、西、南3面与云南省毗连。是贵州省面积最大的民族自治县，毕节市辖县。面积6295平方公里，人口约140.2万；其中彝、回、苗等少数民族占总人口24.3%。县府驻草海镇。威宁县是贵州省人均国民生产总值最低的县，当地人以马铃薯种植为主业，是国家实施新阶段扶贫开发重点扶持县。
[img[威宁火腿.gif]]<br/>
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[img[威宁火腿1.gif]]<br/>
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威宁火腿是贵州的传统特产，已有600多年的历史，早就闻名海内外。威宁海拔2000多米，属高寒的乌蒙山区，漫山遍野生长着丰富的牧草，历史上畜牧业就十分发达，当地的彝族同胞又有赶山放牧的习俗，猪牛羊同群为伍，运动量大，猪腿非常发达，肌肉结实饱满，肥瘦肉交错；本地的可乐猪和法地猪等优良品种又有耐粗养耐寒的特点，瘦肉率高。从明洪武年间起，这里的彝族百姓就喜欢用火熏腌制腊肉，贮存食用，为制作威宁火腿创造了条件。威宁火腿，肉色棕红，色泽鲜艳，骨小皮薄，肉食细嫩，清香味美，多食不腻
威宁火腿完全用传统方法制作，杀猪后不吹即刮毛，然后用刀把鲜腿修整成美观好看的“琵琶腿”或“盘腿”，剔去杂骨，油皮，挑断雪筋，挤掉血水，不着水即把炒熟的盐用10：1的量，再加少许茴香、花椒等佐料擦在鲜腿上，放在大木桶或缸内腌泡5—7天，取出后再用石头压干盐血水，使之成扁形，再挂在通风处风干即成。另一种不风干，把腿挂在火坑上用湿松枝、湿柏枝、酥麻杆的烟熏烤，因为烟肉食有酸类、醛类和酚类物质，一则杀菌，二则味美，三则耐贮存。一般这种熏过的腿可存放五六年，不流油、不变味，而且腊味更加浓郁香美
威宁火腿分“陈腿”和“新腿”，头年腌制到次年秋前出售的叫“新腿”，秋后出售的叫“陈腿”或“老腿”。新腿肉层内部其味芬芳，层次鲜明，滋味可口，陈腿切开后肥肉呈粉红色，瘦肉呈殷红色，肉质紧密，水分少，油光滋润，味道鲜美
威宁的黑石、金钟、幺站等地产的火腿最多最好，与“宣威火腿”齐名。旧社会由于交通不便，威宁火腿多以云南宣威为集散地，当时的“宣威火腿”有相当一部分是威宁火腿。现在用威宁火腿加工的罐头已远销日本、东南亚各国及港澳地区，受到消费者的欢迎。
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
[img[威宁炒荞饭.gif]]<br/>
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[img[威宁炒荞饭1.gif]]<br/>
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原 料：威宁荞面250克，白米饭250克，熟威宁火腿50克，青、红辣椒100克。<br/>
调 料：猪油、食盐、味精、胡椒粉、葱花等适量。<br/>
制作方法：炒。先将荞面用水调和匀，拌搓成麦粒般大的细颗粒，上笼蒸熟待用，再将青红辣椒、熟火腿切成细粒。锅中烧猪油，下入青红辣椒稍煸炒后，再下荞粒、白米饭炒香。然后下入火腿粒，加入盐、胡椒粉、味精、葱花炒匀起锅装盘即成。<br/>
风味特色：四色相映，味咸鲜香，风味独特<br/>
技术要领：米饭要稍硬，选用苦荞面。
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
[img[威宁荞酥.gif]]<br/>
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[img[威宁荞酥1.gif]]<br/>
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精美的威宁荞酥威宁荞酥以苦荞粉面为主要原料，加白糖、红糖、猪油、菜油等多种配料制成，主要品种有白糖、洗沙、玫瑰、火肘、水晶、枣泥等，年产量约10万公斤左右，远销省内外，为全国独家特产。荞酥因色泽金黄又称“金酥”。传说水西彝族土司蔼翠的夫人奢香将乌撒（今威宁、赫章一带）的苦荞面加红糖、猪油、鸡蛋及香料制成“九龙捧寿”的酥饼进贡朱元璋，朱元璋品尝后赞叹不已，称荞酥为“南方贵物”。威宁荞酥味香，入口酥松易化，既可充饥，又有清凉解热的保健功能，凡是尝过威宁荞酥的人都为它酥香可口的味道赞不绝口。
威宁荞酥-制作方法
威宁荞酥
原料：
苦荞细粉1千克 红糖粉60克 白糖粉40克 熟菜籽油20克 猪油150克 鸡蛋3个 白矾6克 苏打8克 白碱5克 熟苦荞粉300克 火腿1000克 玫瑰糖50克 洗沙300克 桃仁50克 冰桔30克 苏麻50克 瓜条20克 椒盐25克
制作方法：
1．先将适量红糖加水煮沸，熬成红糖水，停火后，放入菜油(为面粉重量的20%左右)，再依次加入碱、小苏打和白矾水，搅匀后加入荞面、鸡蛋，将面团和好后从锅内取出，晾8～12小时作为面粉。
2．将红小豆煮烂，洗成沙，加入红糖，煮至能成堆时，加入熟菜油出锅，即成馅料。
3．将面团分若干剂子，擀成皮，包入馅心，在印模内成型，入炉烘烤，至皮酥黄即成。
工艺：
先用细筛筛出最细的荞面，按一定的比例加红糖、鸡蛋菜油及少量白矾、苏打、白碱等拌匀。馅料主要是小豆，其次是芝麻、玫瑰糖、瓜条、红糖和熟菜油。制作时先将红糖加入适量的水煮沸，另外加入菜油，再一次煮沸，然后加入白碱、苏打、白矾混合均匀后，放入荞面、鸡蛋，拌好放在案上晾一天左右，直到面料完全凉透为止。准备馅料时，要把小豆先煮好，打成粉末，加入红糖再煮，待水将干时，加入菜油拌匀，最后包心、压模、烘烤而成。其形状有扁圆和扁方形两种，正面刻有清晰花纹，由于它颜色金黄，人们又称之为金酥。
威宁荞酥-历史传说
荞麦花威宁荞酥初产于明洪武年间，传说明太祖朱元璋有一年做寿，奢香夫人特意吩咐厨师采用当地土产荞面拌糖做成一种既精美别致又有地方特色的糕点。可是多次试验都没有成功，眼看寿期临近，奢香夫人心急如焚，到处颁布告示，如有人做成此种糕点愿出重金奖赏。有个叫丁成久的重庆人揭了告示。他反复琢磨，对照传统糕点，并各取所长，终于制成了一种非常精致的糕点取名“荞酥”。"荞酥"每块重8斤，上面刻有九条龙，九龙中间刻有一个“寿”字，象征九龙献寿。令奢香夫人非常满意。朱元璋品尝后大为赞赏，称为“南方贵物”。后来“荞酥”历代相传，现在已不是八斤一块，而是一斤八块了。制作方法也很特殊，先筛出最细的荞面，按比例加红糖、鸡蛋、菜油做主料。馅料主要由小豆和芝麻、瓜条搭配而成。造形呈扁圆和扁方，并刻有清晰花纹。由于"荞酥"颜色金黄，香甜爽口，又称为“金酥”。花色也增加到水晶、玫瑰、火腿等十多个品种了。
威宁荞酥-饮食文化
威宁荞酥包装
威宁属高寒山区，盛产苦荞、甜荞，常以荞粑为主食。苦荞味苦，但用苦荞粉精心制作的荞酥却甜美芳香，为众多黔点中的姣姣者。
自古以来，荞麦是彝家人的主要粮食作物和惯于食用的主食，在彝族包含中占有重要的位置。时至今日，各类营养丰富的荞麦制品仍同彝族人民相伴。在彝家山寨，无论婚丧喜事，逢年过节，还是宗教活动，饮食祭祀都离不开荞麦食品。彝族人民熟制的荞麦食品有“千层荞饼”、“荞年糕”、“荞凉粉”、“虫荠饼”、“蛇荞饼”、“荞麦饭”等多种。而以清香甜酥著称的贵州威宁荞酥为最上乘。
威宁荞酥是贵州彝族的传统名嘱点心。约5千克一个，是用荞面、红糖、菜油、小豆、芝麻、玫瑰、瓜条等原料精制而成的带馅糕点。有扁圆和扁方形两种，正面刻有花纹，色泽金黄，具有清香甜脆，美味独具的特点。据说这种点心早在明朝初年就已负盛名，传说是由明代贵州彝族女士司奢香的厨师丁成久创制的。始为专供土司奢香夫人食用，上刻有九龙捧寿的图案，曾在朱元璋生日时进献，被列为贡品之一。后来才慢慢变为民间大众的食品。
威宁荞酥-营养价值
荞麦、荞粉的蛋白质高于大米和糯米，富含碳水化合物及多种维生素和微量元素苦荞碱性较重，有健胃、消火、降压的功能，常食对肺结核患者有辅治作用。
荞麦含有丰富的维生素E和可溶性膳食纤维，同时还含有烟酸和芦丁（芸香甙），芦丁有降低人体血脂和胆固醇、软化血管、保护视力和预防脑血管出血的作用。它含有的烟酸成分能促进机体的新陈代谢，增强解毒能力，还具有扩张小血管和降低血液胆固醇的作用。荞麦含有丰富的镁，能促进人体纤维蛋白溶解，使血管扩张，抑制凝血块的形成，具有抗栓塞的作用，也有利于降低血清胆固醇。荞麦中的某些黄酮成分还具有抗菌、消炎、止咳、平喘、祛痰的作用。因此，荞麦还有“消炎粮食”的美称。另外这些成分还具有降低血糖的功效。祖国医学认为，荞麦性味甘平，有健脾益气、开胃宽肠、消食化滞的功效。
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
[img[对坡沔鱼河四鳃鱼1.gif]]<br/>
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[img[对坡沔鱼河四鳃鱼.gif]]<br/>
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简单介绍：对坡沔鱼河四腮鱼是贵州省毕节市七星关区对坡镇的特产。四腮鱼，因为有两个真腮、两个假腮而得名，清香味美、油而不腻，而且有补五脏，益筋骨，和肠胃，益肝肾，治水气，安胎补中，多食宜人的功效。
沔鱼河发源于对坡镇法泥村境内，顺东流程60余里至燕子口镇龙洞天生桥下钻入溶洞，这60余里河流称为沔鱼河。 四腮鱼，因为有两个真腮、两个假腮而得名，它不仅形态与一般鱼不一样，就连吃味也非常特别，清香味美、油而不腻，而且有补五脏，益筋骨，和肠胃，益肝肾，治水气，安胎补中，多食宜人的功效。由于四腮鱼有这些妙处，一传十、十传百，消息居然传到皇宫，皇帝就下令进贡四腮鱼，那时全靠人运马驮，万水千山路途遥远，而四腮鱼离开这条河的水就无法存活，几个小时就会死，送到皇宫的四腮鱼不是干鱼就是臭鱼，皇帝因吃不到新鲜的四腮鱼，就下令把承办1和民夫处死。为此，不知残杀了多少生灵。后来老皇帝离世，新皇帝继位，为稳定社禝、安扶民心，颁旨免去进贡四腮鱼。从而，四腮鱼又叫免鱼，这条河就叫免鱼河。直到湖北沔阳张姓人家迁到免鱼河畔的张家寨定居，为记念老家就将“免”字改写为“沔”，沔鱼河由此而名。
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
[img[彝家刺梨酒.gif]]<br/>
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[img[彝家刺梨酒1.gif]]<br/>
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纳雍彝家刺梨酒是贵州省毕节市纳雍县的特产。彝家刺梨酒呈桔黄色，酸甜适度，甘美清香。不但有一定的营养价值，且有治痢疾的特效。
刺梨酒为贵州名优产品，驰名全国，饮誉省内外，前清时就远销京城(北京)。刺梨酒“越黔境乃无”，此说并不为过，确实只有贵州才有这个条件。上面说的只不过是市场上销售的刺梨酒，而纳雍彝家刺梨酒则鲜为人知，它是民族地区的土特产。
彝家刺梨酒是咂酒的又一种，也称竿儿酒。“莲花细剥回子白，刺梨争咤竿儿醅”的诗句是古人对这种咂酒的生动描绘，可见酿造刺梨酒的方法在少数民族地区已是历史悠久。
纳雍乃水西故地，古时是彝族聚居区，盛产刺梨，随着社会的发展，在长期的生活实践中，彝家就用刺梨酿酒过节，并逐步用来祭祀和招待客人。酿制的方法大体是这样：
原料：糯米、干刺梨、蜂糖、白酒。
做法：每年夏末秋初到山上采集刺梨用竹刀切破晒干，加工筛簸干净，无雨夜放于露天采露水或蒸熟消毒，去其暴气再晾干用纱布做的小袋装好。
农历九月重阳节前后用糯米做成甜酒，装坛时按比例先把袋装刺梨和蜂糖放于坛底，然后舀酒入坛，加白酒后用泥将坛口封固，一般泡三个月就可打开作饮料。若入土下窖半年或一年后取出，酒糟全部化尽成酿子，呈桔黄色，酸甜适度，甘美清香。
刺梨果实可入药。含有多种维生素和氨基酸，因此彝家刺梨酒不但有一定的营养价值，且有治痢疾的特效。
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
//''关键词检索工具：''//<br/>
''1.GoogleAdword''(https://adwords.google.com/select/KeywordToolExternal)<br/>
''2. Keyword Tracker''(http://freekeywords.wordtracker.com/)，这是一个老牌站，数据不错，但长尾词流量显示较真是量高<br/>
''3. Keyword Discovery''(http://www.keyworddiscovery.com/search.html)<br/>
''4. Wordze''(http://www.wordze.com/)<br/>
''5. SEO Book Keyword Tool''(http://tools.seobook.com/keyword-tools/seobook/)，很多中国站长都在用它<br/>
''6. SEO Digger''(http://seodigger.com/)，主要用它来查排名的.<br/>
''7. Keyword Spy''(http://www.keywordspy.com/)，GOOGLE ADWORLD投放必须工具，分析竞争对手必要的工具.<br/>
''8. Spyfu''(http://www.spyfu.com/)，它能告诉你，你竞争对手的网站，哪个关键词排在搜索引擎的前面.<br/>
''9. Nichebot''(http://www.nichebot.com/)<br/>
''10.百度''（https://www.baidu.com/）<br/>
//''目录型检索工具：''//<br/>
''1.yahoo''（https://www.yahoo.com/）<br/>
''2.LookSmart''（https://www.looksmart.com/）<br/>
''3.Galaxy''（http://www.sgalaxy.com/）<br/>
''4.新浪''（https://www.sina.com.cn/）<br/>
''5.网易''（https://www.163.com/）<br/>
//''混合型检索工具：''//<br/>
''vivisim''（http://www.vivisim.com/）<br/>
''1. 为人民服务作为个多义词，有多种特定的指向，请列出分别有哪些指向?''<br/>
答： 为人民服务共有十一个指向分别是：<br/>
1) 石顺义、羊鸣创作歌曲<br/>
2) 毛泽东著名演讲稿<br/>
3) 李娜演唱歌曲<br/>
4) 辽宁卫视生活资讯栏目<br/>
5) 胡大亮演唱歌曲<br/>
6) 延宇振主演韩国电影<br/>
7) 电视剧《派出所的故事》片头曲<br/>
8) 耿为华演唱歌曲<br/>
9) 陈少华演唱歌曲<br/>
10) 2016年电影<br/>
11) 共产主义道德的特征和规范<br/>
<br/>
''2. 请描述你的网络信息浏览方式方法<br/>''
答：直接浏览网页或通过搜索引擎向网络发出请求，通过信息执行者得到所需信息。<br/>
<br/>
''3. 关于李洪元事件，请列出你对其相关来源信息源选择的标准''<br/>
答：按不同物质载体来分：有印刷型和网络型；<br/>
印刷型：杂志、报纸等；<br/>
网络型：直接浏览网页；<br/>
同时也有零次信息源--即通过直接交流获得：与同学、朋友聊天得知。<br/>
<br/>
''4. 请描述你的信息存储习惯与方式''<br/>
答：有两种存储方式，一、是储存于电脑硬盘、U盘、手机内存等物理存储器（最主要）；<br/>
二、是云存储即存在网盘上。<br/>
<br/>
''5. 信息的吸收与利用(首先请简述个人信息安全的概念，其次，收集有关个人信息安全的信息并阅读重新阐述你对个人信息安全的认知''<br/>
答：<br/>
概念：个人信息安全是指公民身份、财产等个人信息的安全状况。<br/>
有关个人信息安全的信息：<br/>
随着互联网应用的普及和人们对互联网的依赖，个人信息受到极大的威胁。恶意程序、各类钓鱼和欺诈继续保持高速增长，同时黑客攻击和大规模的个人信息泄露事件频发，与各种网络攻击大幅增长相伴的，是大量网民个人信息的泄露与财产损失的不断增加。根据公开信息，2011年至今，已有11.27亿用户隐私信息被泄露，个人财产受到损失。包括基本信息、设备信息、账户信息、隐私信息、社会关系信息和网络行为信息等。人为倒卖信息、手机泄露、PC电脑感染、网站漏洞是目前个人信息泄露的四大途径。个人信息泄露危害巨大，除了个人要提高信息保护的意识以外，国家也正在积极推进保护个人信息安全的立法进程。<br/>
在阅读有关个人信息安全的信息后，我对个人信息安全的认知：个人信息安全不仅仅包括公民身份、财产等个人信息安全，还应该有：<br/>
一、个人基本信息的安全：包括姓名、住址、电话、年龄、身份证号，银行卡号等。<br/>
二、个人设备信息安全：主要是指个人所使用的各种计算机终端设备（包括移动和固定终端）的基本信息，如位置信息、Wifi列表信息、Mac地址、CPU信息、内存信息、SD卡信息、操作系统版本等。<br/>
三、个人账户信息。主要包括网银帐号、第三方支付帐号，社交帐号和重要邮箱帐号等。<br/>
四、个人隐私信息。主要包括通讯录信息、通话记录、短信记录、IM应用软件聊天记录、个人视频、照片等。<br/>
五、个人社会关系信息。这主要包括好友关系、家庭成员信息、工作单位信息等。<br/>
六、个人网络行为信息。主要是指上网行为记录，消费者在网络上的各种活动行为，如上网时间、上网地点、输入记录、聊天交友、网站访问行为、网络游戏行为等个人信息。<br/>
我认为这些都应该属于个人信息安全的内容。<br/>
<br/>
''6. 请列出你日常信息交互的方式方法和相应的选择区分依据''<br/>
答：网络信息交互：包括人-机交互型和人-人交互型。<br/>
人-机交互型：指网络用户与网络信息系统之间有双向的数字信息传递，用户不仅从系统获取数据，也对信息系统进行反作用，即对系统数据的更新施加作用，如股票买卖、网上银行使用等行为就是典型的人机交互行为。<br/>
人-人交互型：指用户与用户之间以网络为交流平台，以数字内容为传播对象，相互在线交流信息的行为，包括文本、图片、音频、视频、程序等信息的传递和共享。<br/>
选择区分依据：信息交互的对象不同。<br/>
|国内标准：||
|BB 包装行业标准|CB 船舶行业标准|
|CH 测绘行业标准|CJ 城镇建设行业标准|
|CNS 台湾标准|CY 新闻出版行业标准|
|DA 档案行业标准|DB 地方标准/地震行业标准|
|DL 电力行业标准|DZ 地质矿产行业标准|
|EJ 核工业行业标准|FZ 纺织行业标准|
|GA 社会公共安全行业标准|GB 中国国家标准|
|GH 供销合作行业标准|GY 广播电影电视行业标准|
|HB 航空工业行业标准|HG 化工行业标准|
|HJ 环境保护行业标准|HS 海关行业标准|
|HY 海洋行业标准|JB 机械行业标准|
|JC 建材行业标准|JG 建筑工业行业标准|
|JJF 计量检定规程|JJG 计量检定规程|
|JR 金融行业标准|JT 交通行业标准|
|JY 教育行业标准|LB 旅游行业标准|
|LD 劳动和劳动安全行业标准|LS 粮食行业标准|
|LY 林业行业标准|MH 民用航空行业标准|
|MT 煤炭行业标准|MZ 民政行业标准|
|NY 农业行业标准|QB 轻工行业标准|
|QC 汽车行业标准|QJ 航天工业行业标准|
|QX 气象行业标准|SB 商业行业标准|
|SC 水产行业标准|SH 石油化工行业标准|
|SJ 电子行业标准|SL 水利行业标准|
|SN 进出口商品检验行业标准|SY 石油天然气行业标准|
|TB 铁道运输行业标准|TD 土地管理行业标准|
|TY 体育行业标准|WB 物资管理行业标准|
|WH 文化行业标准|WJ 兵工民品行业标准|
|WM 外经贸行业标准|WS 卫生行业标准|
|XB 稀土行业标准|YB 黑色冶金行业标准|
|YC 烟草行业标准|YD 邮电通信行业标准|
|YS 有色金属行业标准|YY 医药行业标准|
|YZ 邮政行业标准|ZY 中医药标准|
|ZB 专业标准||
|国外标准：||
|ANSI 美国国家标准协会标准|ASTM 美国材料和实验协会标准|
|ARI 美国空调与制冷协会|AATCC 美国纺织师与印染师协会|
|ASME 美国机械工程师协会|ITU 国际电信联盟|
|BS 英国标准协会标准|CAC 食品法典委员会|
|CECC 欧洲电工标准化委员会电子元器件规范|DIN 德国标准|
|EN 欧洲标准|EIA 美国电子工业协会标准|
|ETSI 欧洲电信标准学会|IPPC 国际植物保护公约|
|IEC 国际电工委员会|IEEE 美国电气与电子工程师协会标准|
|ISO 国际标准化组织|JIS 日本工业标准|
|OIE 世界动物卫生组织|UL 美国保险商实验室|
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
[img[毕节.jpg]]<br/>
毕节市，贵州省下辖地级市，位于贵州西北部，贵州金三角之一，乌蒙山腹地，川、滇、黔之锁钥，扼滇楚之咽喉，控巴蜀之门户，长江珠江之屏障，西邻云南，北接四川，是乌江、北盘江、赤水河发源地，是一个多民族聚居、历史文化灿烂、资源富集、神奇秀美、三省通衢、红星闪耀的地方。
毕节市，国家“西电东送”的重要能源基地，国家新型能源化工基地，国家新能源汽车高新技术产业化基地，国家生物医药产业基地，现代山地高效生态农业、新能源、新型建材、以大数据为核心的服务外包和呼叫中心等多种新兴产业的集聚地，全国唯一一个以“开发扶贫、生态建设”为主题的试验区。
毕节市，川、滇、黔、渝结合部区域性中心城市，西南地区区域性重要综合交通枢纽，珠三角连接西南地区、长三角连接东盟地区的重要通道。
毕节市，矿产资源储量巨大，已探明矿产60多种，磷矿储量名列全国前茅，煤炭远景储量居于长江以南之冠，铁矿、铜矿、铅矿、稀土矿储量处在贵州第一；生物资源多样，动植物资源2800多种，有全国、全省如马铃薯之乡、白蒜之乡等众多“地理标志”；水能资源丰富，河湖水系纵横交错，流域面积100平方公里以上的河流有80条。
毕节市风光景色旖旎，被誉为“洞天湖地、花海鹤乡、避暑天堂”；毕节市气候清凉宜人，是避暑旅游城市观测点。
毕节市是三省红都，长江以南最后一块革命根据地，厚重历史文化，在全国都具有唯一性。
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[img[石姨妈菜叶豆腐乳.jpg]]<br/>
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[img[石姨妈菜叶豆腐乳.gif]]<br/>
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“石姨妈菜叶豆腐乳”为何独具特色：
独特的生产条件：毕节市位于贵州省西北部，属北亚热带湿润气候，海拨457—2900米之间,立体气候明显,雨量充沛,日照充裕,无霜期长，无工业污染。正由于气候及特定的地理位置，使得该产品只能在毕节当地生产。特定的气候和特定的季节是其特色的基本保证。
独特的制作技术：该产品引用世代祖传配方，采用传统手工与现代工艺相结合而生产。在腐乳的生产环节完全手工制作，并采用自然发酵，自然风干，窖藏等纯自然手法。手工及自然生产技术使其具有独特的腐乳香味，产品承诺不添加任何化学防腐剂，每一块腐乳都用菜叶包裹，保证腐乳的独特本味极其绿色本色。该特点是现代机械化生产所不能比拟的。
独特的选料方法：该产品选料极其考究，其所有原料都经过精挑细选，甚至有些配料来自于省内其他地区，目的是保证产品的最佳吃味。
生产商毕节市石姨妈开味食品厂在企业创始人的带领下，秉承“质量为本，以诚致远”的企业精神，自2001年成立以来，就将生产的所有产品定位为原生态绿色食品，目的是为今天生活水平极大提高的人们能吃上放心的，纯自然的绿色食品而不懈努力。
当前推出的石姨妈菜叶豆腐乳的品种有麻辣味和原味，产品自推向市场以来，一直供不应求。
不管您是不是腐乳食品的爱好者，我们相信，原生态绿色食品都是我们共同的追求。“石姨妈菜叶豆腐乳”正是为满足我们共同的需求而精心制作。在生活水平极大提高的今天，如果想寻求原生态的绿色健康食品，那你就得好好去品一品“石姨妈菜叶豆腐乳”。
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
[img[竹荪炖鸡.jpeg]]<br/>
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[img[竹荪炖鸡1.gif]]<br/>
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推荐理由：竹荪被称为“雪裙仙子”、“山珍之花”、“真菌之花”、“菌中皇后”。竹荪营养丰富，香味浓郁，滋味鲜美，自古就列为“草八珍”之一。而毕节在所有竹荪产地中，只有毕节织金地区所产竹荪营养价值最高，当地野生竹荪能达到4000/kg的价格。对高血压、神经衰弱和肠胃疾病有一定的食疗效果。
特别值得一提的是，竹荪含有人体所必需的几种氨基酸，这在食物中是非常难得的。
做法：先把鸡块放冷水中，烧开，洗掉表面的浮沫，再加水开始炖鸡。炖鸡的时候先放几片姜和少许胡椒粉。炖鸡的时候来准备竹荪。把竹荪放在盐水中浸泡20分钟，再冲洗几遍。有的人不喜欢竹荪的味道，只要多冲洗几遍就没有这股味道了，把冲洗好的竹荪切段，放在清水中备用。
特色：味道鲜美、营养价值非常高。
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
''索引的定义及概念：''
索引是为了加速对表中数据行的检索而创建的一种分散的存储结构。索引是针对表而建立的，它是由数据页面以外的索引页面组成的，每个索引页面中的行都会含有逻辑指针，以便加速检索物理数据。
在数据库关系图中，可以在选定表的"索引/键"属性页中创建、编辑或删除每个索引类型。当保存索引所附加到的表，或保存该表所在的关系图时，索引将保存在数据库中。
''索引的作用：''
在数据库系统中建立索引主要有以下作用:
(1)快速取数据;
(2)保证数据记录的唯一性;
(3)实现表与表之间的参照完整性;
(4)在使用ORDER by、group by子句进行数据检索时，利用索引可以减少排序和分组的时间。
''索引的编制：''
SQL语言使用CREATE INDEX 语句建立索引，其一般格式是:
CREATE [UNIQUE] [CLUSTERED| NONCLUSTERED] INDEX <索引名>
ON <表名>(<列名>[ASC|DESC] [, <列名>[ASC|DESC]...])
说明:与表一样，索引也需要有唯一的名字，且基于一个表来建立，可以根据表中的一列或者多列，当列的顺序都是升序默认可不必标出，当属性列有按照降序排列的，所有属性的升序降序都不要标明。
UNIQUE--建立唯一索引。
CLUSTERED--建立聚集索引。
NONCLUSTERED--建立非聚集索引。
ASC--索引升序排序。
DESC--索引降序排序。
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
[img[纳雍县.jpg]]<br/>
纳雍县地处贵州省西北、毕节地区东南，与大方县隔河相望，地理坐标为东经104°55′40″—105°38′04″，北纬26°30′16″—27°05′54″，因县南有一纳雍河，即以纳雍为县名（亦取纳民雍熙之意）。其东南与织金、六枝，西南与水城，西北与毕节、赫章，东北与大方相连。东西相距56公里，南北相距48公里，总面积2452.32平方公里。境内有吊水岩风景名胜区、雍熙风景区、大海坝景区、总溪河风景名胜区等景点。工业项目有240万KW电厂，位于纳雍阳场镇，还有毕节煤制油二期项目，离六盘水钟山区30公里。
[img[纳雍天麻.gif]]<br/>
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[img[纳雍天麻1.gif]]<br/>
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天麻亦称“赤箭”。为多年生草本兰科植物，全株无叶绿素，生长在阴湿林下，地上茎直立，黄赤色，节上有膜质鳞片，夏季开花，花多形成一稠密的总状花序。花冠歪壶状，黄色。地下有肉质肥厚的块茎，是入药食用的主要部分。在《神农本草经》里，被列为健脑上品。块茎含香荚兰醇、维生素 A 类物质和苷类及微量生物碱等。
地处黔西北乌蒙山区的纳雍，海拔适宜，气候凉爽湿润，含腐殖质的沙性土壤 pH 值偏酸，为天麻的寄生繁育提供了良好的环境，是天麻的产地之一。特别是鬃岭、张家湾、水东、昆寨、左鸠戛、羊场等乡、镇，无论是野生或人工栽培的天麻，量多质好，个大饱含浆汁，干品呈淡黄棕色，肉质肥厚，质地坚硬半透明。人工栽培的天麻，化验结果和临床实践证明，所含香荚兰醇、维生素 A 类物质、苷类及微量生物碱等多，化学成分和药理作用同野生天麻相似，广受人们青睐。历年来，纳雍年产天麻 5 吨左右。
在中医学上，均以天麻地下块茎入药。性平、味甘，有熄风定惊之功能，主治肝风头痛、眩晕、抽搐痉挛和小儿惊风等症。据现代有关科技资料介绍，天麻有很强的健脑强心功能，对心脑血管疾病有显著疗效。
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
[img[纳雍火把鱼.gif]]<br/>
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[img[纳雍火把鱼1.gif]]<br/>
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纳雍“火把鱼”，是纳雍县食品中的一绝。是用柴火精工烤成的一种独特风味的干鱼。
纳雍县东南有一条流经路嘴、木城、簸落、水东、大兴厂、武佐一带的小河，由于流经之处山峦重叠，原始植被保存完好。河底多沙石岩层地带，无任何污染，两岸绿树青山相映衬，日照、雨量充沛，河水清澈见底，极适宜于鱼类的生长。这条河里的鱼主要靠食小虫和石浆生活，因此肉肥味美，享誉远近。
最适宜制“火把鱼”的鲜鱼，一般重量在一二两之间。先将捕来的鲜鱼去掉肠肚，继用约20厘米长的竹签穿连成一串，宛如小螺丝似的，置于青棡柴火上烘烤(禁用煤火烤)，直至烤熟烤黄为宜，风干后即可上市出售。吃干“火把鱼”讲究烹调技术，一般采用干炸法，先将鱼串上的鱼逐一取下，把鱼骨鱼肉分别剔出，用沸菜油将鱼骨炸脆作干盘用；鱼肉用混合油(一般用猪油、植物油混合)，将事前准备好的佐料如盐、味精、姜、葱蒜、油红辣椒、鱼香菜等放入锅内与鱼肉一起炒，适时铲出可食用，味道鲜美。
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
[img[织金县.jpg]]<br/>
织金县位于贵州省中部偏西，地处乌江上游支流六冲河与三岔河交汇处的三角地带，总面积2868平方公里；最低海拔860米，最高海拔2262米，县城海拔1310米；年平均气温14.1℃，年降雨量1436毫米，年日照1172小时，无霜期327天，属亚热带季风气候，冬无严寒，夏无酷暑。
[img[织金发粑.gif]]<br/>
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[img[织金发粑1.gif]]<br/>
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织金发粑是贵州省毕节市织金县的特色美食。织金发粑闻名遐迩，产于织金县县城“九对头”（地名）；糯米精制，发酵而成，蒸熟即可享用；白如云朵，软如海棉，入口甘甜清香，回味无穷。
织金发粑做工较为讲究，首先要选择精白的糯米除去沙石等杂质，并用龙潭泉的水反复冲洗干净，再放在清水中浸泡3至6个小时。待米粒泡胀后，滤水把湿米磨成米浆。接下来，要将米浆过滤除去颗粒物，加上白糖，发酵，搅匀后倒入特制的蒸笼内，待蒸锅里的水烧开后将蒸笼放入，盖上锅盖，旺火蒸40分钟左右，就可取出切成小块便可食用。发粑哪里都有，但是，织金发粑因其独具一格的口感而出名。不知是甘甜的龙潭泉水的作用？还是发粑里融入了织金人的聪慧和细腻的原由，味道就是比其它地方的好。
想吃最正宗的织金发粑，您可一定得来“马家发粑店”尝尝这声名遐迩的老字号制做的发粑。听说他家的发粑还上过央视，可见名气不小。“马家发粑店”始创的来历与年代我不是太清楚，但听当地人说大概有些年头了。马家发粑店在一个小巷里，不当街的门脸看似不起眼，在这里，你绝对听不到吆喝叫卖声。马家发粑只卖早上。糕香不怕巷子深，不少外地人为了解馋，特地赶早驱车几十公里来买第一笼发粑。天刚微亮，只见老板端起一笼刚蒸好的热气腾腾的发粑出笼的那一时间，整个房间里都弥漫着一股浓浓的发粑香，好远都闻得到。扣在面板上的发粑膨松饱满，富有弹性，它看着虽是其貌不扬，味道却是极佳，并且吃食后口中不留残渣，惟余清风过后的美好回忆。光阴荏苒、物转星移，“马家发粑店”传了一代又一代，始终不变的是马家发粑那独特的选料和纯手工制作的工艺。
R0lGODlhyACaAHAAACH5BAEAAP8ALAAAAADIAJoAh5yUnIyMhKWlpYyMjJyclIyUjIyEe4yUlJScpZyUjIR7c62tpaWlnKWcrbW9xZyUlHtra6WUnAAIAIyMc4yEa4SEc6WclJytpXNjWr3FzntzWox7hIxza3N7c62ttaW1rbW1vVJKQoR7Y2tra7W1rXtrc73F1oyUnHt7hLW9tRAICFpaWjHenGNjGZxzQpyEhDoxOqVzEKWtvaV75ntjWjEpGd575hCMWhCMGRAZvQAAABAQGbXmGbWtGbUZ3rUZnJTmGZStGZQZ3pQZnGtjSqV7c2tjWpx7rYyUexBaShBavUKMWkKMGRAZ7xCM3hCMnLXmWubvtebmKbWtWuatKeYZ7+YZrZTmWubOtebmCJStWuatCOYZzuYZjNbmWtatWpyUe1paSt5za++l3rVK3rVKnLVCWrVCGbUQWrUQGRCtWhCtGTEZvRDvWhDvGXMZvRAphM6l3pRK3pRKnJRCWpRCGZQQWpQQGRDOWhDOGVIZvRAIhL2trRAxQr3e5rWt1hBaEJyczikZIZzmzhBa773etTFaSuZK7+ZCa+ZKreZCKXMZSmu1a2u1KeYQa+YQKTFavXMQGXNavRBalOZKzuZCSuZKjOZCCFIZSmu1Smu1COYQSuYQCFIQGVJavRBacyEQCKWUpdachELvWkKtWnOU75zepUKtGULvGTEZ73MZ70IphHOUxRCt3hCtnHPO3hDv3nPOnBDvnDGM3jGMnELOWlKU70LOGVIZ70IIhFKUxVLO3hDO3lLOnBDOnJylnJTOhHN7Y9Z7jO+lrRAQSvfmWvetWlI6GebO5pSchObv5mvma+9zQmtClGvmKTFaEO9zEGsQlFqllGuEEGvmSs5zQmtCc2vmCM5zEGsQc1qElKWUhHNa75zm70JalDFa73NCGZy15u97tbWlrVJa70Jac857tWtCSnPv3jHv3jGt3jGtnHPvnFLv3jHO3lLvnBAxEObvhDEQSmuEQrXvhObFhLXFhGtrjLXFvaWchHuUjIyclJScrbWtxWtrcwAAAAj/AHUIHEiwoMGDBSUMVKFDhcKGOyJKjKhiR0OGDQlWjCgIBowaMEKIDINhxYowYYikXIEBQjAIMDuI6KAgmAKaNG8qMKBAgQgMQIkAhXnTgIEOPHn27LAhQNMAAXz+HCrCgAgRLrMWDfBCXwUDAAAEAOOThgazFF4kAJAggIG1YRdEWPArLIAIFyLws8s2LL8IF1UIHixhsEPDiAsrFlyY8GAdEeEJEtQHpKAagnbASyw4IqiOIQyNMBlmhZGhGGjQSL26ZTAOEDDYVFCip4Iitl8Hy/laQ2oMGq4qeAq1QwcINKGicAq1JwcMV6+6hC3d5QuobaEW2F7zuYbvVY0a/whmQC2DvmETrK3L7zyAZGwLvLjbUIL9+4ft51fMP7/DHfxBBNlGMPThkUeV9TFZDaBstplgOsADwwqi+VPBCCMYQcRpvnHAwU+qCVVSS7HBBJMIJQTzkokQiPBSS991uJQBUBWHoQJOncDcC2W1dNWHPoqwFAc2GcUVVEZ1R4MILpxFZJIKUKCeetipxxZcYRWQQAEAaBkBABntAGF+FjH030USiKlDYWuSWdFGG3UUEoLHhARSDXfWAA+eBq4wAgT+GNeBESiRJNtzsWFAxKJANepoS5A+2uhPMQIlwoc4KtdBCR0EcIKOG+izAU+XArXkcy1xcBtPMAXjIo43zf92qXBgCLeTVUaplV0AW2LXVwEVVKDlWgm80OZAbJq5WH0AmgkZRGlutENm8ERUg4Eh9RGCgSOJFEKhpZlkhD+ccmpcMCuItKGkNIhohEs1vRSMBkb4BpRvizIa3Vn2hvHuTQEwddNyTYGq1FWroTpUbTVBoBJ0tm2A4my24QZGjTzWWhWXAciXJI1qdbndyFRmdNixyvq3mGLMqiDZZQZOxi0MhoRwIM0YZohhbCoqIKo+J6CAwqYQYFgacFlBwGGjrt7UqkstnXavoilh8CEHZimqklCzBcxUAMvpg+MGOQn5Y4tY2VZCbByqCsYGPI660wtGvvDCCfM1h+ndbLn/JZNtL9RFrHzpLVvRss02e/jJilcL84HY0hwChTZ/++duHbzUU1MbfPppc+dmnttS87ZIJKc3CeqSi/MCp1q7q0Hg4Vn5nmOokEtV8BRxPpFlm5BR2RY82tFtMPZT19G41gUAnNA8j0JyWZeO4hWR4lsJCB7WLwzw8yZjjInZ2PiHiV/+DqBMGzmCMJSDSTmTh1COEX/StAHZORHX+T0nGBexbTSi0e8QhZz7OUUncAMDbIhgFhdgLThLUo3WaOACS/kkRU9ZTvCO8zfaMGwp93tBrRTAAQ2khTlN6UtbAPCLX7TnAns5YABY6MIubYksl1IAsXrFJRaKSTMTocgP/w83xP8sLjKTgZycJGcSnWHOeCgYjnGM0gGh6egEodKdqAKmwUw1LFEQyFSNdgIV44mABh8qwaUeGJ1Z0aBFSwqjkHCSmxLhridEUQAEasMj5zzJU87D25TScxcXymUvxGrABRS5gL2w5QUnMkoCxGMALQFgiJpJX7Wqhck3dVIi6cuMgipDGY9MbgWcCkb9UieopiigAp0KwD0A0LlQ0aQCGqyR8ToAG9cAr4wd7InZRIAb3HwoOOWJyofMEpw72gaPHDhN167zzJnsBCuq6sl8HumWpKgHe9njxwIaQMgFNLIBjkSST4Q5tyoZIDLoA2U8awBETm7Sk2LiJEckM/+tHRwoBDkzAv3MhboD1mQpNSIY2IKnS1Hp5Jk5+WKLrGap2nAFelepZB9FoAGsfchsX4uKTIQDFb6lh0c8CkZLfFIeK4mlYVcBgwEoYCQAjPMCdAGAOMXZAHL2D0l2OyjIZCrTzmyEnjtAKpzSJ6184hOIP9RMKUMD0Az5aTdSbMrQ9CgvTgmNKWJDyuacQpwyssomr7mXBIUipOuIJSk0GuO+LKgAt5YRj2/Znl201BxXVYWMgytLcMBAWLLQyC/obOE5HamjGWIsbnZrC25eICajdmYi8EhfZEDhMjgVEZ+hxJM8JuQn+u2GOCjQ3TO5ijqC7UQnX7uijrrEo7//cVRRGGjSWWwCl0kaaYwr+ih0qsIrLjnPLTUxSgGcxzwdbYeaRvFdx9hilTNepZgsDZlbbPoLRbqneeA90iRFwKtiFYuwa2qWBKo1mAcJUSLfe5DLKrsZqcqsBqcczQhoMjSmVEAfnTJerHJypICxNJlg61yNqIi7nwjlO8Ot65Z+qx75BExpwMkoYD31vAIgVzw9bGyNRnydGdowACqFThGMQoFa6SpgK+iA8+wyY52GxVNt4YlhwaAWPUYrWv9pzPcQY9TEGWaIm8xMSMQ1goIyJcD6MPBSyGviPuKoxBtAAXGMgyIh8STF0bnyN8ljyag0x15dq9GnmhfIK01y/zt1aV6CG6sWvOEoLHYWjt3I0iIwEItzJ4jzduLypTWH5QVYIcrB1pSmNiUuvWn6MYDUaz4ge9Za2vJTzvyXHK8NhznNQWFEjwIwOZOtJ0oRpl+vXGIVkRd7ZQyAi15Fxs85bx8tbN6WJmxJ+IgFb3yhUhWd1yu7zYduWNFcACLwiy81EgD78HCgHanXZBSguk2byQbKpBCLtEk/izkM+ByjXnFXFjKCOGUTC1hF2HYgyo7FzU3WRhMcqqqlFk4KBTzkE9kJabJOk1eSoiyWUwsJDLFc7si6dIJvIiUAXynAL2acNxPf+AQ+C6RbrKQePX5UAWCIQAS6h1PBNdwvE//X6QV+USweFUGmcxOIQhxiuJVF2uYqU9li0t1E02CI05mbTZIyR5SYrLau1+6mUdpYqhUQaWzVBHnAUvjSiHIlkAkQsYf/FtcRbwkARtkAXAy9ve2U90ozddWHQp6eLzXPw82L88RxysJv8sgAPE4AuPnDJov0Z+9/vw+4TWYfkJjET+tGDk1sMkeVsqRFD12teHz2FRoV4SdYa1QYryNgznNFPs6bnqqrcoIQ381TUaERUdmio8yJhzxr8XVdVs7CvsFePlJZTXkuth6x4FicXdJpA2TAvOCRSgHyYda3/Z6fZ9H8TCyDEPMZzaxTGsE0pV2lS9QOFJLgTo3DCb//MGPZsR4/pzXIlHqNfD9DLc3YwyKF165DfOMj9YTHfVOaEZqW17qcpy4LwDy/UAAc9AJI4BYKFFNxQyXSZnFa8gsBKAM+NX4gpxbkM27KUh8OQXj1ARmIgzguQ1qHd30+lzlAoVJVYStqU0WcQ0af1yVW8RIfBQHlwSNXNx9Zpx0dU2GfExUuYQAaFHx+kR6Wp0NTsgE9IwI0NSxwwR50URc+8wLyUQBF8Bq4U2AQBxf8wDxiUQDdM3zEFxaoFjIJYBibIWmFUWmVdibhYxiNdjIdURr6hX07MwLgIR5kIUJxRWNcAQB3k3UsZwCj4Ro7wVtu0YdxBhUNJ4UjJmcG/1ABOoF6NBSAjuRbPPF51JQ8ylUABNcW8yGAM/Yl10YTRTAWfVgj4jROurY94yQDMqCKffhNBiAY8oUY5aaGHtiGP/RjbwIZIGEI2Hd9oyFQTsROxIElNoZIWsJXUPET5KEWVlYeeTVIXNFxXYNnW1JiDVd6KreFE3cdSHEdE4Y3PcQX2+SHvAIAF0B75vQLsRZqJ8dCenFTNtRs4tQPMtAPCyBnwfAVNlFZ9TRfRWZE4taGncVe9SVu67Vko4F9PkeMmKNN8aEeEJhOYhEfSCIen2cASDAlbYFqylNcbqFnNLQdfrZCLBR6/LAXlSiFxAIVegWBONVI/xd8LsRIi/+0AI11aPGYawlgTvxATl7IAK3oihIYFh1gGjbRAQ3CIKDwlPFULQ1SEfIlRN8TTw2iWbToGf6kbuLylSsAL1dmYjWCJRiTHZUHMh7Tjyy0jwBQFB1Qec04a2/RkcaXV7XnQt21heoIHy41XbXHSObUAObEAA3QPQEYgHRncc6zhcylU4jJU574k4hJmAGIlH+iRxgwGZcxLfRET0+ZGU6ZVOiTWaaZleiTGU+ZWemTlZfhlT3XkLtxhWKUOekoFihASWiVFFN4hdyVYwUmHhWwIreSkTcROBCojjrVSI30JZNkcSWpjmB4ARJITubUSDKwhejkFDS0jlu4hTA0F8z/mU7qIXIJEJToxA9TBysQEAZ4wpl7IgiggBmXIZ+SkT5OKZ/6iZ+iORmf4Z8Loi3hYhJLcHgnMQIv8S4zkSu2sSUeNhOzZjY09RYamY5ueXYTFixf5iJfgTciBhbmxBcAgE50MY7qWBdcsiUkyg8SuI/zmIor+Ww1RqKKhE5+0aKESYSOZVM9FQB/UlJg0C4d8Z70uSCcyZkMcqRKOhlJhaT1iRnX8i3A+JXX5y8rEAwCtS47gRRkUVIXBh0fJx6WeFg0JDgVRkm3ch1ulXV9s01Z56AzJDglJT0w5GHZAwBE6YqKpKYMMBcw1EhByWw22YroRE452Yr7WGFb8hfp/0QT1PRRH3EtRTqpRmqk9AmleCKpmPoRH2EgIDE5JGig4vIuGFA1ruIqYhk80REMlwcG5OFnMUhTg0Rdk3RgyeRSDlp7u8ZrTaiOZlae7eGHKSqd67gAAYOgCcAAOBWjzAleInpI41SUz8ZCDNBdIRpeBkVCIpAnkZqplYEnnHonMHAZkloZH1EnfXAM6xMC+BUSpREupUEo6KIiBpClSLM6PTF1GSkcsAEyRxEeOaYlM2UVAKQWMHltYhMAA8hr1/YW29F7hGQlLPewcLcA2emOx/EWFemdNloXyVAXUXFcekWUhBmUEHid53QXYsF5IkRC4nonMXMMLzuz4VonIP/hEXXCrjaTs3NifYdXGqpEHgYAHEOhIuHIFaFyJEkCGzTYFh7zFikVXSKgMSDHjDhyIf0IFo9EWAMbXQnglzYEg1ayjFzCnJdZXnOxheeUF3L6Fn2IHgmABIXUAHWBTq/oiigbAceFNwFQBBhwsy97DEMaroT7Eez6T+1aOYrrLSIxpaSxAkvgEv5jE7JhHWqhXDfme8WSalKIg+pxMf32b9GBf9mBI0dBIxIHH9d2quHBKwxQk1eiJR9LQ3dKqOI0k3/6nVmyHa53jnX3iMGgsM05mNHKD0ewinyRFJxaJzDAvDczJ9BbOT27uIxbvTXjL9enSn9iIlJxTS0BTjf/NGhZ10NqWn7mCxU4tCTEdCnVCH8kJh8uWV1YsyQg1xZrwQAfQJQDWAHrwT0AkA9+mADzSJglu6z0aFyHGJcSV3tI8iciBxYEHBYNkKt3EZRhIR7Q+08hkbM6u8GLGxLVy7hhAJsoYVq7oSKuAiW4wXi5El1u4WH6gIMWpnQbiUdtVIUeUmI62DG3OUkvkhJmQQP4Z0PZ8wF04RYnoKwwaBTBa1M7xYXLmp0pmSXsp1NxdmjVWCw21UhuyiXr+IrkFMAJcAwiQcaMC8IhHMIjPMLpchLgchKkYTskQR44khN2YyRnpRQoDDJOQWYV1mociW1ZcUxWE1OVtFxsOiUa/5V7i9JRVZE9LbQWqRhn1VqtUcF/YRGZDReUd8s8fGkXcebJAYgXIxdn1zmxX2dOOCqAbCESmJAuaSwSsFwzolrLpBEuJXHLJIFMZtYB8eu2x8e9b7MWBbAVOUZJyPxvBMtRFLBij8wX13ZtFFAVvlMraxcyLfQLF0CUiRmA7iE4SeFn2txIdTHOLFqygKrNioQXe3GT1yqxybsWFouP2WmUMPQLK2A7+RwC58C4tpwuAzoiLKF5pQoULKES3jd5GYl3u+Z7NQExLdUXSreM66HIXFtJS+chFDDNUgfJYhF0NYE7GOVnltTNMnmd1VrRWoIEHFkAeRGjOHW3w8eXf/+xnTYlqHp1wUbha8vFK9xzsjJtsa+4AId3DibhzyZh0BDQRNtrP3VUJNJBKCTC0OPhSgDUdVzBEx/ikcMCV+nIPRFAJeUxhg2rhM20DQqAAQGgxGBHMXVlf0YYp4t0AbPVnCpUd8sohZkMlMw5fATczo60X4jUJXHKiSDGcn3TAWvhKeJklK6ojzLwzytALrWBAiXQZDhRluSoiVxxMS/hL8gRVwnAaj7Yug+Heyn8WyO2cYOUjdJYHlqih1GiASyBaCEQDHxxXObFF74SF7drF+eRHd9kXGKRrAnQKUGpIyv6bHGKZ8uBjtpRf4/Iv8Tih8E3QwyAjwsAAnfbSCz/EZYxcT9XhJtkw2EXaWYnxitH8gIq5SpPQdgdIBboMjkXU2KKnBxxdWwBLKLgzGIMzSUehkPQwWdIx4XImJd61dc02Wx5N0myWs528ZEB0AAR4BTtYZ3Uds92Yd/VnR2dskO7wormxN3c3VMAILlWBF6eEwBAA0igkxRXJ6JcAo49EWU9vQElMBaqQRIkXY4F0BRTch0eCpPlXM7HDKFGUQHlNR/H+TvoYoRs0ZFJ97V9cR7YyZz7G9syRZF5mQAb4Gc4jadXsj3mTHyNFDCeYlw5CLU2mCkxDIDOygAywAevCACdwmbjLdF+qCOcdzCiXXYVBh+MqI0sHkZSkcNU/5I9y5Ue16bkMGlizMPK7mh/CIdqhCQfYX1NK3AMI4DR4yE61dgzI3dTqRgfeFoX+eCS2dwldYWnkS5oHaOxqpyyJ9cW21hSbZE/vkKy5ew8EcgHC6AAV4R6m+h7kIg5Hz55fuxbKtLQfbNg4uFvSog9V1ytYGcct7k9ljnUV1ws7UTt8EGUk3R5rNO14nHHU5FXPMUPDed/5sQH5wEsHEPDpuyNwQ0sBlCZ7B5oNFZ7bqamT/EWYd0AIXOdYLgA7uEpoYJFACaFVLRaeTgeGEBTasHSFDAvF99/tTo3zykTKWKEENtc+c0lDLAeREmdWK49FKmoKdpso413HHDRUP+ryC5SWGRafLySDCRAAjJgxG5ZeoJoBNgD2N015/s46c3G3O3MQhYc7494bVcmpmCnACMAAB9glLCYI52THp3SsGNxfL7DEyiBAYE8UxSgAX7VdbD6yFr8AmZUFR05JVdMXTEMHydgFCNalDAkMtdGkQxgbY9YSRV+JLgxzSdJJUrYqiL01VmSIj+5AHSezukhL2BQdyOKUyAAAiSA8MWSjjW64CJqAPSCHGYma/CipopN53QOArqWN2vmjvvlN6nGY2MkFdBBU99BBCYUHv46UyApbZt7K5V0iGSeAKOB2/ERDBL3KeO0FxQrScYNcYqIjkhnFYwPvGZTN7k2scf/8QJyQY8QTjcvkY7826fbvfNy0Sv3S5iL5B7CTjcZglV3Y2XD8QKjPuuvyIXfJWfwVvsAAcZAAQAJIhR88UJEMBEiNGigQQQDGAVgEgAIkFGEgoYGOlQomKCAAQMZgylQ0EFBgRMAXHYo0aHArwS/XAI4cWIBvwUXbA5EEqxCApEVAtikCeBFRpcBLrpMcCIAmGAQghlYepEmwQROAdi82aED064vFBB90cFivggMCn5VGgAAgwg8G/S8GOCFgRFGRGC9GaBDQoEG8gFYsECGYsYLIux0WUBfABQbpJ5YytFAgmQ0iU5VUEQEBwxENFAoAuYFALZlKRpAOWJERqNE/yNEUG0ATMaoLF9IdXnhwoIPO43zmwsASYLNA0v+/srgAgDkdW/+Qj49gVkFm3/RtVmgJvMEDNx2BRATOICDUEmOPrvUqUjAEbbzq/tC3+oAKP+CaSquhEjaLIGeFtvJrgX4CGyDjOQ6gSjmdBMvmYJgqwg2ESjggAMKiPpKpBcuegEMExWoSp8KRqoJLKf0IghCnFoC4K7G7uIHR7AA4Eq8ub7jKTGXGPhlAQb4mQ65CAn6DrEF6LOIKBsXuEmpIX2yiaj3GupooBeCmQ8MI4woMIGxMoINAr2q7M8hGubRIJgX7rqLJjoDoLIrwTrASK4QEygMCfEKUMssEUY0kf+C1zh7yzwG8pEPzQAMqMC7t3gjiMYqadLHRgUbuBKuCH6xL0uXisQvKh7negynyU5N7KDCTFyNgcQS+wUpIne6gJ9fBNPNAC4rGhErrAoAY4S/ggHzt71EMAKDzXDCqK+GNHABgkPduikxflYr6MEOHMyIyZBoI+hLCCCwyETmTDQgmIuIcpRIBrbroCSSpkogn8OYC4CrE3LF7hepxAoAsyB5FMkl486rMLITGmgrpAJWK3LHXPlBbjADFC3sBccKamtXnoKcDjOnSgymCJJeWG6vkzIkUMRJFcCgI71OqGAECDgqgiMFXthmBTCdhOsXA4w4qaQCEm7pO/PsO/X/l710K4yCl0sEtLPHqCQIgH1VYpm0zUay95d9bLrgvMFeeFouEsDeGTFQXRooRFMNKki8rsoST+MNRuhuM6q0sm8zW0F97IIGeqU2JIGYE0EvkmZ+lgI5S2oTAg1EwIADuRIWSWjVXshnAwhGfMHxnnBaiCSCwo6OLiOJJBhQMETwvCMJC9CapAR8rZpHlCriIAzlr9osnxZ5ZDI8hstj4IMLQPwlGetyldAtp7IkisW8UmIKSeEgm4qCfGADi7lKn/qFIDqxDFfD7pYiiSOLrjYrbgM2aAgHaKCtDVwHIbyxz15GxB4ZPI4mwdLKVwjGD/PMZUJEqUAHQBcGDMTp/ywFEUjwqNcTW/VJNwqAABFosJGGJUMkIuENALSnJe/kgy4F8BFN8gUVpDCHNReaEFLeAhdbyaAft7JP4rySgGCMAEzTEpvfqiQV2ahETvjT14ji9sI+tYkDKoTABlq3E27NBysJMIIGLsIYjs3nIhb6hU+INyEkxKsCwejASa7FAdBBYF4G0IBu+jU1XEFlQqD7C4ichxWwiMeG+fBMMMg0qQQsRzxO+QgOh2IqC+1OAZMyQuBO5aSeLAAECDIICZJSE7OUQC8B6EyEurIZC0UFWMaaF4iSM8odSYUjGuDg6tiDpBCli0AY8KNjZMATsQmyPKjayagSsCIDIKGOz/8BVEV2p5oYVSCNWOvXmrD0wqVdJQBXoaFB7iU8gajmgoKqSd8ClksDyNI8zttIRQQjF6IgpVeMAUEFDVA9KhmsLEr5nd+IYhHaFeSB0wKfBAnWyABUaiMuA8MG2sMjP10ECTQrj2IaqBSBdAdPPDEVRkoCPSFC5S0xkspUROCuq5mLMy/sikDMKC+0oIRZeVSchUoy0bB51G/T2g5H/gKBFRiARysaWNIQ45aRvIAuj8MbmsLHnIutbCxaDByRcKhQFjmMAQ2wSU72qZkz1sQj1FKRWSDwspMmxi0JkdCQ6HbJV73RJp1hWDHpyZAR1bFC9/pOlGb5SfpsFS0JwZ//FNHjlgjNkyoEKhAY8rUvCBiBnyGByqRWFJKl7HI6epFQaruSx4wUMFx+Au2kYudQuPDmlhg6FkX6+ToeCessTwEA5MjTN8XtKDAzeV6WZDeoas6LAhjoQARlSDXngcgkRlgJUZaUV+XOJ0SUHCKPXtBBQc5qRMANWBenNakRfKiWyannW7DHFwPk6lJVku937JsACIRAWxYJV0qM0p9gnAizcwXRY0ZFNfi1BDj5Ch8lwydEHDq0JtWlFNnoQxIk7KafcVyATepoEQYMBIZ5PG/2aLKPafqpwkJEi1TvxZxgUGCmvi0Jg7sIAcK50z4CYU0BeCq98BQog05NBpEKJRI1Hs5lOGgV20Z4Fzw8Nks3PytCAJwXjDDwTo3oUa5TwWKwnKT/BQw41BKK0AmXChXgfUzUnH9XgqxKxms5LbrAYh7IEQ5MTkBLbAtgyePC8kz1Qia2r/hOeBWhMYTDTxldbvoloeVgtgC4a594YhqwCj5tLki6iJJvch6lKOSykE1z0Cb3JQzgzGgQGAsA8pgvt/A2tFnBIbTm6hWkPJB5HxPWoYgygqHo7gVJzlVPerVQEWB0qzBajgsLRIG3mRg8YjPKAj1DknYZa18osQqi21c4olQa2Cfx018bFt4ihVguRcJbcmYXAOSEpywG0EfeYJgRlIzojiiJVwhGUMB5FaRXB0cOaAtEkvY6bSb76O1fNqQbLtU3fidwYYf7pZt7zcU8/4DiAEMSeclgxGkzXF6IouKFtc3YRy7ToYlTVLaWgnALPCOaZ3C550wJwWwpePUMDnkDvzHTVsnxBIA+ALABQ8TzAi3xTb40PS9U7+l43bkIMTHyFOQQ70ECqdQ1B/K0qCaDziShgI1nirq5vE5Yn6O4aAmSj91hoIN9Zo7Y0Q7M0cz0czPF2WDociRu9YhAR3GLeW6VmAbYCjsAgLjf4mfJv21ngVVlynBCHJlwRfeFPkKPSzgWXH6cIGUJg0tkZhO3jPwsLac6qxBDPJxlF+B4RakmWVOfLjcqVUK3+omwYHPem8pnmxsKZPjeY4CciYYDD1khR/yImF3alEBIYP+P5huwfRl0HwQiVYxwEj10MFAgISoysVdukiSCQYXHsJ4UDovulq5Dhj02ytUJOOeSJcHtaUipGADJMSRREoxAiZhbInYzoIUKBj7anRf4hbsAgV9YJMAgjxnbDkD5kr+Itgmxn93pEBcQFpcxgIM4q4MInPC4pFA7kgh4slsBARD4gO4bjpOhKhBKAKyTj8Nbk00JLt7SEx7ptTGzCfyot1CzjgD5I0OKJwZQqBPCLxqhjOzCiK6iFK66EKZpEcsTgXyxqsEzjwJJihLTqaEQL0kyjOqSEBQSiNQIBgxgHnrJEqVpOWbKr62Yl7ooqKUzgJMxkpKJn0rREPipMw7/G6siHA4eMQ/tcQv72rxfAAmXOAhxKbiLwCFce6EVQS4ASAkygY3Uih/QOyoiUImhqY3N4Dc8qqb0shqrSicSM48mETKTIgtgwyyLMJzCmZmZ8rPPaL01Kw8FWIGuwAAaai6rSZiegS2MgIutUizxIBIaE56VqkGwycAkq6BGxAnnGAroYEbo2RdUhBGn2I9y6arOGhqDUD4Z8gzdqTFoGb6MWKCEio7a+YVrSgZCiyeRuJi8+gqeGQiKYJbuALDDSJMzkh1BiQvm0yYCQRHdUJYaYxYTqbAq+Y0HyYheSzwLCYAnswk0GTubgDKPIpOK+JFVeRrxOJOL2J4+mQze/0iLWMMIqSCPi0Eng3CewpG2KAmBMOiQhnA0lbgJZpEgIvmA4qCS9UnDmrmI2TiVFrEJKrGQqtqOAvm4F6iAh+SwOpKT/riav1A585uQqkg7Yeunr8iOhOsT4dC8egsxxsCR1BqlgOEKZkGw1UjJsTIePvma6cCJV5LHPoGLPBGfkSgMD/wPYXE0iJCInMknBaCt9xmVW2mAfqgXNIKgrlDIONovxLCvIUwG3fghligIjmAWDFk7tKCKDQmeOkKJ3eFFdWIVnsiz8FMMOlmMxTirEKMYu+CW3JkdrmDIHYqU7BOSpzgSjjmBydCUJWmJuvBLEAoWfREPbusz0FkhGv/wSTBIjYSwiiwDF8Daih9kPPsAlDBQgAiorqHJFVsRjgRQOh5CFT5YgHMSHhkKsZwCpD7KGWJhjtdUDctRCZdJCL2gmiMxDhmYwVPqvtzsvgW4C79MiqcBmIPQhxKgLR6REzD7xiK5gA8AgNFyibuhjsRom1UJmCSZjgKIkzhZARFwLObgIw5wAUTiAMtbwy7MiqQBkYtwEAYwLBJxHqewkOMYjo8UCUc0kqa4HOxDIpooKS4hghcdiRL4C3Dhv4yAMKeyxKeA0NpcjCOiz35AkMVwicJZCDAJG7+0KduwDwggiN/0zOmZSdFjD5d4gRVoqk3bHyayCiOYK/7wE8H/MAusyJDxQrAEMD9h2Y3VmMYPAa2QmJpfWbnNsIvFQA69/I4L/DhgA5FeIQkQypkXKAIMCIMADcx2wy9WOTr5O5ncvBV+CIC7WCbvgYASoIjjWb+7qJqiuCDqiUaR2ENP60F4Exsnmg3gWAqruJq22o6bOIGLEY8NZY9faIjyy5+GYBen6IvPGKrgcpSp6jiPMhAcoZ+Cgw3B4wMGKBEFwL6neYEICIYV8CQT2R3Xu5jIGIgGQJB6sRUXfCojGIEXCBJM9YcRyJEgOQ/IiotJcRisYrIqNIs1+xqDuQ4JsZATmA1+2IAOyLfRgVbBEIEwCCV6cSHZiBCpqDAXkhq3/8Co8tMdbWk1buM2erEVCjKT1mk8gukM42BLCaqJp9kcgUgjQAkA72mJbGqIoBkQLH1KJ+mV75jKjkQO+ojTUhKO7KCSE+AH9wE9uSBY0gOVCxiV2ekKFAqD76kgE90JSzSxuFHW50xE40GJFTACXKwZkogQnAgfjzNRQNmQbDIR3nnN7giGxGOA5xy8tlBYR9k+xwE1MGgLm0gLLTmc6gJapagIw2WdFNw8c2kJYKmosRjb+HGqizkrx6nBlHGwSlEgh52Ofwqu1JunSWEqpyo8h/kKE1s5zNjb9aMSYoopHnSzeRGL37gIFYkup9q+ruWmYFkLFNmLlWGVBBgBJv9RvK+hIAZIhg+5WbpgPhiNjraQkCg5jORoR6w5L7ioQRQclApqO9J7jKr1mwe5WQD4vqhdEiGTnZcz17tJq6Kqqjt1FIC1RqHjk1URQjullnRJLYgiCgWgkWh9EHtMsbzSE6wYuuvQv22bjQhMRBGAE6cCIQ3ooCIwEDJyC4FYCPFtU8uJv36iP89EK7BovN80Eu2oiYpJC89ykuR8uvBgGc5JgMfBKgBYgQ6QUNoVM/gaWHtbkozY375hsmilPuLKHzDxE28RjhL9Q8pSgPMYATgKST2RC78RC6HDrH18w4lwH8+p0UNhia+5EK1RDSUMNVAMmPa83xKipPpcieD/ajyX2I8/tBBHAQ7Ug5zSRC24nV2eOYENiM+oMjjjKAh54QqpGiV+RD0aYYmoZQ4TrpQeLCIcSYzFaIB4ySXa0jy7SowOGIGSEAueKQA4khATAwDW/JB8WI7NDTmzkAueoCruiJKQ0MeeQ4uWI7SKSS89RBLg48QltRUjsYkRgAF/GAjw4bfzohpeewk9DRio0wedMNNHoYt8wCEmM59f0IdBkacBS44EmAj98VJMLSXbzGCHKRmTaeXTUpNJgRsJYkezQ4KtqDG6o7uAVIB8QAmD0Jh47o+C6AzdWa6RIJCrkBeiJBWtIBXNk4GDGIxqNoLFKSGzU6gAEFiM7B7t/+oRZ8mJGUGMhLUtLQmOfxo9wVCTfcvK4WMiDKAAGpiIyYkjTwEAGZhdJ4LMUrqmqbm2Jf28ChmPWGwmv2Hhy3Hd7diGw6iL9MISyl0geV0IDDACrZkPHFqazXolgGFVYsoII0hbdh2LJQ0xL2EOj1XGm1DNeJqUHUnCpKgRUEm4SZlEaGqArpPH3psUrNiNfBgNiOAjaVEyIRot6ZkLWu1pOUks6mFHkTC58RCKgpCNABiVe6GzeV0NJPjqWqPNKZGgEQgDDdYW2RkPz7gQeTlfuVi87wqAEagJKqGS4KgWkhBEXA6Re0GnjosfGLpP1QpZpiCVUYsAuYiAeEEx2P84IdUglkSx12MLl9ZIYF1pO8XoBy2haoYosK5YESSoAEsiCbG4ihCogRpQJ6neR/Suwy+lFmL6G9QzC50awvxcXEIK3smYnR5quWPlk4CRj+yKJ5s4Dyba0IbxCNXgHXZBo4Uoq1MZlYC+M4RKgBXAgBddPrzKC72oiO14t5sINzCwF0e5nSkxj72wPQ1KRzQblIyrJrxqGpKwocT4AMezrxAFCeyAjKHGr5biaLYEjvZcKH+kDpcIhpqrM3MBi+gEFxhiEiEDaPmgD6NgC7NApg6a178YiShP3GbcjA67irRzwKEpQUbcw9T7ighYAT9KbKtCX8QYkbZoi3QLiRP/z2PHUigKMJr+Fh7m+AUQGI5+5Zk9Zg/puGdRQynaflUJ3dn1IZNWM/PNiy4L+8xPSxmQmJQEpFyVkRAt9ZMbPoilCAb/clTZwAiQuAADsApzYz52mavy+pAI6IDXti97WVLMSAAYBdZf2VJi70Mhap8LfEqMA1LmCIOW0ZIQUI1fGIuD4xXtiB4NB4ulGAF/qJL/EykGfZ3Kq1SODozxmBf7Ilu4oCAD+swYcapRd5io3V4X+aRVwdKEIxQtqhRH44iJ7UJ2AWbBsBgS/henwMXdJRz/CLmhGRWP+4DsAdpz1x2JGNko8aSsVk/2cAyUck9q/oUxKbDNSIvdDqVR/8qRPItBMg31n1mAT8pIxNC86eCPmqCRhPOJKQmxROuTrtC0lyuOGg4QU4luDMobtvYOVbmJ6N4ah3gZm8QKjI4Sky8MeQmXEnmBQP1CvfGntuEeJmKaqvgcMOAAbbK7ZlOAbYgAPHczmjcl2uuiL4mxQmvwU5aBGMQH+sRZXbLTrM0zG6HjC/hk1COUerPiBg4Af1C6luALpbMV7yIUyKxKuPEHF6sJtUy8nsCP0rKgcFSo8UAtRS0W8pgmYKWLvWCLCnohdr8AGfwAm3muiWiZ7sh1dhmNQncvVp4Le26KoXiQQlOyA1GMDwABu7iAdY0gKjkfhKOSBkChBNZYav9JbtFeW8DHCdqpxDP9CEM1VDWljjGbDmuMIBsJjiwJnLB5GjM0s8nhxdtwFLZQz3u5DeALwjhaDM2b+M1jIuYDCAMKwLwI8CIBhmAcjoUAo4BBgmS/fp0oECAAgAgL+C0AACCBxwYADAQgCWDBBZQyFmz06LKDgQQgC5xswDGlDI8FEgSLSdPjBQC/FuwDUKHA0I0LGgQVeiLBU5kJCoAxEPNFhZgyDQI9efIXRo8BOpRkoO8kRwAKRoT1dxbACY8jpBo4iCEMQYcKEhw0QAFMB5kMlnr8pXPoypUfVrL8BRFMgqovNnQIXODFCwhhRMQMVsGw4YwAGAgFymCiVwD/LzoEKxCBX8rQCQyDfBGM7cUACXQXdFkapFTD/AxfMFDAovGQJeZ+7JnAqgHnART0hCwTQrDphpleuPCL34kL4D+6DLCyAUsAwWQCuAgAdlPdFBQg4SsCjMP7BqqKqB5hcEfulXYSSxcEcAJj/AjGAEQ7XfSCalMZEcIKnE0l1C9BjVAXe74N+BxGJ4QGQAFHGdTBCgpclEAEuwUAhgh7kQSSRwZUINNxhQHQAVzJlFaAASO4FEFVEBgRjAIJ9aSbAgNBUJVkfGHIDz82MSASAOIZRlpLGzWQgAL7/deely1BxNdzTQpURExVBRPMC2cC1WJTjqG3QGgsLXAaSPkw/whVQbqNBNNAYJA22wkHKhCGBlYJ5eNEoRXgI4AokfiCAiLAAAFmPanIUzBFrGCEoy4ZZgCJs7EHEj+l/QLcWB1gx9qbdZEkQoq81eVQTB/JhERpQeHp22ssRdBAAPqcsKdHEYxGnLAc/SfTL8nIVBBn+IHFFwMR5MPRnq8q9ZFhL5zAoJcMlCXVbico0J6AgiVw2kStApBPZDIZgNpQx+lWAAMgpPdRQWAU8W9vxonAgQgwkVWAiBQJBZwBHXTr0gnKClWAEXNdhMJyEGBUQAcKBFqjrtbpC2dhF8SVZVATLUBWlTZZiedpMMN1QQMNdJtAfaTRFqFMHXDEjwIhbP/g7EH5XMDACSPAEAZIg2nEoK8YnoBCBStuUAFQjr1AgWPdMXjxqonqVhLbqJLwAbyaMexcolMZIAIGHBBkQAkrsBW1ERhVFgCQGHqUqMRwJdBqlVS2+hNccSVzQlbwevTcfmFaSyJGsKE0rEsLHMsSRw2slJLnKdEUQUkEknb5pwmgx8cCB9WXzH4NZAgXwPlE4Jir3rHEp0UH0ZShSAlQgBG/fd24U1xx7USTjRW82eR0mYbpUwL6bCBQMBDctwGNAJw1uFgjIVESUhdEELN3WQqlFOnvwSWUeAPKNj11CuTzUXJOIoPuGGV+R2MA6jCygNOJJ12keWBQMNIigiT/gCXoeQxkrFK+PQWgJ4HR0wUYM7xXPWcnHeJTdLRiFCOQBSTxAw2JHFSVFAbDIXzpCaqgAi+DxEgEa+tI6N5jmIvgMCSoW0pK3keao6FnOB45mqV24iraYAozIkACqpZ4ghXoYwRGAEsAIjC618DrWM1iALiGtxu0CKoIYeDUxXQTnfvACAyuSlV0BiSeKtFGJjAyABKwKJGJVWV6uznIbH53NBERjkbPEQER7lMCzIjlQDopSQccYjCMtGsiDXQJu6zFo1aJB0tPkeJGnDWmoRxNNRMLFonaVMOqsIc0cbEkVngEGsMA0XcLghDPsAaSjpyJTWAgUsU0+YL7vAAM/4aJS1aew57Q8KN1s7EWlO62HplkykLJoIkfIfIsw+iDcIeDlYpUlKP7PSVR+igIX1ajm6fw8mjesUh9LsQ8m3SEHxUYAUz2hTkD5KM+VrmYg9gDLrh4igNPuhcvn8kWrI0pWQEwzGXyYZVGgchPABrKR07QE8xA5ncv2BURjFAEgrToFxaBSceCMZoPdKQiyZoJktzkP55gZyB+rI6teuWRFbQQVgAoQclUExcYhmYsLgGSbmZDrizBxl4fwSJkxPO7+xmIMlFFwguoopXdTAQ6VoGq/SySPZPVBV1pSUu3zuabgULAL1opSD4O8h+WJKogAqkaaXJoBAzwBV9Cw/9jMxmkm3AVxlolsUoz08QwDmzmbgoQHy01OJXLNLIAlOnrRZBSlF8M8HOwQc1TfEWtdW6ENmoNzTMrEBeO/MJZu/HjXmY4mgiolV1iFCeEbCsVBh0kjQtIwAgeopGJTEVFTdPXVu4GBt/paSWkuWjOUgIRI2iAAiuNyauABzyHIGk0gxlMSoIiE9zdTSAKKEIwYmQyZWIAA0SIL4RcFFa49IZ9ANhHdzjysu/Ij0Qf2QmqfuKdoJwSQpEySjmF8kDV6pckdRlKaguSX3Kx5z++eyBEAlAlL11uw4cziGDwxSEwGfMgBJIBCD7wAYHFjHQRcG9kZhS/p8GLbyXl0mv/QOOjAGRlRgFo2Irr4r/5gGEb+TAhecjzsvfELyw6CYpNuvOdZ07FR+HxnIFjOBoqzTZmLarYg1DsYv5WrC7BIJVmrRJG4CRAxR650gIvAJJfnBQm/rooAEilGlT9DzBQAlGcWCKw8yyFD3+qc4vYAzFTCddbLRqNqX5EEwTXJaw4etML8rENghQEiKgpylKd+LgRHC+9n5PBTVACGj5V9QQVQQ1SQGhaqaxgBea6pHmxxpprmdWvAilIXUlCnXlVV08dye9lhkKk/rxJBMFtpgI4kA/8xCQ9xrIghPIKGc7kw1rzgghEpAuGvxghDBrUUZZgaG5VUWs1nDnpd1EV/+/DwdAlQ/aJcJYC640MvFUgcdZbt8QP0ghLBv1wuHXB2ZumZoQlNH1dpNvs6eccpIOruxzWjnbwk+RsT5FpEgTytpdQ52Mg2KZlnZGDqoIMBACaHAgDqqIB34m7CIUaiE/nBbxS8sO2H4HUj4xgMiT88UQNmHFrq7lUlxpHJjcOwJ1ksBJ7hbB+oUEg6lKiJ4YvAAQkIMECR3JgjXRd7F2H8bDUajITYk7Do2nMaBCJmXM762e+og7DRHCfUWMGM92KAOEhc16pcqUgPsePvuiY10wRxOfNHOue0YOelWC0REgh4QhGwJkVswgEIDhPq2z6FOjUuTY0oVJTwrNA9P9gWnYLeHgDocgsED4VhonRegg5ovX0mBNjfMFPptZz9z1hHEB+cnSkm1kVGqwAAistgt44pPg9Sd9g+fj+j09FMDDUF0ZNKkKoMVWE3ZiMXTgSCrhkoDtntUeKdhu9dQZjdtNjSVGhJVxUdYgBMcXwyUAEDNiLMUWVpMblwEv0GMbvzMYCwRgFLpAF5s9/iNHEUAV8DYSgWI1G1RnPNdOHtRl1pJwGBB4zaRBNMEgRLAwGUEA+rBThoYtH+E4zCZ6GrYpJuAQKSVVyLIXJZQnoXBdBPJbi8cEHnN0H8MEObYACnICLQdVO8Mt7sIQMzNjwfU5NQJETVRJwmApHnAb/aTBF2ZkeGpreeZAQjUhcoZAUpOHLSXVatplMnNAOzRWBBtAABzCMwRwThATACmRRtgmeC1CAd72gATibGr0Ii0wQexxIpYSL0HzTvuyOgmSEz/xOTGgQBfnRmKFJx2wAKRqEPrwL50xRhlggjJle2gFF6YiHiInHJ7WUeFnQA9GUGjpAGprdSljOJZUEfjgZz33fNqQQGBhEdLBJqS1FXlkFBXCAd+lNnDhL1FxUdLwXfHGAHr4RKqadGBkLGVIOhojdBArMAsgYnwiFz4TYq+wEA2CRZoGECKxKRrzZhKzABhyIuewjq5DHTsTfBOYZgzGXV/BDr2Gd6SwQGhXI/7BsodgtRi+iYWldoRCOnWq8gLdARuEtUzL+D3AcxAv0TEccX5293As42014hF8RQd7gTRF4S0acSUk5WksMBbqIh8PxAQi0XapsSUlumr6F0mhgjuIxCGAkBGbcUgBsgI4AB02oRNctEJX0iEUgRWkkCxFqnQzQjtbxwUrEGFcuUD8UCIzhgwzgQ4yRDll6pQUuwAe6XzPll2Nk4DARxnEBQDIwSF7NJFcyxkpkIBisABH8hd5sQ6hlzbmRTkPqHj9R4GIMy1QQTpBt4BBNyqs4x1RYHRqxzUxciAJ0QAXciOE02wBtXT8RkG7I1atcYVk+3ESi4Yz14nBIJAXq3v9AJkZ6kBBV1MYH4uR1RQBjnA2DjMlesaJSnMlGSiP29aEm1dmZLIBX2sQToURVYsQFLFqAZeW5pFJQ5AxgtUfR/UmuOctFnBKJBEPJhBZohJDW9WRitB1jDM2fRIr+tSIvquFs9iI+qKVE6ud3TKBuoqYMoF16XMhpfE6zYSEflOXYjcnZCGETlZgyNYlhSiOMnFtkAIgM9BvGnCdcZKH8hVdp8NNS/ILP0BZqjNmeFAtfHQhoJIpVTFmGpAQIKGEWnl4BDqQa/QdOWkR29gMv5meMgQBatqKRyqZYdgfPDOTp6WhQRMDpveUD3YmepBEJPNzYxdWhoIoY0chgaBT/knSaQzRTEUSjwUBnhPJBWvBORbSHAZwivODE64iX+1AJAukOljgLcZjG7VGnrcVFUQApemHhAi2GEhbpB/RDL76ls8mYSqAhkZrebKKlWmZh2X1OCLnn75UdTS1FGjncpy6hgKbSByxcgS6Fh3kLpK0RA/jSvNTZzYkk4h3EmeKLLzEICfCk6eXGdBRZZSzJC6QFSjAId8BVpnkHDMHGa7jP68AF4bzpFSbGlMIY7VigRO4npeombFJqP2grCaCheBRpd8SFoZ7mQHarjv6iS1wQR3yqdN5eV7boApxdSUbAQXCbTHiUt0CEpf3rbeHrfsAIBWjE8JDL2YFAaF7Wbgiop0JAQF35iojoSONkGmy5xD5Q04jYi0WU02xZ0Hs+KU3dWXVp61qSJQgw6pOiYabSRoDeRFXp0E2YDlcq6elF5kZc6y/+AtqhY1g24UcwwNvQTlGCn8HsB7N1C3PtCR/QToskmnD9T8CQTtWE/ys+oFww1BcGQGx9rcd0MM9uheH9dFYMbZoU6YRMuBMKrEhtbV64yhgJnBfSsqiiXcCMfR1LKKGWKuEFAiPICmFhmMtCIqmIFinLCszDNahu1s9K0M5EwKtjvKoY5VVkhJpGOCizDCdf/EKDXpzFmR6j6snblN1lGYkRDFbWakDKXZbSccVm5oY+xKmKkIWc9RbhWBhZUIYCQCFloAojqhEF2NVsEEfqOJG4sOJgeI6eNBEIUQlyjmxSUKDAKKrNTuSifsDv7Em8NikQbYRUWO73/c9ooMdrVlc/iAQvwdi3fmsaTuqNsgRraMDpbu2bZG3WrsDWcgBrkEVl6EMFQP9haJZMyQhEbghEsJZMk+yjrMRXXejI1KlVC5LhiK0EjZijbraKizZFdYoOzZpelmZqzeLo52qrAzgAjJUwGpJAaRgsI8aF2JWLboQjH5BAVyIpy35rOppsuEoqCiepK0KskShJCYgAEKdgfeEvDUAsAifL7jZJkyAJAp/g1mKAfHUAZUBsMJSAmoBVFdInI5rjTSLGGb7ldxJGYQDInbjiz1Lk9FqKp6ZhWspACcsxkeIJSGQpWPKk3S6GCAnLG+/wRPYwGqql+4JACR9yCavl6bGGEWBHFYcPJEPSObgk/VbGwqIcEIuPFDdyfXFA+ATwsREx0hpHMmyVGOfZ8o7/4Qe8DgOEZdlZl2xUze9esI0e7vDNzxJW6gnT8SG7okfkbab24n6arCEb8pASMiIPKSK3bwmHQzLnZ5Owxu6SYgA78WXVlwbEV09FMxanXEKIQAkEMTZvrRLvl2pMByIxXbBZ4M22hOUwH0Q4xhKmqngwiLVwCJ4x5GAwRtfNmBZi4aeio2xmpzH3cowxQBMyKBvHJg8/Mw8LaQlnAAhkwDP3MkUnMwhArBOTRVPyLs0FgwaIQBJDgCcDcX0NlgbUFwSUwG3Yb/0mBFlET3zACn6wMHKqhvga7NmYm0aAJRBZC6uWzLyMzkdY6Z4orysrBo2dhMBkiQ2nsNld6xvH/6Za4kMGXPVF93J+zhhFm8Ah9ydWY7UDQLTpJbNEj0BPdQBSqcjaHshFqLUjY4c3HwkGDBYGZDOShE8jI8nCjGnLVGVRXktkEEdYakgH/Md5TUtkgMFeXqn78UXKsUgfyYShtqjYDZ9s9oPM0FQtU6Q/1+vt9SKS9vAhm4AfZHVEi6sMZAAyRPQhY3UhmIAJUHRZF7QDYHVdNzIEVB9MtDW8dAARc63pkjMk7zU3X88ThyZ2Kq9QTBC3WcdJxMZIzEvcPtp+IOJ0ORuGxGpVBO/xOSKLNKie5ElHsPONhmWB9kPCziae7B4wG25ZK7NVZ4AfIMNsZ7UiM3N+huVEm/9AIVy1Mt/2RU90Bpzu6a5AGGBAaO7jBpwAALP0bie4gQ+WXEMyUmWxAC/sel4hYEuFQ/zF9lEtSOwluniLBvmFHaGxs0HEMjnHDoYaAzgtgHDJsy2Q4Zbl+8Z4jBfIwnkITpjepeKDQbM2Fsx2HBhzGua3IEeqVd/3RBM4gIf16aY0OWsxWbQ1FMpKyhn4Sedv+IAzAltxE4fm2r6H6dCer2AKr0igBaoLWainAlyQerjbvBjBSSgAYK4mn9kQULO4n0wui/Clt+xET6dsvB6sOBHhtSLQaaDHBygyMhOpVfuBCaChyto2asem/E00Coe1CWCBH2BBgR8JdsRXyVD/BmVYMhCfbsq9SakrccloMQokMApYcZn/8kaYC4dcRa8g9AWugCCEgCDUQAigwAiswA4IwrBXgCDoQAeEwA6MQDUd+w6crgGsQA2EwQ5ou1ZMl9HGIWZMh8H2w7XiOmsCSEKn7KImuW3zYtlhdWxStLw7gFfftiFngFU3dSuGNVabtmxDMnYgFVJ1AMiEJgSwBnawehZnsQJAeJMIfMMTvAKgwAas7bDyTKs8FjgN9WDQsAUCQAj0gQrsALSfgNJIgA6EQR8swA7oQAgEgCBgYQfUAAAIgm6sgA6sgAqg/LM3xAtsw/GJQBiM2vfOOAD0zGR8BAyswCpTywwPsg/3/2dDS3SS5qfVq6W8Z4Bse3XWR/SAg65E97tsXzUENCwWa3EJrPUGhDMQhx5aq7UWH7yGrzXIIDAKeI+tAdFMBKCfKBrcTekCjEAIqIAg9AEoCKIgJLvhLwDOw4AhwEC0B0DIq0AIGMJu14AKIHsNBEAYEDsEhADoY8Dgn8Pnh0AYCKKvgX4IoHUIKEDghwDaVUwCdIARrEAAhN5ES33VFzS+23sPV7XXi3XWD39Y8+JVT3QceDqSBLDcw70Vq3X96jYCM3wTC3DaW39l7KMLf5NU0dto+DQcL9AKhIAOYL4OoAAA9MEOrADk8wMK6MAIrL8goMD4n0QEjEMD4HzLw/+ADggiQISAESJEjRoiwKgAk69GmA5GQoAaAaNPDQA6BC4oYejDggABFoB6CGBHhxAZQKQE4QDfSgcOQGTAlyHDS5UtWcqkuZMnTxMmdjqoGTNlTWQ0g3UIVmJpBwVPFdyDqoBpBwgjqHYo8bRECa1aFTj1SnVDgBP8AAD4deLXL7UAkhVIwGDBApgyUspYIGPijhU1VgQI0WGHwD50dYBYMaIPiRUrZADouGDFjhIlBW0IUwPGCgWCwohQoIKDAlAQXoyo0cdIMBUrfu0wsGKBoRALTOoV5C/EiR0o+qRs2TKm0J40VZrqx9I4zUJAhQqNeTzoy+Y7IUDYOtbr2LD/G7RuUBAMgtiwTLNvpZrVawcUAQAsYMBvwS8Gv+rXT1AgPl4Q/hcAoIEORgCAt/4e82eEj0CA4b8VgukHhgv40KsB3Dp44YVgYACjBCLCUOAvBcBQIDsTjXghgWAw6CACBZKJwIAREgDAKwD4CaCfyPRJS58TAlBJOJeMM6GQDPyg6aXlZurJBOtsoq46KHf6KbulshNLy7Ccmoqrr0qAIBjyxGSqBBHGMiu+AC+48IIF3gSgRgbwqnMvtepaAIQP+FhTSJiEXOBCGfioy8IAAYgAjBfAKKIIAxQwIIFFXwAgHwYSyDSBCC6diwEA7qtxUxJAIGEvPVWySUiUasrA/wQ/kIGVJnyo1IlWQGtltUqeoivShCy92+qr7IjtqgPxzPOqvKvELJa8GyNAK60F6JPB2jwX+OCDlD6Q4QJ+3jxVvvi2TQmml2YCob4123zzgrReMMAARsFIIJ8IGHhhGzDwZYCBfCyVD9MX8pFP4ASQALWfU9U1V9W6tt0V1iSTtE7JdAElarrpqHtSSQf6qbIDp7I8r8yRTwbL2K3K44DYK8tTNsO03sJvL71wZnjPnE+V4VP8CP3TOCwc0KsumvFM6yMVVbwUUzCgfoGBCPDtd4F8NI3g6qrn4lPQvYQM9KyiXs0AmeeO2ukmmIgbLjopfVK7yAy2GznM8rQic/9YYJdqSswRjGgW5g4MgC+ABNxyq2e9dkQ03P/AxuvoPEt1OLon63JLLqDdTcvffO7FVC4NQb2UBH+5nuvegv3Fr8JTyyUShMb5iOknLPyYeCecaE3V3I2RO+4ns4enrm9hy2Pv5GWbokpZYlvDAAIjVmhNgQBeOKFGUH821FqjAQigWlT17KhhOMtPVajlFpYhgsSx5acfPv3lXnRPQa2LAT76/dRfbBdQKLAJsC6+Q4m5aHIUP5ggbQf8U9jOVRSOYQEoCSxEkhjIE45tZylmQo9SwmQVq5jJKsQaAeACFwwjhCEMKyiPWVTUAH9lqj96utnXtFbAbXULBBdICfr/YueSfkBOXAXcy5v4YCr59O8CF/AXphK1gAjMSWB10ZrWCpVEleiFPsMJm0xA0KSeaKwlB3SgBHVFkwqq8XYLLMRRMpYBrUCAKksJS8yWhUetuKxZgGuhEUaAASNQz3oBuN4JEgWAAoDBPt3qVs++NqhtGe0CMihXxMD4H3Vd63t2wpYMlFiX12WrLvyoUX0Ohy0BcioChboJCUjgSo3pyYs1aU4YVcWqmODkJWbcGAV5cpSfLBAZxQtjSuholTqGkFkEuhJ6Tti3FYYgDEbAgAoHOYJjdcAfGfpUAlRkM3HxrFqa9JZe9qQSV2HhgCQw2l74MMQtfo0PH9hRuPJ0/603ueWbfoLc1ColtZQUai61q90PUaVOKC3Ul2Uc0i6JokY1AlNWCkSSkhZwghOch6NmOmGZ/NG8Enx0BNN7zCDHNLKRlWVk8JGTpBIAwK8JymjoVInOwkiTiqnrVOUUkl7kFJ/alTIC0wpgzuLzi7mgCpYB6mcAY4mpgpKqdjYdTqsWajGH+hJQunTSq9L2HJoAkyYXQIE+plI39CQPZSVlSuAANwIIPcU8CniPRtOyvQTIKz6VfBciqzVKEuwwbHv6wDpRci1slco/ePmAfejiTisCgEAA0MvrjOa/yrVEpnzg36WmqDVSFZY4IcvqcciIxojyqpi4c9VPirlAJf8trB97I09TRNgllPVNtxyYo1OOpQ/xIfJwmVqkvAwQnwYUlYp68d8CYKmSSzaxSTCpy7duNtqVECeq+Poapqjygq/JoB9DpdxD02lDQfWPLv3QbrrgixKLNedsJiCOcHIS3zS6SrauOpusKmadDnAgGCVNTx7pOBVmbcUA4kHWWFCAgrJoVKOHSwZM+Vqfd4ULfAEoQMEuyS2j5VRd78IRxNR3THV9SkB5YvHXAODZvBjtA9pNCanguTCByXJIYPQlq2CiK1mxhChB9irHgukToMCqgtZxXrOSAj08lvSEI0jKyL4DFaeYBZF5lZemkpGpXzQgLeLk4n4ytb/amY//W0Pig7RA5R9cBnlPdZEhXSxElyR+LWxBRG9HGnDjUpWLbbqE6JGDh5ImkXY66eoJWYVX3wpaicofpSM26fg3KydPy2EJAHi6MmG1/OIF+viyqLg3rUG5uH4xhS6q0jVaozXgcZbLmKECCDmj1ZOnNizsr9UFrge2Kni7dGAZ9QuC2iEHvS9h50Sn8zZXTZuNk3bV9KgXhnM8ho6PWcE1IeDCkm1gA2PJ20iPBaQuy+lwBkCCmLVGlzcRKmeF+p97OYaPlmzLnYyT58cANZmc/XRP0U0nsIWkLUHjUklrVJuh4/tsdt6XOGeUKJATfZ24+QQZKsTACljIQulhgIXhpyYIQcJQ0gJnyYSBO9ZH+KNXTf0ihzmTc0p2VN5UmeDZecGpw4by01PtCOFBPJcX72vTVFWpgkhGzkGDoqSHa2y7ZuQVVtPYQJ0ChetIEcH0WhgGQYL9HAQ5hkAE8kdAGpik2qRwWpIxNX7+b+jyzIsmK6fO19705rbO2M6KSKS/N9smROYW2HLaEz+4lqxUB8Gzo24cFeMXv2M9l3zhthMK/oTrJggIADs=
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
[img[织金宫保鸡.gif]]<br/>
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[img[织金宫保鸡1.gif]]<br/>
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织金宫保鸡，历史悠久、风味独特，为中外各界人士所颂，被誉为黔菜艺术中的一枝奇葩。
宫保鸡流传已有100多年历史，它的创始人丁宝桢为贵州平远（今织金县）人。丁富于创造精神，清咸丰三年（公元一八五三年）考中进士，官至山东巡抚和四川总督。他因在西南边陲抵御外敌有功，被朝廷授予太子少保衔。按清朝的习惯称呼，太子少保也称作"宫保"，所以时人皆称他为了宫保。
本菜具有色泽红亮、肉质鲜嫩、辣香味浓、辣而不猛、油而不腻等特点，佐酒下饭，老幼咸宜，实为不可多得之佳肴。
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
[img[织金荞凉粉.gif]]<br/>
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[img[织金荞凉粉1.gif]]<br/>
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织金荞凉粉是贵州省毕节市织金县的特色小吃。织金县荞凉粉辣香爽口，生津解暑，清凉降火，是当地居民必不可少的驱暑小食。
荞凉粉是贵州省的一道名小吃，是男女老少都喜爱的一道小食。全省各地均有荞凉粉，但以织金荞凉粉最具特色。荞凉粉是用荞麦打去壳，干磨成粉按1：4的比例加水和适量的明矾水调匀，下锅用微火慢慢边煮边搅，煮熟冷却而成。食用时翻倒出来放在案板上，用特制的刮子把荞凉粉刮成细长条装在盘子里，用另一小碗放入酥黄豆、酸萝卜丁、黑大头菜丁、芜荽、葱花、红油、麻油、花椒油、自制腐乳、酱油、醋、姜汁、蒜水、味精等调料兑成蘸水，用荞凉扮蘸着食用。
风味特色：辣香爽口，生津解暑，清凉降火。
技术要领：黄豆要不放油干炒，荞粉与水的比例必须准确，明矾水不能过多。
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
[img[羊场茶食.gif]]<br/>
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[img[羊场茶食1.gif]]<br/>
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黔西茶食早为清宫御点，由晚清宫廷御点师后代张女尼在黔西羊场乡秘授女徒张二和尚，后又传至羊场民间。其制作只要以上等糯米为原料，水泡40天，每三日换水一次，晾干碾成粉，拌水提成块，煮成蜂窝装，取出放石碓内搅拌至翻泡，按比例加野小豆根粉搅匀，铺于案板上晾干后，剪成各种图案花样穿挂，晾干用混合油浸泡数分钟后放于扇勺内用热油淋，直至膨胀定型食用，此品入口酥脆香甜，是走亲访友的馈赠佳品和席上美食。
羊场茶食是贵州省毕节市黔西县的特色美食。茶食，因其色、香、味具佳，入口酥脆香甜，且有健胃醒酒之功效而成为人们饮酒时用以佐食的风味佳肴。
羊场茶食制作方法考究，在低温下将优质糯米泡上45天左右（3—5天换一次水），捞出滤干后用碓舂成面粉，用箩筛后将面和水捏成圆形薄面粑，放到沸水里煮到起蜂窝状，捞出后放到碓里搅拌，直到起泡后将备好的去皮细捣烂的野小豆根等植物放进去共同搅和，搅拌到又起泡，能在搅棒上挂片时，捞出分大小块放在洒有干面粉的木板上摊开晾干，5、6天后将半干的面片剪成各种形状，如：鱼、兔、鸟、蝴蝶、或剪成条，编成绣球、花形等，再继续晾干即成。
“茶食”的名称始于宋代，泛指佐茶食用的糕点，在清乾隆年间作为进贡食品传入宫中。而传入黔西也有一百多年的历史。相传，茶食为晚清时期由“御点”制作后代——四川人杨大娘（又一说法为张姓女尼）传入，因其先辈曾是宫廷御点师，在宫里专门负责制作茶食，告老还乡后，因违抗宫廷禁令将茶食制作工艺传到民间，从而导致其家庭遭诛连，杨大娘逃生后讨饭到贵州黔西，在偏僻的羊场乡出家为尼，居住在羊场乡文昌阁里。转眼几十年过去了，清朝政府被推翻后，当年的杨大娘成了老态龙钟的老太婆，她想到自己年事已高，不久于人世了，而且羊场又远离京城，天高皇帝远的，不必担心朝廷会追究了。于是，偷偷做了“茶食”祭祀自己被诛灭的祖先，祭祀后的“茶食”她自己一人吃不完，就分给文昌阁里的尼姑和附近平常对她很接济的村民们吃，大家吃后赞不绝口，都说不愧为“清宫御点”，纷纷要求向她学习这一工艺制作方法。盛情难却之下，杨大娘决心将茶食的制作工艺传出，并一直延续到今天。
“茶食”是黔西县著名风味小吃之一，其保健性对人的健康有益良多，对茶食工艺的研究有助于黔西风味小吃市场的拓展和旅游商品的开发，有助于非物质文化遗产的传承、保护和发展。
2006年6月，羊场“茶食”被黔西县人民政府公布为第一批县级非物质文化遗产名录。
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
[img[草海细鱼.jpg]]<br/>
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[img[草海细鱼1.jpg]]<br/>
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威宁草海细鱼又称“虾子鱼”、“黄辣丁”、“小黄鱼”，长约寸许，不会长大，肉厚味佳，久已闻名于省内外，系将草海鲜鱼捕起后经风干或微火烘焙而成。草海细鱼兼有虾味，原来条条鱼肚内或口内都有完整的红虾。这是因为草海的细鱼很贪吃，往往肚子里虾子还未消化，嘴上又含上另一只，故任何时候捕的鱼，不是肚里有虾就是嘴里有虾，草海细鱼便有了此特色。草海细鱼年产量达10—15万公斤，又便于贮藏、携带，故成为待客和馈赠亲友的佳品。
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
//''Information Revolution''//
Characteristics of information: 信息的特征：
*It is a thing. 这是一个事物。
*It is a logical place. 它合乎逻辑。
*Where it can be found. 在哪里可以找到它？
On a shelf. 在书架上。
In a file system. 在文件系统中。
In a category. 在一个类别中。
Managing information is managing categories. 管理信息就是管理分类。
It requires experts. 它需要专家。
And it is still hard to find. 但信息还是很难找到。
TechnoMania（技术狂） Newsweek: The future isn’t what you think.
技术狂新闻周刊：未来不是你想象的那样。
February 27, 1995 Newsweek: 1995年2月27日新闻周刊：
The internet? Bah! 互联网？呸！
Hype Alert: Why cyberspace isn’t, and will never be.
炒作警报：为什么不选择网络空间，并且永远不会选？
Assumptions about information: 关于信息的假设：
on paper. 记录在纸面上。
Digital information is different.数字信息是不同的。
Digital information takes different form.数字信息有不同的形式。
Digital information has no material form.数字信息没有物质形态。
Digital information has no fixed material form.
数字信息没有固定的物质形态。
So we can rethink information beyond material constraints.
所以我们可以跳出物质限制，重新定义信息。
So we must rethink information
所以我们必须重新定义信息。
Google: The first website. 搜索：第一个网站。
World Wide Web：What’s top there? 万维网：上限在哪里？
There is no “top” to the World-Wide-Web.
万维网没有“上限”。
You can look at it from many points of view.
你可以从多个角度来看待它。
If you have to use a “top” node, we recommend either this node or the subject list.
如果必须使用“top”节点，我们建议使用此节点或主题列表。
Early websites built on familiar assumptions about information…
早期的网站建立在常见的信息假设上
as a thing with a logical place on a shelf/ in a file system/ in a category.
作为一个在书架上/在文件系统中/在类别中，有逻辑位置的东西。
Clay Shirky’s Writings About the Internet:
Clay Shirky关于互联网的著作：
Ontology is Overrated: Categories, Links and Tags.
本体论被高估了：类别、链接和标记。
Inside Yahoo! 雅虎内部！
Shop for books 买书
Categories 类别
Authors作者(14155)
Awards奖项(41)
Banned Books禁书(22)
Bestseller Lists畅销书排行榜(11)
Book Arts@书籍艺术
Booksellers@书商
Chats and forums聊天和论坛(44)
Look what’s happened here.看看这里发生了什么
Yahoo, faced with the possibility that they could organized things with no physical constraints, added the shelf back.
雅虎面临着这样一种可能性，即他们可以在不受物理限制的情况下组织事情，于是又增加了一个架子。
Since then the web has been challenging our most basic assumptions…
从那时起，网络就挑战了我们最基本的假设。
We learned that we might not need complex hierarchies to find information…
我们了解到，我们可能不需要复杂的层次结构来查找信息…
“a”—9,120,000,000 indexed pages搜索页*551 words字/page页:
9120000000 * 551 = 5.02512 × 1012
over 5 trillion words 超过50000亿字
over 5 trillion keywords 超过50000亿关键字
almost 500 billion links 近5000亿链接
There is no shelf.没有书架。
The links alone are enough. 光是链接就足够了。
Blog this 把这个写下来
Title: 5 Trillion Words!!! 标题：50000亿字！！！
… and we’re just getting started … 我们才刚刚开始
Your Blog post published successfully! 你的博客发送成功！
Together we create more information than the experts…
我们一起创造了比专家更多的信息…
Wikipedia 维基百科
1740 million words in 7.5 million articles,
750万篇文章17.4亿字，
English Wikipedia alone has over 609 million words.
仅英语维基百科就有超过6.09亿个单词。
roughly fifteen times as many as the next largest encyclopedia,
Encyclopædia Britannica, and more.
大约是第二大百科全书《大英百科全书》的15倍，甚至更多。
282,874 contributors投稿人
And we organize information ourselves. 我们自己组织信息。
Web2.0 Wikipedia statistics:
Web2.0维基百科统计：
And we organize without material constraints…
我们组织起来没有物质限制…
3 tags and it is now stored in all 3 places at once.
3个标签同时存储在所有3个位置。
without folders 没有文件夹
without restricted categories 无限的范畴
without closed categories 没有封闭的范围
without bounded categories 没有边界的范围
without limiting categories 没有限定的范围
without miscellaneous categories 没有混杂的分类
everything is miscellaneous 一切都是乱七八糟的
Such features are not just cool tricks.
这样的功能不仅牛逼
They change the basic rules of order.
他们还改变了基本的秩序规则
We no longer just find information… it can find us.
我们不再去寻找信息。。。信息送上门来。
We can make it find us.
我们可以让它送上门来
Together, we can make it find us.
我们可以一起让它送上门来
It’s an information explosion 这就是信息爆炸
It’s an information revolution 这是一场信息革命
and the responsibility to harness，create，critique，organize
我们有责任去创建、治理、组织。
and understand is on all of us
我们都明白
Are we ready?
我们准备好了吗？
//'' What is information mangement''//
Information mangement
What ts information mangement
Information mangement[IMI] is the collection and management of
information from one or more sources and the distributio of that
information to one or more audiences, This sometimes involves those
who have a stoke in, or a right to that information,
Management means the organization of and control over the structure, proccssiny and delivery of information. Information, as we know it today, includes both electronic and physical information. The organzational
structure must be capable of managing this information throughout the
irformation lifecycle regardless of source or format [data, paper
documents, electronic documants, audio, social business, video, etc.
for delivery through multple channels that may include cell phones and web interfoces.
Give these criteria, we can then say that the focus of IM is the ability
of organizations to capture, manage, preserve, store and deliver the right
information to the right people of the right time.
why information management so important?
Because
1. To control the creation and growth of records.
2. To reduce operating costs.
3. To improve efficiency and productivity.
4. To assimilate new records management technologies.
5 To ensure regulatory compliance.
6. To minimize litigation risks.
7. To safeguard vital information.
8. To support better management decision making.
9. To presekve the corporate memory.
10. To fortek professionalism in running the business.
1.To control the creation and growth of records:
Despite decades of using various non. paper storage media. The amount of paper in our offices
continues to escalate.
2. To reduce operating costs:
It costs considerably less per linear foot of records to store in active
records in a data records
center versus in the office.
3. To improve effictency and productivity:
Time spent searching for missing or misfiled records is non. Productive. A good records
management program CEG. A document system).
4. To assimlate new records management technologies:
A good records management program provides an organization with the capability to assimilate new technoloyies and take advantage of their
many benefits.
5.To ensure regulatory compliance. In terms of recordkeeping
erquirements, china a heavily regulated
country. These laws can create major compliance problems for
businesses and government agencies.
6.To minimize litigathon risks:
Busimess organizations implement management information systems
and programs in order to reduce the risks associated with litigation and
potential penalties.
7. To safeguard vital information:
Every orgunization. Public or private, needs a comprehensive program
for protecting its vital records and information from catastrophe or
disaster.
8. To support better management decision making:
By implementing an enterprise, wide file organization, Including indexing and retrieval capability. Managers can obtain and assemble pertinent
information quickly for current decisions and future business planning
purposes.
9. To preseve the corporate memory:
An organization files. records and financial date contain its
institutional memory. An irreplaceable asset that is often overlooked.
10. To foster professionalism in running the busines:
A business office with files, Documents and financial data askew,
stacked on top of file cabinets and in boxes every where, creates a poor working environment.
翻译：
什么是信息管理
信息管理
什么是信息管理
信息管理是指对来自一个或多个信息源的信息进行收集和管理，并将这些信息传递给一个或多个受众，这有时会影响那些对此有兴趣或有权利的人。管理是指组织和控制信息的结构、过程和传递。我们今天所知道的信息，包括电子信息和物理信息，无论信息的来源或内容如何，组织结构都必须是可承受的格式[数据、纸质文档、电子文档、音频、社交商务、视频等]，用于通过多种渠道，可能包括手机和网络接口的交付。
根据多准则，我们可以说即时通讯的主要功能是在正确的时间捕捉、管理、保存、存储和传递正确的信息给正确的人
为什么信息管理如此重要?
因为
1. 控制记录的创建和增长；
2. 降低运营成本；
3.提高效率和生产力；
4. 吸收新的档案管理技术；
5.确保符合法规要求；
6. 减少诉讼风险；
7. 保护重要信息；
8. 支持更好的管理决策；
9. 以保存公司的记忆；
10. 培养经营企业的专业精神；
1.控制记录的编制和质量：
尽管已经使用了几十年了。纸媒体存储。我们办公室的用纸量在不断增加。
2. 降低运营成本：
与在办公室存储记录相比，在数据记录中心存储活动记录时，每线性英尺的记录投射要少得多。
3.提高工作效率和生产力：
花费在寻找丢失或错误归档的记录上的时间为零。富有成效的。一个良好的记录管理程序CEG。文件系统)。
4. 一个好的档案管理程序为一个组织提供了吸收新技术并利用其诸多优点的能力。
5.加强监管配合：
在记录保存方面，中国是一个管理不善的国家。这些法律会给企业和政府机构带来重大的合规问题。
6.减少诉讼风险：
商业组织实施管理信息系统和程序，以减少与诉讼和潜在处罚相关的风险。
7. 保护重要信息：
每一个组织。无论是公共的还是私人的，都需要一个完整的图表来保护其数据记录和信息不受灾难或灾难的影响。
8. 支持更好的管理决策：
通过实现一个企业，广泛的销售组织，包括索引和检索能力。管理人员可以迅速收集和收集相关信息，以用于当前的决策和未来的业务规划。
9. 以保存公司的记忆；
一个组织文件。记录和财务日期包含了它的机构记忆。一个不可替代的资产，往往被忽视。
10. 为了培养经营业务的专业精神：
办公室里的文件、文件和财务数据都歪七竖八地堆放在橱柜的顶层，到处都是盒子，营造了一种糟糕的工作环境。
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
[img[赫章县.jpg]]<br/>
赫章县，隶属贵州毕节市，位于贵州省西北部乌江北源六冲河和南源三岔河上游的滇东高原向黔中山地丘陵过度的乌蒙山区倾斜地带，地处东经104°10′28"~105°01'23"，北纬26°46′ 12″~27°28'18″，东西长85.276公里，南北宽77.696公里，东邻毕节、纳雍，西连威宁，南接六盘水，北界云南省镇雄、彝良。国土面积3250平方公里，总人口79.87万(2013年)，政府驻地城关镇。
境内著名景点有赫章夜郎国家森林公园，有中国全国重点文物保护单位可乐遗址。
[img[赫章核桃.jpg]]<br/>
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[img[赫章核桃1.jpg]]<br/>
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赫章核桃含有丰富的蛋白质、不饱和脂肪酸、矿物质、维生素B和E，经常食用可防止细胞老化，健脑、增强记忆力及延缓衰老，是人体理想的肌肤美容剂，对防治头发过早变白和脱落有很大的功效。其中的特殊维生素成分，能减少肠道对胆固醇的吸收，适合动脉硬化、高血压和冠心病人食用。
2013年2月21日，国家质监总局正式批准"赫章核桃"为原产地域保护产品(即地理标志保护产品)。
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
''第1条 ：量子波动速读 波动速读 能锻炼阅读能力：''
我们的眼睛并不能一次性看到那么多东西，聚焦也只能看到小范围，利用快速翻阅书本就能够吸收书本内容真正认识几万字，更是无稽之谈，提高阅读能力，就要多读书，精读书。孩子不太理解的内容，就鼓励他来回看，精读。阅读是为了求知，不是求速度。
''第2条 ：蒙眼识字能激活孩子的盲视力、透视力：''
Why？这么厉害，蒙眼识字训练的机构宣称，通过训练能够把连接左右脑的间脑（又叫松果体）激活。激活后，能够开发孩子的潜能，大大提高记忆力、专注力和想象力。而且，蒙住眼睛之后，孩子可以发出脑波，发展出被称为人类的「第三只眼」。蒙眼就可以看得见物体，甚至能发展出与宇宙共振共鸣的机能。早年就有新闻做过实验，孩子其实是通过眼罩的眼罩缝隙来偷看！
''第3条 ："超能力"记忆术 能让孩子一目十行：''
简称有过目不忘的能力，比如，可以轻松的背诵圆周率后的几千字，各种记忆错乱的数字。这只是死记硬背，对于孩子来说并没有什么作用，孩子并不理解，也不知道其内容是什么。对孩子的学习一点都没起到作用，过度的训练记忆方法，只会让孩子的大脑更加疲劳。
''第4条：唾液检测、皮纹检测 能测出儿童的智力、天赋：''
一些培训机构宣传称能够提取孩子的手指纹，能唾液等等，然后给一些高级的仪器分析，就能立即测出孩子的先天智能和孩子的强项处在哪里。计算人十个手指上那些凸起的像指纹一样的纹路，也叫「总脊纹数」。将它们的总数乘以一亿，就代表这个人脑细胞的总量另外，指纹和脑细胞不存在因果关系。美国国家科学院早在十几年前就已经质疑过皮纹测试的科学性，我们无法用皮纹预测智力，更别说潜力了。简直了，比算命还神奇！
''第5条：七田真闪卡、杜曼闪卡 能培养孩子的「照相机记忆」：''
美国儿科学会分别在1968年和2010年批判了杜曼的理论。七田真闪卡的理论根基就是杜曼闪卡，它的科学性一样脆弱，准确的来说并不能为孩子带什么有关照相机记忆，孩子对于任何新鲜事物都需要先感知，而不是直接用卡片告诉孩子，在快速被闪的过程中，孩子失去了探索的欲望，对于很多事情都没有新鲜的好奇心。
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
[img[金沙县.jpg]]<br/>
金沙县是贵州省毕节市下辖县。位于贵州省西北部，毕节市东部，东邻遵义，南毗贵阳，西靠毕节，北接成渝，地处黔中经济区、成渝经济圈、泛珠三角经济圈，杭瑞高速公路、赤望高速公路、攀黔快速铁路横跨县境，金沙是贵州省经济强县、中国西部百强县、中国最具投资潜力特色示范县之一。
金沙，原名打鼓新场，1941年置县，以境内"金宝屯""沙溪坝"首字为名，取义于古人"披沙拣金"之语，喻细心挑选、去粗取精之意。全县总面积2528平方公里，辖25个乡(镇、街道)241个村(社区)，有汉、苗、彝等15个民族。
金沙县森林覆盖率49.3%，有冷水河自然保护区、三丈水森林公园、钱壮飞烈士陵园、红军南渡乌江旧址等旅游景点和敖氏罗氏墓群石刻、清池江西会馆等国家级重点文物保护单位。金沙酒文化源远流长，"金沙回沙酒"连续蝉联"贵州十大名酒"称号，为中国驰名商标。金沙茶文化历史悠久，清池茶在汉代被列为宫廷贡品，"清水塘"牌清池翠片荣获"贵州十大名茶"称号，金沙被命名为"中国贡茶之乡"。
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[img[金沙沙土羊肉粉.gif]]<br/>
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[img[金沙沙土羊肉粉1.gif]]<br/>
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沙土羊肉粉是贵州省毕节市金沙县沙土镇的特产。金沙县沙土镇米粉粗如竹筷，微酸鲜滑，有大米的清香，入口即化。
沙土羊肉粉选用散放的本地矮脚山羊，越重越肥为好，这种山羊膻味适中，肉细味鲜。活羊拿来后，宰杀拨皮，清理内脏，精刀去骨。羊肉割成几大块，放朝天大铁锅秘制汤中大火去浮沫，小火慢慢熬制。羊肉煮过心后，掌握好软硬度，取出自然冷却隔上一夜，切成大小适中，薄如蝉翼的肉片备用。熬制的原汤应该清而不浊，鲜而不腥，避腥香料放多则有药味，放少则膻腥味熏人，各家味道是否正宗首先要看这一锅汤的功夫。羊肉粉油辣椒的制作水平可以分出味道高下，一般选用贵州本地香而不辣的干辣椒粉碎，用羊油炒制，正宗的遵义和金沙羊肉粉用细如盐粒的粉末辣椒，火候不到，辣椒生嫩；火候过了，辣椒糊臭。一般小店不懂其中奥妙，为图省事，干脆改用粗辣椒末制作，味道相去就远了。
推荐理由：独有乌山黑山羊烹制，肉质鲜美、没有膻味。
做法：矮脚山羊，越重越肥为好，这种山羊膻味适中，肉细味鲜。活羊拿来后，夜半杀羊、宰杀拨皮，清理内脏，精刀去骨。全羊入锅配以密制调料炖汤至拂晓开锅，汤色乳白、香郁鲜美。
特色：开胃健脾、温补肾阳、是滋补身体的最佳食品。
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TJQATj9AZg9IMUW1hp7SRiHCW3uYVQNxh7CiU/OTjd1YAQ1UARhgBEyZAieQArBpBLA5m075mlKJAKJgBfRYAg6gZSqoVQwQAhWQDhRgBVHgIiWglpZYAmjZnJcoOz3wHdZzAUhwBFIgHygAA3XCAZRQBVGGemfSUXD/AYvWGSBb0Axxgh9b4AVAkAM5oIsMx3BT0AVlRgOU8DUAiAQPiGZqKIFHJXd1tFqPMyLSB5ocIjFx+IcOgEcMIAJGcAAVMIgikAAqoJRN6ZRh4JRPOZtTuQOP8CKPAAAO4ACNOIhW4ASQGACuEAKi0I4m0IhSEaMoNKMrYAEW4AM3eqMtlJY56AOj4DRb8SiIMT5UcC5SAATyUAVt0wKG4l1M4GV6oWlMtGOaBgR6EQkICCDzOZ9pdpJMBEVigwSPOQlKcGZIVXEaoBB4JAVpuhAhqFNv6neDE4d4FJQ7gABGEAspsAMiEAOGWI4qQJuz+Zq2eZuu8JsO4ApI6QHs/7gAlRAEDJCiK6oD7OgBFVAJtriFJ3RCNmqjQ2CjOKqjaYmJPQAmDyCkGcAJRocCXkAFRwAmS1oX80EFsmCdefJLjNEBVDA2b5gDQkAJW8BxnDUFjxlmVOAFQnBSRlWZZIdmvhZacNQFJPQZ82RG07dHDrNymTWIQVAJO7ADRhCusnkCKlChDPABHyACCyACOxCoYfAEV0Cor6kCRtAADOAwf0gB4VoEsaACRXADRcCvO5CVLPgImhALRkCvRaAJHkAB7mABD9upOSqxOFqxavmc6qA0XSB1F+AFuqpknycEEJlYZ/E8VlpUKKAFHECYhBVZHbAFAwBUjvB5XQBU8/8pC6b1C3lCCTBACTFwdkWlBJ9AmD5bMYnjKavFmdW6G7lRUNWYZU6QAyGwAAvgAQmAp62pAm/gr0WAABhAAR+wAHwaBEx5AoTqmq5pBEVAASxoAFaAsOGaAk9QBEbwBjfAtQfwAXAYABSAsClAr/SKm2DpChFrAeogsaAKqkNwsS5EAPeAfxnAAeNTNkvXBYtRNULUFW4BBF4IjEDQD1YqIEf3egAkD1LQeruGcbz2C1OKAsV2YFugZlTwawDKPimIgcw1jSTyhzmwABigBuxalDugBuiYAEVwACLAAEFQtcsrAkGgAQfgmk9gtma7tQgwogFgBQdgBGYbm9NLrif/cANvEK4nqmU6EK56agRPAJsJ8JUmEFwjMAKHi7gtpJbNYr+SJwGkFIXs+QCX1gXiojx1ESjoQphqFpiuSgVvkSD7oW8QIRVdIAS6RoYTRwWgoHESeGCa5oVzxIYQQzI71TcoiI1O8AGa4LxFqQYLAAHDCwHquAMHsAMLUAELQJVUeQDiuADiCJvyarZF4ApWsJMeoKcnsL7TK651268PKgJO4IyVgABnEAtwm7DhmgAN+74kJL+Gi7g3er/2exGlWgNychePcQQriwJtYTyUwiW4d5KFqW+VpR8CowAj8LAB4ARgmLrjJEdDuAUZrGa/SlriJD/yVCMHwVzUN2vY/ziIFBACCKAEFVCUQaCa61rDNYwAB+ABCKADVEu1CKDD6Zq8HxCoRZy2N1C+VoAAg5q2WivFlYCpIuABIbC3DvAIieoKlaADUpywJzCVOvC+7zsKzzIKXJy4FnCxL9QBWEofnBAJWzAXQuBD34UXY0MJoBC7QIAV1WMeW1EFqpJCL0CfRfV2b8dNIilHH/ADsasEVCAGs1uZDZg4L+eB0DhrBqABH5ADDXAADVCUIvABMfABk0zDFYDJCGDFB121sVzDGCCOIjAJQUC2aEuuAXuiBcAAerq+KfAGKcCvIeAK2PsIDKDJugk4JgDEWpaoHtAAWluuUwmPwRy/xCyxNf/aqRUreSOApROQJ0cQRu5VUwIjuVt3UpQgBR3QDwnSV5EVCZ5Ej+3jZSFZWmo2R6blPu7DTTTQDpPJi58SwjQya9NoAD6JlShRwxWArujKAGfttZ5s0Oy6AFdbBDKAAGrg0DuQBiIwm29wAv/6iDupynIrlbEQArasG7WMAAj7CJj0CA1gBB5QCSZayxP6r/46lSFQCRTQAzIdv8V8zMrZbLZTkkeAaixg1CggF0P9eex8L8YTdPthPEzdOAOgWUcg1bgHjFswhnXEcb8wCe3we95kAB/4Z6E5Yh0WteEYBAjAqMB71o0cAgfwyQd9tVVJte9ow0XQyTiAAwegjjj/YLbl+gZFEKG9yQCeoKFG4AqKnUAkWtDWu96ugLBb+6B8eqJWUI57fbdTWQEmsA7BZQLqwNmeatOLuxErUAU2JgvitdNbQCmvByAAYidMABh2RR4dIAUjokeeFM4I6AXAyiVKEHfjZJ0S90aC07Q2iWUrl0CuAKlB0AAeIAIHgAFe4LwfIBQYgMkJkAAL0N0IcOObvK4fUAQikAkJkAlUiwPpuJQLEAKxcADcqGUewL4MIE87aQVPrKeBagS9GQAawL3lGuY3kADf2qBqcAPiG7iPbQKardnxK+CgWqPKOQSSdgRZ0RVIIAtI4DzyFpjk5Sb8USCE1QGyhhD6K5Za/+Y+nLUYDYACR+Ap+XNH4xQJXVDIxF3chkxnWkYBhogBMa6u64rJsaCaB1DqdE3XnVwBZKvJx4sB63oAaoABsA4BUQkBg6gBDRCh8mQFDZAAWem2I52nRUzKHtDlEyqb4UqvNxC+J2CO5RgGWsvXRiCcldDmMq0lFvCpOeoDQ0AALzAC8uAIWwEmE6BXHKCXQoAEUsCQ93I+39Uf2ZysxO0AEOsOip1CJdCRjqAJVRACcdRm+9MFjhAJl3STJDGCPRkEMaCuwjuhCHC8VFsBV8vQBU2VFaCamNwAsUC1CZDjVIu8KrDjBxAC9h0CQeAEDuOtVunC5MrDT2kEO4BAjP/qCd+KlOJ6Ant9BWEAAc3eClurArHQjpXg35otzFps081Sg6PUA1tBaQWyBaea7nlhXh+VNnCBBFUAAxwAA7hnGigOAPmuDh8aog7zCFGwT2kaA7UdA5spZScOUHmoQifiBEEwvJ88jmqQADiAtzV8AJws3f8s4/2MACBwAJqAvJr8yTTc4zVcBCqgBkXgCIEYAhoAiQ7wAa3pmmFwAhj6mkZgBexdCVnZiCSK5TuQAAfQ0q0QBt9dvXe73DnQA2zu5nCFuEl/ESMgLRnwFlPHWVjRBVTA7lcv1IyR55EgOHpkMlLhDlmoqQHgDmzeRrUtd8cpIpohmtZkBSJgjif/wKcQkPr+atA1DAMbLwIYIALLLcMHAALHuwY68AGWygA2vAA37gGNfwDHO+OBmAMnupMAsSBFijAFC54YGCbBIwcBHGjy8IGBFYpWnDihKALBGxU3TpyAkKIVxxsqQlSq0MNEj1EjXFqw4CNmTAI1R0R6UKNGhiNdOEw4YgNIpJ8TqMCYwAnJg6VHaEx5IWHA1AIBAFgFQKCEO67uDK1bN0rCRagBzBIIUADAWrZtAQhYG8CAFREQENpVE0aFChxqFiyIseDA4AM7PgjecaDI4gMNEHxAeRIDgr8LECBIgKAIjAMgbhT5oEEDhgpBPnwQocJumI8gIezY4cEBAAeu/xowqKQjgWFXFB04qV0p1huPKRC28ngjFulKKnuwfGlhiIUVNAlIGNWBw4NIXYRMkHKECIpIEyZ0AMKEQxVOVKoc6RkjkjwJLwrctzqbrVUCA6wGeCFACQwowD//2sLKKrX2K8CJHUKCgDWETlDhANOCECGIA9RQA4IDVEhgsSJuAGGNAxAIoQIVc0AAgxBaPPHEy2AQsYgYF8AhBTVE4FGEgU64IowIHzyhEqsecQUBKxyopIhYYkHxAytEA+4RBG7AMgEhT8ByLx0qCCEHlUYh86XqVhjCh5okKA+FF1BAAYgutJMCBfOoAAIFIY5QAk4+p5CCBSagiGQEJySQ4P8/swAY4KqrzCogQAMMONQ+tbByyyr/HHKiLoTCGCgkHCAQgQEGMMQBR7u47KiITBj7IMUVKaAghBdVxECEAzIJsYg1igDBxgQgwCEBDtWYJIhVw8ChIBxOKEKDRB/xwAMn5tphgSCscKWSiFwBzgErNiLurhQ6UqEIBCJZZyWVRhjFghGko846eRTowqcq5EGBigeOYGKCB/oVogogOKBCFiW6+AEFBRSQ5OEOHDFhhCnGigrjQy9yogsTInGkiijuWxAAtUo2eYAGrdghAZBATcGIHUwNIohTBZtEDRxUoJBLEg8Q7IAQGECgggYcsS2IENTwQokPMMBgMxuDhWH/AxCG5VAENdJQI4gkmQ3yoxs8sCIAAaj1gAEH1vYgQysesUITidZ+5JEFiuCoFSET4PkGIxLwIJIcRmGppXlhiknNmsRCYb0p1kPhiH446EAKKpDgAAgq4DtiCiGEYEESFhSIIOKHoeigCkciYZ11R1DAogMmZldgBJIddWsqBQ1gIAEjtkwhAREsckKDD2xWdoFJRNi5VcUwWKABD2jVIIRoPahAE8Ew2CINJTQk7AAYQABBBhkQyHBHZGsOohLjJkxXAwMc6s0ID3rDCAEdvLbIhg8eMQtFPACsG7SCVInZi7oqsBIGvmReMvGB4gggCwU8oAuRQIICZOEFJEhB/whMQAIKkLCFnqAAUFXYgj0UELosQEwBVbgHWHrgCCxAoYUKaCETWpiFKpAMZW5ZiwHExQAIhAQhHtiWE14wJQ1gKAjJOtZeEmCaHIigAiLIwQd64wigMQBKB6DCAiihBCVs4VVaKIIMyqdGGRRhATvSGoe29YgdGGFCy7nWIyoAhToaYQEU0IATHtGAWGzLCrWSXwBK8DYdGAFLBjQVAmJRBCM0AEwheE4PogMTNNVEK/eIXBUMdgQqSAEnmbNcT4QwhS6gQAo00OFzRmEVuDRKAI16y1ss0IN1ZGF2WZAA7n4YFwAFgC4hAdUJdmOFLjhhClMSwfG0pjUIqKAJU/+0gmkugwHqfQABRtDM3WCghaaNMRM0Kp+rbGQjyqBPDcPCgQjkR4FYnOANKUDARGgVglj8DVoLCGQAXPEkm1lhek5wCAAfoYOO3IBUb/PAcKAUJlmWSR2cXIHiJKBJFKCwCjT4QZ0ewAEtSEEJNHjlFDqXLwHccgAtJcAtZfrSqRgIUxIYARCHeRUJWKESWhpICl4TA4toYEoxeGLN+pKGAyQAehmqwAFyhRoNiCABvVpMsLSwhTEewQsbWKdiGEMZEUBvAR5KQwJisLZv8iwIVQ0BQ34avM8MzwEEqICTSqWi+QWgByVwQiX+NiJPTOQRupKkVJvTwMNRp5PXWYH/AjrQhc0d4XMk0NxJY0CDGHRBA12IggEEEFPSjrY/nkQtWvozlUSZJUFxYdBceidUoZbKqFCJQRORWrNJpFWOGPLLVYOQmKt+6DNtPBEMvMBVJcTAC4v51WIyUaxU8cgy79wBj4DjiiKopmYQAFdPdwOBER1AbeJaDAJgE4KGBIBsFNmNRmTGLVO5YgETFZMmNXm46aBWHpLoQBmPsAWcIKE7XaBBF44Qg4vZ5y2khfBoa3ra6/ggAGhB1FVw2ZYFpaVBRAxJbRmQW9Hs1olxhMCOaqYEv6QgDRBIgGI+w5jFUKACH/BCJrZAhR9QYQOZUEzQbrCABPzFiiKoDAL8/xJIJ3hAeC1jwKEA8AhTiWBERYCAUR2Qg0lephIlYFQlKGARBuhgIh5AwHAbMEcPgEATITBBu/Z7uE76AC73qIIUpCALPY8QwazsAlTsg5XRFrq0Ep4KhT154UWZbC0nq8qjeIeZ2u4Af8a7cc06lKO99EXTqOILhUoiLMxItQI2YIJylVAGJUwiaAfAAax3xdTKqOgwC8guBYDjvquKwAESWFsUHuGEIMTCM0YIAlEfEYtfHcAV+cmBIyYyLh2IpgJGiIWFnk20WFDUBC0x3JlWsIKYjoA8MTBpgBF8BHkglCony4ppCz1v0ia6JokuAVx+eDuVYSQICSDIa6atgf8Rh2a4CEzBkJUXhL+8swkHCN5gVJzXGCUABjqWwg9+0OoTTTdGlBRMZRYQTSv+pQIb+1AlHDAAcXmAvUzyzIggoDYJaGIxDUCoAAKQjjXULAYVWEMlKFKJBhRhZksaKAI8YAJ3uWRe88poTQQQCVmgm4zwicQUDPBulBn60DEt9ABOK/YASAWI+2HUAF5AbICHKgEMEE3cRTPcgXRkQ6iS9WCMlSGajWYNILjMBrxABTJSYYw53pUXlBy+oi2gAi1CjYqQbAUh6mABvvEiAlzBNmNzxLzAoUCwQrB1gToiFiNXAwMOEIsxHzIWDfgAcAy6nJSsxHDTGQG5ScsmJXj/0LI5eAGkHu2Wr8MUpol2Kb43jCkOy8UVEBJqdtkXdwbUBeI3yMQJ0vCgBBTrADpw24it8IEclD+aH9iV4angBUqQ04xN28IBFH+AGwxGvZZvkQi0R0W1BUADV/wA8iqCShCkcVEBjkCzIECoR/gVCpifAkgHHQCBDakEBjABELiNini9iagNSToJlVgJpxu3qBMANtGTKrCBLgiQ22G+tTC0loLBeZOweguADcuUuIiUY4o+mgkCNagAz4oBq9oLLLkBoRqWbCmV85q7GPiA3IqBLPoATSABLTC85eoAwaOELWiaSQgMIIO1BYAeyvgLpXO5x1gSA6iVJ1GBBdg8/wd5kljIrh0wgUcwgGVjAgAqAAfQAWNTAREgKlcgHzN7G1dYg/sZtgqAkgqIhG8znBGYjhJQnACIBFGCgi6AlNs5uxgsLbAzvpkagHxrQbe4DydgADUYCJvRAKRCMj9sIhxRgXMRqndagFNxhbi7iBITASWoAC84ABSsGhKgAvUjARKQASpgLkqghMcLHzDUCBs4kRBYgxexIg50gjRMm4YwAUKCQ4qwsTPUBE0gEGOCgr8rguF5hCiAAvIJAQ1gCEKsAIuwAh34vgVyDjMZN0+SgNgpgUu8ipJhPhmMQYA0tAGQgJY6u/0wgKoCODWohLcCriBIA+v6kApJsbNSmv9AYrJbzCLoSQOoAcYNECEkAAIbsAEYIAEYUK4y2AIlGCMMkL81UDyN+IArwoAGwIBYsAEXIY24G8QlcYBHWAdH+J+EAhMAcgA4k4CqiIJuaQAYGJ6LYALyiYUceBsn4CcTGCIFGpP9wihPGoB7WLlIO8i20MSALEuZSpRGCUUcfAFlMY7s6pEdSYORG4wKMRabgQxAuggDmIIp0AAEOJE08IK/wAEM2AAYQA/EVC6TRMnlOsYyOhEbaIATwQDtUZErAroG0AGXLI0ou5ZFyQ/X8j9RYC+HqAIH6Ctw+UnH07IGIB8MrAANiAIHgIIG6I0yi4UvqcfG0r1yA82xJEv/ToRBsIuplxrItUS7uWCeEyiWWMSQkSOyL0QyBnC5SjAq4rECJgRMGHuxTIAaL5ABJCCBzBGCDThJENiAYqSESWBJjSurLNKEqGqAEICaFiGNHNCEaHy8xxAN1JwUrJiNEniEbMRKh9CE9nIAR6AAV2CAHYhN4NAE8nmDCdS1R6CADagAJFE9BKAYlZAHlxhBNTEbrVAZlNmptwBI4TTLAogpYYKtuDAAZQG4jygi4TmyDjkAHokF/QMkK2CA4zmMNECAYvGtkMOAWCMBFqiBB4CBSEBJ8vECGMCALDQFJQipnyu/U8uiC4FOWyFJoAHDIggBKbnOn1wbVzCBEKCA/zVwhX20AkcwCwNI00owgYhKgIDSARJ5zUiwghJI0FjgQOFIEduLDh/ozQGwnf8ATrYwzoDkRE7cFLh4UbIcgE6xi6AaFodCnqZaQxQJgdu0KiQ7kSLDEb/QiBYpTPEZRiToBxsAARaQgcbcgi3QM1brvScEpCaSiJk8Mvr8vg/ottdErjF1hQ+ggNNwBOlZAytIFFfogTj9VG6phKI5FD0EFi5QowPwSSsoxIpogPlcxHAbN0MtzigwmxPNHeNkFHqLQeNEC9w5yITUmRR4lpKwiwrhEWM5gHekiKq6DDUYjDciVc2gzAoAMgTIhA0QTw4ggcMcjKqRASBQAsNbSdyWZMLcCoIcCIH5RLIiq4Ds+osUWYAQsIEQsLwdsDzLGLlKWIO/27wAMAENmA0rWMdaxI3QWBub01MQgAGhW5s1AFQNKIGI0oEcCEE6Izc7Q4sVgNdFfYsa9A8Z7I+WMpsVQNe4ILYIgZngqSaxUoF3mqK3sgKjKYLM4BGG0xbEKivBAMyDbQDzFLxYfVjxBAIYoAIUgD8urAAMID9FBBOgUa9S2yYV8QAdyJbJANjiek0QGIFEoQAEtU1HqAAKiIi1qY2IMrZQcCMGeIQSsDkr4pbLSIk5cyzdcymx/1zUqWgpdxiBfLulmEqUEgBFMANOtZiCusCBK3jFVtgNZTGCvXiQmamVHGhIXQHDA2jIWMmVwTwR8vLCBTCRwXiuNUhYLyABJkUCu10/wvuBKzoVBjjWKkKyFymyHUCRCnCFiEiyvziRNGoAFtgADTCLgAIAEyCBkwDaAWTW2vhJRAyWtwOODwA8wxIB6fmA+ShU3ZsKMENOIBI7AmjdGpy3C3uLBWY+QnOUGM2LgmiFu5iZ3x2IphqMtBGBEMAQzNjbyziMtm2jWBMrLSAMxYOeyUCAqtmAw2xYL9BhDECqHCiNY12RD8CekrMMK8IQHYAjoMEQXYkVDKwP/2sIAP9IBxaAAgkElv8RIldgCIEi2LfCiMWAO3HRzAogHBAdQalDVNRt2rZINE0xm4BMO0eRVEnlsKpQlggBidY4FyNIOEoCkVKhgAZFs5EtGqlCgA0YDBsZw2zzAol0PLQ9XpSMXi+wgRvTxSY0HsiIlb/IgVkMggqoBCSLjclYHjXAgDTAkLl8qw3AuUkpUABwhDWQATAgH2eTWQpYh974SSuYzJoxqkbagSXxKUvKgQ+lM8V5KQmg3bNDmZqiY4NsKZpai6lwQQURy7RgGQgIG+Pg5hR4grKFjQpJGwYoPwxA2VohDcA8ABaBDFuDO+NBAK5ZABxbAKYSH/JRF77NIgr/MI1MTpGZZMaZrL5oKroTKcznBNiA1RY1UBcreAEH+IDWggIWIB81wgCKGNA1oAATWFAiKoKaocqIQgChrQ1L+jYTwCgF1rkSuBQEmVSZSr4YZJRc+sQDySVHM5lI0QA1AImYCaqf5mPh2IsctTGJqIRKmEmDhZrjmc8elc1M9ot6HgwXRkk14owxDQ0KiIQK+IEsbULTGLk4tCLzFZFgQTLKmGEc4MUYW4BrKQAHBLO/e81COpQA2MNKYNCr4ptSEbYQIJ/HBaw3ExOncyyv1Ao6dun7sCWZdkEYrOBb2ke2EAC1UJl+jNEarUBv6aeYSaBzERHY04BAfhGhiZ7i/3nnjKSSbAqaTJhAG7EyEDjJwciVfdYAJfDDHNCAHDCN/Wyn6FkAD9AEl7QMFVEy4WZfxdAEhELDvuo8fJbZtXkSHXiDSUqgHXhuvwYBD2AICciewRHBe0Rjs5vmnK5js1xXuAhIRVq+4dudIAgelXuUbvmmWFCB3wUJsZrHECiryyjHW6SAfPmsLMptl6ReYPHCTABDq9kMKKGMH/WLD/iBi7UiFRnDfUUJClgAHbiV4+3tUusMJZmfx20I01uMN2iAJRGozU444ngDLEPxdCgCLjjxtdGALxkcDRiCM1ZaASgBG1TUAQCgtIDjOYbBRnkplpZsR+swB1mmcPwPJv8hJIjbGWJBH8q0DP4OgaLC7UCLASHQYRtxSfkTkcGwARFITxuRqh3xpg0JQhoIgu+ZyZlMEQrQ2BQJATRzjBDY18uIsQ1pKgxsiKM0i9oAlhYfyhLI0zeYkBEhkWBeG0Rso81bpDerGHtUHJhCu0gLAHewgIYQLZluVPRG0U/EHUm9j360AlOEALG9lr4KoAQE2FgDEb8w37uxEdwWAuDryymIgV6PPyWQkeciDKhpKhvIhFh4XuWZZwiPAaehFY3NgVp0BTQ1AUW0lRQBTMrIjAPwgPY98flxBPmB7pvb4kEqgo8wjgMkEdloCFFQDBB4x7XRcKaLgtyLCXIrtB7/t+ZI4woAMoAXMO/FLvLJjgI6XpDKxubEsAsIiMi3egEndwCjOpUKaYUD6FpjayME6CwN6MsX2HXOenNdyZUWsRHFWwAvMOUWuaIlnoTT+LleLz9jpfNaFA003afHy8nHU1kdAEyn0miHAJPfMABEnMrZQJJJUvS9SJdGD3R+WowMXZsXYTpOt4ASiLrirEEctAp3mM04dQKYlqlprqVaKgALaNpT/w8reI0USzG/uLGAqoqENKogQIDoqyOxUheO7/i9nwLO+jnbVoK/gJ6uYZ+Wrxlpsm0KTxYsDQ1jPe3Q5ugbs/NTFd3BMILOEHETqIJIEPcNQIC6AYAS4Kf6/7YnniGOG6iEIA+B3y0CHXibACA6prP3M14tm2YLBxiBtfl3JYrmIkdR37+lnBpvnXO0tNCAHRAqIfkt0+B8/4wKjPARiPuQzYiRSHAmCbiYvaeBBQsM9rkQ294tpErFZDt8DMmZBfgFNz8N4wltQIpZmZd8MDTlE9nbuwHMHFgbJ2iAIzAUCQAIVzkkDCBAQdSCHUaMpDCi4sQNEEEcBHiUTsWBAwislHDgqkGOESPcrVjhwwcBAQIIDBhQoEAAAAHcRXEgwYkTCS9UqmzZUwCAAUCBFigREwBSpANkAihgJQGEMGHShIGgJogGnOsiucJpAIBHDwccFkHgYccBEP8aJExhO+XtlC4xfvyI8SsI3rx4Y/DFO0UD3xgaAAcRsUDEpCA0NHyIQYHClBw5NFBwVeFDDgRKMCzA4BmB2QoZEYQYrCGSiS5RDEh41NFVJQoMYCNIceK2iliuAvDWEQtCggNWHJT4mMOESAsWTKJMOSDmS7AjAuB84eTvT6EClqoE8BNACaDegwYtgDSAFQgQWoW5MjWMGhFWnBhwQCFSF4oxH2k6UAQvAxQ0AMIGMbgF1xQ0HEEDXwtM8qAIV+XVVxB9aRCEFTEwEERnmTgYGFaMUQDYBx+EUAEGXni2xQIfHKAiaCEgoEkDpx0RQxU2aDBcFAE4YMI6rrjCQCX/DeFW1iMVPVJEAzt4sBFFHyEnUgkmlUBASgKUgFR0j7jjwHU4ObHTdj/xdCZQA6xwlHlNuRmAU1FFhcMV7kmlhgYOGLCnEyasBWcJFRSRQCUV5IABDFrAgEIXbSFIA4M/eJFAAjgsoAamiekVgwgi8DVYhpxWsEAaFcZQWImXBRECBkps4YUXSsgqqxQVKGEDBjYg4MUGkdigRAxegKADA2sR98g6JlSiUBEqqJCCCm/s8AhYDDARi2wIuEKcFQ1U0MUIy5XUXEojNAUTADSJOQVOGvDk05lCBfDTdOJx6dJ56UklVZ04nJBCChBgaABvBlgxghM+WuFBEQcEkUMF/yF4YQMMVETi6FuQxnDppQfgcMACOGA6sgiFSXgqVg8vsMABnNHwy2Yry3iADRUIIesRShwhxY0MxnAjBZKFIEQMkSwAQhEhfDCYEw44EIUjDawRSxFvFBFLA65Y8YgDUqfjCgVQBuCKJlyNEIW4KK0kgLlNxeSOCQ6we90L7mpXplB5ry1AACtsd15TfJ+bXlT7hnHbvwBDwEDCBsA0QlfoYbAGArFkopEXQgiBxBaP3uhFA2qMlUYCaSCgBqUIWGpYqYWJ8EEQDHzAAAMYIKAFBnxVoAkCncFwABW0UsFzF8UbXwUMNlQBK1+T8RrLARU4NkVHHVWiyRprgABCJf95auDKGpoI6Yq2r5nAkQMWlFDCSViqZO5RJbhzNk5vXfeumfiXWW9SXJ5XgAYKt68TQABxiYNA9yQQAAO8wABM00AIioA0GFBwA16oghASBKkFSYFXCMjIAXaQAARUCmQ4ON0CTpcADDBgBxVgQA4iITsTkcALhDFRxGxggxwoQQgWS5As4tKFnE1gAxsIgRIw84EuUGADMCiCBSPxgRFMAWFOe4QrQtC9AEhgBJEQBdfc8ZHhSGBrCiSAOwjAnIJsp23ncQfXrpOV++HtbmvLGx6X0r82NcUKIqgKDvZ1hRP46wRSgdbi6EOwAFRxRxgAgQy2V8ENSIEGsqBBO2j/oAQgaEEjB8hEWVCXQhCChmU7SKEIKqDKCjwmaCjSQo2CZoIclGZ5G/ChEow3xBh0IQdAgBXRQBeD0uTABhOzQSSOoMwcyKMLCXOATLjoI2l2xASayMpMWAOe9a3PfSxp21Hc8SUDOKELGpiCFfCmP3iVKQBbIg/gZFIAJ6hHkIY8wSD/pc+GeIBxrNHTYFxxgDWwAAQkYAIMvEAFBTGUEiSomEZggAARjKZ3BwiORlY2UYhdhgJWMNSGTKSFDUimbCEIgQ6psAEtDPEIP5CCLH7mKwwIIQhKUOUxc6A5ZR4hEpGQQjJD8gIJQJMAQdFPRygQAk0wwAEj0A8BRkIA//a5byXheRMc3eEEDaTGClPITpnitTYCBGA6SdHjUaijBgGyx5ApONzhGlI56FXCCnu6yWA+oAkZkAAELJjAA6qQyUwqgWdK8IKiPukZiU30g/4JQQphsACJhaBkH6hApzrFmRStkocy4hUMjBgJlWouBDmIgRB42KoK6BADtkqmLI7QhUigAAWOOMJxduQA1zitBFu73hpCsC13GOVpJmAfVVNC1i2hCyxwLMFgzGk3dWonSy1pSQBGYZ6j9M8lTtgBBAL2VnxKBXGUqoQrkvSj3M5tChWoBBMMygISsGADW/gBDV4qBSX84Ahe4IsQWuYFBGyAYgyzgUYQUITNiv+gWIWx1WEyu4CbfgY0DYABQimYYQs2wAZ88cKovPCiBghhC0LA7RFk8VMUCCESDSiCDnQQAgqYwBUmMMFSoQCFS+TAFWjjjRN6YAXmXIknLGkuALzkNAmck456C6tKnOOcUcBJKed6SQEcIAId7MAV4AUYXAm4g6bqhzeMpIBgnGCF0xDYoCQgQQeCRwMpUEIK+5UFJQoLLCo04AMNAI2FFcyATFQgLytrUQzUoIQFlC5kwVGwiA+wgYFmrwFeYCyvcHu5jHhBBqGNlRe2sMwOAgGDC4jFDW4gg0roFQSXgIImREGC4N6YIiUwQQ8eob6T+GBtvAnK38Cz5D6Zk7r/7FTJvMgaVScwxU1Yps4HolBcBrz1rYOEwA6soG0rmJmLGnBEVkwTNRjM96FV2EIMKEGFOkvhB1SgAiiogG7PbEAT9SYNAhpwgNLgZQeo0mjIHHtCHHgmwQhAcAM67AEbdIbEMZh0Rj5GwZv91FWFLXHFHBGCBkSyCBRoWghYgN50sAAkxzWKE0JA3HGV4G5GxfLfXLNApw7GTE9WdgBYQlYJaHcp5oHJdh2gATgtkAEJ4Ne+wguBs2BIT1x0QgXmtlVHIIAJJJgACZDQASE0Q95bsPMPLtl1KvDFmFXYgNW9tbQYwK4Cp7yox1RXQpB1Rg2jmiwCcuVa2+UdBRqA/xUVPpmR3yUzZ5HYgok15wUU+NQGJJCBJjjyiJCLwhWxAEEDQhA34twYbexbgfsK8mvz6NFtBWAyu7yjN59UV/Q5D0CPmvtsp8TeYAKsk+H+5SwjeHSBPopEdXASCUdsAAkwyDoKOogCdXOisC7tAhWE8G0WIC95OVjahViVUYp+LA0d85jtVgbiy0YCAydC0a4QgFpLk9I/JIjEiXfWQ82VeKeaAMEafPyIR0AhHRQ4AwjEQgh4QBQQlQYkS5VYSei13HbBU0yYWRk5gDqpE1mJHpZIwAr0gJklBZYVgDtMgZmRj+G8h3sY0A0UgXw4TkU405hkWQhEwgY8ABMoAP8VdAHiYRwQUEEHSEEXwMDNoEBohZbSaJuJgIZhTBTLkFAKXQ4GiEDeqdIBLE0Q4FAxaYIXREIOOILtAE/DfBIJ2ADj9ZQsVAH8lZhPoQACyEDWiNE6+J8OXM0B6EAPNI0D9EAIoI0F+IBJhF4UPAd3/aEC2YQB5A8Fip4EVIm09cBziAd0BIAGjADQOUACvNUIDlJcnUARnOACDMeeWMEoJAyQzVIVVAET7CAQIEEVAAEFcUDFSMEDAEFgIcEDwMBkWEEQoMhlpNDKfADL7CJogAwGJMChuZanBE0OKJUXOEIM2AAvftAGdGEFXB0JMEpPMQEQ0JYQyIIjCMsaeAD/TeCYkGxPWXhAV3jEjI3EuPhAS2CJI0AikvWPTEhAfaCJc2jHOmJJlYjEPcRE6clTAOSA4wyAAVRCPRmOe7iHbUCE1STAfJyeBgDkCwyABESBCQRNFUwADIwWBzwAR86g1sngA6CdDRANY0zW6zDASQVjiaRIi7BMEzphArCKKmHAMc5SBfjK+tmOZ2xaHPIVCTxAiwmBDRRRBzCeEDjCGqCXU43AI1AAqt3AG+hAJKyFFdyHj1kJubCNAlRB7PERB5YAUc3L3kTZShQEARxiCciDSJxNePRjNOUJnDgFQxhkexwkbtyAChTBDiiSA0SCXUlAAThQFEwdK0pBByAB/wcgFEfO4ixSkIeh2Ylc1mWIQPjplU6NJIosQGa+jg04ghIcSolYE001ka4kmCflnZuxQOZoAgpkwAZ0QIHF0Htp2/fsQCxwQUSoADk6jQZAAY2tQB4m10o4giQoABQAZnT8odNQRJaQpVAoV86VgAWcTQ+MwCisAzxyyemNgAoGgAgUZHsg3eEYkLNk2570JX0MQESuhXVEAhkKQRVQQRV0gALAwAN0AAzUJwVNBth0FAWAlA2AhBIMDQrEyq6kpGmdlqGclCqN5N91AGhA3KSliKRpQgiUoiY4Qg9UARSMYhVwVQUgAHAcQCxYDQjgJbY4QQlQpCOYAB5WCZZgyf8AZAELKIAkVMF0/Bo8bZMElqXeKBc+no1IRIEXOcKWcJc8GUB+HMUjHB1dlmAYJCRuqEAQPALByE5OqOdEsoYToIDyOEJiwmIHzCJ+AsEG6MyOPCQFfEBlFGEHXKEUzGdG7gprCqUjvOnNFFMO0IgQfAATrAEUHcCF/Q6N6NA2VoGGppcrQEHJNYCyxAJZqEBtVM0NxIIOWMGXQJDZ7NoKFFlUZYACRAALRAAWjIACuQSSdQQbjVVZXmBJiEQPxOo6rAOVZSdSRMFumBlBhkEg2YmvIk5C4iXjOAEF6EAFOIFEDkBNsEYkZFicWeMsMoHWgSEVnNaOrOl/BihKIU//JHACFcAABzSASt3SzdhAB1TBEZwYEASlBlSBpU3aBiBAEJ5YSzmCI7iCGFXCUoEAAtBSERQBRNwAAtCOEaQa7zkNi7pCcuhhjK5EFUiCqEaAxDJBDygQUzxHUsSocq0EPq6PBSDHdTpCOvTAKPQAND1gUvCGCYAiALjCJBok7uVTwEhFK+gmA/gRiVKA47wA7ElAGcHgLMqpKgJBmVoQFdjQjmAFSjaAl8YnCsgbEHBA8Byt4W0OutqZ5txWFxRYh1kaBmwAFfxK8fTUEfQABWDP9kTEAchGLORlRIiAkIjAv3qA5GVRCIhEp7aPcg2BAmQBE9RADUhsBCiAI3Rl/1oFhZSZZce6w3SOwDpgQXXeWKz+GncthRNEAsHIhCvMbHgeZJRaBXjp0wnsgAighRFsxAtEpEfwRhRoQgURLQyUaQcQrUrt0NJEDKsY0QZwAAqYWO9SAQr4lxDYWYq1GFDZGeJ1gVBuwBokowXBClCxGE8dyhpkBDTGTlrcABcUAXoxhsB+ANd8lPiEy3Ikl0vQ6AyOagRArD/cqKnqKFJoLMeyhHSOApFa50gI6SiYgCOsST8uRQCYwBREkwMYQXghXVsJzJr9EeIYQSaeoBHkALK+AABRBABVwUNZIwwAgZl+a5xtAE1qgg0wqGl5QQchgRRsAc70F8+0mzJtQf8V7FcKd0AM2FauOBGveAFQ2pkU9K6JgRgGpAGmkEqJWEYsPN4azI4GMAAIiAAFPMII/B9XjELegh5LDEAPgGoNMAETCK7gSgITRII7uMRRqI/OaWwJOC5xrU+4RIE64No9YEEkACaSbkcXUYTmGnB5DdAO7IgTMMACjBcmvsEJYoQVUHABnA1vFIA1qeJrvmYOqhQK/JlwmcAHuJgXsKYJH227/UAXtDBM8XAkUALivQoKKIHRHu0pGl9CKZMs9PCrxEpltYxmlkixhIBfScSFaMDaCgkD5NuUpI06OqwCjKok6FioevH6VkEP9MgDBsB1mWVBqKMPINcKwOoo2Cv/FHSAWTEFND9HFDgzABgAtdElAYnAjlhBJZRXXkrQDUCLCDjBSxiACbwEdZSfE3FwxYziL0lwFDzkUlVAA3RAUQ4vD8dUbBHvzmzO1+nXEcDmFviwCtsA2HpBzvTQq/RpqqhSiUzhiDQAC3ABCNBO7CzAZDjlAbQjOu5hQWDxNmdAxDIBFCSzJEDsqGZBO54Rqyob/VZzSVgAuGRzFWRBqB5nTHQHlg2ACewJnDyCB8zsr6aAGvjbDlTFlDoLRiCABjDQCyAM0I2IDRjfxKAAELBYA6AG/54I72gCCYAt4qWw83XBK9uZLCgBWdN1FyiBvAHvq1ACJdyMiFlQDrCY/w4JgaGUCGI/xvUpVSTJAIAYhit8wAbEgiZQQLiMS4xykQJggSMMrsTeKBMQtT+wAAtIQo0OLhaYwE6fMVW9qnU6AlFLQuAWpwY+oABgGcFwJ886opPWZXgCDJiFQSucQLTgpQokgKHw7DzJM0xsVQ4ET2EpiGBEQgzIJo7lmxMxgdfZWTPwTIq1VIuhQAwXb/Ihz9E+7avsJAU1gBHhimk5QsSkljFydAVAEgiEgOxoQmEwgAhkngkoB3M07D0QJynqWAdAwfqGNhRkAY1mQXESdRZorIRjyTUPwShEAhT8bajWwKiWtgKMACO+Sd1wJ1O4LCUakucKkJRCi27AEP/BFMAAgKA85cAUnKkLT0EkKEEkPMaMFaEmVAELPIAC8K681RlP7QzwLt4W+JQPwScpHua7Rd/XrgEMeNqnjTDo6NCMnBRHxc5SPaEHUIAIsJoH6ABypE3DjkIEECcUrIMC2GhxhjaHVgEWLDiNFqcCSLjPrgC49MA9oEAHlHYGyLYXB+6oYoEEeMdto2xZgSBvOABBghmKj+AlsngFgEkIcBtMDN0DnhMGEE8X0ACOF0tic3kDkEANJKZ8Ru0WZJIlfbISOALFwICJYTDa/RUJ5GAyBmh2r4GlkfAIn9SJnBSBgVjErNJ/OgnWBDP7NMdKcLNxRsIodAd5ICk8lkD/D1zzCshDD8jDPXQALNBnTUuCP2RA4ErsBEis+o6qI0DzH45zAMwhNIPFDohXlIbnvlTbbcQCAiznBiz1SwC8QzpBDhzBFtBA8ZwGZczOqCgNa8HABEyAAszuAwyPLFw8pHTBKYdAFSABQo2kDSgAfU2ApwHBTV4YgTTvwdFkh8lIxEAMLR0AjQj7UkWN9lTB3brCcrTP2pBsy8VL6Xll/4gH4NaAaU8A4EZABviDMgtuupNA00uCIsJjTBBM3PihFYDXvQd34QC3EXgANDmAFTCBJuxJAeQAnDCQAGtA1snWFBzBQ1bkQx7jZdkAC0A8SFY8i71yM8gCFZxUsJ+d/4xcWARcHQw0PAbo26SxX80MGC3d5FLxeoKGwDoIO1vj39cwbkk07ErMCz/yzd+0BHnYUXaYewQUfdOLqiRAvcSyfuozwQj4RJUR3eUmTESqswh4wCS+VT0FjBHoAAX4iExEARM0wM5yZ9rPDRNsQAO06PfkVQy8kInQTAPMIKrXwATgeSre5/IIAavwYsQ0wNkRlAxswAe4Fkp1mDH9me3Ea2cMPnuXTUUmyyU3AKz1lSa46K45e2ZPIEAIGDBQQEGBBwUQGKBwgIIJNSJEjMBioj8WFv1J1BhxwkYoEgQOKDByZAAnPRwUMFBAgxUrrnbo8JDAkwcEO1w5CFAgAP8AByHWQDEQIECXngEMTHHwokoDDZE0mDAR6YOGHBUqhAiRtcEGJixqsCABlkONCQ86dGiAAcOCCjrWCtGB4MAGLx/wVmigyYYNBDYONDjgZXDguiEaOLoaYl0lE5o0NWDBIqgJd+5W+NA8ICHDggQPcv6MkEBCgwrRVmFS8eJkixsj+pvgb0aEFholVSnBcycAngVKRDUwFKmD4Q6QD9VJlDeARw3WaCIKQANzlgZeaIoVgkIUVxooXI1UwVHWHAhy2HD0wOsDFgoePIDBZINd9HS9IFgQ4sAawjmCCAKDxSrAQJNMGvDCC8G6aiAETRxxJASpuMsBsr2gYKGBSEb/scACH0rwYSGGQBvNoJBEO7Gg0gaa4IIaFFCAiSxijEASiiKqTccLItBxI0kkwUKCnnzzrScHojDhhZ2KI+oo3pxEzgoPztiOKAd2U8kAJ14wAIMDPGDABPA0yUFCEyrRpAJN1rgKAxhgmIyE+TZgb766vmwAgT0LGywIDT7Yz4YK/PKLrgMQ2CAwrcpkTKs0H9wrBCigWMeyFTIjgCESATCIsxRVTLG00wg4a4JTH1JgMhwjIKHHCDKYIdYLeKxtIxaw6A2AngbwTYIkeTJyBA2cMO44B15yxYoPYmkgFlcKGMABJwJ4YSQnVNozgQ9yoCCEKkL4wBUKPigvshAQ/3iThfnmE6IKr2DYAF3BEEVgwSIQyCTAIA7gr4I99VvQBj2ZWAOxSLTqoZIQIhx4DUdMYAKKCd0ZQjMfNh1hoE9VHA3UjlkUQIGwajBrgn46CgtHHWdoIYPbZH31x0hKAMBmAHpl0oQRltzJARNCaIkBV8b9bspYjGigkuFe4Hmn4SQY7ssFMAgCK+40GHdNERqAYU/o6mqgq/pgyA/gBAtE9ICpY2CgQIAx+IsuQsVGQJMQFo6QYcYa1IoFKHoYwcPMMFbIB41HwrnTjk/8WEVNmYCPZJNPzSCCsDTSMdZYI5jt8oxsdKRmIgMQYFfqujDOyR7urmRoCiiIKZYEYv/RwQqfp2DyhSiIekGwHUTQyjxGPTD0gAPoDkxPu9aI96+9sdozhLYQ+CBAt9L9S08M1rS7Csg0QThvCTWBQhMT1vk7nRHc+ZAAjAcqYYSdRurV9IIWx/n+ThdnXAD5ZOSekXWuRx25wKkkMgPa+INHtIlARiwXEUk4YiC7KoAAjhKAEZgAO056BAV0EIszIOAMRjAhAnTghF0ZwAoOsOAIeuAkGCCPKw5CwFZuuKcNiMAmB1CTYAB2w34tgAHiqsAHGrCABVRCBEQs4lawgoEQ2OBBGggXdyQ0oakwhgKRiQQFMgQ4wWFKMwwpgTtE0psC8G9/prNZrxRHpBONqmT/pwqLeyYzAYpMgASzmcFsOtKRP+poAjGLzQRrlric8WQKGjDWzR7xCBPogJIeqIAGHnEUK5ggACIpgAmoFQAHMKEBOTDlBx5Ung8g4F+I0pNgFkAXdKGSAYgJAQPCsxjuUIABAGLAlESQAxEcsUBqMo8jxtUDrZigAhQwQYQsBQWJ7awEZNRU/FZQOubcbI3cvNk3v9mTjjEBCA+g3AMe4h49cqRHf3QgIH0kMwmKbldEKkkAkhQFCSBnV71y4T/raQAN9CCUAbCCI4iFLIN5i2g5qEQzsxI8BARvlSEQwQ1N6YoPUGAv4qLAuHKgAU1YUQQxqEoQiuimq5QnB3up/8A6xjWhhVkKMkCbjCZ60L4QFW4hJbDAdNwITqHejEjgREhBgMCEtHRAcg9JWclc1apW+cidHWnBBG4TwYwI6Si+IUkAJGCCHrRkOS7M4K5e8BgKRK0APymCmhhQhQNs0hUmyIFUzmcCCmQlXFasnvCqQgEnREITrqhAFDSQpLp2Cy8fiEEFcsAtVFYAaLCLDFaaedeEMcwxmriE+dhngUxpSlM+3abiirTGoA6Vf63tnwA6AIQOoIW2TAjLQyICkajmiAQZkA1WO5eRCfg2gpKAwgpEYqTfIEWsJnCFExyJHOkixxXhG1JbrQgCEoBgAyBAaGJHUFdXQKwCrgipmf9qaUpNbLSFEujlJU0QBStEJQqaoIAqGVDLD8CXAi1ZL7rWpKZwVQBhlkJfGB0xCp9e7JoDsEAJeFVU1sLRZhLuZjdVxIkqlDOpD4iRh91Tx4hYriO2yQAgZTMDHsEqgrlVwAiCtcbf8OSgIRhXJXTQzErgRANQiIQDIjGCH7tCB2tgQRtIwASRxrAHJviZc+3rXFdwx65OuFtdiRXZyI7JCc5FZgMyoYQ/QVaj3zFvJRTTgAosQAcyYJRWJDReI0MBmSXYqaZENIARQBiDnSQqa8HZTaFq0yBV6ICGYxsfEI/MnGDpXG0C+cBId85lGbD0zJjTkzUyKQDVRYAofmn/NJiMBQoz+JsjoHCJL9DjC19I8he+1wIWQAwKG2DBDKCwlyrMgAlfgMIXnBI08Jiyl+AJT3lYcBMRILEKkL3rRnMwLk2AQAbbpczE6pq+yWDBBA/+kIiueThxBhrQXXWSNk/XSZ4UpHQapkJsFSBbc0oOLCVzdCGrKkhAmrjSEbRcbubHpG/y5BGiSIARElAJ60HAAzMgwQW+wIIvaIIEJGD1DL7wlS9EoAcKwIIGhpWhSNTAEYT9wgZaDesGfCEqIcjBLitQBTMZeS0L6EsD6HO3HkSIBf3I9QZyDZkJjTcLFIHC+qpZgvctpKca61RRBQ1okohkIE4aAKevfnUBm6AABYhOS1I7UJaRlexy7OzRBRRYqxIf0MS+hUhsOjAK+gmaSQaoBASMkAIIhAECEGiDxL8wgS9ol9UpfxjGsQCFJbCAsJJYQsaZ4IgqZOALWPiCz3sAbJwbuSkkiPgM6LFdG4CABTOaQT9YoInUR+HXEIIpBdwxKSjMBvWa2LOdy7gxAjw4WPyLerlH8oIudRKGWXBEFgDnCI2B/2QAzeB61w2tAKZ+2CwU6SMBA0mrGbQsVrNpQW36PWLL1QAKUdjYn3flAAokIAVh0DuSV91qEICA1RFgNRM0EZEL3JrxJIfpz1gv5SCuAzTA1yZu1eghQ1oACtbA1WKBCVitBVqAHvrBESbjC9bBERYPsRamAdfAH0Ag4r7gwVYgREgrfgLO3AYutSrsdNBqsDZARr5CmpigBplANRwBOaiAE7oOBXbw3eJNcsyJ7FjAgIwwA7QvVraPgfyIgWBlxCThHmBM3f6MKKxgB0woBdqAHkKPHtrgBpCMCz0PeaBAN3wNCjSAMlxhaFqoCgxQE7wiBL5AA10hAr4gHRxBE//8geLogfQsrh8UqNU0YQJKDoboIUIugTLWoA/94ddcwQUCQOkabCEeTKiCSsJsRiCICikMwLE+oPQowwboIwuYAATWoAHMpwo2jAp8kOvejQqUKnLM6XJcpHMEKYJqQwlpo6pSzNJ8EQkjoAoCDgBqhsKkxAN0AAxA4AZCoQ2KIAWMAAzoQQamUQY+oAwDIBJI4EHawAQaoAiUxgFU45kcYeLWoQqgYM8oxRUiCQpk4BLaoA0SEfQcjvGyEf8KwBEkJhJAgAliYQ0SEXCgABawYBQK55pKQB145Y3Qb9D05ygkwBViYHoqQAbWAAQqwAOAYjL6EQEuEgreDQhEkgr/SJITOCEkmSA+JkPEIoBHDug20O7sXnL7YpKBfvHfoEAeSoDCegWOCCAAGMAmTCgBTuAE3A8ai8AIIGAHPsAkogCEqocBNKEUNYEBIKYEHOARLgMrS8AKPrABkNHgkOYfQUCPWOASYMCRAACxJABbHMARoEMGWCAW6kwSQ2REBMAHSjBnFIfCAK1TooUowsqUFmAS9EM/2qIIDmAsTHH+/HEVvw4IXlEylwrESObRXgXSbMNFvm/7WIZW+s0XI0IBemAnexK1fAIArKASDq79UiAFTgA2884IPMAJJMAK6MIIdKC/oKAfn8kdsCQrX2Im5s+EjPMJTsAITmD+3rHi/zaAAojCAHogBpxgKI5PQ5RP6QoH3DrDAkZhBQRiITnjZuCom7pqn0pArBqgCuavatKAao7neP5uLEqR9NZAPmbr3b6uA2Dg65QKCeCj3thpkK5KgQqJgdCuZdBuc0IzIzIiC2KIKPjyjaTFAVzBA6DxNV8zNlWgCPJrB0DgDfDlEXqTBXTgEYQzAUS0CN4g71zzRTf0DVTgBuZPL0qJWgrACXKgOg0KYh5BITaFM0pj90YBFgzyNHdFE8HJ3ALABKSpCkiRlOhiT4oAA4pgA2QgEyjgAEAAOrSLBLajZOIDPvpTtjiMnDosPsxSqh6oR2jDj3SkM+X0+14m/CCiBv+MLxKrjgDCSZRcoRJmwkVfE+GyUAVO4A1AoAgStQF2AAJaU0Nj0/3C4AnCwP2QsygPtQhiAQN0YGBGiksKoAcigUuu7gSviUS8sxEwARbUgSBOp1eirqiIIgoiBOiaJxZgYA1kQAuKYFeLIFe7S81goEvnzxRD4AIyQEwVDT+TqpweAAgUAAY+bJ0gAoHcCRB1hIE8c1YqDVmR0LckQhKyQO5yZjoqjDcsdAcOTlBfMwxis/0QDgJSgChj0ygrVVIrNQWuADZj8wkM9QYOIAGqRwe4qwpCCbqUYkkm0TQc7BXYARMaARZewQJYJHF+LxO1KQqwQGI4sj74RQaKIGT/RUAI5s8RLiFRAUZRYUAGFmACiOACiABVamAIPUz6pHVZ4+MyXaXEXqUzE/QCWmAJaDJo69RlQtNysED5RAKDXPCe/BRQBVZQj/I1+w4HVMA1jRI2tbYo3XVroVEFPGAHEIMFuEsTuqA6B6AEGskAOGZIA0Ad1mEMYEFuG4EHeAC5kkuOVmvuro5Wv2IyEOBXq2cSbCATYiAIcoAFQsAiT5EuVhYEYuFX0YkIXpZWzmJmx3TRcDbENAKBaCVBFRRoW2b7JHAJ6vR0ictGsuAeTEACKsjPeqOosvJP2WxPXjMB5DVDNXR3N5R3BzVyYyEWIuNupGIqNEAkDMAEumAo/3BmIVbAArAgC9hhDMagEdChbl9BIUhi01wLMIOFKHogQybjImXgAAIF5w539C6yP2QAATyA2kLAa57PIfqhHy7AfnkERmAkc+EjZ1mg0SItkKwKCUVXdAm4dE+339jg0hTA+ObndYtEQr/pn4gGUJHxeMbSWYI3eI2zg41ghDRBFIgGSy6jB3au5EA1SYilkyxgHe4hC/Zgequ3EcYAHXjgHgRgezEMNeFoOtTvs9ag4uSkeUigDTZgDQomXooVBI4nbpi4ZDqA6xziZADRckumBiRhCP93ZklGJfWIAyKNVtpJCTtz+15GVr7PaF/m0iIgRrKgCqTQHfryNFCEqP94QkqUJVmIZo/5mGgiyQDMqpN0rwQeYRRQzSiWJBKmgFR7IAuywB+mtxEk+Xp54BXUwQdwhnsTpyEBwB3WYVJM0cjI9shYoNqYoOIqDgxk4HGLtXlAAAYkAYw5oAq6bmRcxH4986nq6H9ZgAPAgiyKEIEQyBclcHNkRWgLuJglsJjBFUjEtYETbAR+ElQqCIKHKoMyqCRc8FX1Z1QEQAJG4B4cIQp4glanoGdgOJIleZJ5AB1GIbn8ciRWq1ceIXwPIGQRgGwT0dq2y8iEmATuwkrhhATYFwSY6gFkuQOEoAMo5349k1auuI4arSyK0D1mMZCu6ltnQGg7cwnolHT/eQR1tSoCaEQSGrgKCtIdppkhXbCoKqjcwokhN6YzNGUEqoA0mSOkomBJ3AEKsAATZth66xYLeKB0KmiT/yxn3CEdYuFQimAsTO0SNuBX/RAeSxlAYkAEvoQE8CUoYuugwbgGaDkla6CPaEVoq5jt7M3eGg2dfrnEJq0lP1dOTXdbTaxN/YGNs+BGTHpGmAAL1mEURgBLnIQ8ZZoz0K2rvmljdM8CBOceopcdsOAeyLmtemCR1wgLglqo67YUeoBFkssF3WiN+DQd0uEUuVQuSeASSMCfE0UG5PKVCfp6EGCV2cwUZYucxg6MH0DDFKAsHoJWsFW4D2itJ6eibwss/wSYIywNWWWlZUyXmV2GxVwGQTMCSPa6ge8BCjiBHeDYhBXMzq7OOnjiU9Io69LWp0ZgFNYBC9ybIGGBHSA7entgOLKRAqbAAIiRhie5hncBFrIACz6DJBY7gp1jHULoH8+yR/65DWBAMk52T0igfA/gBlYWXxS1AU6Sw8yJoUsGBngQnVJG+2iSdGvxcq6YIiL6Mk1G/1hsc5SQoy2n0loAaDOADWglr7HYkTsgwKM3C+B7DLKAehMPC/Awae8hA93bp917emEhHWCBIHlgbglyDLCAHbTBkdGQN6ACkAFAHdhhndl5D7Dg/PwyE3sybdNhNxmQItoAdDKkj+TE4f90dU+qbf5CVga+sQpOEt48rGTK4gFusAMuh0f0rTZI3HJbslrf7k5vi+xkViIgwnJI3NJKl2iNFjR90Zl5nB0C/NOLzpFZoOjmQRL84ZFpxJGRzx6kV7PnVno9HdWzYB6KDiV4Iiq4RJQiVsx5YAwyAAtCBknFKSR8oKftxlVA54FWeyJYWyyQTCz0vFhlgIm/cUNQIC02bLZyNqI5oQxPRowPXcU8kybFmIByS4+M26lS5iGqNUdUzMQUVAKBtgUqt9KwWFwd2cqFXMiLbg9GndYdmdY/C+ChQMhj3R4oYh7+fdahwJFTUJGpBQAIYLPRAdWLUX9QE38CgACitwj/J2PE9k8sXOXWxiJ+QaANqq3ayFZX16B6iCADDu3a00LRxu6OOoC7mQBl4Fpb8Y3EVexzXcSAqrWiwUKd6k1AnernLyC6550I5H2Zi9kfTF3VoQDgtfzqG156oYAdAN7UTV3qFZ7W56Hqtz4PFGAdlkMCdvQFdmUXqhcTrtce2hg8DcK1SickVoAUVwUi8pqdSMAfKu6VNSAINqCIxYYExAYE9GMtFjhm7+HagQAG3GMi6qgsepypDqg2+miQ5NqMhXb78NeKUWWLt1jRip6Xy24GICJo592joTsDTHeN/WH2M2IPaJ32H8jr58HfFd7ffV8S5sEeTn34i24MxH7IONkBCtwhWIQgv13IAtb5evdAEiJAY0zkm9xoIRqZIl7jgfYP8L9iBr70A6zgPI6siM2HSzWgfAMCADs=
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
[img[金沙烙锅.jpg]]<br/>
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[img[金沙烙锅1.jpg]]<br/>
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烙锅吃法特别，烙制后各种主料原味鲜美，2003年，烙锅在中国首届“民间·民族菜肴华西美食节”上获特金奖。深受当地人喜爱，也是夜间小吃的首推之品。
原料：土豆适量、食用蔬菜（如莲花白、芹菜等）适量，肉类（猪肉、牛肉、鱼肉、无头鱼、鸡杂、鸡皮等）适量、各肉类半成品，菌类（金针菇、野菌、鸡棕等）臭豆腐、碱豆腐、魔芋豆腐、 调料：熟菜油、辣椒面、花椒、花生仁、芝麻、盐、味精。制作方法：1、辣椒面做法。将花生、芝麻炒熟后，与辣椒面、花椒一齐捣成粉末状，加入适量盐和味精。其中，花生等佐料与辣椒的比例为2比3。配好后，将辣椒面放入小碟中。2、将菜油倒适量入准备好的浅口平底锅中或者特制的土制沙锅中，等油加热到五分热时，将蔬菜倒入锅中反复烙至熟透；在加入肉类时，要先将肉类用酱油、少量芡粉拌好，等油加热到八分热时，放入锅中，反复烙至熟。食用时用烙好的食品蘸取适量的配制好的辣椒面即可食用。风味特色：香辣爽口，味道奇香，开胃可口，油大不腻，获得“西部名小吃”称号。技术要领：辣椒面的配制要控制好比例，烙制蔬菜与肉类时注意区分火候。
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
[img[韭菜炒核桃.gif]]<br/>
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[img[韭菜炒核桃1.gif]]<br/>
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在毕节学院内的至善堂里有一道口碑甚好的菜肴：韭菜炒核桃。是啊！清炒韭菜、韭菜炒蛋、韭菜炒虾肉等很平常，但韭菜炒核桃确是道稀罕的菜品了。
先不说春天吃韭菜有多少好处，也不说核桃的营养价值有多少，单单是看着青青的韭菜白白的核桃混在一起，就觉得漂亮，食欲亦随之大增。据了解，这道菜可不好做，核桃炒出来得有刚刚从树下摘下的味道，嫩嫩的，甜甜的。因此，如果使用的不是新鲜核桃，就要先把核桃仁煮一段时间，再泡一段时间，把皮儿剥掉。其余的就简单了：将韭菜根部的衣去掉，洗净，切成寸段；锅烧热，滑油，再加少许油；煸炒韭菜几下，加盐、味精、加少许糖，加核桃肉；再煸炒几下，闻到韭菜香味，韭菜即熟，即出锅。
如果你懒得跑去那里吃，自己又是个厨房达人，赶紧买来韭菜和核桃来试试吧，一定让家人大饱眼福和口福。
R0lGODlhyACFAHAAACH5BAEAAP8ALAAAAADIAIUAh/f39+bv9+/m3ubm5gg6AObe1hBaAAAhAObv5jFaCAgQCAAIABBCEBApCIy1YxlaENbOreb/9621Y0J7KRlCAObevUKEQua1hIStQilKCDFaKTExCEKMEHOtSggIABApAMW1hDFSGTpzENbe1hB7CFJ7QpSMQpTFQnOtGUpaCJTWY5S1hJytQkpaKebWjISMGeatY2uEKVqECFqUQsWUUpRCUjFjGRkZjFoZjObm3tbm5sXWaxAZIYxCEM6tY721QrXWYzEQAFJ7KSGEKSlzEO/F5qWtEJSMY2uECPfv5s7FxbW1hNbexb3WQlKlSmPOGYStGRBaKc4QGRmESmMxCJTmQoxjGcVrGbXOhDExIWt7QmuUSubOtZTehBCEjL3eEN6tQubeQmtSCKVjGe/mEBC1ShDmSs4QWsWMIZxrOpTFEMVrUlKMKe9rGVrO796Mzlrve1qE7946jBnO75yMzhmE75w6jM5CGVrOxd5jzlqExd4QjBnOxZxjzhmExZwQjBnOe2Olc2PvGaUZGWPOSmtaKaWMGebea+8QGa3mtWMQCJRrWpS1rc7OjGMxKaVCEJTmEDG1EDGchGOEczG1Qua1EBCljBC1EBDmEK213sXejGOElFKtIe9rWs5CWs7mreaMGbW9rSmEEL21EGtS5mPvSmtShDHmSilS5ilShGsZ5ikZ5mtStSlStWsZtSkZte8QWpwQYykZWmsZWoy15kpS5kpShAhS5ghShEoZ5ggZ5kpStQhStUoZtQgZtZwQQggZWkoZWuaMUlrFlIyMlM6MlK2MlClSUoQZEFrv796M7+863lrvnFql7++MlN46rRnv75yM7xml75w6re9CGa063lrvxd5j71qlxd4QrRnvxZxj7xmlxZwQra1jlO9jlO8Q3q0Q3hnOnBnve8463ow63oxjlM5jlM4Q3owQ3lKtCGOllLXmhDEQKUpSUjF7hM695u/vxWMQMYzmtc61ra3m5jHmEO+1tYzm5hBCKWtSUu9CWghSWlrFcxnvnAAAAAj/ABEkESgwicGDCAcaJIigoYABBRcmiZAEgMWLGAFEuLixo8aPETyG1LgxQIQAGk0CQHlypckAL1euRADzJAKbDWnSDJAz50CeA3vy7KmTZwCFBJEGzSkAQVOiSgUOUChgYFUBWJNMdao1yVWvUxUejJhwrMSpaA8CQGCxYkaOH+OKBEmXLsq7LvPC1CsTL9u/RBvOhJnk7tHDaQ9r3XoQLYC0CNAKvOoUK1rLXQdU1WzwIdbPU7MWsVx1tNckRY6uFdsZ6doBa1c3FAu7oluZbzF23Eh3rsi9J2uu3WsYpvG+P2FGXg6ReeQAA6BrhQ47euEB2LNjB714Mdrt4B9q/wY//rPXqwKKnP6MdTT79OxNS5yfFEBh249X3n7rkX9d3iOVVFJKKQFHnEuH7XTcgYZdF5lmAowwwgAjPIjYXqlBR913D24HWmjlvecZexMWMcJn7qX4nnsiishierYpdpRt1lmEUm43XpQjXLz1ZhGAcsk0IIHFKWecUQsiONhrETLh5JMnZgfdY9Fhd1SV2kH0WZQtgnaiiCdK2OWYnoUIH3uomVcQW1MdpmNbb+XY31w/+ghSSywJKeSRSRpVlEtVTlmdhtkJwIQSWDDSBRZPdlgEdt5lpxVpmjkZZoSGYnopVicqwamETzLxJZnxnTmiZi/C59Z9uNmYG1xB+v/oW539fZQnXrj2ZaSRj2mIEmwBFNFrliMcGsoKHWzhADufiJqlpAOo52EOmDoZzycVQFmtAAU0aSgTAngqKhOJhsJEAZ56Oip73XY5GmelYkXQm3G+WqedQOZr651wseQvn3wOR1N0exEcXa+FQadDEeOGEggbMySLhZgTiodaoVtqGg+5KiyhiZMCUAvuyN8qoQQEoYbCiAMrmFtAu92CW0S37ZoKX2UqoigAbjviBeuc9wIZtKz7CrgnX8QlLShPz1KJpQ5YiapEsYzMYAEnFszAqJjRUsjeeJcOwEQFn2DQAQoqMGvpy9wWMHYoRwRyxAoQJLLyDIE4EQgW2Yb/iym3pcZj83krYtXtkEDHpXiQdIo0a295rjSg0gBXObCUVmIebHYjMJytqIkEMgEbQ7SwBaOiVqzpo+9+xsS1J3DyhDooYADExxVk+zIXXKxQQgvutGCBOys44IQFTjgxSSBKgCyq3zNnHGbO7QkueBGC07n4vdzHmviss/qr5JEIHmkdkpkHiqXChlbAO8pKdIE8GyLYcHrfEk4Pn4kRVgABO4RAgTrU8QQMnAALi/oYFwrABf8dYRITYEAGMvAAvCEveRbYW7YWCDIBxONlIGxdzTyIvfa8xz+00g2PUgi+FN7KVpPDVZGMoz5Crc9Kj8KhDjSjBP81ohFYwMIK/6zmBAdMoAUlWIKTPucktz2pAGRjx9lQMDs1VGEHmvgEFhyAhU808GRHiEELMkABCmigBVazwBCcMAwNaCAQocjWJ3p4rnPFowLx4AK2oBiPmfUxHn9s0W4Yl8K6kIRo4evIC8UnQ4ANjFAIyOGzFjaAHS7sIZ0bGwQaQY8dSMABDtjCBDK4Ai2EoAUr+FgQNZFFbJHtE1LkBO1oV4UTAAEIWGAHO0CpCQg0SxNHaEEZN0CBDEzgmBOwwTqcMAU3soxlXVjCJyBANghoYglAAMEOduCCbnLhjn0k4R/do8IeKa5xK2Shj/JkNDyVzyVF2ckNnxWtHSJghxEKk9sKAP+BTe5AmxLYogVMt4IttMB0oOxAxDoASnbk0gHq4AQKzkYIIKjglreUgApOoAJWKuETS9iCCBJAgRCYNAbJjIIF+jEFCwx0AilgwxZmuoIgSoAFR3iBCYxgAhawQAIgcAEEGojHEgruM9/zHiEdh0jJOfVGMuyLroxSQ3ouzJJeE9O53Oa/CvxwCViQQEC3YIMHaIAIx+RABzDAhgFGVAbqYEMM4trWtbJjB+y4KBAkAIQT+JUQWGhEIoSoBSFMMAMpmMAMbDCEB0xhEhY4hgZsIALFdqADx4wBBkyAAQy8AANGYMEPfAAEH/ywEd3MXQlZ9B+5AC1Ah4RtCxX5VMP/SPVIRYGIbrO0sEtJiGGH6qFw/ddPCIRiCWJdAihnekw2sIETHXBrJDgwXQ6oQwQcEIUo1NEFXGqiEUtYgUMtegJCmPcFz2zBGR+QgQ0wYAZaGIIGGhuFKOSDjDaYACc44QT6xeAFM3jBZ1lwgh9gYZv//GcjgsrH1QoAnedsrUfYSbS79IdBATMSdnLC20eNIAc56NwI0OW+k9EjEXXDQihUHEQhzrQDcVMo/URBCE5EQh3V1a4oiEAEA/jYAA/gYiMgIMQYKIu8GyWEc8VYRgYwoAEU+IDVkvkABkSBAAcgAAUewGMRDIEICRABEpCAAZ9K4Adn9sEO1OyDQ+xg/wkuWGAJPXgboemrqS10LZFiiOHrEGpDlRyNVkPFhY+uOBRdONYKVtAFRocXWVvQggUmEIMZiEAU1sWxOrIrChIk4MegNkAGbOAAY4RXCxqgQAqmWIUAqiMGMRgpBUSdD/Ymb74MIEAUDsBrAjDAxxMYaZhj0FMzixXNpPWBBNjciAVWgIRYyTNT5xKTllibQHh6SXAARr7UQCpLHhZ0uBIRCiUkQgmHVnGjF+2AQLQblP0ApQMwm4AMEIED1mVDJDCtXR8TgAAPeICPG8tlYdc7A/lIQQiIIIMOPIGKT5AoFDCAghjYIAMf+AAFsjaBK/87Hw3IRz5yrYEJBJyyMv+AtQlWzlka/HS0CQbBULsVyJ3ZGZEnyblKqv3C4KRk2y7Z9pEyhB2GZapigm4eusOLhfA+ungzTWMHAsHQeL973jPILnWpOwQOkEAU/nayk/O7WIET4eJk3MADWmCDMYoCBSgghDrORnE1GHDekt7CDCZggH/z+gANyLJZNRAFCsyADVo4Ak7FCtQlgMC0jbgAavvJwAKsNh43V+dIVKLInNPWaNp+CZ9uoiCYVPJbvuwhE5XwRSG6+5mgXEJIM6CBBmhZAw5QASgX5VCHYkH3nHhu8obQ6b5LUAMhKPkMIGsDH4vAAIp1495tAGYiyA7sCUgAG+COgRiwzKIYmIH/EIjg5AYE/t8UiIINCKAB8WvBAY5fAj1cENQhC7WfvGPbUT8jqwD5JvQ6VxOiJyDcthwIEGI50BABoAM6cE+Hki0u8AmN0Eun1U8qdgRaIGlCMFNHAEpHkAIbkA8fcAAfoAE1lUs7AERaJETztgUd4AQK5QTyVV9WNllsVwIzYDWplgA8NmlHNAEl13wcQAmi8G8EMEEcIAIp0AKa5QB+dQIOwALFU1AzoAEGQAQPMAQWUD9aIH/08EP3cDJDxQXnskCWF07pcVStVSf+Ehw6t20BSBxCZz5QAzqJogS9xQTw0AjEAGf9NGSnBQIgsAQXsAQYqAWRhkQxkHgmoAUU/8AAG2B+JFgIDgAEBvZPQLAELLAFGHAEc6N3LuVSgdBMGnBfbmQDx+AOyHRMQlACk4ZWk5VrbOAERchrDFBGH4BlFMCEM8BZDsBXvtcFKrBYxyQKIiAC7/eF9IAy1NRAZlgBRVABlidOSNV/h2RhePKGAjiHxlEUEmIy06RooXBuSrCMoXBaC0Z/9NcIO/ADNPADR0ADElA8GNgCKSAE+BgCUcYAvGZ+H9ACPsUCligB3ecANOAxg7gFG+BjKrUOgTAJ/JhlDTBZx2QBQjADJVACqzhpuTYEhNB35ndfBAByvKYBZJQAKZAC6HVRundZKMAG+CYKE2ACSxAKy4h/uf9Thi+DR9zSR15BTrQSEruhjcbBjaNHKPUALiPAgGOjBAsGdU5QAlsgN/J3AS5ADxfweD4giCBwCFmplVspeS6wBIWQkmapcJEYiR+wAR8gAwJ2AizgACZwBBLQCD5wARewlVrQACGQDxtAewzAA7ymACSYD2e0gTh4TAlgAzK5BRbwABCjDvBlWCAXcueXZblIAQSgfU7oVw8nSx0QfFoAVMvIesJFhiB0hgXwQUb1YPxCgDvHbUZ5TzogIbXpMKEQDzpwKFjwhStgAgoVAg3gCBloDPIIAnh5ATSwCGlAA3d5l3lJAzSQlVnpAyZQlilwBMh5XHATAiCYAoXQUzr/9QJAlZcwIJ0+UAxbuQQHOYiOwJbmtwD9eEYWgINsQH2VNTpWs19ypQXChHAZkAUHAHKEaYsEYAAJoA4YUAUOF3EcAF0zEAOyJ3Pwk5M7CUUv80erGU6Qsy8FGAH3FKI50IC06YDNcywuuCifcI6yh4Em0AIbcAQQQA8+cAR3iZwwcAFrMAY9YAU0AAM+AKQXUAzJiZc+YAhWIAaF0JVW6QIwAAKNmAaE2E2HwJ5L4AMsIJ3SKQzpCaQwkKNZqQ9ikAUhIKAEsAAE0HYTIAQWwAGTlp+VdnhKmAI2sAF2+pcZlwX50I8f8ADNd2+cUAVxJ0D41gExcAQ1aVwowwRE/yWNF7qT7sOTkFMSynGATABiu5kIiaAJXbAo84AF5Kap44hAoTBvL8hQsScBS9ABKRAD0ymIPrAGeHkP5ikMY/AIyDAGWooGzukD9ECrNGACO1oIPuqlLoCXQGoIX2qVyckFRqqleekDWkoDaOADcYacNOAITyaYILd2+gkxzXV4MJkCE1SKfpkPQtACgbcAhNkADIBWPXZvcfeZ+AZdDoCopckFy0gPuiONuQMBLgBE3AQBmLdnMKEDIMYEWqQJiaBLXdCCyeKCUwdKgfBikoY8+wVdsGZkGKAFSOCc56mrRYqXO/oIVDAGaZAGwgCy0oqc9CCdhZAGunoIPgAGQf/6pTZ7AecZpHjZTd0EA+rpA9JKA8YgrWDgnC5QASAQj4XQACP4AX55ALTnXDGoWBFjaRPAAWSUAU77AUJwBEKwAYSpAARQghPwZSTwdXG3X+qgXaaDqDbZT/QQCmMIQv4TRKX1UztQAdh2JLvJBJpQPMlyeDl4WdDFCRHDX6eaRhPQAcPQAWxwTBF6jEIgBmkABmjAq1+6uUJLrT3wuSnbnHmpnsUAAjSAnD3bTTpLA2Dgjuhps6wLAztglVygunjJBcVgo10qtMjJBdLqA2lQCDC6lg0gnw1gA4fngs7FCUNwTMcoAkSQi1DWqhjQAh9QoBTQvGdXfdYVfJQAk5P/VgKIykkBK3lDNTb+owlhtQNA4FMgwAX/sm27iQWXNQMyQHxZi2kxGZNn61wuBTEZtHdJSFlMKEYpMAZXcAVjAAY4CwZHy6tr8AhjgLKFMAbSugjOmbI0cKw9q5zPCQPH6qR4eQhfyrNeSbtCxazJ6ZxWSasgoJ6EuLSL4AjWuwDsGgIXOQMYFAPOdbZn9wDolwFIsHIpgL024IM7dmld1wGEQAmcEEEtoAUrsARARA+92Qi54z/sgE18BQSGwAKH8Ank47dMUFAwCb095mlXiKA8yINeZgPztQ4rcAwPcF9bxl4HlXiWm8BjAANgEAYOnLlXsKNrQANU8Ahp0Lmx/xq6yemVXnmswpCcIczByErCF3DCPcs7vBNnh/CjFzBU2Nq5JkADweQBCrAAH0B7OZw8JVBp6hBsMlnHFJAAMoAEL6CQaHpWIkA/z6tjnNC9T0wADXBQW4BcxgxeQXQCYtW+LIABdQkBCLJtCFAsWCBKE0AEJBBqB/pp9UYEGjBpkuUOFlB7GPdk7tUAf0kFVjDBE/ylP4oGwsCrKKulOVoMNLAGaYDIPdAJlGzJzBrC/xxnx0rCX9qVT8rBPutNeblsQmsC6knKJmAMazAJQaAAQZDH/imVM7WFZ5tdRPC81sUBsMYGgReEzmuMIkACRCAKGetcQMx+rSgEdMqEnf9lBFBgBHDZvjQ5ZNmGW8VSSnAcBQ8QBQbgZEAWcFv2zTbgrvlgX1gmzOZXtmu5AcRqBYaApV6KufHMo7oqj8GKBilrBTXQA2OAuse6uZs7nWAq0LXrrKzLwD5bu0V6Dz6rnNJpAkKrwSuXBi0QBBuQBeHpn2s5ARrZXM0VV/imDjLAATIgVyFgVi4VbLz8aSvN0sGHNX03eGWUAbSsWS+AAp8dkKoqVOVjHCRqbg7DCIGw2pDlRhlwi1FmhLItcgfAAw2QBU5L1YtgAmnAAtcpWl0pAbDLo2JguSZgCGlgBT2gpGNguWLAs0DKwEcLAz+QowlduwINAmjAwIfwyHH/5smO3MGhqwWhO8qLUAhUsAGOELOC/QEhcFg2gIOHNwFOUF6Qi2/4Zmlb1lxvWn1XuNLPxQGk42sMoHGc3dgykODqgAQxkHLkCQJD5kgHu4C1CSrwQG5MwAjhtQUZSUZGuKeVKZjmpwBUTcpYaggGFJfJJbQ1epCnO8KS16QuQMI/arMOfLNgutYXINcNtLI2C8It7AI0IAxobd0VsARUQAVaYAVpEI9pgNwYHLyFUJYHNUYhOIIN8ACKJbFPEF0BxGk9NkrOK2rV52mYFlHBRwRGiFjHSFk2gJJEUEyt6nhDxSc6MOEMmOdFUA8ScuGhcFwrcARbUAgPkMof4LTo/7ynC9AOa2kFdPkDPmVLKqACW6QJDQRI3NJAVIpah9AIbtaOP7Ddb72slkzClhxnvOM+psvAIOyzwsDqYCDjecQFqsqcaYAGhYye0mkF6W3lB6UBGfd3JEgBVMvElxWanDYEpEN9V2iMxojNJIDfHDAEmrl2j31YTYZ+cz5kFeC3FJ7nO1QEDAgPOgAPTPDnXXAEJZCBB5Wu5IrokWh+VH1mAXVLk657K/AJnwBIGRoP1oRgP2CJaPYDPzAKhjAGhpC5N3vCXvqlXpnqvHMBr87qYHrPoAAGRE67bY1cGLwGsYrrQOoDuw2Cf0nDw1vgvJZxAMnDEnW4HYBvkTs6jf91dtd8zfGqXfgtAlvGlhPUa353iyFAkxdwMt5+5+C+lPAgIfVwooxADBqwAfcqlxnI7u9tfubXAr+YS7g06Q3FLNeSxfrOvj9gBGNP9qIVWoZgBEiKsrwapG6P1jJ+D5ruA5m73UDuwAnswDl6CG1NfzQqs1fQnN7ApWD9niVojxmQfK/tjx/QgQ7Q4Mt7uPt1Wf3FY2frZR+NzQnAb142RiSYBbhdmOZ3iynQhee7gKiv51dV7jqw9EyQCSpzBEudAVOPj4WgBb9zUO1FPGCVS0FE6fPGDq207/rOSljgU4aQ/C+Q/MyPpC8gBkhQ3BYsnX5stGjwpXFG13J/DzT/cKtp0AbXLwyvnsBX8AjX36TuU7v3kAaBz85rUMi8badjNMyFlWpO9gFdKFbdh5Kjs18A4aQDJ4JshgyZkFDUBFGiOBBJ4JCDiAkUGly8+CFfBgYUGGRIcQQLBC5MdATQkVJHEZUjXNZjooRJKHYrOliYQCRDggwZKGzIsCFEC5CTsCRilxQLli5MO7DTtEOTpk9VP2nCIkGCiRdWYiBBYgWJGCtixKQodJbKWTFpaKChAQqMMDRohMGAcUHvBTRp1tCgkWZMmrpXwFwZc4VwG7wXuOyt8ehRmh49xiROY8JRi0IaNmiY0MLGg44UjmiVwCIGBQo2Ek5QN4PTDDaR/zgYZDPBgkEOE0T8vs0mheeLChR8+JxhY76Q9EgWQKBSh8sR8JhYH6EkVKh1gbbg/D0koogEOvMB1YLlKjumS7qswLJiBbtEn9hjnYpliYMjJlJQSWEDKgb8b8ABg1AgiAaQC0LAQvxaA401rkCjExr+WiMNv3xwYS8arlAMsUfsEkbDwfKCwRgQfKCiBw0ficyvIwrZIJ8WQshAA9ce6KmE/VAzIYMPPshABNzY4ARJJdlgcggOHEoIpxmmnCCEBhRoIIUGgMpRg56OaIQLJQoIAKUBpnOJCTWVUAICRhzAYIspY2DDAhkaqjKfBlqYhCogJFBhCRWwGNQBRj5R8/8qILDAagUHtCgkwA0mXWstsy490IMFFvDAAwU8CCIIRSxLAzHExujhETEs2+ueC1x4bEI0KKQBLx8CW6MYGorx4YgMK7OiskcuC6wFKkLQU4MUQnighRK2YEECH0BIbYMFDiCggQcScpITDmbjxIkp2RCBCIpm6CBdObco4YBJQ0iByHw0eOAnLehRooICpBtBADXVtC4ULLbYIl0UOkBhthm2mOADArSQKR5NgHDgBCBUuNgBFahCNBFNHPhzUSy0IJJSMdbqoZBgKxsj2EIQ1HQB44IANQgqHHkkVckeQYaKYfcC2gWhYVjjMLh8ePWxC5fwodcrCkm5B2Qku2z/jEJaMG4DdyrKwAYbYjgNtSMoWOADBQ74YFsOEPKWkw6mpA2hhJzYwglxO9giEC1SaEELLULYgAIveypkiQL0PXMAl5QYISbHQ1mi4Bdoe5vgDmzQ4AgmEIgnngqAsFgFjDF2AIuk2FHBgYpZUEMCIKBqweRLeyDLCtst68ERmjs1ToEFQhX1Mp5T9TmNR67Q65ALfAAjr1c7hOstNGDo0IUKQLigmCWyhwEEGipL9TJD0qDiAwU3Yo21FEwwgQatWGjB7AMawLbrCZic0u0OxJ3BArjh3t+U8CYEIcRACMjBUQZa4AAIVIALFYgOdRwnE+3EB24oEKCcNtACNXGu/wJRUR3FLpY6ja3rKy9AwQugAIVFqUACLUhBChxxKTFAbWU9CJbuQpWgTiEoVDUwgWDGkDOquch5P6gLGprXoUO4QBhz8YHzuMCFeHRoRXoBAQxqoLOq0cARvstaA9K3vmhpxQQT0NIB5qeRtAmBculS3dumtJv+sWEG4mLSbWIIQyLB8AgQaODh0JQmCrJJP1uIAQdiMAEBHnAL8fhEBT7hgkbs4AQYANTFMtaFpDigC2yQgQxQABYUYIBiqTHBEnbQiFddIA1mYVkaXhaqdgDPlkGwgl/sAoYIoep4TbvAW64ACiU2r5U0EMZd8iI0LrgAAi5Y0bRcCb5hjaE/Df/YXQM0sCAKJIB90WKBCURjAwIQgAFCKdsHWmBHdAnEAQOcwGiIQIQHiGAITpinCCyQggT0rW9LcCYXCiBQk/yLghVQAhZC4QA2cKA3duzANo9glUPsYAdAYAEGTjA6FZzAAexhR1Mu95tQklIFplSdBEBASZJw4ZVlyZ0ibClTWoZKEVQw0WWuIIxTjQENevGB8XxKF+cFk0J3ucAyk3YBXy2BBjW4DLCsYDUE+W4BDTgPBVIQAxZ01QQYSIENiMAABjQgC8a51gdswE6BiMsCo9GAEJj1gAcMgRAWMAARXOO3IxwhFM4Zk0AL4IQVdCERTDhsmxI6Mhn4hgN39FL/CDThgopaNJxQQAHFVNCEE6jhBCFlRBcC8ZsEJCAFMnBobr5iAtctoRGNeGY8LlAIA1FBVKJShCLkgYybUoGmjrDdYEoFBhokBi56WYMVhtUGMIBBLy4Q5qxAcZfqwUoCGgqqZVCFQyu8LGbGIZJW2WcIr4aVAjnKxwF69wHW1JORFsDJA4ggmnoxwAAGsIET2ECC0tpgWUtYgnMeKNgCHCQQJVhHIkIxE4VuITe/8R/XWgCCQzDvB0YwhBo0mroYnAASAzHse4bRgSEUqTzkgchtMNCBIwABBK8FJBckMCCa+nZAjrjZzWgq0w2EakCFWIMwLiShWl1gDS0awxOF/9Ehou0SDEpcptBcKYE1LEJ4OBwDDbQQOx4g6wNiBEkMTBBOE8TABglgzfx6p83z3jchIjAAA5o1AQ3Q6wF2XltOyBOaLbgWAvliQgEEfZC62sAC8FHwCgh2R3SxgQDzjYEEfvADQxjhBUgoJQZOygEUqOEJhOjAMLogaif0owMZMEB5GmIAEXAiBhjAQLSw0AhYTfFlPa7xTXtmIB3WFFSOWARghPGXWnWoBz6rC9IgEMwkErcu1JtiKNLgAytkCA2XIYsJfoCBI5SAKAlIiBC2agiusC8BG/jA/A5wrY9QwAAZCMFbiWCAbbkGvhaYhAUeYAOEDOE3Yr1vCCbg1//njKkA96X3EFwTCCwEYgYtmIAW2OBGBzhcCx0IpxGscGkVnuAEW5BBAlDwBDVUAdRd6AIzAvFW1thAFP4mAgke2wHVRQvGsDoCTYMgjxZRYdc09m2oeh2EdlBBH35Bpg+Kgb1FHBvpenkMDJBZK6k7F1YuWMJUhyiYS6VACxLYAsQtIAIZFHCr5cZADISk7vnlKAQJMLQFEhBnHY0GPBMIhAaiEIVtacBcE3jABxgALzApQUyCFgAKyDUBQkcBJxooHVYiJ4QJiAuNMkACZlFYShGATAJqMALJCaECQtjNCZx4VFgdC3MLEMwB0MLCBSYpNH3Y9maPCJaNcTwgMSD/w3jH7q2P07CINSDNMRdYxICGTwOgJRUwePnB866XBuUq10Ab8MAGYqCFeLIBCRMoewqQEAPysy8DYGwAvHM03xlUhK42CMG8cxIlDVhgCAywQCCGwGqxnneBS4gxQSsAAVAdFWADB3CCIaCnKNiCptAPCVAdOxOrItk8WFOHFHCdH2AdNRg5QuAA26AEdCkEHIkIJ+EASmC8DjA1DHCt15osENgARRCDR4Ca3estKhiDTvCpYUmVQugZ4DE6t9ALeigGfQiVHlgEYGomF2gaH6gwGoCV5aGMYBEDRdgA3TEOBao/dEm7GJIBMYiBNBAza7mIENACb6MAiCMrr8GR/3fTJxFwjfrTgHwYAg2Qs7oSAaJogSNYAhAArMMrgEuivCiowyGgKw3QGwejvAkwp70rja7hhBPgBIqIgSVIDRaAAjVQA0KIBBI4iCFwAKJAtfKIhCFQgX7oh4OIDRZQJVYKExoQkC3quZuaQQmZlSHSGcG4GR/aADE4gmIohiNwhF6jghoItpVqJhhAGhgwgVs5AhhYBCtwBBoBHpm5Km26H5CBE/LjRr8JgQPgAaDYvhn4gLGigDvrJiNJEoqwgDqzgb2LAgZ4x4QIPxM4AhAIhRgjMPJ4ORswgDqMAswpgXwIgTPbiQcwJwJYow8QAYQRhSnJgCWIFiTAgJKrAv9OIAFKGIL2E8X78kRK6AdKsL+GiIEXwAIQWKVGcI7d8znfqjZkmpAhyhmfwYw0qIFQ4QEfWwPdaQfzsambqgENoYFb+QH3kSV7pAEasS1a2pT1Ao2LA4I/cQBwYp9CyACz6gkhYAMtEJzAI4AEILuCmQF/Uzgi0DsGIAADiAID8B8Y8joTUBE//LNAE6h5kqe1ZIAJmAK9K6dyzAC9YgA1WrfjGAIUcKgOeIAFKYQtSIAYIATPIgQSsIApWDkveTcSIAFRIAEnKIMhyEx16IBIaxoQeDEXSL4gwDGb8QsKmRXJEJadmjpH+IAsyAKaqaUGybFhlKmbAh/BkCVH6DH/2oydHUKQpsSSBSCADTC0GMiKqMSoWGOBLbvKLIA3LdiC34ifNJSBFZsIUYDDLiErsnI87puBvREzPqQHlZyiexC0LkgS39ArhMyHcsoHhGSNcsoWHrCqBkgXh5gBczqvrmGDE6iCAhUFJ6BMdzgvBpg3UbiEIXhQCOWA05uBSJOWk7yAJUDN3eyBO0CMO/i9qdEpxKCBkyGKmbEpR4iaVWlJIqq2vhCDHmsH3rmIdpCZT8ES5NCAL3sA7isdIFgCLABSDCizSVHIwLEjIWgBNPsANgjNciEB8igtJ9CAAyCNjSyBCRCCaDEBX5QAFUlPw4uJAjAd2vAaCtAIbCEA/9DICQZIN/W60QNw0g5IgLE0ABLgES9JABXwLBXgBAtwAviyQ7rCU8y8BMw8CIVBNxjSAhMohNr0schQrp3JGZ+Kiw9BlZNJgXz4Hf30MTGIDCTjGcoYDLgwhCprkN4xDozgAWzKghZogVa9iBaIgS2QACywqB1YChYQggZYgHzIghD4gK2SgRZA0w2QkwTgr8wkASKYgEnQAALIB/iqTzMsIzGTgD7MR8M7nALQBHZwgDMzgCGRnwawAQKaOKJIt7NZAMhLFwIAVMwUhXl6gBDAgCpoAhXoAAOYgigIhHikqwe4U8z0xHsahkBghHw4hi4gSCWlGR9DhmNDsrd4i1kgo4FOuDbaEQNx6x0fshkqCJbLECpi6YvoqU3j+K6r0k8FoM0s0IAgmB9tagFMkoqoWAotuMp8yIesgVUhcZgJAMtyaQgOeBuFlLOrhBdadR8f2Ao+dK30nP8igZoKdrCADEAbWT0ABWIDRKrQ7atSbEmXE5iBa2EIUYiE3JiADGADFagCICCEgDwGG6jPfKA3QpwCjZwCJwiEYWCEdXgHYliHSVAgLcCmopuhFukBZJoLvLhFEBkis4gBETg/makZ1ESGQtiZK3gEIROywJgWI6QZqzJOHlCvLLgS40AbBkiBCTCB0pEKqMCCcP0Aym2AodgABSCADxA4h3oSDlCH1BG8BWGAeYGXb/qBRjgCBwgwEACkfMkX0wFXn1AjjNAmLZgBWIMCDOAPLQCNDniCDhAFNWIAdeQA+xMBDnBOFVBL0kBLu0XQvUPQ/OuOY5iEwG2XDHAH2QT/ztxqkTR4oloJA8aVyWOjnUTyjN+5JUXomcowHmRSxqFUxjXQhx7zFOO8FtrkVDWaF2+jjfthgaXACvbQAhtYt025EjUSPCMBJTZQBySwmBXoVQrYCCtRgAwQAxb4AR+YNQB7sRgbkwrwpKSYAdIggLK5iAzgKjFzAK3Q13ThBHWIjcCcFDcSSSeIp7Z9HcEhq3JyvECQhECYhCh4B52tM39dhyzIBzftJmWJnQ3QgiNwHxrI4abBCxp4BJ8DHzCUARGwEuDJrT9uyZ7JMmAqBnqgAROwgqUU3atCY/qpkRJYmO/QjYebAAyA3qXAghnw1bLhgTftCPATASh+taiM/w/lqJEb3YD1+QEggC0Q6MMwHbACsACNSR0jmYB8+LIcodWLAxlMAgKEeQJ1sA0DyJoNEIJ+AFSxMiUVYAfSsMO03Lt3GIZ1kIQ6mxfSuLMpmOS7wZsZ0Eot2L5G/SYWIDc0WJmc6QGwIC0qKITIqAED+ePdVIQHWYTjO4IpnBQwUgAeaAF3aIHWC4TCUrR5oie7TIEtYBT2iI8suBasukoCoAC9IjsZ6LCo1FUsKIF0M84NQIIxO14IeK30JAnnrQAi2ILUqYIZYFAOGI3zsoGZNQGP0phLIgQoFubAS5ANaAAt6IdJ8Ld7fZ0JkLP2jYJ8iIJJ4IezTEsGvSc70v+vIXg5BcTT0iqtsEoBNjCg7UuL2cE9sFCtVREWdPYtRbhNm+muQ0ZksSiEN+bD+kCst0YK1flTervDgI0BINDVRXGABugygtw30aAIDthOvM5VLDiC0wUv7TOEH1ApZ4IAuWwpfZkAA6gYTUuA02MDUYA/rUKX1q0YhMEAYVaHec1dLNkAHpiEFRCrDiBQIEjbeHS8Y7AAo57PNCYAfsMJemI8qW5WUZAv/ko1IggBitiR4YaXFikLK2ASOomBXBKeIRqDAemxUNmAtMglGkDJQ6AwrGCUTwBh9iChDsgNDkC19PHZEJiBJWCP0iGZj1AgB3uA1RUBFLAYH9iBQ2j/BE1YgdkFoyBAixdgAfsGpGeCAAGbogrYPzbQKFgjBEIgiCfhiaGYgSMoGMdUBxRAASgmgtzFJt85gGOYAbX1sCZwgPSZ1mM4BoWsbXkcAgsgAkOktwR4ABK4U4RLNXozgPbyGnqKaFhNARqKgT0WgRo6VTQwhDE4ciMfjEVQqQq7qIsCASGVgEtigak8Aq7yqCaANST4DTjUCcErJzdVIFNyTu4bCusUgp4ACShgAcK2KE1YAqzRz03pxRfQNh+gNUCCrZEWKIfihFLaqNCOhCeIBHWQmyGp3QwAuT+/8Ce5M069qh47BlpVgybAVwzIgAcA1mOI1ul9PwWM6rX0/0gbvy+vsQGyCgrB4Qj8nQFG0IIswDG0KCmwQIMfAANbDwMw2IEfsKhDUCUgaAIWaAKLwmvQubTx23KNMoKvII8YiqEQCIGfwOVsqRcZsJgFBwIRSIEK3YId1SoM4PUduICokIojGMw1ogKuQgMXG3B9pEuHsgBOyN4TeIJ6F+ZISBLM4e8GAL8/f4IMd3SsOoAgoE10y4DO0kTQEQJNV3ECeIB4pLeGEAWcgHi1pHEbv7OAFDw3Dc+LeFUeoIIe2wCxiOlw/4EmaIJRSPmVP/lhV3nQC/aoPIFMPPYXOHYkEAIZSIGeQDOfQA6OIJIimYGYxgAoOAEUgILU0coWUP/SIckAcJeA+5b6/A4BVUWOFEiDAN+BWmtehBIoTjDBUqoCen8CexBmDqDxCZhedWKDUsJwKJ5XNbsIkaeATlMDKMBXiiGnOrNDhKMESohqJ1iHtCT18CynBsi/DQhzab2IVoVUGTQBlFf5L1D5UfgByq/8Cwv2H1CDUTACNWCdE2ABI7C08SszJLi0IBfFSQkK5GCvJi1Aj4M1j2uCqJQAvlFSqx2SSAMC+14li0LeqwIjdeKqHM7zZoragZrEsK/Ieg/mSIiEeZ0A+jkOQ/tzDHj73mCA4wyCViUSNlAhTUx4IGADukLLOz1QQtDIBKx4hLMvtFTI5PQSh8EWbFH/kJwUOhOw/C8wAv4HiFGjvhgZZaTgQTUJjaiBYgQKCzUsUJiI0SKFhg0ptAiJQWFDgw8MQoakYCOGg5QYTnRQc+JElZcngACZkCJFiAMEGjBoweIHkEM7hO5wgWWDAgULFHz40CINCx9YXLiAYFUJFy4FOhARxUEUGxSQUDxRVzaSKFFDHjQ4oOBBjA4YnqCoq45NvqRuFWz4oCEFJyRqBquJCeRIBgIGDAyhRIgEJQ4GolioPOQyiShRCEQ59qFBlgxZWmQA2UCBBw9BVAdJM+bHF4NqRs0+aNs2lNyGHOZG8cL3CxEZPiwo3qCFxRAUPhBgTkEDmy0OMKhwwPKl/4oTKoBkb5ISZ4gM+bIcaEDBRBMWQ0EMbdSohNKlH/oWMuGjaCMuVSFUqLBVhAhDiMABJ2qUpY46kaAlygNE5EPAASFMUBcGUNB1FxFJMcVDXyGIIIQ6gkFCWBXcTUAEJ5w8gRYljVHixIuXyThEFA8E0kBfLYjhSCGOOJJFEKulNlohMRgUm0IL3WbECy9YwWSTTSIRQww49fXBAVl+EIINE7RAwXNCbLHFStZlJ5MK1W2nAgtpTpdRaRqQt4BTPzUx1A55ArFEEPGFxJcJUfnQCFVVZVWBCgkYIIIoRHDQwYFofUXCYgzs9AAbYaGgBgbqoMBGC0opEAQPDTQwgf8ICYgQ4hOEDabdSx08RgKMQ7DRD64dTDGEDZRZkE8g7pi6AbFBbNCnB6Py5UgLhSDBgpK5MWmEIYZYgYQYVljxgrWGFEJFaRSUdsB8+bSgQQgpJJBAChPEQOZKLDhAkwrUObAdFuxI0IUEKkhwggNCbJCluTy4tcAGJhjRxH1D3ddIqAuUd1oQKbAAxg4+uEBofhVwoQIHCQxBQlePIqggCaIsRsBODFAAIoVqqBPYBG3Jl48QHXQAIBKebtpqq5CUWAUhnBjwwBBOOKFB0oE4HcgMU1jQgNM8JDtqkAq0E2QQOLqjhRaBGsHCC1CEiAS2YqitNhXZpmHC22k4Qmz/FiHNl0ELMuSdqg0psEElCy9h0ATA292LBRYOdMHOCtV14MAWMdjQVAjHuHWAxEic8EMTYewQVJ5LfKDAASChljANP+wAwyEgGFoBBicSsRgbBHKSVlqUGgAhARrMwIEMGNQ1vDozZKDlBqjKMGDxqSIxvIGDQdIEEOyoMMMQGiim2YMSl/dBFPms4M4CQaqmLA8KlJqFl0KkEIMWMXAAYAoypLABFflT8S0yYjwyxhjSkIZCFGs+KWiBCJAgAxl0JAWpYsMLVnICFmCAOkDAQuOW0AUsdCElKdFZ5CYwASFkQAMNKFVbGhACaAFBdWEAQugysABT8WB0GxCDEcDw/4MwgAAGjeAPFzrAhgk84GhO6MdXcEcEEkyADe6YgeIw0AEEoQADakBBiE6QD3Id4AEOBJ46goMlBqTAU+q4IiRaFRN2sKMLHXACB9ZiqaUsIB8NKKEWJmEsH21NWTO8I7ouEoIEdIkDRPgQAdsmBir0YH+N7EEPAJi/GxbJWWib0gtiIIN1sUEuFQSYdlLSBSCkxHEO0FkHtMAGISzvgC0wVRZ4YEcKxGBzTbjTDjzXCC1gyVQ2FEO1fqBDjR1KiEUkwBAC0QELkKCZJBPBDLqwgsTd6wR3ER4KLHTFFDygI8I7gRoIAYUJUIB3BHgAB7B4xla5pAoYqEKauOOEB/9ASClZyIi55laIGlDhWFcbD0/m0xxymcQC67KAFjZQiEWOQQw9SAMkxwDJAVIhBWKIARJegLYmoSAGHU1BBsRUQQoCbF6kpCYGTjkDJ8xACDOo0k301oLRNSAv5ErBBL+AMYbRBAtZYEoDgvCBQmzrB2hAAxjuAwEuxINGK0ua0thAhKmKcAJY2FfisuMALNZlMCioghoIB4kTQGJEGJCBASgwEt5RwFEc8Bkh6EIW7KiAgytoAQOyhKMNtKAF+ENKn/qUAXdYoAX5GE6WspSBIiaACCkoAf7aVgMrxA2iVrgCDdKgSCRcq0lQwEAEY2ACISBnBTFIaUrntYJ7fbD/A1uYAWw1gK50icCBYpBBIWT4gS2SCwMLG8Utb3kfLSwlKcg5QrUMgYafXGCpBYiCUymjzEA44TIc6KQWurAEFWw3TSq4CxIIYSCyqGFEIwonClR2zhoxgAEamB2jRIEgdbx1rjNZk+KwoAVygWYDQFpKstpyz3Np4DPlwdwBSmiAQ4rgSwqNpADTkFltpWENVqhotjIag0xGyTdVEpPOUhrK1qJyCxPQQD408IAM3ASmuD2gbmtaJzV84Qecu+UOlrABiXHoCBKgAQvGoFyN8acIGojC7pLphOm+tok6a1zjWKuCDhBIneQt7wmeUEERlNO9vdLAkjWw4EY5Ki31/0UBXYEwEwm0caZIERXpSqVXDYinl0txCwFssC4ReKk0jqBsAOF2hDRQOJEWjYEVTPCCE3jUBBTZwgEhJ8XUehBykJuADYhggxmUQIUHvMlNppSC3DaFKQkY2yhg07kmAEULpjKVFiQggSPQgAYgcB0X+mMpznSgH1ugbiC24AQLvLYDHZTydAjBBk4sW77DQ8HzJsCyaROAAU544wwm4DIBLdEAJHgrJ1AgF5mspAn+wsIWMnCapPDgzoklyWfoJDEFECAfi2lsX/OXLRMYwgQ0oPWg08A2i27UBFDIpG+gcFoZnNaD1fFgII4wNZHYwAIacMdn+upXDFvBolqYKf/mPhADFgzExk34AqtZcKVCHOHWF1iC65zrH5Y9YAaupe4kAuGAQBAbio9TE3VestKkWcAAjQVQCErgAJa1170WCEQXnECEFhAhAwmwgAi87W23aooQGBirS7STr4RiLn1xNhV/d9sWBbTlAxR4QBHbmlCLigEJYzCBMWhgjCMsQgsE1IiOLBnBCDoaA3GJyxY6sFqdr2ALJpSY21uAKiE8YCkacASob1v3Kfl1dBkwwWyaUAnOAXcHft3AEWAOgkbQwwX00IpWBJDnJf+6A0+bxM5r7wBCpARWGCgaG2JEBJbV2R0jCMUk3CFCDYjQBs63yYofYIElUgpAfF52zGD/0gQ1rAkLQmjAvHmwEy6Si044Ck/fMP2h6MBvW5kM1BHosYg0LIKAFatoCi4Zg4NX8QUzELcUpUTEaUEGJEVx0AkFvI8MrNLAZEF4YBi2MBy2kFBIPAttnBxs/MAoSMBGSMASuAc95EdWKEE8FEEBGIAFuJbSBBsLOg0UndK9rMSZYAAnDEEcOcFmNIdStMAIKAEGrcAksJQFsJRreQkFqEqjkNnsHBIHTICnEMIJQIFLuESbcJBhtUAJTMKYbOEWpoQETEcFVdAMgFaTBErZGAILmIAJLALf/dQMXUSoYVJouZYWzMAWaEFhDcdnZE1xeMCWcABGxYA7KFbm3UTd/9WdRfTFBkALcJUcQQDBC7CA6oUgBCgBVhRAAfgHVF3bSu0c7WmhzjmB1wnOCRACCjBbY7DBEGRJHypAKChBKGABI6zA08BWIPxFpkxAAjTKtw0BETDAA3yAqrhLFVXRq4Rd9VjPCqwWEGhXB2nCaskEuVnRJ50A4RjBSHkg37lDEADYBmRARenNAp2Wa0keW3yGqbBdUBlgcShATHlUKi1HBrAYi42aRcnARZ1eDIzNF7BAbBCEjf3AEuwAJS6VxzCBVsTDsK3USr2R7dnhFrCBzaEZIXRATEQhWbCBKEQCG9iAW6zbArQABHwCE2BBIsRixPHWBKQgGyRAHMXRZf/Q07RtCSt5lDrMBTilVBeowAqwEQctAeIkQpoADE1IABBQD/WwQFI6wC0FzqyZgBY4ggcUV1KYyjwSUv10gAnMQJbw1Wvlln/VTZ8YYLJQQN5sWBiSRghohEbkX/6JmkZE4kEYxFz+xK25RyVWgBJUQBHEQwEIgGXYnGvpDGyVwBZI3rV900uIl7ipg63E0byRTgNowBH0hxIwwUkmwiQQxwcQgbAFgi8OYXXxSj15TwZ0iQyogwzUBRTyngp0ASPMwyyepDT9HMAY5bycwL/8S7y8RHoAgQR0Xmq0YwNMZVN8QAYAos5MwAY4ABZoAuLswFVp1gcESTsuxQakiwz/9EwEVVACiMv9ZJ4Q1J3AZFRC1IYaAMXqheDrcQETYGIBmCAbWMAM0KcTvNZ9WtwMSOQMcEKIiVMVyZUoUAIbWI5e4IgGZBdJMsEIMIElLoGwPMCwWUCvDOEUSILFHQAKHSByaoANNGE6ccLvKU4iJEIXdEEo1GYFoUDglEngCI4JGB4FsQBNsMAWJMCVaMhp0FFIJMAYxgBssZQyGSXncM5hREy7HSBf1Q/aZJO83A+x1ONbTgkBnZZtNIER/MDY3AcIXAXswacADJsI2SFsvRanaQACiUBX+GcxDg8hNAqvYA7bYVwLnIQDhAIT5Gk8VABmhoIQMA2SRYEkrMM6/wxDIMxDeahPfBTHAVCAh6SFf/qnCvTDznlQiFURFMgF6FEQBjjaC7CB/cgATaiZCUzAfOCI2Y3lnZ3EV6AAbK2kAzjBdLCAPyqlBLwZHTFFCdXPdmoOrQ6SlCIBwV3UTTTJbbCaje1Acy2VJWJiEfiHCKlitu1nkFLoBAyBBQyBWkxAinSAuIWbKDCRRxpXBlAAphFRCzBCnvJpnmLmCjjBMTwAmE3COnTBOgSCjrbDdRaH2zGhKPRnf4ZiB8BWMSKB4T0a/MiAnlmd85kAFgBBmxjecGRBFpjGwYDfB6AKB/TnSirNEG6BCEQitIyNBBQCO+JI6ZhEry4ao80jqP+BGto4S/5plLEq5U98YCNcon9UgF8KwBZcV1XVp0RuAYV2iQVwgBOkhUR2QKQ6AScQQfbsxMXdkfN1SXOk616u6ydAQCIswYlZQBQMwzp0xuioRvq041SGRHMYgA0EyBDV5wTsZ6ZkSgyskoMxh06Y6yrFADvQxASdAAb41WGVxgbYkTqGgEvVrRTZXLZiq0EhQUIA1wnwUlJkwfjNB5dsp0OYAI667D3GwG3JLBIYQtkcREDuwOopwVIxgV+aYAFkmwgFyEq6VH1SKNTOSDPJri9OgdJMggVkQT7Y0WQSwQNMwIO4RQsQAywygVX0RyKwg5nSiAbQEYfEhwGOB7X/Lcdy2FHdfCMDlOtx6oT41lvcZooWsMPDqtkJjJZ/zePgfmMLCEETdVIMqsAWPIANGIAG/NpNKMwJmC4SFG7d8Ba54A3aQMEJgFRpvKywVomw1h1HGUJB/IAPrN5SaUUB+GU8CEAuqmkTWcAECNsEiEJV+aKtVEbjEsG1TsEUTMAxBMJMVdu0TUYKUWw+HEEsQoAmNMISVBAIaQ8doSP4oYYCtIA72ACK1VleHeDlkM4B2FGWtFc+AGPcxu27uIAmaAIpyQtpiIvLiMuuti1saULXOoC82MADUPEKlGsK8NtB/EQMbMByoB3mbIANPE8kmsAH3BM9tmX9QDBv8EaW/zKMJnDBZTrrBguAEIDwuRJWC4BwthGSmgZIi1hAP1jAA0AX0rDtZYhQGk8b3JkQgmGnFixBLO7ACdRFSqTbUtyRWpkKv7qDEzzRDJzLAxxWTdWNhpaHHe2Wh2qa5MWACKySA2jCJ3wCdJJSDCjHrnpJCABr7G6BScZi4wnB7jDAic3jBiRADEjwQTRBDJTGB8gZQWmuEThACrAdjIFUCrBSJuWGREgEydllzmJwBgtAEQhAAlTVsHUJ0xxt7QAI1BIvtrKwtsoICfDKZTBy1WraiWlAXqXQPLbAEVhHXQiRA9yVA+aDSdyyacgWSD8AmIiHuqGdHeVDU5wmEnfJh/8IgRY85zFnsSakBEqQVrpUbQKc5oDYgChsgboyQSisgPZUG9yt2LCkALeMjRGs7/FgCVMwQAL0qkQUwsTw1TNnAJVg6lLf0v/+xA/8kHsicj7rcwIMUdz2ikkM0RCp6VQ1yBBIAmgOG9FVBks5rdIwmwqfWFWJdHvZDQWsJjZ1gFU5wBEUtgn0lVqVkIoxQFrhL0gDY4pFdgikGBqvywQwnHMa8zF/wvNCzphoQeTUaZfUaQhvQf6KkAOsAyMwQl48yDnBnfB+YxqMrm2cQAtcTnksxx1HIjiPDnHkwzdq5ws8hDUGjlL+gF2GAgb3rAA0d6qUdVUxdhXzmYDo4uz/DEHUQBev7EpC+2J3X8ayPeZlwK0I2ACYZGwMAMG3Mu0WQCfirB4PHwFp2YAQcEmXVK3zySsDIHH0EW9VycAWsINMa8IOOI4QgjAIawAIi4cGrENQT0AGLBHS+M5PCZh74e8rhURbisFwjw1V6xVHH2FG5cYWNIXEmF+oZRM43ZJC/ERUNAKfwicmCsBfCoGeoUrzEcBK4rgIcRvbIs1aZDKvwN1kIFmDQC1Px9G1mvVK8pkI1MtFvxF9BgLMEaR7YAGhXNURxEB9G0CE62IIBONwiEvxDoHyYICAD7gW3xzPKc0EvEMg9IPvOs1qM8I6ZFpXqEwac8gxQDQ2exmd//WFrm7YQThAYonHrm3nC6iBCagbnejEBiRQNhEO4dAq59ysc4Epc2tBCrRtu8Dd7GBddYuQ/GYa3CU0XTsBphVRGhsAMLYVdNkAtibNBJCMqqymb+hMDS5TCUScB8JcVRRKFl/VdAApl8fACmgCI3yITQwIBgCBTLvA1mbxdHSAod7rOvCDE7wD2FLGOxAqIyRCFNhAQqvF0eyxCclWCeRDAqjYPB6PqbyPQzhAU9SUuj2IDDiEESxz92ooVGfTVtNqWKUHC0iAC/gHJsZDCTZ3c69AS3ZJCT2HufIKpiUo2AjBfK76ZTBNl4T5M9uA5GkcElMGMNZIES2KR9XFdf9dxjFUBpoWSWEvgSkTSqEUhSYcAnCasReirwPMgG5CexYj8yc0AhBIkdOswzysgwUcA5LlQ2c4vQYcgzu8wzFITXXFEQ0pQD54CZ09AGnANoPXz3BLAHMUbgMQwHKELEM0uhPvBC1JYXqoQHoUacGDQH9kcF/SuN4LwBI4QAsQEhqfvbQ1n4L3FWnF7RAGwrVa3LDd4RbW4WtZxIr1CtOxDAUMiF0UjwhVBs8dQ3jgjRAUtgPIPBbsQCMIBXuYgLqIAMOxww4kswTkCRY3Qih8AgYFIKFOQvAGb71FAUijWIrRtQW0CESPc8XK1mkyXwmFgGxtSbpgAAvwEpYIFFb/K0QkYsCOvZsQwHNwMWULSQALNNcG3/Nf3rMJhkLf2zgSs0yK6a8IuYOHijbzZZsTlEB1YfJiZIB93/iqnytAPHjAgACBDBkScFCnjk0HIkOiTDpm4ViJEAwofPiwoUWLGEdYsJAwUgIUFBjUnHDAAogLTY12NJKp6dOnRJocbLGhIZ+GY/kU5DtAYGjBggzy5UM6yQLTCQ0WHNiQj0ICGxMmaGhwYCuBjBSQhDSh8QOFDCJMYDAS0kiMrQd4GHwB5cSJJkBY/gDig0UjF/EKFBAgQHC8wYIFhAqF5ciEEDYeKCCgIQqBKBowu8u6M0qUnRqw2rAx5IEBAw8onDaQ/0CgBdeYNTDIUPqsuhgohtjofOzYlHfuYjfYcODDAo0p2AiJsRzDiSqQTjxBEYMFFiwy2TWiuRjLCp028jUgmiVLg6QUDhzIR6ABg7KTNbzWYFB4iBRHOKTInZ7rUAZaJLgrhg0oaMEE6qAwQsG1WkgvrgbYQEENFiZMSS+9QPgrsAIAM0yAIhATYATFQllBCKsyOICB2OCzoYUQHiDCM9RkHO2B3B4qzSsCDODRgChcm8CGECjAjAIeieCkgyEs6GkK3o6Jwh0GqGxAPApEm8CCGWwgIoUTUoIEAxESEOIIB5ZwQIIllpBghSO0CEFODTawkocDsshHToEI+CCDFv+EmMEBB1boYgUHtNBiixVYWAkDCbaIYQYtsvqAgQYKXOuHE1KQIQYjTmDBiFFEZcEEITYgIC4CREDiBTXUMMJCIICQYAcI4qmgAsAIG0wAXgUbYQQlsFiisRBaeMAyZQnIJ4MGMpCtgR8poOABGwzI50cqqTSKgR+ZdM0JrPg0yoAJuDwGqWPegZLKD/qkgAHPsNTNCQ0o6AADQtgQwasUN/hzgzlT5YqnrRRIWAGpHlNuUHawYAcILDShWBNNILYOCwmw2CHiia1z4IgEQogh1CZ+QAKJGAxJ0BAFDQlJjA/SK+gBdVBAAQpYWdBrhx8kcKGAXQnzkLAQBxOWCSX/FHNACBephIwB/rgSL73ZkOrWKKNuHMKJIbz+2gKwsZrgISJEsMAJipKaJB+3jykoIwKu1WAKyiaIEiMbZBDhyIL4i4pm4vizcisrFfggHy06UDPiiFUAwgF2aLK4YixolaDWWpfYIfMdJIjhBQxeMKIJQ1Sea8G1MEAiBLI+CEEE0XWOlYUmUGYhw10FC/YwX4HXQYcRmEgEglCOYKMFIiyzgUr+FraSqyzgbSAKqglggEmwhyDiARKiIC3G7ocQQQSshuggEIKS2uSYPNNj4AENIIvtssseaADfElagGan58jE/0GipBbCp3gY0ACCNXUw7mMPAchxQMQlap1Yr/3FArTQGOha8wARQ8KDpWKAyQ7zAEB00wQtikAKa+akFKUBCziR0AlCBEGga+lWvigC8wuRQAMIbHvEUw4gZtIAgmHmAUBamMAVE5QCSGcpQ4oMVIkyRCCT4XvdIYAASJEAUIhDFF4fABgu0YD2KQ0p6GvAB+g3pARkI4GUscJkSJIoJWJjEDMaImQkAig1s2EIHthDIQMYAZBCjHMVk4jEM9G0LmgjFJzRGQc1hkB1pOiEKR+fBE6QsdR48UAtf94EGPKAFMkgdCkAFqwXpxYZH2xDwjDYYH47gh0woUSC0QBn6EYQAUUkY1dLTE81ITSClIYIBzhaFYyZgilwUwf8QOICuCRBkRTwh4hofAKODyE8DQ3AbZjpSgU+EYgnemYFyYsCBPrIhBlp4FK1qxY6Y7OBilWugAxIgAiFQjh2hcCTluuAAFRwqEPiagAxMGQMMYEBnTUjdXF5QCAqkSjjEyYB9kGASCakhQaX6wQ7+UoHecWhDgRkMD30lvCLoAB7CEpZiVjCJSVBGN1MjChpVRL9kEQEjH0CNaWKkrBgdszRBnaIXOfCaKEArm/PbiUAMcJD8ZSAKgZDEO97BkRYcQWPlXIEKHHCCB05HoZhbAq0wd52LfeJiFAuZDMoUiBXMtQuJCEUg2KAFIRBphRkQAjtHpwLSxUBlhUVCCjb/AK87ESBgpkRBRj2ohlcp6KMu0BVJQ8QrwwDGpIMZgPBGgADhwUMHTLAlI9YRCAvYDTP5sJQA6ReFgcBLRfLDSI9UYxrTfGte17pKNFfLmXyQDEaPgZEG3DiQKBxjGOvgzZ9KcAQSVWwFJkABmE5yF+0CYQfdpVVMJIgxTQRUUhMQAlY0UII78sQGs+GJRghQshd0AAsLfQESxKCy/BZCCypcmJ9SkIIY0IWjsJpLz1ryic0ygUO9Ah5KY6mDz4L2hyOohxJOy4hAvONux/jM/ZJiNQLwLyczmIBArPWAKGTLANTM3mx8+xoLoCYD2EpABrDixiykwFnz2sRv8jGV/xZMAgsVYMKwIMCOE9oFd0Bogue2+1G1aiwRTLhYF2LQXpI9IG8aQHGPn5WeDwihcQ7Ql2Gt8IIxIEELiQ1YCsQQAxOYICQUolDpWOADy5J0MJz1VQFQCuiTDka0PlzpaIUFj0QogRGNlmkc1xM46OXjUJUm6NMEEi2tKYuX3KTIagMoEO8RwQZNEuXCkpKPY0RvIyVogBI+wbRjGOOCJtBCC24tAZ+h7C7cXYImKmC8yznAJPf1VCCdhxF5iZK2GBGwAx5ogpWVkIOJQmwGUtCCQrBgCSz52QZLFTQFN5gJruzd79DtYOENYMLD+6EOEgEP02YiFI1exyTc8ROhpP9nAf1uwCTO5KZyLqELaQrEFrIit3xEQWuXyocF3PEOLzdVIBqYgZXaYSXq8WABS+S4AniggBYsxhGT0LYEStARjh/BTD+4i+a4rQkmsJXgR+hAB131wBRY4Ag9LYh4poKpgyTgNmkx4YHSkCgqbGADKSiECdYEApi0iSRYgEBIRSqAcv/q3OcG3tcFwG4Ju9uH7rawEi5M70ysYx3uOxjVPpCoI8x1BWxagnUG7p0S/KmYleGWT7bAExi1UcX5a0DCeBAeBRxeARtYYgM4rgGZBiELWziCPhrgDsofwR1CsLXcQ5CFI5TAHYFswRY60oIXuCgGQii9Rp7VgDyZxyz/+TSffeWc+/4GgYUmOIIEpN4ICNBDJsLnQq7iMQJXDmbrf04a2H2FgM+yW+yfHUERaKm0ejBB0YzIRKMZsQmKzH7xizv4EQIx97mGogvWIeeblFea01BzRastpvfauNSE+TsLi19ieT4g5DzAHbKgBTqnu7QgCDxAA3hgBbTgCBpAAhogBLBgC9xhCebIAVug8vRnArIgBNrsA14kBDRAATQgBPKBemQnnzoFCTBgCzAgUVogsRrPQH5vCYRP+CBgB7lgV0Sq+TjLd0TEV5iAh3JI+TxrAJJg+iRsBAbACc1upUZA3i6sHhLh+8BvHUjvYIIM1wDuTcBwBUqETbrD/wFS4Jh+pDQwYn5mQH7aaOIMjwdkL8gQhytcqyM2YAka4AiAwOV8QB+0wB2OIAuWoL9aAAuiywFioGTy4fQKaAMgUB+EgDxe5wAyYAGYTuMa7wDsIwFkIAVm51QyQCMSp+kK4Qi4KkPoAQK4QAkgwMiGRqQqgDCUQERK6kO2rvmQMOyoLwmWkPo+a6WecPpoCbRcivuqjN6yUKbcAUYuBYHcAeDkKv3ojk28w3sMoEuS5aJA4yKipZgGAjOYik6CDDU+IAVExgGwgAa668lAp3M0wQQm5u5iIAMkRVImJVFKoAS2IFHM66IOIgQOAtuwLds6QghKKTlkAPUUwAMUIL4ImK4FFmFNGgEEhi/WuIAJRKqkMKtXXqn5fAUJlW8Aws4XlzAJdEBEhtEJSdIJD60YV6qlppAJMkEJlJERYmoSUi48jANPEij91mHuzmRQtAD/Tg/1CqgFIKNaBkINw3EgZCMDqgUdRwJlaAVldsAHuqsd+xAvWGA51kkIZEBIpNLNzOIgUoAgW+BPDLIjDFIglUMLCuHwhCML+GskQAAELkATIGBpjEwJCiAjObIIOuRoPCQwyk0kk/AklTAJ/wCgh4CR+pyQlnro+ipMWLaPCayQaUiETSYhEKmncEgwUdIP4I5gC7jEBrZAZE7z1jQgWcpCXraJW6QSWgQsJPCiCbTSB3QTd3aA1/TiBKQNFFPgRPwkfzIC9rStEAIs25xOwFJvBMuj3zqOBNNoA6igBdIAFdkEBEKBFXfwLwuAwQJDpLhgaDhSMMpt60BkCD2LMZcQAADACVVS+eyTJHVAGIVlwlYK+4ZlWC6MMxmBnIgB36YiBAwHWlqgBPjL8gLpTFDxTVgAThByoqqlPeTlUqqlZEJiJPbiyXxTN38GniRA2lQmBhCqOFPgAVLgNdcS10ygH20tBjyiBZCghf9GcYmo8wAEpxQ5QgvmLOpW0QUgQAl0hTw3ciM3pDBvMSQdLPri0zHlEwDYbTKF8QnrkxevT/ku8xjRbmk4E6aIIZdQMJucBYFIcEEF6TR9T1HgBE5GcQMYILHEA8C2gM5w80J+hjd5E2hqBUWRIwbYYGWWA0ULVQvmSAgSZVG1IIWaM9uKgzr7LXE0oum0Tc6gjk1kokiNNCPPU0lLys+Wb+t2MfqkLwkCQEqn9DHpE0vpkzJTcj8n0zJdqlbHE0xDgWk4kxgCYS0vSk6qpVqQogXcgVEblb8KAddawEqYjQJKZgvqTFP68Ac+qlo1RxFDIAFSwAYCLKFcJQasYDn/FrUQEDLABDID3uwgmG4BHFJhyMJStW3OaCDqGkEJjPRIy62kkjQ9OZIw2tNXBgABEMAkVXVVU3Ilw24yRWSlEvYJc+iH/BP7RKRWTcsVFaMRyMkYejUFBBL/BqIgsuA15bIQCkEMWsARyKMhocUe5WyTOrQJSqVnYNZDt+DGpDJbE4BkmjO/CjWFQCkt1TXbMoA8pGdSfbQ5W0AM5uwI2IT4uKAvKwDDAFNfQzUwNKswTGoXf3FgUbVgV5VVSVJEUlIlh1BYytalnnBW7XNivRRXsUAxjAX1IINP+K3jZA8PZ7ABPMAhtSotNihUfqDOArcJJMABTICdWoANnHU2/wASIdDSPuBMhTTiLOVkA8tDiTqO2ZguwBzBQOaM25aA+IqUCTKSPAPjPEPVIw8T+hbTF1M1Vb/2a6UPAViSSxF2be9zJO1zd12KbYUFw1pRCTB2Mcpp9F7kWUgxYdoVcxOmZAiLg+osJGJFLRwACZiJ1GqMSDaUZG6se3NWe/1EOOpkiYpDiShVfAOMZJcWTUJXB5XAU6n2dPmV+dTTPQHWFwcAABAAAFA1dmV3dkkygNmtPnf3bAvYPiXWbJVGaSrWluzqbQkUTvQBD9PoA8x3iR4yAwphZV6ABWJmgy4pBmoWx7qJJ6RSXS00ZymAY1GkjdpjODDYOBLnaDv36f8WAUI1VXSLFF/RE3XR02pBpEmhjyS5VgnlMwD8N3YRQAB8UQAEdoAJzUnLNmG3dGLP1j8NeIHBdPhIJIIXQS4dAbESi/cSp9/+JFIU6gUwKQZEAFC8ZwKYRANSICPqJI36RCNeUzRubCBi7/AsuFI31+n4a2nXZAlAQIc9VTz5taRySLN+p1RPtTGRWD73N4lXNQCcmNCSgInDrpOTpiXLtggSM3fdU/lq8fqK8MiExT8b2BWPZ3iN5U1kcAMz8Y//pFAjpb2c9aeAxAImwLVoBnHo8r/0RAMMIDlF6To3IIw7Igae7gFv0O50cAeNFMNM14f5lVemOAdyAErxFwD/kLh/kRh2YzcCwDkAAiBsw/YkBbadBRZ4FFOBp3iKlW+U23NYRMS09Nm0onYHj4ecloAYUDFRkjUE3GxgUiABCIQsZsOXXYNLJFVHJbXfREkqN+IgWohkFbWdfC+a2eQ7uaAVSdfINDIwf7ikfFibQRJ4njhK+Tecyflrzdmcx/kxgYfdkoBr8Rd/Pxme6fmnp3g8RyBYCkAJiOfIlsYvl6YV+7kR6KFY2OQIBDoQZxB2BsdgAmEG+DEEYjgq0ohSma5aWsgj+EsL0gBTj4AG7O6QLdKfRTojMYwjQTWlOQSlWPqdddprwXmvk3ic0xmc5/nrSHIJnThgCZt2M5l2aHMAd892CBNTAGpxPcsWqX+XeIbFL10ZAqwOgumheD8zlyjRPaoJUScwZAuwAMe6Ixp1BmLU90pUAowBaNaaHoi0SHsQw0Qqrj81twUAm01K0JIAaRI7p4n7dcVZf5HbnGUXncU5AAICADs=
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/9j/4AAQSkZJRgABAQAAAQABAAD/2wBDAAYEBQYFBAYGBQYHBwYIChAKCgkJChQODwwQFxQYGBcUFhYaHSUfGhsjHBYWICwgIyYnKSopGR8tMC0oMCUoKSj/2wBDAQcHBwoIChMKChMoGhYaKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCgoKCj/wAARCAEKAZADASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD6T20Yp/XpSqjelRa5V7EZGOopRjHSpRET1p6xbaagDmVgCT0pGjJ7VcVMHOKeRntT5SXIz/s5J6VKkJHarQU96UijlF7SxAsYHUU8LjoKfijFUok84nelzQaSqE5XDJ9KMikyaOfWmiWBIpMil6e9NJxTCw7cvpTCwzQzVHuOaAsKSM0jMMU3d7U1icUmMeWGKaWpmaM0IY8H1p+4VFuPakJouUkOJwRxTHkxTJJCBmqFzcHDAc1nJ2QJXLpmUHHSnLKDXmOueLprK/MDKVK84PcV0Xh3xDBqQ2K374dVrjWMjz8nUyVWLlyo63dntSg+1VkkJAx3qQOT6V23RukSA+1HFR7j7UFqTaHZj80gbFRs3PvUE04iRnc7UUZJPQVnKokrsRbDg0u4VlWep292WFvKrleoHarqyEiohWU1eLuNST2LG/2pC/HSoPMNNaXHpVcwyxvprMMVRF9E0nliRN/93NLPdpHEzOQFFLmQNpK5cLgnjNODACuVg8SQtdiJyFz0Oa6GOXcKFUUthU5KeqLW7NGRUYel3U7mqH5FNz7UU3nNC1GOJx2pA1AzS5pgJkelG4UZphJ9KCjZCH2p+OKOKK2OC4bfelx70cYpARigLi/jR+NN/GjcPemFxTSU0kds0oIosIdmkOT3ptLmiwB0HWjNNNJkDsaaQDvxpBSEjHWmk07DsKzU0nNNJpmfegqw5jTCeetNJ96buGeTSuIUk+tNLeppjMO1RsaTZaRMxx3puTULOM0wyipuh2LO73pC3vVN7mMHlgPrTTcx4PzCpdSKGlcnmbAPNZs06xkl2GKWW6U9D+dYGoXUYkJZ1/Fq8/FYhx1iaJJLU5/4l2dvdWIvbV0FzDwRnllrzyG41TTrtNUsm82EAbwhyV/CvQNZktntZ2ePc+whecZNeaaNqeoaXfyqbDzFbgx5xu+lcEqjrPnqaM8itTUat0z3DwZ4vtPENr+7lAul4eM8GurEnHX86+bdGtLqPxBJqkKfYkzlhuxj8K6/UvGV/LsEUpRR/EO9X/akKK5W7m/1ynBas9k30ebXjSeOtSgKhmWQDrzirM3xPPklUiiEp4DF8ge9XHOKbWxpHHU3G56lqN/bWEXmXUyRD/aOD+HrXB+K/FK6jALbTS4hLDfIeN3sK5+0ttS8QSLdybpVk5Ejn5ce1dFHotrp0aPeSmRiwAHQAmvMxWLxOKXLBWRzzq1q8fdVkZ+g2WpSTCezbac5yTgV2sWqSW0ywX5UyYzuXpWXIBDHtTAA6YrNvbozyK8vJX+VYYWo8LHd3BNYeCdzvBNlc57ZrhPiJ4lFlbG1gvUt3xlzjJrZg1/T2tt63C4Ve7AdK8J+I+rWWuzzT29wGAbbwwBr3JYhygnE7p1ly2MqLx1qcGoOsFyXO4lZD3rvLfxhqF/okZ1GXZKQdwBryDRrWG4uIrcFfPkkAznPFdNrMk0N0Yol5QY2jvUOpK9jzq0nGO51sd3LHpRvkeV7aJwJJj1Gf516t4B8QRazo6Mk6yyR/KxB59q8Eutd08aba2qTMnlxb3DdHcnniofD2uTwXEg0iUW0jLklP8K05vYRTMcHUlBuT2PqtJhnbuG70zU4PPWvCk1q8trGKZbjzXVQXYtyT71t6T8Qp7rTw2xUlXIx1Jx3pLMYpXZ6dLFRm2keuE4HXFIGz3rx+fXtUvpgY7hzF/eUYH61sabLqbAE3W3noeawecWlZRudUZcx6WCfX9KUtiuVsby6iX99N5n4VqQaojSKhGCeM5rrp46E0r6GprAc9aUr71EjBqkGK7U7gbRxnpRn2pCeaN1dJ54uRTS3PSkOetJkgU0Apb2pNw9KaWzSZ+lMVx24elL2zioixNBY4phcmpNw9KhWSkMoPQigZKWGelJvxVfzuc5FVLi9WPOWxSbS1Y0m2aAfPbrTN35Vgal4gS2gDJgnvmnWOuR3cBc4RhjIzWca8W7JhfWxtlxUTygVkXGuRxxuVDSMvRVHOaz7TVpblWe8ie2IOArd6itiYQNYxb0sdH5qE5UgmmNKK583SFiY3BI9DUFzqksEZfcpUdSR0ri/tCK+JGipu+x0LzDHNZt7rEFqVV2JJ9O1czqHiLZCojSSWVhwqKT+dcLqEuvTTyStHIAeQNpOKUsapL3CK6lTWiPV5Ncgxwaoza4gUsThRznPavH7bxK8c/k30hEg65yP0pvi7xasGgyRWsgMkoKAqc/WueWKk9DJTlbex6E/i6xWYyC+t+hxueoI/EzXTb0midM8bGGK+WtWvHnCKWxjJwK774P+LtP0mWWx1ZGKzP8AI5AKp9aqamo8xyvnqPSR7j/bEgQkkfga5vXze3SGe3jDOB8ockCuxsZtMV8xRwb+vOOadqesW1rbsTEh2+wrzo4mMluX7Gpa8pHjttreq/aJbe8tNq4K8thR70xIN7LJdzvIYzlQvA49T3r0GU3mtgKlrEqPz9wDj3Nc74kjbw5B5t3EyREhfNj5UH0NRKlOo730OSvQrNXWxhX2vRhHaR1baP71cZe+KZ53xAvy5+8a15W0vWJ0jjuirOdo3R8fnxWbqPh270OGa8nijFujbDuIGfcetb4fLor3pK5x0YRv7xXgu72+cJFI7Mew4pLyzmtrkR3EhQnGRnNLpviKxtZQ8aqpPDBhjH0Nb93Na61CCFCuRww7ntWzoKCbSsdEqCWxo+GfG+oeGLRrRdt3B1jEjH5cen1o1z4lXfiGIW8UKWhU5JEhJJ9h1rHstFlQLvmAKHIynb8avXmEuRMqacZlGA3l4ZqmD5U7nTGtKMeV7Gv4X8Y6hasLXWb0GN+Iiw5H1FdtJfNLZN+8QAKcOvoa8c1cPbWrXT2pmLc7kG4c1s+H9Rml8AXNzIxGN6juRxXn4vDSbVSDOTEybidG2jreW7Rm7b5v4g4auO1L4eahEzyacbe7XGfLZtrfka4fTNYvra7UwSTJHnAPOK6abx7qkNvsCxSOnG9utdEcLiqMlyu6OtK6SY/w3oOp6f4ltHu9Ilt8EsWYHbj61P42nNu8zLwXyBW14P8AijLLC0OoK4WNedx3A/hW42t+E9cO29W3Cv1Vvl/GtatWdOfvRFOjzvRnhd9cC5hhBIV4xtJ9RVrTLhoJAkMgcsoGV6gd697tvht4N1OEyRRuS3IMUxXFYfiH4UaZZwNLpN3LHMCMLOdyn2yBkV0fW6UoWFOHJGxxdxePb2EKmQbpfQngdgK6TQLaeFkWW3ZpCA3XoKzl0BrW6hmu0EtxCAscQ5VT/e966XwUbiXXnkILoT85k44zXJJUqloxFhmlU5UdXZvLhNtoQQPWtm3kvAfkt8fVq3rS2Q7TgZrUitUOeOlX9Q8z3VFIwYhcyY3RKD65q9bwymRWPBB5IraS3UDgCrMcIHYVrSy5Jptl3Q614QVaBpiAAcVIM4r1krEmuTzTD1phcE013x1rs5Tz2OaQDjIqF51H8Q/OsfV7w2sby4JVRkgd68m17x9IkjtEPLx0zya4cVjVh3y2uyZzjDVntxmGODVabU7WFsSXES465YV843PxG1FwQbwhD2PeqL+L7d+ZXJbqTmuOeay+zE5XiovY+lV1qxYfLdRH/gVPOq2bLkXMWB/tCvmZfFcKcxscfWrK+LoZYSZEyvHIHIpU81nLRxF9a8j6Fu9Wt0+5cR9ezVy3izxI6QW4sJV81ZMsVYECvJbO8m1fzV0w3bBBllf/APXVCLxBo9jZFLgXEuoZIcE4RDn9eKueKryi7Kw5YhuNoo9y0/xhDcW4+2DyZf7xPyn8agutVjlJZZVYEfwnNeCf8Jb8xSLJts8jpkVbstRupUkbTZ9rY/1Mx5P0PQ1xrE15RSkjow9WdtVdnV6vrd5f3F3YWaST3C5IjXuP6VV8M+EvEAklvNb1mOxOMxW6EyZx0ychfw5qDwtqX2e1mmIRrmXiRsgHiuy0S1i1KCK9vgZG5MaucjjufWuNYz2cmrHuU8ri4qrU3ZP4ag1JYViS7jliUEtKcl3Y+x6VrXF3H5RW4kXzEBLenFVLrVHtIirABQOFVcVyPirU5dSs4Yrc7LhzwAOSp9TT+tKrrHc9CnhkmlbQz73xpcW2tiO1yULYKqM5Fd+mqwm0iaTBV1+YHBzXjdtFJp11cRAedfvtH7tNxUY7V6NpizWWm24uoQ1ywyEfjy19WPrSabS1Kqwp32NsKl9NE1tO0Wf4MdKv3NwmmoBPIACO/Ncnf6/b2k6GNRLcZ2K0fC5/r2rqG0/7Xawtqw3TMP8AVL/DntWyso+ZjKPdaHknjtLS91F57dolkb5QQcb/AEFdH4U8DaPJpFs+s2m+7mXLpIxG0ntgfSuzh8LaJZfvrfS7aWZTkeZ82PxPepJ45Lq5RolaOQt8yMv3fc9vyrBymvh1Mfq1OUuaxyusfCjwuYpFSxkidlOHimb5PwJIrzy2+FTTah5Mc5iiXlpyvGO2PU17i+lzksEvGKtwdw5ok02Y2wTzGLIflBH+cVo8RWJ+p0W0YmmeCUs9ORYNZkMiDKNPGDz6cGnx+Hr0S+bqbR3S4zGkWdue5ORW3Zq8XEoOAe9ayTJt7BQOlZU+S7drMmWGhF6I5GTUZVAiS1C7eNvUD8KjvIFurWWK+VZYJhiSKQZyK6UWNlPMZArSFuSoOBn61Rl8O3JnkdpU8ssMBs8D04reMGnzXOnmjblscGPA3hNZQjWLrGPm2bmwfqaq+N/hXaajpEc3h5XtGQhSpdjG/wBQScfWvQLixFtKkFxFCFc4Eg65/pWrLC8egyW8MqeSZApdWG7ParoVKjqNt6I56tCilpFHyH4i8DanoMSNqMflbvukco30NZWk6pdWN5GvMqscbM19IeJPCdtr9uLTULm5iMTZ3Rtkbvx615lqvwx+wztPpWofaGj5KSLg5/CuyliFJctTc8/E4FqX7vYs6RrSXUYVnJZeCD1FT3emPM5n2gAfdC8ivJL67utD1qVElPmo2G5616j4Q8TJfWyLdR+XJ6kcH8ayr0JRSktjyatGSNHTvMJMTf6thjaw/pUzNb6XpxhjhBiZy20D5Se9aBX9688eCMZwvJ/Wsy7iluF80uhweAOCD7iuOpG8bPY5/i3WxzGvawuoWLxxRonlkcAAEHNc1b2z3tyI40jMrEgB+Rmuj1nTTcGRlTbLt+/jANc5o0V1Y6tBI8RyDk4HBrsozUaba3R1RqxqGTe2zWJkgu99vcq33SOMVDp7GQkswdQemefwr1vxZocHijSPtFuoXUEXOe59jXkWmW8n9qeQ6ESo2GX0xXRQxEa9Ntbo1qQ5Fc9E8L39/oHkTxzM0T8suTx7V65pmsQa5a7kYeZ1aMtzXmcUQmsUKvgKMMrCmac8lhdiW3cg/pXiYukqmq3PNbl8juNbLWzRzxlGVCcjGcin6RKjXiXNuuxGXlQOPrVG0vY9Ti3XTtGg4JVM5NZepxSWCSXWnmZ3UcLuwNvc4rLCx5JJNk4etyTTPbNHnDxK2cjFbiyxoAXcJn1NeLeA/H2lG3EF1dsCh4LjtXpkep2d7bo0ckcsR539vwr6D2sYKzPpIzjPW51VvIki5Qgr6g1OCByTxzyaw9O1CBoizXMQQcDLAUalq1ssaxLKrtJxw3GKp4mEYczYSaia0t/bQ/flX8DmpLa8guRiGRWPpXEtcxgSM6gqF4wen40eDZHed53Z/LyQMnrXDHMZyqqKWgozuemswz2qMvzzUZY+oqJn5r6dnJuV9St/tMDoBya8c8TfDS/u78tYSQ+Q5y/mE/L+FeyvJiq8smeDgVzVMNTqu8kKUFNWkfOl58JNdUuUltCvbk5/lXOX/wAOPEFk+8WyzgHJ2MK+n7ydUQluleceP/GNvolnK64ebHyKOpNclbDU4L3TnWFpx1PCL+x1az3NJpk6Ip+bMWR+YqvL4ln+zGGCzt4P9vkkfnXpNtexeIdFhvrjV5oJ5l/eRpMFUe2K5q68M6c7sqTu7N/Ergj8q4FJJ2sW8Pe1mcjZ67ewCRN6kS9XkzlaxZ71zM+ZTICeoHb1ro9S8OvZTb4J1mT0Izmsqx0DUtU1PytLsJrqZRh0hQtt56nHT8a7oVIz0Yo0lF3ZFaxXF9crBZ+ZI/QKFr0jR/h9fQJHcXV3LHJkExgY9+ua7T4cfDt9Hs0kvUxdSDLYOce2RXoL2UEPVPMbGD6YrzMRiZXcYI7YTo0VfdnnOl6Kkd4vmpJPAxxIUIB9+vUmu50+G2s9NtrddxlUYVG5P+RxVi18y7uGitI1O0cyYwi/U9zXWaLpsFmvm/6yd+HkOMn6eg9q46NB1PiNIZnWm9djzrWfta28ssdnc3Ep4VYombFclpVt4jbWvtEmh6gU27VL27KMV9ByXcUS4Zjn64rm9c8SQWzMEOS3GDya0nh6OGjzOWp6H9pOXupHHmLW7ZGNnorec3J2RhfzJ5rDn0bxhqTyKdOW3iK/NvlAJNddN4rBcN04xVefxMjL/rifqK4o4yC2uNYmS+FHIaP4X1bTdVs7jVbceTG+WIkDKgHTv1NelHUImWRyMHOAD2GP1rhtb14zQsElIx0wMVQ0vxfG97FDeMYj03DkH6ntSjipzukjqhP2q996noBvpnjZoEBz6rjFTq91LcM8haKHqD94saq2upRqr8AeYc4BzSyXyEgsdq4yK0i3Fastq+iRtRREjBnDKeemD9KutMiSRxqq/P69axNKuFuWzG/f61uNdqjCNVQv6kdK7sNaqjmqpwkc1r908Gsi1hHylA7f7Ofer9pCDCAxMp6nGePoKzvHDR6fIbh2VpGAYhuufQ96ytI8VQuP9YkSDaGaT5cfnXHWXJWfY6I03Uppo6vV5VsdJa4hTZIjKoTpkmoYdTVo1MjhSewB61leIp2naNra485VG4Lt+U571iWviWKGXN8R5y9gvT6U6uJ5ZJIqnhuaFztnkt74LC8bPk7Q20gg+xrzzxbq8/hi9Nnfh/3hPkFVJ8wZ547HmvR9F1SO7TzYwko6/ezj6Ck1/TX1SJZlRWZcsvmAdfY9jXVTiqkb3uck3KDtY8pGvy3JS3sI/JJHzGdxkfhUeo3EtvZymzVnuZG5URkg++a0Nd0waBdxPc20c7zKzqz/AHvx+naqdhq8CygSu6xL/CP50pS5Z2R0QoOUFJs8n1Twvf3esPqWqW3lo57sCa2767t9L0vZp1uJp2HA4wPrXpWuNHfWDJbeUYh7da8Pu1u01eW227BuJLjoBXTCrKs9eh5uMoqlHRGnpOualpkDfbSkrPyIwfu/lVqPxNp00/8AxMZ5IJv7u3K/p/WswE3bNZ2KhpFOGlYc4rndZ0R7WTbISWJzuz2rVQhJ+8eLWpxTPUtOis9Q2olxbSQt1ZZRx+dbDeHIIgZbSbzSP4WHP4V5J4A8P3GreJre2hDGFCJJWB4CivbNTsJ9HO+2Ja2B+6TyPoa8/F0I09mc7wz5eaJiPb3tuPNSMomeWAPT3riNesY49bW+gi3FiN7AY/GvQ7LxFBeNgk7W4LZ/Q1FeabHc3RaOYNE3GG6j/GuejOVB6GDqVILlMExwk+bh4iQMsMc/Wsu9uVWQxRck+2a6m+0pY7d0E4fjADDHNcvbWLRyM5z55457/SutuNTUXPrZkenXclo5OTndnnpXY29yuoQ74yofbgj1rmpopChQqNw4Jxn/APXUNtJcWMoMgZVPQ1y1afVbmTWuhleJ9KXSdRW7gQJC5yQn8BqtHruo37+TbSyAKOcscYrqr8LeWrxyLuSXjJFcPqk8+kyiytNuMfOwH9a78POVWHK1qdmHvJnceH7o6YRJcTtNIeqk5AroR4shHM0wAHXJrxa+1CXZEIbjDnggGiWOfyVEhOW7k5NRVy32n8SR0Nzge66d4zt79vscT5DnA969P8NwhLdOK+Zvh/Ax1uyCAnL8+3P/ANavqjRYyLde3FVh8MoVGkd2Gd43Z1DsPWq0j+hpZJAQCBkHuDVKVxk4r6Gc+xnCz2HyS4zk8VzviLXk06NcANIxwozWjdTbY29a8q8W6xG2oldwYp8oye5rhxWKdKOj1FWlyRLmra9q1yuIZUjjbjCrk1xWqaZcXkjtcMksmckYz+dadtdGeXCc46k5x7/lVWG4vvEWtnRvCke6VTm4vD/q7dehb0zz9a8lOrWd2zz7Oo7HF63BaaUipevGsjHAjTlvyrW8PfDLxT4gMc1ppkunWbkEXF+5hBHqE+8fyr37wd4K0DwiomVFvtTPzSahcIDKzd9v90ew/OtTW/EiW0L7GHmHgc8sTW6nRoRvJ3Z2UsPyK8meb6X8NND0RgNWml1e8X7yFjFCp9Ao5P4n8K7KzaKzsxBY20NlbjpHAgRfxA6/jVKy3TRiWYfO3J571NKWkBjtxumHIGOAO5Nee69RvfcynMtRNdXs5jtkLEZyxO1F+p/pWj/Y8Mar/aFy856lFwiZ+nX8zWLc2epx2SJYajDbBm+Y7Tn6g/4157rnieWDWJLY33nIi7XdejH/ABrp9sqcPejclNPRnqwvYfNKwBVt0G1QigDNYvirxinhmwFzd212Ic7RIkWVDHoCelcPZeId8qmN5Bg8Edq66+ntda0cWlzseK9iZZI8g5PcexyBjPc1x0MVdtSVje6VkjzjV/jDLdzNHY2TsSOskmP0x+lcnL4i17VZmZp1iTsAuK67TPhfI11KU1C0SBGIiKQlmYdic966AfCaaUFo9Yj3n+/Bgfoa7J8sn7querh1T3Z5mram8e6a8mP0PSo5V1J4y0V1NsA6E1t6zp91oGoS6dqCBZU5DKcq6nowPcH1rOvbu3tdNka5lYR/woOprHlfNZRPTp04W5jgde13VNPvTEt3IQRkqxzVGLxNfucOQe+cdag1bdqF5JIUYEn5QR0FVEspVYorE46170aVLkSaR5tajUcnKGx3Xh34h6jZOsFwVlgBA68gfWvULTxnBJb79rvleMgHr0NfPsNu0ZHyktnjI4r27Q7TTJ9CtPKTZGUG8jqCev6ivNx1CnFXij08HUdkpGzB4p+ywmTaxGPvL8oFRr8Rb6UrDZW6tu7sDx24NUW8NWc8mLG/GFP3JVK8/TNQW1vdWOpQxTLGscTD7oznkV50JxpqyZ6M4RlrY9R0nQpLgR3niJvMuXGTAG+VPYnuRV668N6NqoZGSWOQHhozkD8DTxdGTTZZ4hlgoZf6g1ylh4iMlxxctvD/AHW6H1qqlaMEm43ucMYzm3y6WF1XQtU0qYqXlezB+SeJzj2BHaqlhp8dzfBtVuDIozwVwy+nPevQbPVluB5JAw3Y8gisPxHbWdjJG/lkRSA/Lgkqc9v8DWDhze/T2NYVpP3JKzM7/hG9URjceH7lPKHIjaTkj+RrRstUvoLc2d+8wmcElWXH5VoaDPAbdBa3AKNxtUjge4rpJDa3VtsZdzJyrd67aHK9epz1pSjfmVzyzx2ZdQ0tBLFcPeRlRFMvO1B1Ujqa85MoW0D3Ec/nRnYCpK5HvXvup2yWcT3vJhJ691rlfFv2O/8ADNzJmESbd6kYBLccD1rWScpCo1rJJdzzzQr9Wwr5YEgFd33R/WqHi+1MF6t9p7iJdp8zdypHpUdmBbMGJCg9K2boWd/od7FcbvM8s+WVGRu7Z9q56VSUKvKtmbY+jGpA880zUkm1bGm7RLJ9/aMKfpWhf+XdXC20khjYH5nbkg151JdS2N3mKTJU4wB0wa3orpZ0+0QSM5YZcN1U17Nag1aUT4+tR5T2r4YWWnadBcm3kSaWRgGmI5A9K7bWIENhOhZWARjXl3wtmJt5hJnZuH516VeTqllIoIztPBrx6s7yakdlJJUz5kTWbjTdVuREcbZCNpPB5rvPD/idLuNFjLRyA4Klutc34o0mG5kkuLcbbjecrjhue1Ylsn2MCaYmLYST2J44r0nTp14qy1PNqRjUdluezR3SXCDe+W6kZ5qeOySRcozeuG5ry/wr412XCx6gCVPR1HI+vrXq+kahayxiWJVcHoc151TDToz1OWVBwd2ZN7A0MR8pAxBztxmqdlEbxwk8WMHj5eldpeLZTwmWRhbsvc8A+3/6q5HUNXgs5dkeHOcbR1b/AA+taKHM7go63NeHSooIiA4ZWOOlcr4w8Jz3GnyS6epkuA3EYbkr7f4VabxJLbTYeCBD18syc1r2uoS6jYXF9axKGhQMeSV/MdKqL9m+ZIaqezZ5Zpnha4lV1eMiXqS3BBqWyzuEFyP3sRKspNdkdTlugrwukdyvByMq2O31qmPCuo6rdG9ihEUuRvXPDe4reFaU5e8d6arR90o+FrtrHxPYOqZRGAIH1/8Ar19Z6QFe0jdOjLnnivK/hv8AD1bGdL3UwJJgPlQjhK9gt1CIFH3ccV0UVK7bR3UIOEbM+b9N8d6jpSeVaXyyqMbSz4A9QRyDXoXhb4jW+qFYNT8q3uWbZuDfKSemR2riNbvvDs0cn2LTPMlByLiGIKFPpnuPwrl9RubG7KNZW720igCRXbcVb29VPp1rkw9ebjzHgKcqEklK57b4x8QW1hbtEb62hlYdZJANvvXltzbm6aOYzOY5DkSpA5Qj/eqh4N1OCDXRJqdlFdxKpLSOgby8fxZPQdq7mf4oaXdW4MFrcsACpClRt9qddc3vNHWpe3V5uxyeu2epjTY4dJCSW8n+tnjb5/pt6103wngm8M21+0pCpcBGcMcMWGecfQ1wnibxOpkjn0iCS0HPmgPkH3xXPXnihuD9ouJZMDO84FQ6c507QFQq+xqaK575qfinaWEW4n2qppjNeu89x91eSScCvPvBvika3NDZC3BYDDv/AJ+tb3iWZ2R7DTWCxxpudmfAwBnmvEeGqRqctTc6sTi1P3UrHQX/AInWLW7SytpEeNjl2j+bccfdz6CtiC9nt9Riu4UEsY+WSPGPlPBNV9H1O01Pw9pk1rFE4mhVSFAOx8AEexzmoNPlE0bfZpVkjDEbkOQcHBFRiuejWjNLRHPiKDjC6Zu3DQ31v5gjnSJ1ydy4BOCQAQcngE//AK68X8Y2FjpyTXNrPcJOJdr2k67iM5yQ47Ar365+tdT4qv8AULfWGhMzGMoJIlDYVV9MfnWZe6rt0a8N3vWYkYZvnD4Dce3Bzn2Ir24VvbpPlPNw03UrKDZyumXlxc26vFMqgjuOg/xrS0jUbqLUWjuLg7XGIz057E1zNlfyRShSoCycsuMV2ekWVvqUsSXMnlxscEjr64/SsZ00m4pbmteo6U9zvdDvpQkJQqy4AkycHf3A9q7jTLxJo1eNgynng15DNejQrkRCZLtSoBwdjqxHzANznHTNdP4N1ZBcpaoCokj3qu4nbg4OffpVfwpJXPQwWNjVlyGt8YPD6a14UmvLdB/aNivmxsByy/xA/hz7V8p3148zAMTxyvNfacc+VI4ORjnmvnf4t+DodB8VDUoV/wCJXfu0iKBxG+fmX6c5H1rspTi25WPoKE38J59YWbSxbjESDyauwLE2YlhCleScc4rYkv4VgYR7RABgEd6raLoeo6zcm4sY1WEj78jbRSc27t6I9O3KrIwL6IOrNGCCn8AqLTNb1K0tj9naXYDzgZAr1TS/CFvpnmT67LFOCCvlxkkAnvmqV/Jp0NmLaK3j8oEgbepHuay+uw+FxuH1WUle9jjtC8baguqxx3PEJPzME5HvivY9P1PTtbtYZkuEknVSp2HkfUdq4EeG4bmykkSJ14yrFMk+1cbqsOoeF7xJ4RLazP8Acbpke471ahRxOkVZmb58PrJ3R9K6LJPbYRWzD3zzj/EVyXxQ0k6ffWuraOWSGXiVMcLJ6gds/wA65HwJ8SpopYrfWJVjmL8uRgY6AGu/8cfEbQbKzNheI17NIuTFAoJwe4PSlDCO7ptE/WL/ALyGxY8H66L21hdiA3AYjnpXZeILQ3+loYWZmV84U9cj/wDVXyfbeJ77TteuJdIE62Mkm5YphgsueOnevZvB/wAUbKdFivGEUuCNshwDWbwXsU4vVMbq+2ftIdDorey2uUltlQhjzk8fiK29OvLuxaOK5UPbOcJIDnA9KtnWND1e3wlxHDLjJVz1P1qCKW1jtpbfzS4I+Uq2R+FefLDuk9GOddzWqOlubcX2mXUMWGYjy5IyenuPpXjl3PDY2w0ydC0zsz3TH7y44VVPpyScdeK7TTfHFuLaK2hI+3FyrkNyOxyK80+I2r2kGshjLH5jA5Hcj39MV36tLlWpzUbKer0Kl3DElmJDLCyOT8oH3T+NLoT6LeLJp97NJDcynajh+PpivO9d18TTBYZMQRjqD1rl73Vp7m9jkjZh5WNhHr61rRy+c/ebsGMxa5bRPRPEnw50/T74F7mY7yXKtggr9azNO8HNFcSAO0Uik4TGfpV/Qdfl16WOK+YPKkQj+Y8HnrXrGmaBBrGkqd3l3Cpjcp5Hpz3qq1atSiot+p8xOUpTsch4RhfTbj7M5Vm+8xU8dK624uMwS4PGDgVjf8ItqFldOpfeT/y0/vfSpZUlsowLkFjjDHnFedbnlc76b93lPH9X1Yi5eLd86sR1xXP3bXOpTLGhLgdeeKuX2ntPrN2zZKeaSMfWvQ9F0SwuNBjNvEkc4VgxxzuHSvb5o4dK27ONpRd0cZp+i/ZtoZN8xwBjk/gK6eygk0j97eXAth2iByzfh2qnDqk9ppYnjiCTZ2tM65K47AUtmsl/skihknmf70sx4z6iuerJyvKbOabc3Y0ptUu74nZI0Nt/fkxn8AeBUun2kX2R5QzYOcSscu/rj/GrUfhqaOFJtTuAqtyIyP55qKaWKP8Ae7kXDbUVeRgDtWMZpu0THZ2RS1Hw/HYWMN69xdSJcPtVOMn1JPap9BnNpaXEFt9odGTa4x8o69ao6hqbBGDSqk02ZGYnnaew96LO/upoE02xMsVsWDFN2TI3qT/SuqdNSWpnPV2ZYeONYXmhBABJJYcH1/OtLwN4uXS72RobJJFmIVuTk46VXktVtbcW12fmBwyj1rqfhv4dgtpjcTosku/KZ6AVy0+q6nfhKVSTTjoe0eH737bYQT+WI/MGdua6GLkVgaaAqKowAOgA6VuQnIODXrUdtT17HhfjrwZYaNALu1jYWh4YOxYoeo/A+9eRa1d2kJKCNS55Vl/hPrX04biz8SaAySHfBdRndgcjPf2xXzH4p8Halaapdx20buYHK4HJYdjj6V5NBRc7SdjwuSCfkZVxrtxdyJF5x3bdhK8Bh+Fb9v4cmaEXNo7CUqWKsODXH20UgnIaERyIe3GDXsfhC5jk08PPOgmVfmQjuP8APSurFScY+6aexjf3TzLWf7Us4ykkBEZGCyDIrkp3dnOB9B1r6tt9Esru2aacIu5eFAGPxrldf+GGly6jb3igwR7w0ig5VwOT9Kzw+OhBPnVjSypq5i/CTw6+l6PJqt9vV7qPfEpONsY53/U46elQzXv9p+E7iS2c7rl1EjDqOTxXd6reMNOnt4f3PnRGEkL90YwAPQYOK8G8Pag2i3zweYZIi214yeGH9K5aEli3OuviWxxpPEt+z+I6DSYL/RpHnsryeMuSGwSN31HevTPhJdmSC6s22ho2DogORg9azNNeC/0gXFvse1LeW4kGWQnsfQ+/epPBpj0nxusQDBJUZSWGMjqPx47etRiFOtRl7RahCrNv2c90dR8QreK0j0vUpUDxwzeTIrDIKMM4/Q/nXn+tSC40Saxt3iX+z5XLTucl04CIPUk5r1T4uwM/gC/ljHzQMkmcZ6HFfO19eziERo7eRy6cdT61tlitRsyHS5anMia0desuN7EH6V0unX3kbGjk2MpBDdhWT4Zs7e9ZUvmkWaQHy9i7mduwx/Wus1rSrjRbeO4s5LJHAUPbFi7OCQCfmGDzwQMY7V0zwcqvvROPEp1XZble0DajeM2PlHygk8Y7c10euT6hoGjyatb2sTmz8vzI2k+fY/G4AdRnbzXHweIo7LVGSO1ie03rKyxEEZ7qPwyMVtp4pTXnSGc/ZdPtIRlFj8yWZlGFBx19h61VPA03P97LU1w0JUGpHQWXxEubfTbC61TSJbWK83LE5kBzjvjrXM/F7x/b32kDSW03dIzCSO4ZvlGOCVA9jis7xNqGueINNS1i0V4Yg4kjBHMIUsFVc9trYPqaoX3hjV9Y0iCK5s2VoGGHd1Uhe45odOlRqe69D3qGNbl77RyGmD+1Nqyu8VsCQNozn2r0TTNUGlWUVlAcNtC7j1x+HeudtvD94l8I4ZLK1t2ATcZ1Yxr64Heu+8L6Lo+l3iXM+om6uI+FGwAD3x1PtXNi7T0T0Po8LjqKXxK5DfW2t6hbReVbStEehYYJ9+tTaZ4QjMay3szG4U/cIC7fqpFeh6ff2cbGZpYHfbgEHkD/ABrA8Z3VrNp8lxavumUZ46j615d5bJHbHFKo7JmZqWp3mirGoigkX12bc+grzfXkvNVvZ9RvUEs6jKhlyqgc4xV+51HUL+ERyyCSNTnHcVbskVLOYSg7ZCBjByDW9Gboao4c5VqLlE8WnnZ5jI5y+Tx6V0Xhy4tJJD9oBLnuKn8QeHnuNSJtNu4k5B459qqp4W1K2i8yVAiDnO6venVp1aa1scOAlKpHmitDtRYLI8f2YQ7XHBUcg+lR23h6O21iMlCY58qMgHB7ZFYNld3enlUlyMc5Fbdv4wFvDJFIuWcqd2OgFedKNVN8mqPcpqKV2dd4b0omYSTxoqKSpUZHJq3rugSatBJBpV1NbSRc+Yrkcehro/DXiXR9UsI8tEJpMDHua6Q6fHpmlzXkkkRikYKpDAluvy56ZGDn8K5acKnNzdjnrzi7pnyBd3VzZXIME88d0jFZTvOdwJzUUuqSXbE3zvI5/wCWhJLfma9B+I2hWtzqV7NYxKkgdmYqeGyf515XPA8MrRuMEE8E19BQqU66uuh4WJpypu9y80KyW5KSqVHYnn8q1NG0u3miRxdRF+rRD73WqGjaVe3she3jcRr959pI/wDr108HhbWbnMOlaNqLK5w8rWzru/H+lXNpK1zjlP8AmM6G5TTNSO0xKFk5UNuKjuM17j8OfElqWeBplME23YemwgYxXBad8I9QjtDdavDeW8aDL7odoUAHuf8ACrdtaaJpNwzW0l20fTO8EJ74wK87E+znotzmlVhF3PolLSK7gOSGB5B7VyXjHSZbbSrqSzV5lVCfKUbmAx29a5fwz42bS7lYLub7RZno6/eX3Ir1q0uINRtFuLaRJo3XIYY5B6YrzFCz1N41VJXifGsk0813h41tCh3FpFw1dN4J1uOC9mtnkEquOCfWu2+OPg1F0641ixi/1fMir/AT1P09u1eEaGLqO+WS3YBu2a9mMI4ildaErW/Md14uvYlQ2425bLEDpmuh8HX9ppvhuK6XE182QkeMhcdzXmUwu7m9DXm5ie4XHFejeFoUt7RVKAseg9PeuPE0406XKzGpNLSJJLc3t/cGSZyWOT8xxStp5tIYtT1kH+y/N8tmUZwxBwRj6V12i6OdWlWONAVX78irwK7XXvCkOreF7nSwqqSn7tiMYccqfz/nXn4eqvaJdDClQm25dD5vQQ3+q3crXCxWZY+XJKDwueMCuk0y+toP3OlWvmMQVNzLyTnrtHQVxd+qaVczw35P2iFyjxjswJBB/EVXtNduZL2FYMRRBsqi9z/WvcnTlKLaNoUeaV2fQuiaDa6lovkuqiSQZDN1B9c1c8MW8tm8lrP8s0LYPHUdiKPAshntLd7gFXIrtLvTUZ1u0T97jDH1A6V5WHk5Tb7HrxioJKJc08/dya3ICOcGsaxHFbEONtexSbsWeCeBb67sL68s3JayfDxAnBjbPIHt61sa94ch17ULC8lbY1uSXwSu9B2454PQ1yl072Ws6jbZ2mKUle/Gc12vhzVI72zZRgl4ycF+h9a+arVZQl7TyPm6bTi4vc43W/DNpdjfGxWYd26MffvXP2Ed7ompGQwCWBFz2bPtn1z0r068jjaMggq3btiuJ8QRzeWscbBYwcnJyCe1ZYLGym+WexzUsTUpS5ZbGjpXxF0Ux7WnFu+cGOYY/AGt5PENtqKiWGVHV1ZY+dysQQPw+vtXz34ttBDqbTBCkUmDwc8455rv/hhJ9o0+NMkBHcFjxwTmvXxmFgqPPA9Oo1KF0dtfxP5EhRsoBndivEvEWlTpqM8sSNtyH3Y6ZOK+gbiIPGoDHBUYPUfSvNvHmlullLPEGDRneRjgjvn1+ledlVb2Vb2b6nLTTo1FKJw3hXxVe6Jqnm2yCVD8ssR+7KuRwQf516Rp+t2l34kstQ0pStncTrvhlOXgYnBX6ehrxqK5aKfzUClup47Vr6fI819bmAgSPICGU4wc19JiaSlBxaPSnShUXO9z6s1m2fWPC99p25Fe4gMaE8AMRxn8v1r5r1Wznsbj7JqNu8EsDgMj8fl65r3PSdaF7DHiTDYxz3Pc1r6xpml+IYUg1e3WQgELN/y0T6H09jkGvk8FmDws/ZVtrmEoKS0PANVlsILFbqwllS5jEZidWzk4ywOOnNZcut3WpTiRnkbdy/PBb1rsPGHw/l0C5lvpUa90yRiY5I/kRc9A3Ug4/D3rldOhkvLk29rDtDLjaB059a+p+twcOaGxyzjGmrtF/QtNtyplvZpGBOPLVup9zWzdX81hbqbKNIArAFVG3jsfU/pit+y8O22naXapdTyC/nIwF5UH0x7VnyXFqjXFsbYalIokjCrGTsdlIBLdAM89eorghNVp2exxKt7SVkZn/CQ3F0pRpXywzkE8fnVNtXlA2ySF93BRicCqkek6nZYaSzlAP3SMEmqt7b3XmjdDMhP96h005WCS5pF1Z3niZo4gTnGeeaie+lglETKnB+7nrWO8uoRwG4i8wQI4VmHTJzgfoav29xbXWkzR3VpctqPJhmifCjJX7y9+jfnW8cOlqzvoU3ZWN6y14fZ9qTPjGSobnP40lhf3+qGWCEg8ZBIOfoABmuNmW7tyC0DqDycIaz5NSMU4YGRD3GauGFjI6acJ8+l0ek3trc6Ldtb6pGsU5USodwIZSM5yPWr2l6jFNEWjOTE4LY6gH/8AVXlcmqTX0qrvkeVmAZ3OS3p1r3D4XeE7K1gkbUC08jqJHiz8obtn1rizClSw8HUZ7r56uG5JMzHYXEpEllGUc8YGGPP9a2z4Me5UTQJJ+8w2AGG0emK9Cga1tflt4beEAYARAP6U6S+bkmQ/99V8/LNYv4RYKtLCxcYnnM3w8muUZfKkjU8qZGA/SuduPgzrF1Mfst5ZKp6hiePwAr2BdRG/naR7mo31ja2EKDjoMn+tXh83q03dG9fGzmtThtD+D7WKmS812Uy7QUFtBgD/AL6PNdto3hS3it1jkvNQvIUOBG2FGT3xSvrRZEXcflGPpntVVNTaOUbpSifWtJ5lUnU8jhliZpbmjL4U0GG1Ms+mrJEELDzGLE5+tZtnf+GrK8Edro2nxvnI3WyZx/vEVBqmtwRxFp5W8tM5JO1TXl+rePNJhvW3C5uEUHBTp9M11UJV6s/3K0OeU5T1kz2//hMI4b+GGO3RLKQfL5bgHJ9wAMVNfeKjbq7SXAUjjHmE4weteIaF4ni1uykMe9XifMat94isnxZrjiUpskaIorq2eCpHB/nXV/tU58rdjGcYnc+IvGQupykc/mDuc5Ga891tWmuJbiOULJIxdlzgEnk1zjXwbHlh9zfw4rX0vw1rerOrRWtwkfZ5l2D9a6Y0HT96Ujn9lTepmzXU4iwrEbTjg/dPvXZ/Drx/eaA4WcmazLYYdgT1+ldBoPwygj2z69dtOxXKxRHYp+pOSw/AV2Ol+HtIsUUWGmwI+fvhRn8zk/qKiviqUY2tcStF6HSwahYa5ponVsQTLh45V4YH+deIeI/h4+l3N9eaS8Umlo3mbcfvI1J/UDNeyxWrxnc8jHgg4yMg9s5qdba0SwuonjASWNkYZJGCpB61wUcZVhKy2Zpfn0PFtF0q2XTnl8tZLp1JQtWLp+qtFOLN1CStJ5ZOMY9quXOrmGKRlLMF+VMfz/SuEuJ7n+0xcTv5cjOGHPSvVhS9sncUorqfV3g+2W2sI0i4BHb17104Hy9OtcL8PNYj1PRba6icNlRnB6HvXdMTtzkYNeNF+zfL1R6EIrlsj5P+PGgS6P42upcbLa+JuIzjgk8MPwP864bQpRBqEUjrlVOTX1J8ePDo1zwJPcRoGu9Pb7QhAydnRwPwwfwr5N8zZIAMivqMNU9vQsZNOLPp/wACais8UTp0AFetWDiWAd++K+Wvhx4iFjPb29yxO/7hHQ19JeHbwTQpIrDaRnmvFjB4atZ7M7IyU43RqrEYnIXgZ4FaEAIzmoJSrAEHrzU9vlulevSaaGfNvjdGh8WXTwsAjxF2+o/+vUXhbVZIrzdDG80YwzBRn5ScGsbxZrc+os7xwmFZSVZickjPHHatz4bwy2thLNIMM7AfgM15bwvNDlmfKyleV4nQ6xeKrEhzg9D1rktX1A+Uy7o3yMjBqzr1hd2l2JYZy8cpOwM3I9qZpumTTPBdXEUU6JKodSBzk9PeuKlg405XMFSc5nnGpXjXOYp/3gDZHc123gS1utMjDXFrPBFI4ki8xCAwxzjNez2/h3Rradp7XT7VJjyHEK5FGp6cl3atGfvD5l9j/nj8a7sVW/dckUek4ezjZGPbygB1cH5GPBHYj/8AVXO63a/a7Roiql5V2bAcHkYzitfT7n54rNQWKjlm6mtJbWBblJAVyTnOM1886qoVFJg7OzPk+SCS2unUkh0YrtPYjt+dd54N0JryeG61CfyISMqkYyxPrXo9v8IdHluZbi7vryZ5WL7ECoBk575NdEng/Q9Piyq3O1Bgb5TgfkK97E57QnHlpu7fkbzqtxscZp6XKap/osge3QBQQuN3ua7HR/ENpdF4BcxvNEdrAHkfhXBeNtftYFfTtDCxkjazryfcZrzhIb7TbkXEMsyy5GGAOSfT3rkWWxx0eepo+hhGXmfUVtqAMZjO2SN/lZGXII9CD1qG08L6IHmksYhaSSYDADKD6Dt+deW+H/Fd9FGkOpQbZscEdx9K7jSfEsMoVWZt3se1eXUo4nCtwvdGcqiekjM8VaHrena1b6tb6fJf2MQUOsLZxjqTweD644rDfXdNsZdkj3fnuQTbiNRkHPVu+PpXpMHiYIRHbS5JOc9cD6Vals9N1dlN7Y2szHJDFACPxHNenh8ZTSUXHU5/q1OT9w8xvvEXht7MG4/tGxlHoFkXPsOD0rm5da8OM4MeoXsy/wASJa7SfxLYr0Lxd8KrHVYi+m3klo//ADzPzxH+o/WvFvEXgPXPCjC9vLNnsN+POjIdMe5HTp3Fe5QdGor7M2pYSLXv7nX+HF0/WpdY0lPtH2e9iEloj7RIZEPAPYHBP1rzibV73SdQuLWSHbLC5Rs5BBHbFbujamkFwk9uXjVHDA5wR+P4mkvtcso9Zvry6iS6mlcsDIvLehPviulNNWcbnr4GjyS1dkYj+J7+4BDOBx1JxWXKkk8m6aUMT0wcmruo3Y1CcyLDFEp6BRWtoPh6O4tpLi6YxqPuZXI9/c1rFxgtrHVXxEV8Opd8GaVby73bClcfvCNxB9K9g8KXUFqlwjXUbSDbuXOCAK8VuJzp26G1uHGzghlC59+Kz5ddvHkAaYjjH1Fedi8K8XHlexxxxElqfRV74ltEOTcJknHHNYt/4tt7e3SdxI8TNt3KveuBsr+R9PWAojGTDiTvjH8jVnWHX/hGZIZU+eOWOZcegyCPyNeLHKaKnyszo4mUqlpbHST+N9yhYLdvmPBZu9Z//CUXk16qThUGcNjsPWsnTYRdyIYx8jjPBya6Ky0ETLJ5pfzMYQleo9Oa3WDoQ93lPpIUqdk2jZgu4bkjyLpSSD8oPJ964jxVrmr6ffeXFdqqDgggfKa17bTyl4lvJMV2MTnuKz/F+nQWeqQqZFm3/NlhV0IUoyfuoMRhqfJeJx19qeo6mxjDTXBbqwBK1b07wnHcoWvVuM5GMMB/Su70hUNuq4hX1BGPyrctLa3CfMq59QtVUzBw92lGx4dSjY4GLw9FpcMs1iZwe+588fgKu6fp0eqzxfa4luGjIXDEgAMc9vx/Ou1kgjeExsi7DlcBT3+prn/CVrHY65ewzTlFSJ+NuSGBBUewOKVOtOtd31OaUGtTtNF0GytIVMVtbRcdVj6H610dgkCgBVLt2ycDP+feseyYSx8ohf8AE1swOqqGZigxjbjrXNyznL3mQ5LoTzW5EhLA8nkYwKueTBCMnGCPXGKy7rUYVTau7dnrjNYep6t5Nv8AOxIH+etbxhFbIzbSOlnu4YlOJA2PeuX8Ra2FsJhE/ls6MgYDocVxuo+MEA2277yDgkDjPpmsn+1pNRYBYmXjkBskn39K1nR5feaHT5pnH3um6jDqq75c2xPDr93A7exrD8SSG51BmiX92uUGPUda9HiEdxCEJLZHTv7Y9xXB6tp02jTyFiZrWRvv45U+/pXo4PEqej3OjlaV2d38C9altp5tPmbAfMkft619GWFwJYsNg9+nWvjbRNSm0vV7e7ibKxsCSOOK+qfD2pR3VlBNbjdHIoYH1BrxM4p+wq+2WzN6FRy91nTzRxzQvHOoeJlKOD3UjBH4ivjL4g+Gv+Ee8ZXumgt5KSFomYYyh5H5dPwr7GSclgMZwQG+lePftDeHBe6Nb65bwf6XalYbhgcfuz049mOK1ynFpTcL7l1U2tDwS6ke3lheJuYyCuPavpX4XeIBqOkQFiNwwHX0NfNliRdSxQynbuYDd2r6D8MaMNGsoXtRlcDJz1rtzaLVNWWppg+x6/b3KNCDnNalmwZOvFedaVqMs9yEUfu/xr0LTFPljIrmy2rKo2mdtWHI0fIXh3Sb3xBeB3LeQnLsx+6Pb3r1mKFIrOOO2XZHGgUepHvWNowg06H7HCMRH5t2eWb3rbtvlckg4PUV1SqWldnxys9kN8lZxtZcAg8Yzn3qDRrZojHGVJ2y+YzdcAdP6VLc3AhclBzjnccACotO1SKPUxA6sBOgG4ggEnkYNVV5Grm0Vpc7SO4Zvn3AL6f/AF6e8zMrFTgjlTWVZyZSMFsfNgg9qv3EhVXjVlO5Nygduxrxqte5cXdanH6sVtdVupYQweYhlAPChqw9T8QN4fuUlcO8MgwQDxkVp+JEb93KuQ4fYSDj5c//AF64j4jFR4fVl+9HKATnkZFbYenSxCSktzi972ljo5viZDFZNKF2kDOGIyfp607xna+Mb/wzYatpkYutMvohM32XcXjRsFd4POOeSOOK8CuD5xGC2R26ivqb9n7xA+reDIdF1Bj59kmIiTgvDngfhyPoa9SllWGwy5ranrxoRkrN6niEOi6pFLzNDG4+YndkjnqK9B0Wz0bTtOM17cXEuo5DDzYM5PQ4BwB9c/lXseq+FIrotlEb7y8oGBBxk498Dn2rzrxzbp4TsJbydJniMhAMoLhiTxjn5QBnvyeK1qQm1octWjJO1jgfEcs97cJqCiRMk/Ow7Z4A7dPxp0VwZrcXVmwWRfklXIO0/wCFGi+IX8XapLG1tFbweWRFHGx9ACTz7Cr+oaXFpMsKwjbBKCGJ6FsDp+YrjrRavGSu0RUjG1upU0rVZbW5/eruYnA2nA/Cu30fxH8x+bIHbOcYrl00yVbQSSAY4HDAFfcg849/auO1y5l0q4ZoCVLnKt2/Kub6oqstrM58PLXl6n0NDrMdzGiIxDMA2QK1I5zKjIyq6kYZWwQ49wa+btG8ffZrhFuAUHcg8V6dpfjCC7iV1fjGQytkH/CuOvhMRQfMd8OZLUi8YfCax1WKS48Oy/YLknc1vJzCx9u6fqK8I8TeGdW8PX/la1ZywO3Kswyr/wC6w4NfT9jrkM4GXCn65/8A11pypZarbfY9UgiurJ/vRyYI/wDrGuzA5rUjJRqI0Vay3Pjy3aQkrkgDpgZq7DdS2qkJIy565r6ssPBXhxCFh0e0RSARmDf1+uT3q5b+GtJfzI00+zPl+kKBfbtXryxLmk4weoueMnofIt5ILiRnldmcnIIHeorfTLufe0MExCnk7TX13Nomg2uxfslrIZCP9XAuAOc9uSf0xT4LSHy9glSJR0XAwB+Fc9TH+y0UdSoTT0PnHTLe/hs4Ua2m+QYz5TGt+w0+91J3t7qwvPKkiZFcoVUNj5SfbOK9wfTUKALc49Suf5ZqncaPakkyu7DoSea86WNfNzcupKovmueO6BYalZNGTaTQrgFlkGMH3ru9LXzv9bHg+g+YiuogsNPQtnbz1FImmrHMJIlBT0I6D3rnliZOonY9dY2Vkjn9cs4I7SG4mTy0cfuzKQrN7hepB9a8w8Y3MVjeRPdnDseFIwVFd14z17TPDkkkSwL9tRQy4O48jI47V8+eItZudb1R7m4G1mPC+le/Qw8a2q0NZYj3dGes6TqCKEKnIIB+ldlZ6gk0YVgM49MmvCtO142aJFPlgBgHvXYaV4tjDJ5W4P24rzMVgZxfurQ4alVNanqMSkrjqfQdMelUlsxHqbXdqXiuACjFcgMCMcg0/wAPyzXFsHnVRuG7Dt81csb7xNrHiO+0/wAO6Wk0VsxBuH4QKDjJYkCscNQlO7Tscs5N6RPRrARhsbgoUcY/wFLqGtWlirS3dxBbwoOS7AE/TvXF3XgXx5cxB59UtkY5/dwz7APxxg/nXnuu+CfEmnySS6vaXTRL0l/1q/iwyB+OK9CnSp7OSuEKMpPU6fxP8WbWGSaPSoWuXPCyvlVHvjr+dcpo/iG816/DajcM8bZBQcKPbFcTqULAkgABe/rSaPenT71GP3ScmvQlhoOn7m5pPDxWh69ren3NxpEttbw2/wAqqY/kBdcejAZrl9A1NpRLb3aLFdx8Bn6Y75Fdn4d1iK7to/M2vxwe9T6p4I0/Vrs3ul3n2O8bkq4/dsf6V5UMZGN6dffoZwTp7HPaPKw5UjIJ+WtdbWO7mZJUBjmT5kPesjWNO1HQ7hft8ZjYj5JVPySfQ0y01R9w3dQeCf1FYzg788GdsakZqyMXxL4YkspGm00s0PUpjla9E+DfiI3Fk+m3BHn2/KkHqpNUrSZLiM7TkkcjpmsWCzk8N6xDq9nzbbiJFAxtB606k1i6Do1Pi6Gajyyuj6Mt5gYgVIyPve9Q6rbw6lp9xZ3IBhnQxtx0BGM/h1rE0fVUubJJYyWVlDcdMVflug8agAkHBFfK+0nQmu6Om9z5/wBM8C3x8ZSaVcrt+zv87joR2IPvX0VpmkxQWcdvjKqoHNV7O3imu2uAAZiu0tjkgdK6K2QDjPSvr8PiPrcVJipwUNiPTNHt7ZtyxjmulgTavygCqdtGMda0I0969WlRjDZGrk3ufMtyzpJINmxozu29SU7H8K0Y74SAbWymBz6571izSi7jEkZG4jhvT2qGHzLRFjuvlYjcCDwQK8uMXPQ+atZ2RuXyC6tJJGCkICFy2OfX3rEsr+5f92lwqyAY2twcAYB9KuafqEV1YEKwYBmjJz34rMuE8m7d3wHGfmz1B9qcpJe7IG3qkb1lq91aArdyrJGw4JIzn0z/AI4ro7e+MzxzRuHwPm5AHP8A+qvPY7mOOQ+aFSN12kspI/H3rQitrRLR5kkCyr9wNlg/8sZ+lc8sIqxzQrSg7SOm1ljNp1zEoid9u9fmB+ZSCBxXl/jS4lu/D7xFGD+eGYbcHGMCtaCSVZRIbZTJn7oGCv6f1q1Lql5OhhuImdOgV4xIBn0B5H1HNa4ShChK9wjV/eKTPMtB0qQwXF/cRMLaAEfMCN7+g+nU133gzUZdEFpdQOFkK7S3Y5qnrfh/7agksRPbclmhkkLJn2zyPxJrHW21O3QoVVlHG0MPzrvrzVVaM9GdfnV4nv8A4W+MGlzTiw8SFNNvQfLMj8QsfUN/D9D+demldP1O1KkQzQSrjjDK49fQivjXVdMutQtzJIpe4Cj5oxnPs3+NQ+H/ABd4l8HosNhLNAFfIik+aNh3BU/zBFb0mpRSudFCtde8fRutfCfTo7qS/wDDSLY3rAjYq/um9yvb8K8p8X6Hrej3EH9oGWSEtwUO5A2Pbpxjr6V1/gv43RX8YTXrUWcy8F0JMbfTPI/M16G/iW21fTpJNPvYpVI6AK4I7j+dcuIqRp80mTVw0KnvX1POtCi0i/maCYuJLewV5pBMAqvyHOD1GdvX9K8w+Lk+kxw6YdJinacNIZ55jjzc4I+XAxjn869YvLLTprW7juIEtkbJ32yhCx9DgcfiMHFeMfEXwlq2nzW8iwSTaXKALecYbqOQxHQ1rhcZTxFmlY48NQ5aql0OJuEFxYrPFhXXhgO9N03VLqyO+3mZSDyvb8q3bTSZI7fySN24ZGRjFZV3pM8Dbo0J57V2KpCd4M9HnhJ8rOz0Lxe4RWuflPTKjIr0LRPF8TJhZYnb1Lf0rzzw3pmmP4dRb2RIrlWJYlsEc1Nf6PpkG9re+8wlsAKR0ryq+DpOV1ocNWlGUtD3HT/GhjARJlizzuPUevv+FIvipVE6iUSoTwSo+b0b9a+c57S6EZNpdMign5txFZzPfRjI1CSRs/dDkVrTw8uSymOnQ63Po5tZjcMSf3nTvgD0HpUT+Iba2j/ezwoo65bmvnuOe/ZSZbmZEz1ZjVu20641AZVmWBR88khJya5pZYlLmnM0XurU9pn+I+j2ykfbUkYdfLGf5VlyfEZNRmEVhbTzE+vArgYPDMUpyC7KT98DNdr4V0RYVWDTbSa5uZOjKu4geo9fr2rOWGoRWl2wdWT1ijV0W61zU9ZtLSJIoFmkHmMBuZV78mvVtQ2W8bRoG2kdfUdqzvA/hC7sL4ajqYEKrGyxwBt7HOPmYjjtW94gktVh2vhC2SNo71y1aLavFG0bqOp87fFbSGg1CK8UM/mfI39K86udMSRNyrh/Udq9k+Jxmu7SGK1t7mVDJ88qoQq4HAJxx/WuDt9PZk3NKUHfzE4FenhqzhTV9wcuVHCXdrMFG9M443CtnwjZ3M2rWqmMmFXG5ip2gdea6AWgEip+7l54wpIaul013tlTzUUfKSsES7cHPUmtauM9zlsRUrLlOltzdzzgTF4VPSBRh29z6D2qWb7VETI8i2iwgEJ5gVznptHU9+nHNeg+EdNs38M28kUSPNNEsjTE5Ysw6E56cdB71xvxRnstN057TUJkDON0RP3lcdgK4oYepTtK10zndLmXNcWLxeY7OU2k7SMp3SW80hLYAJZlbHI4xt6jIrd0jxLBqdqssDgFh8yHBK+qmvBtE1J01aG4EhjVGBLAcng9verus+Jpk8Qfb7QCBSiBUUcEAYwcVlicAqy9zSRtg6sl7snc7r4kfD628SW/2rSEhtNQXJZAAqTA/dBx0b3796+edV0i80+9ktruCSK5jbayMOVPpX0n4V8Tx6rbrIQFI+UjPQ+lP8ZeFbTxHCt1CRBqKDiTGQ4HZh/Ws8DmtTDS9hiNu56M4NLmR4PpF5No4RWLMMfOPQ+1egaB4jgmQHzgGHUE81wPiCwuNM1Cazv08uZDyM5yOxB7isqxeRb1WiPKnpjrXq4jC08VC7ONt31PpTT57PW9JltLyPzEcY2v6+o9DXkepWC6RrM1pOGPlMQCTwR2Ndr4OvmlsoGfBfAzVL4z2TWYstYhQHJ8mYdmGMg/oa8bByarPDt6dDRaq6Me0uFIBTAZQPmPcVtZzbbnVHjcEeoI71xem3Ud1HiFgHA4UnDD29K19JuJnlWBm2uOR/tDvxXRVw8oy5l0NFNJHReHLltKc2RdjB1ibPVa7fT9QY7EblfQmuVsNEFwIXuSfkO5fLwTjpz7V19noyOoKK8SDoWOSa8XFxjOV1uWqiSNyHiRXjyGPXHSuisyGx61yFvC1tK212Kr6muq0ZjJGrcZJrvyqcvactjoTTjdG/bKOlXVGBUFsgCjI5xVwAelfWRTEfIarNYatNC+CpJ3Rc/mKbrE6z2TIJMOPuOO1ekeP/B7XLC9swVuI/TvXj+uJcSQzbUIuV4kToTjv9a8dU3GdnoeLUhZmx4ecJoc8e0RzRy/NgdeBg1baUXChJjiRc81yei6mzRCdf8AWRDZcJ/eTsce1bltdW9zukikGE+Xnj86qVBuVmc/K78rFvIJkiDrC5DEY+QkCrC6wZLRbMjynjIG5cDI9CCOoOMHI96E1K5FmZJpOA3yHODirEWpWMqRnUofMAGS23cxH17fWiMZU2+UVehBLRiWNxqsxSSK3Bjzt+XKh/Q5zUN7f6np8rG4DIFYDcXH+fxqyw0uQiS2eaCNiSsTAsqAg4OevbFVbiS3iUItnHfSKcOvmFckdCvqMZpy2MI00n7xAPFcgO5rgPuONuVOMVZPiGKf5JoY3yOCGH86o2+paXuCyaLCmDuwznK/XI6CrEWs6VJ9/TY8Ej5o8bhzzwRzWUoRfQ2jQprXmLQuLKUAohjfHykEEU680+xu7bF1CSqjk5II98HtWTdrbX9+kFp+4t2JVeFU9e4+lV9YsbszGZbife3ynzXzlRwB+WKuFNW0bFyNP3Xciv8AQ7GZkEFx5YPXI6Gu88C+H7TRtKivJpXubqT7yqxVVUr6+x715Z/pS3SpKylV+YlTkGvQ/CuuCWJbeRueig9K5cc6sIWTujohJxXvHZXVzHDGHchGmQk+acY9D64H65zxin6Bq1kFm03Ux+6V98ZZh5aN82V3dOcjA/LFc9r7LBZz3VwWlmwQsY5LYGT+AArntP1C2jZ0mWNwjgNh/wB2+49Q3XjgYxzV5dRVSN0jGNVwqcyPY10nw3qcIL21tMj4wRjp2rN1H4T+Hr4mWz861k7bJMj8jmvJrmS/t0kltboQFQTHEodtvPIwcYwB6flTLD4m6xpZAn3TKDjK8cdjXZKhOD5T1oYilVSujudT+EV7FG4tWtrkZyjOm1senHBrlbvwVrenyENocZTpuHIrodG+N0BkWO7imRumQua76y+IFldRozE4IyA6EH8q5asp09yZ0KMtnY8RvdEufKUSWEO4jLZG3ac8/wD66Sz8GeIry2kuLTQree2RSTJvQbgP7uTk49q9zvtdj1WyeLTfsxuiPlaTOF46nFc5b6Tr8Tb5dbjU9cKh/H0NY/2gqT/eMwqUqdPd3PH4dMupCpuorKCIj5splvpXQaL4cfVZFW2ilvGXou7ZGn1r2fQr2xvojp18YrmVBl2KAdfatS00u2tF22QjWMHICjBH5U5151I3iwjhuZp30OX8M/DhLdY5NWmVgDxBCvA47sa7y0tLWxULawRQqoxwAOB/OpEbbGd7qMdSazPEGowW2nuGljQAFi7cD860hT91yN+WNMydV8Saq969rZvGoXJAKqOB7kjnkAD1NcVq9xqt9JO119qG1GIPkjacZBU4zzxXPav42gspH/0K2uIyT++kG5vwzXN+J/iDfatYC00gLBAAGkjt1CM5wQSO+OT8uf5V3YTDqpTTqvU86ftJz906a2aW5tA93q5t4mXcq53FvlyoKnHb9axodPS9u/LtdSgt8cnzY3O4cDGPwrgbm5u5yZmWWSJQBuGenpz2FSLrXmqiJZ2ilRjIUqzfX5q39lTvoiUqq0bPe/Dnhewt7ac/6PfapEp27WMQz2wjDrx1rzHMt5fSTmSRZHbCgdR1GP0rnrfWbu3l8yF3jhYFfKcOyEccZrrPDmrRTxSymCOJ3bAWX/V89Vx2HuanE0qdSK9noxVedxsiS28Ua14d8gWkwaCL5dkgyD9fTp0rhL+6v9fuLrV9VvpGmD7UAQlR1woB6D2rqvGbW8dtNHFJDICmVCsCNxIO0EdTyfyrg9Khle5SGaKRCG35kyBj6Hj8aMO5Rg1Nm+FUnB8+50FjYmKwu5iqqYVG1c8sSccdz34FN1Wzgu1he2kkUImzJXqc8Gt02N5cQWs1/CIIGAaNgmN30NZHiC6j0xbaJkdiFPAOMjHWsIz5pe5uO3LLzM/T9cv/AA+jxJDG6Oc7jk9K9c8F+Ihq1mjt8j9CrcEGvGv7UjmQjyHXPTc24dc5xivSPhnYX2qz/amhWG0Q4JHWRvQH+ZrizPCwnSbkve7nbSrzb5TI+PFgItW029jPFxblCo/hKH/69cNp1stvAZWyXY4XjhRXo/xxjmTUtKtAUOyNmCp0yxH+FcxpHg7Wr+NN0PlRP0eXjArpw1VQw0ed9DOrFuTsbXw4u5JTLbqMsjDafY12HxMiN54NnR+Nu18/Q1P4U8H2WjwGRmkadsZmLY/HFVfipepbeEp4Q24shjUkYJ5rxnUVXHJ0trmsKbjT948HMFxDLvV8bejBxXZ+CYZtQuRDI5aQfMODkDvg9q4i3idmUevavevhn4cNpp6SS4FzOMnP8K9q9zNKyo0nfd7GCd3odh4f03ZbruXjAx71uM23MQP7ztin25ghgRWI3jj5RU8SLGskjDk+vWvk4U+ZX6nRCN2Z06LGIoQxaWU/5NdpomntHEpcVneH9EMs5vbsEufug9hXXRKoX0Ar6PK8JyLnZ17KwIpHTgU85xS444pK9yIGFfaesqHaOTXk3j/wU8268sU/0gDkYxuFe4SA+lUrq1jnUhgKdfDKqcclzKzPjPU7IaZqEd3EjI33Z4yPfBqnfpNZFZrQq0MoDjPQ+1fSfjPwFbaqsjhArnuvevINU8I3ujxSQmNprMnO3GSp9R/nFcXs5w36HBVg4vmPPD4hkLbXGFDbgDzj2pza02/LqpQjGKfrHh2bc0kCGRTzlRz+IrC/su6D7VVj6DmtFGm9XoUnCors6m21NLdVIuGK+gNE+tTwjziF2vyD3rJt/Dt6yhppEt4z3kOPyHWtSLTdNtYkkvHluSOqsdi/l1/UVi404mc4U2yrJrU12QrBZewBXOPpWzY+HLyYRy3ky2iOPutlmx/u9vxqvaa0iP5OnWcUEeOXgi3N+JOasrqTmQ+cHXJ5ZuayqNr4Y2MZxcV7pq2mlaXbXSRT3Nw/PzSAcL/wFcnH41q3t3p7W5jfzGJIVSV2Ie31rmI7xRNkGORM5+Y4x+tOvrpHChSnzHPTpWKlK1jmtJPcuy6WZS7WN1HEzryWG7+lU7HRru1lRvtURAIJyGH40sGpKIwuQGwBjHpmtiyvEk257iolKolqtDdym99TW11pU0i11AyiJF3WrP2/eAk5/i5CnH0PrXF+GWiu7Z7Z/LkuxIrRwyIoEoAIOGODu5zjPNdJrqC40aRfNYbTgoOfvDAOPwIz71xsNjJaMEukzuUEE8hh6iu/CVIwgrI0jFNFrWdQFrI4hkjaTzDNG8fAMbDBG3PykdxjvWFFDPeIpgV5BnG1ea1v7LsnlWQqykckA7gfwq6M2qgW8Sxg8jYfvfQ1eIxKqPmRtpHYrWGnQ2MwkuXAmxj5E3bfx6Z/Otiyv54oIoVvJ9+/5SBwU+bP4jC4+tYc3ml3IJB+8EPb2rpfA1vDf3UitMsb+SwVXbALEjIyfQZ6c1nTh7RpWuzGq+VXbKml6+bPxSNQtI5I4lJQpLIXOC3G7jrXXeOPHOoafpttKmnT28V6heCWVcBhxyPzHpXMTCfw9cRwS7HiG6KXCfPuJBG4H1+YD1HOK9f8Catpmr+DbPRr+OKV4UESrIm4OB91seuPT0rDEYGn7W9WOqOqlTVSCdz59h17X7QS3Fr9qjnfky7en5it2z+IHjV4gEw7Do6xgn+dex6z4BtLgSeTHJGCpXKPzk4IPPBAx+tc/J4PsYP9HgurkTR/daUKQ2PXCjj6Uq1WnRjrEqPPDQ4uTxr4/mtyogccD50gBYCuV1DV/Ek03naz9umjz0nRgv04GK9gttJv3cRxeU7gfwg449yK6vTPDSLEjXjbpzjcsfCD29TWEMfStokOPPPc+Wrh9Q1eXZbxP14jiQsfyrpPD3ww8V6oyyNC1nCTnfcNsP4L1/Svpyx0mysXeS2t4Yc8uY0AJ/Gta2MWfQeuK0jmTkrQSRtGDSseN6N8IrkxR/2jqROBz5a/M3/fVbq/C3wxpqPcXsE8xX5mJc8/gMV6dLtXIQkt6A1k64jvYTKqqWZDjJ57VjOUpap6kOEUr9TnvDuk+FJLuS107T7fzo08whogcjp378iuqj0ywjVoxbQhQewArxbwje3GgeJVnv3AR8+ZlvmK8ZIHtla9Dk8e6I1zFCZn3SEKu1euTjp1NOjCUo36siM47Mv3nh7RFmMy2EG8NkkL+tRGDTZJSn2ESYAOPKBzntWf4i8d6HpdorRyS3UjvsUIowCDz1IP5/jXI3vxQhjcRadYTTuT8ytMEH54OaVShV5rFKrFbHoMuj6fdxRrLp8ZhT7mU+6PoP8APFY2u+HPC7K8d7Z2inYQc4LAe2Oa8ivvizrtxfhJDHa2e7GyHBbHu3eup06abUESQSrIkgypA6g/1qK8J4ezRcZwk/eRmy+AdJj1cz2rSf2X2gZsyE+m4dRXomnm30TRDcNCsMUabIol4APYD3qreQfYYIFOA4GWB/hFc9rOsrqd4hIKWkIxFH39yfc/pXm4idWpLlqPRGlFq7aQlrbi71GS/vgslzISdx52jso+ldGsieUoJACjGCMCuSn1WdINljCgcggNIDgH1xXl2t+JNXN/NDe3hYxsVKRgKuPatKGBqYzeVjVyVJXses+JfHGl6NuRnNzcn7scXb6mvJtavdZ8VXplYN9n6Kg4Rf8AE1UsrK61S88x0cox5/pXrPhjw9JHapNLEXC4Cr0Fd1qOXRvDWRhKpKfxbHM+EvBDJNDcXZV8fNsA6/WvV7O0lgjTACgnAGetR2tuLZS0mFVeBitC0MlwnmICxJAHHQdse5rwcViZ4qV56kUqV3oaNrHFD+9mYu/Yda6DSNPa9kWeVSkI6Ke9N0Hw+cLNdj6Ka61VCAKFAA6CvZyzANpSqKyO5JRBY1jAC4wOlODZ4xxR169aUV9NGKj0HuOI5FIQKVjzQemapDI8E1EyZqbj1pp5NdFzlsVJYcjkVj6hpcc6tvQHPtXQuuaiaMFeaNyZQujyfxF4Gtbol0QxyH+Ja8x8S+DNTs2draWQ46EGvpya0VgRWTeaSkgPy5+tJ04S3Ryzw7Xwo+MdYXV7V28xmbsTt5rBmurlj+9yeep619e654Ms79WElspz3xzXmXiH4UqzO1i2wjnDCsZUuXbYmK5dGi78KrvTz4Ts4RDEspB85toDMwJ+8T9a6678OaLqakXEELE9yMH8xXj9rYa34VP7lJDEGLFdu5Cf6VqWPxPtoJQmp2c0DDqyc/pXnypc02zVKMtGjsL74V2T7zpty8Y7KcMP1rltV+G2r26M1s0c6qCeODn8a7DRfHelagymz1CMt/dfKt+RrrINZDqCdrD65zUezaZLpQbPm2XRtStrxotQs5YSQR8y+nvUDJcxAeRK+RwAelfSOqJp2o2hRwm4jjPavFvFWkXGmXx+XdFnKt7VEqnK7NGNeHs1eJjaV4hntpv36LImCrK6556Vr3lot3pCbXjWKzhVxJ0aRiVXGc9MHp1yKpjQJtRWSWxXITb04J3Z6VNo6PZP5N0haI5EkTD14/MVtCpFK1iFBtXsUFwI1DZIHp1q/Y3FvIEhvMm0DAsQPnH0rJkkNtJ5bg+zetPeVHQEDn1rCyvciVznLvVZluZli3KPOOzdHkhA+ACQeeParljq91p8Qu4WDuC6uzwEhSBjkZ4znFQz6KsvmOZA7uW+Uk4GTkH6ipn06NNPW3hbDAZIYnaWxjJH5nrivQVSCs1udjdOaSZTutfv9X1CB7vhc4WMIQiLgHC9Tjv1PXtWr4V8catpFvOLLaLxV/cP5W9ozxjAwQe/WqFrpEovI2hYO64CAITu+UL6+1d/4a+E17fQvcaqsdsjOsscJOGOMcHg4H+NRVxNG95s1hy3tFHrmmfFWy1TwlJqFlJo/wDaCPt+yXl4bZX4JAV5FGScemOvPFc14a8XJ4hubaDULrTLmGMg/aZ5vs07s5ysRjKrvZQQCyhVJHHenaT8Kba0h8Oo0sObAtLdTwqUlmfB2hT2UFjnPJwvSvToE8vYgd3wOr8n868zGY+lKHsormv+B1Ri3ueI6z8UtXsL3V7a2s7cjTb2ZHjFk5AtkkMfm7vNG5g20EYA5J4ArqPCvxDun8NabqHiW1htJLzUXsJSv7pYGUEjcHJI+62eeo6VG3wk06bWZ9U1GWF7qTU59Q/1ZO4O2Y4z8w+UHkjqegKgnN3TvBcth4d0+0W+sra6stVfVN8VuTbqWDjywpYEKA/HOeMVnUWCcOWCVxWsdJceKNDiMf2jW9MgEkYlHmXcYLIejDJ6H1psPjLQRryaR/aVuLhrb7WsjSKY9mRxnOMkHdj056V5lqOi6dZr4a0u3QXVto5bzrxpSpmU5YxlBwVL7TyTjaOuTV/UdVkk8TRa7FeQxXSWjWbJIhZdhYPkYKkHcPpjtWNOhRpu6be//AMZVUnY9RHi3wxIsps9asrp4lLyeXco21R1JweMd/rWJqvxD04QIIL3TVhYlI5XuUCsw64OecZH515RHqkFhpur2c2pWu/UJpZ2kiiAKtISW6s2QDjHpjueRhLLpc2k6nY/2lhrmVJ0kgicNE6KFByxJOQPUHk8813yUZJpOyITUmdvrt1pOsGGW8u9OYzMTDNFOo3kcHBzzgkce9Z1hp+nReI0sDFM1ylqbtJvNBGFcL0xkHJ/SuS1X7FL9jSwScpDZ/YsTRK42Aghh0G7g8kEc9KoXaXd1q41CSQNIVKFSpzgnPJzWFGhGDvzt77/AICcYtbFa/1Ka7kklYHdncx7Z5ySTVMXRkjVvNgALbdzyqOfzzWgNOu7ixkhnkZt4KlggXj6VaOkzzrE088alJvNB8nILYwBjP19TXdGdO+rJVBLUw4rCS4kDNJvBPBQ5B/GvUfhtdNpzi0YDBJZGbnHTj26AiuW0+yg0q0hgnv4AF4Xf8pPPpXV2dsYJo7kyhIFHmNJwVVRyST6Vw4qpOb5Vt0EotM66/Z5wwkZQz9SR+dZE1vZ2seSygKOp6V5zr/xDv7y9kj0WAJBnCOwyxHY47VX03RfEHiSZTdzTGNvU4A/Cl9Qa9+q7HZT9xaI6LXPFFoC1vY5mm6AoM4P1qv4Y8E3OrS+fJAU3ndvfk16F4L+HNpYRxyTpvmAzkjNeo6fpcdvGBGgX6VtGH2aWhtKF3eRx3h3wLa2NqQQPN243tzjitufR1WFYLKFyVGNxbArrorYfxVcihVRwBVyy6M1aQ2kzhrbwnd3CBLiRVTviuq0fQLXTlBVNz+pNaygdjUgHHWroZZQpO9tQty7Cg46UvLd6Yo96cMAda9JJCHHI70LnNNz705atBcUAnmnKM05U9elSqmeF6U7BcpDg0d6l8s9aYUOaq5kMbigqDTip7imtwKL2AjK5pjKPSpjwTTeoGaakBUkhV/4RVOTTY3GCuc/pWqR6daUAgHikxcqOR1Hw/FKjK0YK+hFcD4m+F+m6qjbY/Jk6hlr2kqCOgqCW2Vwcr1rNwFyo+TtY+FupaXk20ZuFBzujOGH1rGtLnVtNl8tbyaFlPMc4IFfXc+mqysVOc1gat4Vs7+MpdWkUue5XmuapTl0MpUeqZ4JD4wv4VAu41fb/EhyDV0+K9M1SIW98hQH19a7LVvhXbyYaxke2b0PKmuI134da7bxt5EdtKeQJFPOPpXI4tu0kZVPaPRK6On0nUtLjgSOyEIQDonJp1/PptwGFxCpHXIHSvHLvw94l0py3lTJjuBUcXiHW7MFbqEuB6rirdC691nRT2tJWO91zRNMuY38q8ETjlNwznn2rg7+O502Xy7o7VP3WHKkVBceKZ3z5tuwPsa52+vrm7mDTOxQH5U7CtKWHk/iCdOm9jfF4zMQg356YHWup8NeFtQ1eRDPmG3Pcjn8qh8Bz6bO0ZmCeao5TvXr2k3sXHkqEGcZx/XtXn4vEuk+RIzjQV7j/Dnhux0ZQkcSGUEjzepbryPSuxj8qONApwMYwTWIL6OOMkjBJPOOeahbU4o2XcwJOBlj614s5yk9dbnUrROs8xcgAEAjqaiN0IwSuAo6seK858S+N57fUBY6YsUkq8GRicA1yPiLxRq2qQyW944jjY4AgyMYPp3zXTSwUp6syqYuKfKtz0nXPHulWDtDbyreXQ7IflB9z0rkb3xK+sA/aLgqhP8Aqozgf/XrzEyBJSVDY654B/KpluY/NJWdlc9m+Wup4KKXumHtW9zuVsoncPbzsnorNmsyXwspu3lhkCRuvzqpLDPsO1YkF1dRupSQnPTuPzrQfW7+OB/LC+ZjhjyBUxhUg/dZV6TWoXXhOyeHOZRKT97YF2+owTz9av2Fno+lwbHiV3POSwJriptU1FnJup5iepwuM1WvNaiiIEqMx74Of1r0VCpKyCMkvhO9vLzQim5QVcAYVV5P4f8A16oDULRQxgjyp5JZcVwjeIGIxa2sakd2O41RkvdQuzsDNz2UYqvqTe7saXOr8T+JZraKP7JJH5jHoFHSuQm1rVbokNcyAHspxV220G5u5MushJrrtF8D3ErKTH09q2jOlQjZascYN9DgIbO5u3Bk3sT3Ymut0jRdRubcWxuZ/sxP+qDkLXpmieApMqXUY/3a7/R/BkMG0lMn3FYTxNSbtFFqjrqeaeFPBMabC8OT9K9Z0HQVtkAWIAfSuj0/SY4UULGOnpWzDbBQBgUQw8m+aTN9lZFC1sgoAxitKGEAdKnVAD0p6jmu1U0gGIgzUoAFKo9qdj1FaWExAAMUp6UoBz0p6r6imkIiHXHanAZPAqVYuelTIm3sKtICBIst0NTrH7CpkQ1YgiB6iq5SHLUgjgL+uKtxQoo6c1LwB0AFRPN6YA9auwrmSH96epz6VTXpU0fWsi7Exjyaa0WaB1NOP9aCSu8RHamGNugFW6a3WgCnsIPIp3Y9KmPeom6mgliEZpm35qe33hTR1oKGOpzTSg6HmpjUbfeoAgeBSOVqq9hGzfdGK0GpopNXEzDutEt5gQY1wfUZrn9T8B6beA7raM+4ABrux3qKT+KsnSjLcqJ43q/wi064BMcew1xup/BiQBzbuMdq+lwATyKqTqN3QdazqUvZq8WHKj5MvPhXrllJ5top3ryCh5/SrNjf+JtFUR6np806DoyIcivp25VfM+6Pyqk8UZV8xoeO6iud2qRtPUj2abPni48eqI2K2sonB5DgiuWvfF13Ldq8zlVDhtq5Gea+gNesLNmkLWluT6mNf8K8g8XWVqlySltApz2jArKlh6SexlUg1o2UdEkl1fUGmt7+Jbh5CyK5w3c9TgDt3rodbs1/smdo3h3w4DbJA7KcYOcH1rjIYYheDEafeP8ACPSux0SNPsl+Ni4MIyMdeauUVHY4fYpTvc8efUbhZGDjcemaQXkz5IjJPrXa6TBCwbdFG3J6qDWgtvCHwIo8ZH8Irqc4xWkTt5UcJYalqdrLvtRIhIwQOQR6YNdFZaje3KCN7R437FQcGuvsLeHzB+5j/wC+RXT6TDFvX90nX+6K5K1ZNfChSpKSPK20fVblyEhfbnqeOKsR+Bby5ZWmGAD0U17XBFH5o/dp0/uitmCGPP8Aq0/75Fc8cTNLTQ2pUYqx41p3w/4GYSwzn611mlfDuJWVvs4HqK9S06KPZ9xfyrYt1AfgAVpGMqivJnQqcU7nC6Z4JjjYYhH4iun0/wAOxxKBhVI74roou9WB92umFCAGfb6bHGDgYrQitgoGME0+pFroUEtgBIwKk28UCndq0SsAAGnhM896VKkP3DTAaUNPSNjUiipG+8PpVIhkYj9TUix88DNKPvVMegq1Em9hix1KBihelL2rRqxEpD1Unp0qQuE4X73eox/q6YOp+lIEK0nHJzULuWbrTV+7+NNarQkf/9k=
[img[韭黄肉丝.jpg]]<br/>
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[img[韭黄肉丝1.jpg]]<br/>
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韭黄肉丝菜系是浙江一带的传统风味名菜，属于浙菜系。特点，香味扑鼻，口感宜人。把猪肉去筋切丝，用生抽、胡椒粉、淀粉、鸡粉、油腌上;韭黄切段;香菇水发后去蒂切丝;将生抽、盐、糖、鸡粉、香油、淀粉加少量水兑成调味汁待用。肉丝用油滑熟，捞出沥干油待用。炒锅烧热放油，爆香葱段、香菇，下韭黄略炒，放入肉丝，加入调味汁，炒匀即可。
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
[img[黔西县.png]]<br/>
黔西县，隶属于位于贵州省毕节市，位于贵州中部偏西北、乌江中游鸭池河北岸，距毕节市115公里，东邻修文县，南邻清镇市和织金县，西邻大方县，西北与百里杜鹃风景名胜区接壤，北和东北与大方县、金沙县接壤，是毕节市的东大门，是黔中经济圈旅游、物流、商贸经济流向西北方向的第一要塞。
黔西县的气候属亚热带温暖湿润气候，平均气温14.2℃。黔西矿产、水能资源丰富，是西部大开发拉开序幕的地方，是贵州省"西电东送"的能源基地。煤炭储量达70多亿吨，水能资源径流年总量达77亿立方米。黔西县旅游资源丰富，境内著名旅游景点有灵博山古象祠、水西古城、丘林红色乡村旅游区、黔西观音洞遗址、柳岸水乡旅游区等。
[img[黔西素辣椒.gif]]<br/>
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[img[黔西素辣椒1.gif]]<br/>
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素辣椒，是黔西特有，用豆豉粑，糊辣椒面、盐等精制而成，口味独特，深受广大朋友们的喜爱。
黔西素辣椒品牌：徐顺昌素辣椒、田园素辣椒。
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
[img[黔西黄粑.jpg]]<br/>
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[img[黔西黄粑1.jpg]]<br/>
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随着时代的发展和生活水平的不断提高，无论是农村还是城里，都很少有人家做黄粑。但只要想吃，却一年到头都能吃到，并且比以前的口感还好。
如今的黔西，做黄粑不再是家庭式和小作坊生产，而是变成了工厂化、机械化、规模化的生产和商品化经营，一年四季都在生产和销售。其中以赵老五为代表的黔西黄粑，经过多年的改良和营销，已成为贵州非常有名的小吃。
与传统做法不同的是，现在黔西黄粑的主要原料不再是糯苞谷，而是优质糯米、大米、黄豆、纯冰糖，先将洗净的粘米与黄豆打制成混合的米浆，再将糯米洗净，放入传统的大木甑中蒸煮到七八成熟。
然后将打制好的米浆与蒸好的糯米饭倒入大木盆中，加入少量的红糖再行混合，在大木盆中几经搅拌，待米浆中的水分被糯米饭完全吸收后，便可将糯米饭搓打成一个个雪白的大饭团，紧接着，用清洗并煮制好的老苞谷壳叶或大竹叶将糯米饭团依次捆扎好，全部盛入大木甑中加火蒸煮，经过20个小时的漫长蒸煮后，黄粑便可出锅了。
刚出锅的黄粑，黄润晶莹，弥漫着诱人的糯香、甜香、粽叶香，各种混合的香气扑入口鼻，沁入心田,令人垂涎欲滴。一般向外销售的黄粑则采用真空包装，一方面可以压缩体积便于装箱，另外还可以放置很长一段时间而不变质。
黔西黄粑色泽晶莹黄润、味道清香柔软、入口细腻缠绵、本色本味，不含任何色素和防腐剂，是天然的绿色食品。黔西黄粑食用方便，切片后蒸煮、油炸、煎炒或微波炉加热变软后即可食用，是营养丰富的主副食品。
经过人们的口碑相传和不同媒体的宣传造势，黔西黄粑早已闻名千里，香飘万家，成为贵州省知名的旅游商品畅销省内外，成为招待客人和馈赠亲朋好友的高档礼品。
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